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07款终端配电产品 MAXGE ELECTRIC-SIGMA DIN rail Modular Devices
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# 07款终端配电产品 MAXGE ELECTRIC-SIGMA DIN rail Modular Devices <!-- source-page:1 --> Reserve the right to change the parameters without prior notice Address: No.299 East Changhong Road,Mogan Mountain Hi-tech Industry Development Zone,Deqing, Zhejiang,China Tel: +86-572-8820808 Email: market@maxge.com Website: www.maxge.com Version：202604 v1 SIGMA+ DIN rail Modular Devices Committed to becoming a world-class manufacturer of intelligent electric https://www.maxge.com <!-- source-page:2 --> ABOUT US MAXGE Electric Technology Co., LTD was founded in 2006 with a registered capital of 50 million RMB. Its headquarter is located in Deqing County, Huzhou City, Zhejiang Province. It is a large-scale comprehensive high-tech enterprise integrating design, research and development, manufacturing, marketing and service. Since its establishment, MAXGE has been professionally oriented and committed to the design and manufacturing of a series of products such as low voltage circuit breakers & controlgear for domestic, industrial protection and new energy power distribution, in order to meet user needs and provide high-quality solutions. 2 Smart Factories 90 %+ Automation Currently MAXGE has a R&D team of more than 100 engineers and nearly 1,100+ employees, equipped with state of the art automatic production lines, CNAS affiliated laboratories and testing centers. MAXGE has obtained more than 100 invention and utility model patents, 10 software copyright, and participated in the formulation of national, industry and group standards. There are over 133,000 square meters of Modern Intelligent Manufacturing Bases in Hangzhou&Huzhou,Zhejiang and Wuhu, Anhui. The Huzhou factory covers an area of over 33,000 square meters, with a total investment of 500 million RMB. At present, there are 42 production lines in the automation workshops, among which the automatic assembly production line, semi-automatic assembly production line and automatic inspection line cover more than 90%. R&D Engineers 100+ MAXGE PHASE II SMART FACTORY WUHU ANHUI At present, MAXGE has won many honors such as National High-tech Enterprise, National Specialized and Sophisticated "Little Giant", Zhejiang Enterprise Technology Center, Zhejiang High-level Enterprise R&D Center, Zhejiang Export Brand and Zhejiang Digital Workshop. In the process of production and operation,we have obtained ISO9001, ISO14001 and ISO45001 and obtained SGS certifications, and the testing center has won the national CNAS laboratory certification. The products have obtained CE, CB, VDE, KEMA, TUV, INTERTEK, BV, ASTA, EAC, INMETRO certifications with reliable quality, and are exported to more than 60 countries and regions such as the European Union, the South America, Middle East, Africa, and Southeast Asia. We have multiple branches in the United Kingdom, Spain, Netherlands and Hong Kong, and we are dedicated to providing high-quality products and services to global customers. Phase I smart factory 33,000 m2 Phase II smart factory 100,000 m2 133,000 m2 MAXGE PHASE I SMART FACTORY HUZHOU ZHEJIANG Making the best quality & cost performance Breakers <!-- source-page:3 --> CORPORATE EVENTS Making the best quality & cost performance Breakers Green and Smart 5.0 Comprehensive Transformation 4T+5I Period Our Focus Provides intelligent and creative electrical solutions Thrive Period Brand Establishment 4.0 Mission Make the world more safe, green and smart 1.0 2.0 3.0 Location Second intelligent factory in Wuhu Founding Wenzhou MAXGE in2006 Location Head office in Deqing Huzhou 4T · Standardization · Automation · Digitalization · Intelligentization Focused on Domestic & Overseas marets Focused on Circuit breaker manufacture and overseas trade Achievement 300% increase in capacity Focused on Low voltage circuit breakers 5I · Products Innovation · Technology Innovation · Management Innovation · Marketing Innovation · Brand Innovation Thriving Innovation,R&D and manufacture Making the best quality & cost performance Breakers <!-- source-page:4 --> CORPORATE CULTURE ts efi en -b ed ar Sh d er m to an us C n io at re -c R O F N I Co A U T O M A T I O N Tr ut S h T -s A N e D e A R ki D n I Z A g T I O N & in Lo n ya o v at lt io y n & Di lig en ce SHORT-TERM VISION Making the best quality & cost performance Breakers 近期愿景 LONG-TERM VISION Committed to becoming a world-class manufacturer of intelligent electric De vo ti on a nd c e nt ri c S pe ci ali ty M A T I Z A T I O N D I G I T A LI Z A T I O N n io N at O I T or A Z b I T la N E G ol I L L E c le T N I n gg wi ru in W St & n io at er op Co One flower (Lotus) The Heart of Altruism Remain true to the original aspiration Keep the mission firmly in mind Link the hearts tightly Be upright and integrity One tree (Bodhi tree) The Tree of Wisdom “Stay Hungry” “Stay Foolish” Be wise and enlightened Self-growth and self-motivated One animal (Wukong) The Spirit of Struggle Keep going, never give up Strive continuously to strengthen oneself Be loyal and trustworthy Have ample virtue & accommodate all things Making the best quality & cost performance Breakers <!-- source-page:5 --> CORPORATE AWARDS National Green factory National Specialized & Sophisticated "Little Giant" National CNAS certified laboratory National Standard Setting Enterprise National High-tech Enterprise Vice Chairman of Circuit breakers & Similar Equipment for Household Use Invention Patents 100 + National Standards 7+ Made in Zhejiang Group Standard Leading Enterprise Provincial Intellectual Property Demonstration Enterprise Provincial High-tech Enterprise R&D Center Provincial Enterprise Technology Center Provincial Credit Management Demonstration Enterprise Zhejiang Enterprise Research Institute Software copyrights 10 + Making the best quality & cost performance Breakers <!-- source-page:6 --> INTELLIGENT MANUFACTURING Mold & Tooling Workshop 01 Equipped with made in Switzerland GF AgieCharmilles, Japan Sodick wire cutting machine & EDM machine and Vertical milling CNC processing area.At present, it has achieved independent design,manufacturing and production of press tools & molds, with a comprehensive manufacturing capacity of more than 30 sets per month.Now the complete mold manufacturing process has been established, and an independent mold quality inspection group is equipped to realize the full inspection of the mold processing to ensure the precision and accuracy of mold. Stamping Workshop 02 Equipped with high & medium speed stamping presses, and auxiliary equipment.The average punching speed can reach 100 to 300 strokes per minute, the highest punching speed can reach 500 strokes per minute, and the monthly production capacity of the workshop is to cater stamped parts for 5 millon MCB , 500K RCCB , 500K RCBO & 200K MCCB. Injection Molding Workshop 04 Equipped with 50 injection molding machines from 60 to 350 ton capacity, overhead cranes and auxiliary equipment such as automatic warpage prevention machines, mould temperature controllers, granulators. The automation level is over 90%, realizing an automatic and efficient production process.Adopted centralised material feeding system to improve production efficiency and realize effective utilization of resources.Smart humidifying room, use advanced humidification process to strengthen the mechanical properties of the product.MAXGE adapts online CCD image detection unit though which critical parts of mechanism undergoes 100% inspection to ensure delatch free breakers. Through CCD image detection equipment, efficient, accurate and reliable image detection and analysis can be realized to ensure product quality. Spot Welding Workshop 03 Equipped with automatic coil winding machines, automatic braid compacting & cutting machines, automatic thermal and magnetic welding group assembly machines ,automatic armature assembly machines, automatic pad printing on handle and latch holder machines.The automation level is over 90%, and it is mainly responsible for the production of welding groups required by the finished product workshop.Through the integrated technology of winding and welding, automatic welding production has been realized. Thermal assembly heat treatment process is adopted to improve first pass yield during thermal verification process. Making the best quality & cost performance Breakers <!-- source-page:7 --> ACB Automatic Testing Line 05 The product will go through the steps of manual assembly, contact parameters tests such as trip force, trip distance, ACB & cradle assembly by robot ,mechanical operation test unit to verify internal accessories and motor, current characteristic test unit , high voltage and loop resistance test unit, & appearance inspection by CCD device. Automation level has reached 80% and the monthly detection capacity has reached more than 1500 ACB. MCCB Automatic Workshop 06 It mainly produces Moulded Case Circuit Breaker such as fixed type, thermal adjustable type, thermal magnetic adjustable type, electronic type, ELCB type and DC type, as well as smart molded case circuit breaker.There are currently 8 automatic production lines & 4 lean u-shaped lines and the monthly production capacity reaches 250,000 units. It has realized the automatic assembly & inspection of the whole process,including contact parameters such as automatic open distance, overtravel, on-off, synchronicity, trip force, trip distance, loop resistance, lift force & routine tests such as magnetic,thermal, reliability & HV test. Test line also equipped with laser printing & final appearance inspection by CCD device. The automation level has reached to 80% MCB Automatic Workshop 07 It mainly produces Miniature Circuit Breakers. There are 11 automatic production lines and 4 U-shaped lean produc- tion lines. At present, the average monthly production capacity can reach about 5 million poles.Equipped with automatic assembly, laser printing, riveting, Deltach test, terminal screw test, thermal calibration, cooling, thermal verification, automatic multi-pole assembly, magnetic test, on-off test and high voltage test, plasma arc clean- ing, laser marking, pad printing, din clip fixing ,automatic packaging and other equipment, the automation level is over 90%.Through magnetic test, on-off test and high voltage test, to verify the response speed of the product and ensure that the power supply can be connected or disconnected stably.Adopt double-track automatic production line to improve production efficiency, add automatic tripping force measurement unit, conduct full inspection of products, and comprehensively monitor product quality. RCBO Automatic Workshop 09 It mainly produces Residual Current Circuit Breaker with Over Current Protection with different variants such as 2P Electronic RCBO, DPN RCBO, 1P Electronic RCBO, multipole RCBO, electro- magnetic type RCBO & Arc Fault Detection Device.There are 7 automatic production lines,2 semi-automatic production lines and 3 U-shaped lean assembly lines. At present, the average monthly production capacity can reach about 600,000 poles.Equipped with automatic riveting, Deltach test, terminal screw test, magnetic test, on-off test, high voltage test, leakage current detection, thermal calibration, cooling, thermal verifica- tion, plasma arc cleaning, laser marking, pad printing and automatic packaging and other equipment, the automation level is over 85%. RCCB Automatic Workshop 08 It mainly produces magnetic relay, electronic and electro- magnetic Residual Current Circuit Breakers, plastic and metal type single-phase and three-phase Distribution Boxes, Photovoltaic Combiner Boxes and controlgear products.There are 4 automatic production lines and 4 U-shaped lean production lines. At present, the average monthly production capacity can reach about 400,000 poles.The key component of RCCB named magnetic relay is produced in a clean room of class one rating & temperature, humidity conditions are maintained within standard range.Equipped with magnetic relay workshop grinding machine, finished product workshop automatic demagnetization machine, automatic calibration bench, automatic on-off and HV test machine, magnetic relay automatic winding machine and other equipment, the detection automation level has reached 80%. Making the best quality & cost performance Breakers <!-- source-page:8 --> C O N T E N T S 1 RCCB SERIES SGR-100H Series Residual Current Circuit Breaker 03/07 SGR-2 Series Residual Current Circuit Breaker 08/10 SGRi Series Residual Current Circuit Breaker 11/15 EPRi-B Type B Residual Current Circuit Breaker 16/19 2 RCBO SERIES SGMR-40D Series Residual Current Circuit Breakers with Overcurrent Protection SGBR-63M/H Series Residual Current Circuit Breakers with Overcurrent Protection 29/32 SGRM-63LE Series Residual Current Circuit Breakers with Overcurrent Protection SGBRi Series Residual Current Circuit Breakers with Overcurrent Protection SGBR-40L Series Residual Current Circuit Breakers with Overcurrent Protection SGBR-32M/H Series DPN Residual Current Circuit Breakers with Overcurrent Protection 52/55 AFDD Arc Fault Detection Device 56/63 3 MCB SERIES SGB-63Me/Ne/Se Series Miniature Circuit Breaker 67/70 23/28 33/44 45/48 49/51 SGB-63M/H Series Miniature Circuit Breaker 71/76 C O N T E N T S SGB-63M-DC Series Miniature Circuit Breaker 77/80 SG-DPN Series Miniature Circuit Breaker 81/83 SGB-125H/M/L Series High Rated Miniature Circuit Breaker 84/87 SGI-R Series lsolating Switch 88/90 4 MCB Accessories Series SGBA Series MCB Accessory 92/95 SGSO Series Door Bell 96/96 SGSL Series Indicating Light 98/100 SGB-OUPA 101/102 5 Modular Contactor Series SGC1 Series Modular Contactor 103/106 6 SPD SERIES SGS1 Series Surge Protective Device 107/112 SGS1-DC Series Surge Protective Device 113/115 7 Fuse Holder Series EPF-32 Series Fuse Holder 116/117 EPF-63 Series Fuse Holder 118/119 EPF-125 Series Fuse Holder 120/121 INTELLIGENT SM53RAi-W Series 122/124 <!-- source-page:9 --> RCCB SERIES Products Overview of Residual Current Protective Devices Residual Current Circuit Breaker Product name RCCB Product range SGR-100H SGRi SGR-2 EPRi-B Product picture Standard IEC/EN 61008-1 IEC/EN 61008-1 IEC/EN 62423 IEC/EN 61008-1 Number of poles 2P(1P+N) 4P(3P+N) 2P(1P+N) 4P(3P+N) 2P(1P+N) 4P(3P+N) 2P(1P+N) 4P(3P+N) Rated current(A) In 16~80 16~100 25~100 16~63 Rated voltage(V) Rated residual current(mA) 10,30,100,300 30,100,300 30,100,300 Rated conditional short-circuit current(kA) 6,10 Tripping curve ------ Residual current operating characteristic AC,A,S B Catalogue page NO. 08-10 03-07 11-15 16-19 01 02 ON ON ON ON IEC/EN 61008-1 Electrical characteristics AC 240 AC 415 AC 240 AC 415 AC 240 AC 415 AC 240 AC 415 10,30,100,300 （10mA max 25A） <!-- source-page:10 --> SGR-100M/H Series Residual Current Circuit Breaker SGR-100M/H Series Residual Current Circuit Breaker Packing unit Rated current(A) IΔn Standard IEC/EN 61008-1 Type A Type A+S + Type AC Rated conditional short-circuit current(kA) 6,10 10mA 16 SGR-100M/2/16/10 SGR-100M/2/16/10-A SGR-100M/2/16/10-A-S Rated current(A),ln 16/25/40/63/80/100 25 SGR-100M/2/25/10 SGR-100M/2/25/10-A SGR-100M/2/25/10-A-S 16 SGR-100M/2/16/30 SGR-100M/2/16/30-A SGR-100M/2/16/30-A-S Number of poles 2P(1P+N),4P(3P+N) 25 SGR-100M/2/25/30 SGR-100M/2/25/30-A SGR-100M/2/25/30-A-S Rated sensitivity currents(mA),IΔn 10,30,100,300(10mA max 25A) 40 SGR-100M/2/40/30 SGR-100M/2/40/30-A SGR-100M/2/40/30-A-S 30mA Rated making and breaking capacity 500A or 10 × In 63 SGR-100M/2/63/30 SGR-100M/2/63/30-A SGR-100M/2/63/30-A-S 80 SGR-100M/2/80/30 SGR-100M/2/80/30-A SGR-100M/2/80/30-A-S Rated impulse withstand voltage Uimp(kV) 4 100 SGR-100M/2/100/30 SGR-100M/2/100/30-A SGR-100M/2/100/30-A-S Rated voltage(V) AC 240 2pole 16 SGR-100M/2/16/100 SGR-100M/2/16/100-A SGR-100M/2/16/100-A-S AC 415 4pole 25 M SGR-100M/2/25/100 SGR-100M/2/25/100-A SGR-100M/2/25/100-A-S 6 40 SGR-100M/2/40/100 SGR-100M/2/40/100-A SGR-100M/2/40/100-A-S Ambient temperature (°C) -25~+40,Max.95%humidity 100mA ON 63 SGR-100M/2/63/100 SGR-100M/2/63/100-A SGR-100M/2/63/100-A-S Environment temperature(°C) -40℃~+60℃ 80 SGR-100M/2/80/100 SGR-100M/2/80/100-A SGR-100M/2/80/100-A-S 100 SGR-100M/2/100/100 SGR-100M/2/100/100-A SGR-100M/2/100/100-A-S 500A for ln=16,25,40A 630A for In=63A 800A for In=80A 1000A for In=100A 16 Rated residual current making & breaking capacity, IΔm SGR-100M/2/16/300 SGR-100M/2/16/300-A SGR-100M/2/16/300-A-S SGR-100M-2P 25 SGR-100M/2/25/300 SGR-100M/2/25/300-A SGR-100M/2/25/300-A-S 40 SGR-100M/2/40/300 SGR-100M/2/40/300-A SGR-100M/2/40/300-A-S 300mA 63 80 SGR-100M/2/63/300 SGR-100M/2/63/300-A SGR-100M/2/63/300-A-S Type of trip Electro-magnetic release SGR-100M/2/80/300 SGR-100M/2/80/300-A SGR-100M/2/80/300-A-S Terminal capacity Cables up to 35mm2 100 SGR-100M/2/100/300 SGR-100M/2/100/300-A SGR-100M/2/100/300-A-S Protection degree IP20 10mA 16 SGR-100M/4/16/10 SGR-100M/4/16/10-A SGR-100M/4/16/10-A-S 25 SGR-100M/4/25/10 SGR-100M/4/25/10-A SGR-100M/4/25/10-A-S Installation 35mm DIN rail 16 SGR-100M/4/16/30 SGR-100M/4/16/30-A SGR-100M/4/16/30-A-S Residual current operating characteristic AC/A/AC+S/A+S 25 SGR-100M/4/25/30 SGR-100M/4/25/30-A SGR-100M/4/25/30-A-S Certification 40 SGR-100M/4/40/30 SGR-100M/4/40/30-A SGR-100M/4/40/30-A-S 30mA 63 SGR-100M/4/63/30 SGR-100M/4/63/30-A SGR-100M/4/63/30-A-S 80 SGR-100M/4/80/30 SGR-100M/4/80/30-A SGR-100M/4/80/30-A-S 100 SGR-100M/4/100/30 SGR-100M/4/100/30-A SGR-100M/4/100/30-A-S 16 SGR-100M/4/16/100 SGR-100M/4/16/100-A SGR-100M/4/16/100-A-S M 25 SGR-100M/4/25/100 SGR-100M/4/25/100-A SGR-100M/4/25/100-A-S 3 40 SGR-100M/4/40/100 SGR-100M/4/40/100-A SGR-100M/4/40/100-A-S ON 100mA 63 SGR-100M/4/63/100 SGR-100M/4/63/100-A SGR-100M/4/63/100-A-S ON ON 80 SGR-100M/4/80/100 SGR-100M/4/80/100-A SGR-100M/4/80/100-A-S 100 SGR-100M/4/100/100 SGR-100M/4/100/100-A SGR-100M/4/100/100-A-S 16 SGR-100M/4/16/300 SGR-100M/4/16/300-A SGR-100M/4/16/300-A-S SGR-100M-4P 25 SGR-100M/4/25/300 SGR-100M/4/25/300-A SGR-100M/4/25/300-A-S 40 SGR-100M/4/40/300 SGR-100M/4/40/300-A SGR-100M/4/40/300-A-S 300mA 63 80 SGR-100M/4/63/300 SGR-100M/4/63/300-A SGR-100M/4/63/300-A-S SGR-100H-2P SGR-100H-4P SGR-100M/4/80/300 SGR-100M/4/80/300-A SGR-100M/4/80/300-A-S 100 SGR-100M/4/100/300 SGR-100M/4/100/300-A SGR-100M/4/100/300-A-S 03 04 <!-- source-page:11 --> SGR-100M/H Series Residual Current Circuit Breaker SGR-100M/H Series Residual Current Circuit Breaker Life Packing unit Rated current(A) IΔn Type A Type A+S + Type AC In Operating cycles 10mA 16 SGR-100H/2/16/10 SGR-100H/2/16/10-A SGR-100H/2/16/10-A-S On-load operating cycles Off-load operating cycles 25 SGR-100H/2/25/10 SGR-100H/2/25/10-A SGR-100H/2/25/10-A-S 16,25,40,63,80,100 6000 4000 16 SGR-100H/2/16/30 SGR-100H/2/16/30-A SGR-100H/2/16/30-A-S 25 SGR-100H/2/25/30 SGR-100H/2/25/30-A SGR-100H/2/25/30-A-S Breaking time of residual current 40 SGR-100H/2/40/30 SGR-100H/2/40/30-A SGR-100H/2/40/30-A-S 30mA Max.breaking time 63 SGR-100H/2/63/30 SGR-100H/2/63/30-A SGR-100H/2/63/30-A-S Residual current operating characteristic In(A) IΔn(A) IΔn 2 IΔn 5 IΔn 5-500A 80 SGR-100H/2/80/30 SGR-100H/2/80/30-A SGR-100H/2/80/30-A-S 100 SGR-100H/2/100/30 SGR-100H/2/100/30-A SGR-100H/2/100/30-A-S A/AC 0.01,0.03,0.1,0.3 0.15s 0.08s 0.04s 0.04s 16 16/25/40/63/80/100 SGR-100H/2/16/100 SGR-100H/2/16/100-A SGR-100H/2/16/100-A-S AC+S/A+S 0.03,0.1,0.3 0.13~0.5s 0.06~0.2s 0.05~0.15s 0.04~0.15s 25 SGR-100H/2/25/100 SGR-100H/2/25/100-A SGR-100H/2/25/100-A-S 6 40 Wiring (The suitable conductors should be used for connection,see table below for relative parameters) SGR-100H/2/40/100 SGR-100H/2/40/100-A SGR-100H/2/40/100-A-S 100mA ON 63 SGR-100H/2/63/100 SGR-100H/2/63/100-A SGR-100H/2/63/100-A-S Cross section area s(mm2) Tightening torque(N.m) Rated current In (A) 80 SGR-100H/2/80/100 SGR-100H/2/80/100-A SGR-100H/2/80/100-A-S 16 2.5 100 SGR-100H/2/100/100 SGR-100H/2/100/100-A SGR-100H/2/100/100-A-S 16 SGR-100H/2/16/300 SGR-100H/2/16/300-A SGR-100H/2/16/300-A-S 4 25 SGR-100H-2P 25 SGR-100H/2/25/300 SGR-100H/2/25/300-A SGR-100H/2/25/300-A-S 10 40 40 SGR-100H/2/40/300 SGR-100H/2/40/300-A SGR-100H/2/40/300-A-S 300mA max 5 63 80 SGR-100H/2/63/300 SGR-100H/2/63/300-A SGR-100H/2/63/300-A-S 16 63 SGR-100H/2/80/300 SGR-100H/2/80/300-A SGR-100H/2/80/300-A-S 25 80 100 SGR-100H/2/100/300 SGR-100H/2/100/300-A SGR-100H/2/100/300-A-S 10mA 16 35 100 SGR-100H/4/16/10 SGR-100H/4/16/10-A SGR-100H/4/16/10-A-S 25 SGR-100H/4/25/10 SGR-100H/4/25/10-A SGR-100H/4/25/10-A-S Features 16 SGR-100H/4/16/30 SGR-100H/4/16/30-A SGR-100H/4/16/30-A-S 25 SGR-100H/4/25/30 SGR-100H/4/25/30-A SGR-100H/4/25/30-A-S When designing residual current devices, manufacturing technology and type of routine tests, the IEC61008-1 standards were considered.Important features are: Up to date design User-friendly connection of conductors and busbars Resistance to current surges; unwanted tripping excluded Simple and solid fixing to a 35 mm mounting rail in compliance with EN 60715 Additional colour display of main contacts position (red:contacts closed, green:contacts open) 40 SGR-100H/4/40/30 SGR-100H/4/40/30-A SGR-100H/4/40/30-A-S 30mA 63 SGR-100H/4/63/30 SGR-100H/4/63/30-A SGR-100H/4/63/30-A-S 80 SGR-100H/4/80/30 SGR-100H/4/80/30-A SGR-100H/4/80/30-A-S 100 SGR-100H/4/100/30 SGR-100H/4/100/30-A SGR-100H/4/100/30-A-S 16 SGR-100H/4/16/100 SGR-100H/4/16/100-A SGR-100H/4/16/100-A-S Overall and mounting dimensions 25 SGR-100H/4/25/100 SGR-100H/4/25/100-A SGR-100H/4/25/100-A-S 3 50.2±0.5 40 SGR-100H/4/40/100 SGR-100H/4/40/100-A SGR-100H/4/40/100-A-S ON 100mA 35.5±0.5 71±0.5 63 SGR-100H/4/63/100 SGR-100H/4/63/100-A SGR-100H/4/63/100-A-S 80 SGR-100H/4/80/100 SGR-100H/4/80/100-A SGR-100H/4/80/100-A-S 100 SGR-100H/4/100/100 SGR-100H/4/100/100-A SGR-100H/4/100/100-A-S 35.7±0.5 84.7±0.5 45±0.5 16 SGR-100H/4/16/300 SGR-100H/4/16/300-A SGR-100H/4/16/300-A-S SGR-100H-4P 84.4±0.35 25 SGR-100H/4/25/300 SGR-100H/4/25/300-A SGR-100H/4/25/300-A-S 40 SGR-100H/4/40/300 SGR-100H/4/40/300-A SGR-100H/4/40/300-A-S 300mA 63 80 SGR-100H/4/63/300 SGR-100H/4/63/300-A SGR-100H/4/63/300-A-S SGR-100H/4/80/300 SGR-100H/4/80/300-A SGR-100H/4/80/300-A-S 100 SGR-100H/4/100/300 SGR-100H/4/100/300-A SGR-100H/4/100/300-A-S 73±0.5 05 06 <!-- source-page:12 --> SGR-100M/H Series Residual Current Circuit Breaker Core Advantages ON ON Fast Clip ON Safety Lock Anti-misinsertion Detailed Descriptions 1. Fast Clip Simple and reliable modular design requiring no additional tools or accessories. 2. Enhanced Safety Lock Integrated lock mechanism to prevent accidental operation and improve safety. 3. Flexible Busbar Configuration Versatile design supports systems without a busbar, with a single busbar, or with dual busbars. 4. High Torque Terminal (5Nm) Upgraded terminals allow for a maximum torque of 5Nm, ensuring superior connection integrity. 5. Anti-misinsertion Unique terminal structure prevents incorrect wiring insertion. 07 08 SGR-2 Series Residual Current Circuit Breaker Standard EN/IEC61008-1 Rated conditional short-circuit current(kA) 6,10 Rated current(A),ln 16,20,25,32,40,50,63,80 Number of poles 2P(1P+N),4P(3P+N) Rated sensitivity currents(mA),IΔn 10,30,100,300 Rated residual non-operating current 0.5XIΔn Rated impulse withstand voltage Uimp(kV) 4 Rated voltage(V) AC 240 2pole High Torque Terminal (5Nm) Ambient temperature (°C) -25~+40,Max.95%humidity Residual current off--time at IΔn ≤0.1s Rated residual current making & breaking capacity, IΔm Type of trip Electro-magnetic release Terminal capacity Cables up to 25mm2 Dual Top & Bottom Busbar Connections Protection degree IP20 Installation Certification ON SGR-2-2P SGR-2-4P AC 415 4pole 500A for ln=16,25,32,40,50A 630A for In=63A 800A for In=80A 35mm DIN rail ON <!-- source-page:13 --> SGR-2 Series Residual Current Circuit Breaker SGR-2 Series Residual Current Circuit Breaker Life Rated current(A) IΔn Type AC Type A Packing unit Operating cycles In Operating frequency (operations/h) 16 20 25 16 20 25 32 40 50 63 80 16 20 25 32 40 50 63 80 16 20 25 32 40 50 63 80 16 20 25 16 20 25 32 40 50 63 80 16 20 25 32 40 50 63 80 16 20 25 32 40 50 63 80 SGR-2/2/16/10 SGR-2/2/20/10 SGR-2/2/25/10 SGR-2/2/16/30 SGR-2/2/20/30 SGR-2/2/25/30 SGR-2/2/32/30 SGR-2/2/40/30 SGR-2/2/50/30 SGR-2/2/63/30 SGR-2/2/80/30 SGR-2/2/16/100 SGR-2/2/20/100 SGR-2/2/25/100 SGR-2/2/32/100 SGR-2/2/40/100 SGR-2/2/50/100 SGR-2/2/63/100 SGR-2/2/80/100 SGR-2/2/16/300 SGR-2/2/20/300 SGR-2/2/25/300 SGR-2/2/32/300 SGR-2/2/40/300 SGR-2/2/50/300 SGR-2/2/63/300 SGR-2/2/80/300 SGR-2/4/16/10 SGR-2/4/20/10 SGR-2/4/25/10 SGR-2/4/16/30 SGR-2/4/20/30 SGR-2/4/25/30 SGR-2/4/32/30 SGR-2/4/40/30 SGR-2/4/50/30 SGR-2/4/63/30 SGR-2/4/80/30 SGR-2/4/16/100 SGR-2/4/20/100 SGR-2/4/25/100 SGR-2/4/32/100 SGR-2/4/40/100 SGR-2/4/50/100 SGR-2/4/63/100 SGR-2/4/80/100 SGR-2/4/16/300 SGR-2/4/20/300 SGR-2/4/25/300 SGR-2/4/32/300 SGR-2/4/40/300 SGR-2/4/50/300 SGR-2/4/63/300 SGR-2/4/80/300 SGR-2/2/16/10-A SGR-2/2/20/10-A SGR-2/2/25/10-A SGR-2/2/16/30-A SGR-2/2/20/30-A SGR-2/2/25/30-A SGR-2/2/32/30-A SGR-2/2/40/30-A SGR-2/2/50/30-A SGR-2/2/63/30-A SGR-2/2/80/30-A SGR-2/2/16/100-A SGR-2/2/20/100-A SGR-2/2/25/100-A SGR-2/2/32/100-A SGR-2/2/40/100-A SGR-2/2/50/100-A SGR-2/2/63/100-A SGR-2/2/80/100-A SGR-2/2/16/300-A SGR-2/2/20/300-A SGR-2/2/25/300-A SGR-2/2/32/300-A SGR-2/2/40/300-A SGR-2/2/50/300-A SGR-2/2/63/300-A SGR-2/2/80/300-A SGR-2/4/16/10-A SGR-2/4/20/10-A SGR-2/4/25/10-A SGR-2/4/16/30-A SGR-2/4/20/30-A SGR-2/4/25/30-A SGR-2/4/32/30-A SGR-2/4/40/30-A SGR-2/4/50/30-A SGR-2/4/63/30-A SGR-2/4/80/30-A SGR-2/4/16/100-A SGR-2/4/20/100-A SGR-2/4/25/100-A SGR-2/4/32/100-A SGR-2/4/40/100-A SGR-2/4/50/100-A SGR-2/4/63/100-A SGR-2/4/80/100-A SGR-2/4/16/300-A SGR-2/4/20/300-A SGR-2/4/25/300-A SGR-2/4/32/300-A SGR-2/4/40/300-A SGR-2/4/50/300-A SGR-2/4/63/300-A SGR-2/4/80/300-A On-load operating cycles Off-load operating cycles 10mA 16,20,25,32 2000 2000 240 40,50,63,80 2000 1000 120 30mA Breaking time of residual current Max.breaking time In(A) IΔn(A) IΔn 2 IΔn 5 IΔn 5-500A ON 16,20,25,32,40,50,63,80 0.01,0.03,0.1,0.3 0.1s 0.08s 0.04s 0.04s 6 Wiring (The suitable conductors should be used for connection,see table below for relative parameters) 100mA Cross section area s(mm2) Tightening torque(N.m) Rated current In (A) 16 2.5 2.5 20 SGR-2-2P 4 25 6 32 2.5 300mA 10 40 16 50 16 63 25 80 10mA Features When designing residual current devices, manufacturing technology and type of routine tests, the lEC / EN 61008-1 standards were considered.Important features are: Up to date design User-friendly connection of conductors and busbars Resistance to current surges; unwanted tripping excluded Simple and solid fixing to a 35 mm mounting rail in compliance with EN 60715 Additional colour display of main contacts position (red:contacts closed, green:contacts open) 30mA Overall and mounting dimensions ON 3 100mA SGR-2-4P 300mA SGR-2 09 10 <!-- source-page:14 --> SGRi Series Residual Current Circuit Breaker SGRi Series Residual Current Circuit Breaker Standard EN/IEC61008-1 Type AC+S + Rated current(A) IΔn Packing unit Rated conditional short-circuit current(kA) 6,10 25 SGRi-2/25/30-S Rated current(A),ln 25,32,40,63,80,100 32 SGRi-2/32/30-S 40 SGRi-2/40/30-S Number of poles 2P(1P+N),4P(3P+N) SGRi-2P 63 SGRi-2/63/30-S 30mA Rated sensitivity currents(mA),IΔn 30,100,300 80 SGRi-2/80/30-S Rated residual non-operating current 0.5XIΔn 100 SGRi-2/100/30-S Rated impulse withstand voltage Uimp(kV) 4 25 SGRi-2/25/100-S Rated voltage(V) AC 240 2pole 32 SGRi-2/32/100-S 40 SGRi-2/40/100-S ON AC 415 4pole 6 100mA 63 SGRi-2/63/100-S Ambient temperature (°C) -25~+40,Max.95%humidity 80 SGRi-2/80/100-S Residual current off--time at IΔn ≤0.1s 100 SGRi-2/100/100-S 500A for ln=16,25,32,40A 25 SGRi-2/25/300-S + 630A for In=63A Rated residual current making & breaking capacity, IΔm 32 SGRi-2/32/300-S 800A for In=80A 40 SGRi-2/40/300-S 1000A for In=100A 300mA 63 SGRi-2/63/300-S Type of trip Electro-magnetic release 80 SGRi-2/80/300-S Terminal capacity Cables up to 35mm2 100 SGRi-2/100/300-S Protection degree IP20 25 SGRi-4/25/30-S 32 SGRi-4/32/30-S Installation 35mm DIN rail 40 SGRi-4/40/30-S 30mA Certification SGRi-4P 63 SGRi-4/63/30-S 80 SGRi-4/80/30-S 100 SGRi-4/100/30-S 25 SGRi-4/25/100-S 32 SGRi-4/32/100-S 40 SGRi-4/40/100-S ON 100mA 3 63 SGRi-4/63/100-S 80 SGRi-4/80/100-S ON ON 100 SGRi-4/100/100-S 25 SGRi-4/25/300-S + 32 SGRi-4/32/300-S 40 SGRi-4/40/300-S 300mA 63 SGRi-4/63/300-S 80 SGRi-4/80/300-S SGRi-2P SGRi-4P 100 SGRi-4/100/300-S 11 12 <!-- source-page:15 --> SGRi Series Residual Current Circuit Breaker SGRi Series Residual Current Circuit Breaker 13 14 | | Rated current(A) | IΔn | Type A+S + | Packing unit | | --- | --- | --- | --- | --- | | SGRi-2P O N + | 25 | 30mA | SGRi-2/25/30-A-S | 6 | | | 32 | | SGRi-2/32/30-A-S | | | | 40 | | SGRi-2/40/30-A-S | | | | 63 | | SGRi-2/63/30-A-S | | | | 80 | | SGRi-2/80/30-A-S | | | | 100 | | SGRi-2/100/30-A-S | | | | 25 | 100mA | SGRi-2/25/100-A-S | | | | 32 | | SGRi-2/32/100-A-S | | | | 40 | | SGRi-2/40/100-A-S | | | | 63 | | SGRi-2/63/100-A-S | | | | 80 | | SGRi-2/80/100-A-S | | | | 100 | | SGRi-2/100/100-A-S | | | | 25 | 300mA | SGRi-2/25/300-A-S | | | | 32 | | SGRi-2/32/300-A-S | | | | 40 | | SGRi-2/40/300-A-S | | | | 63 | | SGRi-2/63/300-A-S | | | | 80 | | SGRi-2/80/300-A-S | | | | 100 | | SGRi-2/100/300-A-S | | | ing, extend contact life, improve 4.Tesla valve" design - prevents airflow backflow. 5.Full torque boost - ultimate torque 4N·m 6.Electromagnetic system - the use of three sides surrounded by the the electromagnetic force output by 30%, speed of the mechanism SGRi-4P O N + | 25 | 30mA | SGRi-4/25/30-A-S | 3 | | | 32 | | SGRi-4/32/30-A-S | | | | 40 | | SGRi-4/40/30-A-S | | | | 63 | | SGRi-4/63/30-A-S | | | | 80 | | SGRi-4/80/30-A-S | | | | 100 | | SGRi-4/100/30-A-S | | | | breaking perof rma 25 | nce. 100mA | SGRi-4/25/100-A-S | | | | 32 | | SGRi-4/32/100-A-S | | | | 40 | | SGRi-4/40/100-A-S | | | | 63 | | SGRi-4/63/100-A-S | | | | 80 | | SGRi-4/80/100-A-S | | | | 100 | | SGRi-4/100/100-A-S | | | | yoke design to inc 25 | rease rating 300mA | SGRi-4/25/300-A-S | | | | to improve the ope 32 | | SGRi-4/32/300-A-S | | | | 40 | | SGRi-4/40/300-A-S | | | | 63 | | SGRi-4/63/300-A-S | | | | 80 | | SGRi-4/80/300-A-S | | | | 100 | | SGRi-4/100/300-A-S | | | | Rated current(A) | IΔn | Type AC | Type A | Packing unit | | --- | --- | --- | --- | --- | --- | | O N SGRi-2P | 25 | 30mA | SGRi-2/25/30 | SGRi-2/25/30-A | 6 | | | 32 | | SGRi-2/32/30 | SGRi-2/32/30-A | | | | 40 | | SGRi-2/40/30 | SGRi-2/40/30-A | | | | 63 | | SGRi-2/63/30 | SGRi-2/63/30-A | | | | 80 | | SGRi-2/80/30 | SGRi-2/80/30-A | | | | 100 | | SGRi-2/100/30 | SGRi-2/100/30-A | | | | 25 | 100mA | SGRi-2/25/100 | SGRi-2/25/100-A | | | | 32 | | SGRi-2/32/100 | SGRi-2/32/100-A | | | | 40 | | SGRi-2/40/100 | SGRi-2/40/100-A | | | | 63 | | SGRi-2/63/100 | SGRi-2/63/100-A | | | | 80 | | SGRi-2/80/100 | SGRi-2/80/100-A | | | | 100 | | SGRi-2/100/100 | SGRi-2/100/100-A | | | | 25 | 300mA | SGRi-2/25/300 | SGRi-2/25/300-A | | | | 32 | | SGRi-2/32/300 | SGRi-2/32/300-A | | | | 40 | | SGRi-2/40/300 | SGRi-2/40/300-A | | | | 63 | | SGRi-2/63/300 | SGRi-2/63/300-A | | | | 80 | | SGRi-2/80/300 | SGRi-2/80/300-A | | | | 100 | | SGRi-2/100/300 | SGRi-2/100/300-A | | | O N SGRi-4P | 25 | 30mA | SGRi-4/25/30 | SGRi-4/25/30-A | 3 | | | 32 | | SGRi-4/32/30 | SGRi-4/32/30-A | | | | 40 | | SGRi-4/40/30 | SGRi-4/40/30-A | | | | 63 | | SGRi-4/63/30 | SGRi-4/63/30-A | | | | 80 | | SGRi-4/80/30 | SGRi-4/80/30-A | | | | 100 | | SGRi-4/100/30 | SGRi-4/100/30-A | | | | 25 | 100mA | SGRi-4/25/100 | SGRi-4/25/100-A | | | | 32 | | SGRi-4/32/100 | SGRi-4/32/100-A | | | | 40 | | SGRi-4/40/100 | SGRi-4/40/100-A | | | | 63 | | SGRi-4/63/100 | SGRi-4/63/100-A | | | | 80 | | SGRi-4/80/100 | SGRi-4/80/100-A | | | | 100 | | SGRi-4/100/100 | SGRi-4/100/100-A | | | | 25 | 300mA | SGRi-4/25/300 | SGRi-4/25/300-A | | | | 32 | | SGRi-4/32/300 | SGRi-4/32/300-A | | | | 40 | | SGRi-4/40/300 | SGRi-4/40/300-A | | | | 63 | | SGRi-4/63/300 | SGRi-4/63/300-A | | | | 80 | | SGRi-4/80/300 | SGRi-4/80/300-A | | | | 100 | | SGRi-4/100/300 | SGRi-4/100/300-A | | <!-- source-page:16 --> SGRi Series Residual Current Circuit Breaker Life In Operating frequency (operations/h) 25,32 2000 40,63,80,100 2000 2000 1000 240 120 Breaking time of residual current Max.breaking time In(A) IΔn(A) IΔn 2 IΔn 5 IΔn 5-500A 25,32,40,63,80,100 0.03,0.1,0.3 0.1s 0.08s 0.04s Leakage type A,AC 0.04s 0.1,0.3 0.13s-0.5s 0.06s-0.2s 0.05s-0.15s S 0.05s-0.15s Wiring (The suitable conductors should be used for connection,see table below for relative parameters) Cross section area s(mm2) Tightening torque(N.m) Rated current In (A) 4 25 6 32 10 40 16 63 25 80 35 100 Features When designing residual current devices, manufacturing technology and type of routine tests, the lEC / EN 61008-1 standards were considered.Important features are: Up to date design User-friendly connection of conductors and busbars Resistance to current surges; unwanted tripping excluded Simple and solid fixing to a 35 mm mounting rail in compliance with EN 60715 Additional colour display of main contacts position (red:contacts closed, green:contacts open) Type S :Selective type, RCD with non-operation time of atleast 40 ms ·High resistance to peak current up to 5 kA (lEC standardsrequire 3 kA). ·Meets conditions for tripping time 0.4 or 0.2 s (automatic disconnection). ·Type S is used as main circuit breaker or in combinationwith class Il (C) surge voltage protectors. ·Significantly reduces unwanted trippings. Overall and mounting dimensions 16 15 Operating cycles On-load operating cycles Off-load operating cycles SGRi RCCB Type B EPRi-B Series High reliability Switched Neutral EV Charging & Solar PV Application Tripping Under AC,Pulsating & Smooth DC Currents Protection against direct/indirect contact 2.5 ON ON Charging Station <!-- source-page:17 --> EPRi-B Series Residual Current Circuit Breaker EPRi-B Series Residual Current Circuit Breaker Standard EN/IEC 62423 lEC/EN 61008-1 B Type Rated current(A) IΔn Packing unit Rated conditional short-circuit current(kA) 6,10 16 EPRi-B/2/16/30 Rated current(A),ln 16,25,32,40,50,63 25 EPRi-B/2/25/30 Number of poles 2P(1P+N),4P(3P+N) 32 EPRi-B/2/32/30 30mA 40 EPRi-B/2/40/30 Rated sensitivity currents(mA),IΔn 30,100,300 50 EPRi-B/2/50/30 Rated residual non-operating current 0.5XIΔn 63 EPRi-B/2/63/30 Rated impulse withstand voltage Uimp(kV) 4 16 EPRi-B/2/16/100 Rated voltage(V) AC 230/240 2pole 25 EPRi-B/2/25/100 32 EPRi-B/2/32/100 AC 400/415 4pole 6 ON 100mA 40 EPRi-B/2/40/100 Ambient temperature (°C) -25~+40,Max.95%humidity 50 EPRi-B/2/50/100 Residual current off--time at IΔn ≤0.1s 63 EPRi-B/2/63/100 16 EPRi-B/2/16/300 500A for ln=16,25,32,40A Rated residual current making & breaking capacity, IΔm 25 EPRi-B/2/25/300 EPRi-B-2P 630A for In=63A 32 EPRi-B/2/32/300 300mA 40 EPRi-B/2/40/300 Type of trip Electro-magnetic release 50 EPRi-B/2/50/300 Terminal capacity Cables up to 35mm2 63 EPRi-B/2/63/300 Protection degree IP20 16 EPRi-B/4/16/30 25 EPRi-B/4/25/30 Installation 35mm DIN rail 32 EPRi-B/4/32/30 30mA Certification 40 EPRi-B/4/40/30 50 EPRi-B/4/50/30 63 EPRi-B/4/63/30 16 EPRi-B/4/16/100 25 EPRi-B/4/25/100 32 EPRi-B/4/32/100 ON 3 100mA 40 EPRi-B/4/40/100 50 EPRi-B/4/50/100 ON ON 63 EPRi-B/4/63/100 16 EPRi-B/4/16/300 EPRi-B-4P 25 EPRi-B/4/25/300 32 EPRi-B/4/32/300 300mA 40 EPRi-B/4/40/300 50 EPRi-B/4/50/300 EPRi-B-2P EPRi-B-4P 63 EPRi-B/4/63/300 17 18 <!-- source-page:18 --> EPRi-B Series Residual Current Circuit Breaker Life In Operating frequency (operations/h) 16,25,32 2000 40,50,63 2000 Breaking time of residual current In(A) IΔn(A) IΔn 2 IΔn 5 IΔn 5-500A 16,25,32,40,50,63 0.03,0.1,0.3 0.1s 0.08s 0.04s 0.04s Wiring (The suitable conductors should be used for connection,see table below for relative parameters) Cross section area s(mm2) Tightening torque(N.m) Rated current In (A) 4 16 4 25 6 32 10 40 16 50 16 63 Features When designing residual current devices, manufacturing technology and type of routine tests, the lEC / EN 62423 standards were considered.Important features are: Up to date design User-friendly connection of conductors and busbars Resistance to current surges; unwanted tripping excluded Simple and solid fixing to a 35 mm mounting rail Additional colour display of main contacts position (red:contacts closed, green:contacts open) Overall and mounting dimensions 19 20 Operating cycles On-load operating cycles Off-load operating cycles 2000 1000 Max.breaking time EPRi-B RCBO SERIES Residual Current Circuit Breakers with Overcurrent Protection 240 120 2.5 <!-- source-page:19 --> Products Overview of Residual Current Protective Devices Products Overview of Residual Current Protective Devices Product name Product name RCBO RCBO SGBR-40AFD SGBR2-40AFD SGBR-32M/H SGMR-40D Product range Product range SGBR-63M/H SGBRi-6K/10K SGRM-63LE SGBR-40L Product picture ON ON ON Product picture ON ON ON ON ON ON ON ON ON ON IEC/EN 61009-1 Standard Standard IEC/EN 61009-1 IEC/EN 62606,IEC/EN 61009-1 2P/3P+N 1P+N 1P+N,2P,3P.3P+N,4P 1P+N Number of poles Number of poles 1P+N 1P+N 1P+N 1P+N Electrical characteristics Electrical characteristics 6~40 Rated current(A) In 6~63 6~40 Rated current(A) In 6~32 6~40 6~40 230/240Vac for 2P,1P+N 400/415Vac for 3P+N 1P+N, 2P: AC 230 3P, 3P+N, 4P:AC 400 AC 230/240 Rated voltage(V) Rated voltage(V) AC 230/240 30,100,300 10,30,100,300 Rated residual current(mA) Rated residual current(mA) 10,30,100,300 Rated conditional short-circuit current(kA) Rated conditional short-circuit current(kA) 6,10(2P) 6(3P+N) 6 6,10 6,10 6,10 6,10 4.5,6 6 Tripping curve B,C Tripping curve B,C Residual current operating characteristic Residual current operating characteristic AC,A,A+G AC,A AC,A 23-28 22-25 29-32 33-44 45-48 Catalogue page NO. Catalogue page NO. 49-51 52-55 57-59 60-63 21 22 <!-- source-page:20 --> SGMR-40D Series Residual Current Circuit Breakers with Overcurrent Protection SGMR-40D Series Residual Current Circuit Breakers with Overcurrent Protection 23 24 | Standard | | EN/IEC 61009-1 | | --- | --- | --- | | Rated conditional shor-t circuit current(kA) | | 6,10 | | Rated current(A),ln | | 6,10,13,15,16,20,25,32,40 | | IER-100H Number of poles | | 2P/3P+N | | ON ON Rated sensitivity currents(mA),IΔn | | 30,100,300 | | Tripping curev | | B,C | | Fast Clip Rated residual non-operating current | | 0.5XIΔn | | OFF Rated impulse withstand voltage Uimp(kV) | | 4 | | Rated voltage(V) | | AC 230/240 | | Ambient temperature (°C) | | High Torque -25~+40,Max.95%humidity | | Residual current off time | | Terminal (5Nm) ≤0.1s | | Safety Lock Type of trip | Ground fault | Electro-magnetic | | | Over current | Thermal-magnetic | | Electrical endurance | | 4000 | | Mechanical endurance | | 10000 | | Terminal capacity | | Dual Top & Bottom 16mm2 flexible/25mm2 rigid | | Protection degree | | Busbar Connections IP20 | | Anti-misinsertion Installation | | 35mm DIN rail | | nced Safety Lock Integrated lock mechanism to prevent accidental operation and improve safety. 3. Flexible Busbar Configuration Versatile design supports systems without a busbar, with a single busbar, or with dual busbars. 4. High Torque Terminal (5Nm) Upgraded terminals allow for a maximum torque of 5Nm, ensuring superior connection integrity. 5. Anti-misinsertion Unique terminal structure prevents incorrect wiring insertion. O N O N O N O N O N O N SGMR-40D 2P SGMR-40D 3P+N | | | | | Rated current(A) | IΔn | Type AC | | | | Type A | | | | Packing unit | | --- | --- | --- | --- | --- | --- | --- | --- | --- | --- | --- | --- | | | | | B curev | C curev | | | B curev | C curev | | | | | ON ON Type AC ON ON Type A | 6 | 30mA | SGMR-40D-2/B6/30 | SGMR-40D-2/C6/30 | | | SGMR-40D-2/B6/30-A | SGMR-40D-2/C6/30-A | | | 6 | | | 10 | | SGMR-40D-2/B10/30 | SGMR-40D-2/C10/30 | | | SGMR-40D-2/B10/30-A | SGMR-40D-2/C10/30-A | | | | | | 13 | | SGMR-40D-2/B13/30 | SGMR-40D-2/C13/30 | | | SGMR-40D-2/B13/30-A | SGMR-40D-2/C13/30-A | | | | | | 15 | | SGMR-40D-2/B15/30 | SGMR-40D-2/C15/30 | | | SGMR-40D-2/B15/30-A | SGMR-40D-2/C15/30-A | | | | | | 16 | | SGMR-40D-2/B16/30 | SGMR-40D-2/C16/30 | | | SGMR-40D-2/B16/30-A | SGMR-40D-2/C16/30-A | | | | | | 20 | | SGMR-40D-2/B20/30 | SGMR-40D-2/C20/30 | | | SGMR-40D-2/B20/30-A | SGMR-40D-2/C20/30-A | | | | | | 25 | | SGMR-40D-2/B25/30 | SGMR-40D-2/C25/30 | | | SGMR-40D-2/B25/30-A | SGMR-40D-2/C25/30-A | | | | | | 32 | | SGMR-40D-2/B32/30 | SGMR-40D-2/C32/30 | | | SGMR-40D-2/B32/30-A | SGMR-40D-2/C32/30-A | | | | | | 40 | | SGMR-40D-2/B40/30 | SGMR-40D-2/C40/30 | | | SGMR-40D-2/B40/30-A | SGMR-40D-2/C40/30-A | | | | | | 6 | 100mA | SGMR-40D-2/B6/100 | SGMR-40D-2/C6/100 | | | SGMR-40D-2/B6/100-A | SGMR-40D-2/C6/100-A | | | | | | 10 | | SGMR-40D-2/B10/100 | SGMR-40D-2/C10/100 | | | SGMR-40D-2/B10/100-A | SGMR-40D-2/C10/100-A | | | | | | 13 | | SGMR-40D-2/B13/100 | SGMR-40D-2/C13/100 | | | SGMR-40D-2/B13/100-A | SGMR-40D-2/C13/100-A | | | | | | 15 | | SGMR-40D-2/B15/100 | SGMR-40D-2/C15/100 | | | SGMR-40D-2/B15/100-A | SGMR-40D-2/C15/100-A | | | | | | 16 | | SGMR-40D-2/B16/100 | SGMR-40D-2/C16/100 | | | SGMR-40D-2/B16/100-A | SGMR-40D-2/C16/100-A | | | | | | 20 | | SGMR-40D-2/B20/100 | SGMR-40D-2/C20/100 | | | SGMR-40D-2/B20/100-A | SGMR-40D-2/C20/100-A | | | | | | 25 | | SGMR-40D-2/B25/100 | SGMR-40D-2/C25/100 | | | SGMR-40D-2/B25/100-A | SGMR-40D-2/C25/100-A | | | | | | 32 | | SGMR-40D-2/B32/100 | SGMR-40D-2/C32/100 | | | SGMR-40D-2/B32/100-A | SGMR-40D-2/C32/100-A | | | | | | 40 | | SGMR-40D-2/B40/100 | SGMR-40D-2/C40/100 | | | SGMR-40D-2/B40/100-A | SGMR-40D-2/C40/100-A | | | | | | 6 | 300mA | SGMR-40D-2/B6/300 | SGMR-40D-2/C6/300 | | | SGMR-40D-2/B6/300-A | SGMR-40D-2/C6/300-A | | | | | | 10 | | SGMR-40D-2/B10/300 | SGMR-40D-2/C10/300 | | | SGMR-40D-2/B10/300-A | SGMR-40D-2/C10/300-A | | | | | | 13 | | SGMR-40D-2/B13/300 | SGMR-40D-2/C13/300 | | | SGMR-40D-2/B13/300-A | SGMR-40D-2/C13/300-A | | | | | | 15 | | SGMR-40D-2/B15/300 | SGMR-40D-2/C15/300 | | | SGMR-40D-2/B15/300-A | SGMR-40D-2/C15/300-A | | | | | | 16 | | SGMR-40D-2/B16/300 | SGMR-40D-2/C16/300 | | | SGMR-40D-2/B16/300-A | SGMR-40D-2/C16/300-A | | | | | | 20 | | SGMR-40D-2/B20/300 | SGMR-40D-2/C20/300 | | | SGMR-40D-2/B20/300-A | SGMR-40D-2/C20/300-A | | | | | | 25 | | SGMR-40D-2/B25/300 | SGMR-40D-2/C25/300 | | | SGMR-40D-2/B25/300-A | SGMR-40D-2/C25/300-A | | | | | | 32 | | SGMR-40D-2/B32/300 | SGMR-40D-2/C32/300 | | | SGMR-40D-2/B32/300-A | SGMR-40D-2/C32/300-A | | | | | | 40 | | SGMR-40D-2/B40/300 | SGMR-40D-2/C40/300 | | | SGMR-40D-2/B40/300-A | SGMR-40D-2/C40/300-A | | | | <!-- source-page:21 --> SGMR-40D Series Residual Current Circuit Breakers with Overcurrent Protection SGMR-40D Series Residual Current Circuit Breakers with Overcurrent Protection Type AC Type A Type A+G Rated current(A) Rated current(A) C curve B curve C curve B curve IΔn Packing unit Packing unit C curve B curve IΔn 6 6 SGMR-40D-2/B6/30-A+G SGMR-40D-2/C6/30-A+G SGMR-40D-4/B6/30 SGMR-40D-4/C6/30 SGMR-40D-4/B6/30-A SGMR-40D-4/C6/30-A 10 SGMR-40D-2/B10/30-A+G SGMR-40D-2/C10/30-A+G 10 SGMR-40D-4/B10/30 SGMR-40D-4/C10/30 SGMR-40D-4/B10/30-A SGMR-40D-4/C10/30-A 13 SGMR-40D-2/B13/30-A+G SGMR-40D-2/C13/30-A+G 13 SGMR-40D-4/B13/30 SGMR-40D-4/C13/30 SGMR-40D-4/B13/30-A SGMR-40D-4/C13/30-A 15 SGMR-40D-2/B15/30-A+G SGMR-40D-2/C15/30-A+G 15 SGMR-40D-4/B15/30 SGMR-40D-4/C15/30 SGMR-40D-4/B15/30-A SGMR-40D-4/C15/30-A 30mA 16 SGMR-40D-2/B16/30-A+G SGMR-40D-2/C16/30-A+G 30mA 16 SGMR-40D-4/B16/30 SGMR-40D-4/C16/30 SGMR-40D-4/B16/30-A SGMR-40D-4/C16/30-A 20 SGMR-40D-2/B20/30-A+G SGMR-40D-2/C20/30-A+G 20 SGMR-40D-4/B20/30 SGMR-40D-4/C20/30 SGMR-40D-4/B20/30-A SGMR-40D-4/C20/30-A 25 SGMR-40D-2/B25/30-A+G SGMR-40D-2/C25/30-A+G 25 SGMR-40D-4/B25/30 SGMR-40D-4/C25/30 SGMR-40D-4/B25/30-A SGMR-40D-4/C25/30-A 32 SGMR-40D-2/B32/30-A+G SGMR-40D-2/C32/30-A+G 32 SGMR-40D-4/B32/30 SGMR-40D-4/C32/30 SGMR-40D-4/B32/30-A SGMR-40D-4/C32/30-A 40 SGMR-40D-2/B40/30-A+G SGMR-40D-2/C40/30-A+G 40 SGMR-40D-4/B40/30 SGMR-40D-4/C40/30 SGMR-40D-4/B40/30-A SGMR-40D-4/C40/30-A ON ON ON ON 6 6 SGMR-40D-2/B6/100-A+G SGMR-40D-2/C6/100-A+G SGMR-40D-4/B6/100 SGMR-40D-4/C6/100 SGMR-40D-4/B6/100-A SGMR-40D-4/C6/100-A 10 10 SGMR-40D-2/B10/100-A+G SGMR-40D-2/C10/100-A+G SGMR-40D-4/B10/100 SGMR-40D-4/C10/100 SGMR-40D-4/B10/100-A SGMR-40D-4/C10/100-A Type AC ON ON 13 13 SGMR-40D-2/B13/100-A+G SGMR-40D-2/C13/100-A+G SGMR-40D-4/B13/100 SGMR-40D-4/C13/100 SGMR-40D-4/B13/100-A SGMR-40D-4/C13/100-A 15 15 SGMR-40D-2/B15/100-A+G SGMR-40D-2/C15/100-A+G SGMR-40D-4/B15/100 SGMR-40D-4/C15/100 SGMR-40D-4/B15/100-A SGMR-40D-4/C15/100-A 3 6 100mA 16 100mA 16 SGMR-40D-2/B16/100-A+G SGMR-40D-2/C16/100-A+G SGMR-40D-4/B16/100 SGMR-40D-4/C16/100 SGMR-40D-4/B16/100-A SGMR-40D-4/C16/100-A 20 20 SGMR-40D-2/B20/100-A+G SGMR-40D-2/C20/100-A+G Type A+G SGMR-40D-4/B20/100 SGMR-40D-4/C20/100 SGMR-40D-4/B20/100-A SGMR-40D-4/C20/100-A 25 25 SGMR-40D-2/B25/100-A+G SGMR-40D-2/C25/100-A+G SGMR-40D-4/B25/100 SGMR-40D-4/C25/100 SGMR-40D-4/B25/100-A SGMR-40D-4/C25/100-A 32 32 SGMR-40D-2/B32/100-A+G SGMR-40D-2/C32/100-A+G SGMR-40D-4/B32/100 SGMR-40D-4/C32/100 SGMR-40D-4/B32/100-A SGMR-40D-4/C32/100-A 40 40 SGMR-40D-2/B40/100-A+G SGMR-40D-2/C40/100-A+G SGMR-40D-4/B40/100 SGMR-40D-4/C40/100 SGMR-40D-4/B40/100-A SGMR-40D-4/C40/100-A 6 6 SGMR-40D-2/B6/300-A+G SGMR-40D-2/C6/300-A+G SGMR-40D-4/B6/300 SGMR-40D-4/C6/300 SGMR-40D-4/B6/300-A SGMR-40D-4/C6/300-A ON ON ON ON 10 10 SGMR-40D-2/B10/300-A+G SGMR-40D-2/C10/300-A+G SGMR-40D-4/B10/300 SGMR-40D-4/C10/300 SGMR-40D-4/B10/300-A SGMR-40D-4/C10/300-A 13 13 SGMR-40D-2/B13/300-A+G SGMR-40D-2/C13/300-A+G SGMR-40D-4/B13/300 SGMR-40D-4/C13/300 SGMR-40D-4/B13/300-A SGMR-40D-4/C13/300-A Type A 15 15 SGMR-40D-2/B15/300-A+G SGMR-40D-2/C15/300-A+G SGMR-40D-4/B15/300 SGMR-40D-4/C15/300 SGMR-40D-4/B15/300-A SGMR-40D-4/C15/300-A 300mA 300mA 16 16 SGMR-40D-2/B16/300-A+G SGMR-40D-2/C16/300-A+G SGMR-40D-4/B16/300 SGMR-40D-4/C16/300 SGMR-40D-4/B16/300-A SGMR-40D-4/C16/300-A 20 20 SGMR-40D-2/B20/300-A+G SGMR-40D-2/C20/300-A+G SGMR-40D-4/B20/300 SGMR-40D-4/C20/300 SGMR-40D-4/B20/300-A SGMR-40D-4/C20/300-A 25 25 SGMR-40D-2/B25/300-A+G SGMR-40D-2/C25/300-A+G SGMR-40D-4/B25/300 SGMR-40D-4/C25/300 SGMR-40D-4/B25/300-A SGMR-40D-4/C25/300-A 32 32 SGMR-40D-2/B32/300-A+G SGMR-40D-2/C32/300-A+G SGMR-40D-4/B32/300 SGMR-40D-4/C32/300 SGMR-40D-4/B32/300-A SGMR-40D-4/C32/300-A 40 40 SGMR-40D-2/B40/300-A+G SGMR-40D-2/C40/300-A+G SGMR-40D-4/B40/300 SGMR-40D-4/C40/300 SGMR-40D-4/B40/300-A SGMR-40D-4/C40/300-A 25 26 <!-- source-page:22 --> SGMR-40D Series Residual Current Circuit Breakers with Overcurrent Protection ON ON ON ON Type A+G 27 28 Type A+G Rated current(A) 6 10 13 15 16 20 25 32 40 6 10 13 15 100mA 16 20 25 32 40 6 10 13 15 300mA 16 20 25 32 40 C curve B curve IΔn SGMR-40D-4/B6/30-A+G SGMR-40D-4/C6/30-A+G SGMR-40D-4/B10/30-A+G SGMR-40D-4/C10/30-A+G SGMR-40D-4/B13/30-A+G SGMR-40D-4/C13/30-A+G SGMR-40D-4/B15/30-A+G SGMR-40D-4/C15/30-A+G SGMR-40D-4/B16/30-A+G SGMR-40D-4/C16/30-A+G 30mA SGMR-40D-4/B20/30-A+G SGMR-40D-4/C20/30-A+G SGMR-40D-4/B25/30-A+G SGMR-40D-4/C25/30-A+G SGMR-40D-4/B32/30-A+G SGMR-40D-4/C32/30-A+G SGMR-40D-4/B40/30-A+G SGMR-40D-4/C40/30-A+G SGMR-40D-4/B6/100-A+G SGMR-40D-4/C6/100-A+G SGMR-40D-4/B10/100-A+G SGMR-40D-4/C10/100-A+G SGMR-40D-4/B13/100-A+G SGMR-40D-4/C13/100-A+G SGMR-40D-4/B15/100-A+G SGMR-40D-4/C15/100-A+G SGMR-40D-4/B16/100-A+G SGMR-40D-4/C16/100-A+G SGMR-40D-4/B20/100-A+G SGMR-40D-4/C20/100-A+G SGMR-40D-4/B25/100-A+G SGMR-40D-4/C25/100-A+G SGMR-40D-4/B32/100-A+G SGMR-40D-4/C32/100-A+G SGMR-40D-4/B40/100-A+G SGMR-40D-4/C40/100-A+G SGMR-40D-4/B6/300-A+G SGMR-40D-4/C6/300-A+G SGMR-40D-4/B10/300-A+G SGMR-40D-4/C10/300-A+G SGMR-40D-4/B13/300-A+G SGMR-40D-4/C13/300-A+G SGMR-40D-4/B15/300-A+G SGMR-40D-4/C15/300-A+G SGMR-40D-4/B16/300-A+G SGMR-40D-4/C16/300-A+G SGMR-40D-4/B20/300-A+G SGMR-40D-4/C20/300-A+G SGMR-40D-4/B25/300-A+G SGMR-40D-4/C25/300-A+G SGMR-40D-4/B32/300-A+G SGMR-40D-4/C32/300-A+G SGMR-40D-4/B40/300-A+G SGMR-40D-4/C40/300-A+G SGMR-40D Series Residual Current Circuit Breakers with Overcurrent Protection Packing unit Curves Breaking time of residual current Max.breaking time In(A) IΔn(A) IΔn 2 IΔn 5 IΔn 5-500A 6-40 0.03,0.1,0.3 0.1s 0.08s 0.04s 0.04s Wiring (The suitable conductors should be used for connection,see table below for relative parameters) Cross section area s(mm2) Tightening torque(N.m) Rated current In (A) 1 6 1.5 10 1.5 13 2.5 16-20 2.0 4 6 25 32 40 3 10 Types Type AC : For which tripping is ensured for residual sinusoidal alternating currents, whether suddenly applied or slowly rising. Type A : For which tripping is ensued for residual sinusoidal alternating currents and residual pulsating direct currents, whether suddenly applied or slowly rising. Type G : RCD with short-term delay, with non-operation time of at least 10 ms. ·Increased resistance to peak currents to 3 kA (8/20 us). ·Upper limit of tripping time is the same as in RCDs for general use - with sensitivity of 30 mA fulfils the conditions of additional protection. ·Limitation of unwanted tripping of RCDs by short current surges (coordination with class Il and Ill surge voltage protectors) etc. ·lt is not specified in IEC standards, but resistance to undesirable tripping cannot be guaranteed without it. Overall and mounting dimensions 73.2±0.3 35.6±0.3 <!-- source-page:23 --> SGBR-63M/H Series Residual Current Circuit Breakers with Overcurrent Protection Standard EN/IEC61009-1 Rated conditional short-circuit current(kA) 6,10 Rated current(A),ln 6,10,13,16,20,25,32,40,50,63 Number of poles 1P+N Rated sensitivity currents(mA),IΔn 10,30,100,300 Tripping curve B,C Rated residual non-operating current 0.5XIΔn Rated impulse withstand voltage Uimp(kV) 4 Rated voltage(V) AC 230/240 Ambient temperature (°C) -25~+40,Max.95%humidity Residual current off time ≤0.1s Ground fault Electronic Type of trip Thermal-magnetic Over current Electrical endurance 4000 Mechanical endurance 10000 Terminal capacity 16mm2 flexible/25mm2 rigid Protection degree IP20 Installation 35mm DIN rail Certification ON ON ON ON SGBR-63M SGBR-63H 29 30 Type AC Residual Current Circuit Breakers with Overcurrent Protection SGBR-63M Rated current(A) IΔn C curve B curve B curve C curve 6 SGBR-63M-B6/10 10 SGBR-63M-B10/10 13 SGBR-63M-B13/10 16 SGBR-63M-B16/10 20 SGBR-63M-B20/10 10mA 25 SGBR-63M-B25/10 32 SGBR-63M-B32/10 40 SGBR-63M-B40/10 50 SGBR-63M-B50/10 63 SGBR-63M-B63/10 6 SGBR-63M-B6/30 ON ON 10 SGBR-63M-B10/30 13 SGBR-63M-B13/30 16 SGBR-63M-B16/30 20 SGBR-63M-B20/30 30mA 25 SGBR-63M-B25/30 Type AC 32 SGBR-63M-B32/30 40 SGBR-63M-B40/30 50 SGBR-63M-B50/30 63 SGBR-63M-B63/30 6 SGBR-63M-B6/100 10 SGBR-63M-B10/100 13 SGBR-63M-B13/100 16 SGBR-63M-B16/100 20 SGBR-63M-B20/100 100mA 25 SGBR-63M-B25/100 32 SGBR-63M-B32/100 ON ON 40 SGBR-63M-B40/100 50 SGBR-63M-B50/100 63 SGBR-63M-B63/100 6 SGBR-63M-B6/300 Type A 10 SGBR-63M-B10/300 13 SGBR-63M-B13/300 16 SGBR-63M-B16/300 20 SGBR-63M-B20/300 300mA 25 SGBR-63M-B25/300 32 SGBR-63M-B32/300 40 SGBR-63M-B40/300 50 SGBR-63M-B50/300 63 SGBR-63M-B63/300 Type A Packing unit SGBR-63M-C6/10 SGBR-63M-B6/10-A SGBR-63M-C6/10-A SGBR-63M-C10/10 SGBR-63M-B10/10-A SGBR-63M-C10/10-A SGBR-63M-C13/10 SGBR-63M-B13/10-A SGBR-63M-C13/10-A SGBR-63M-C16/10 SGBR-63M-B16/10-A SGBR-63M-C16/10-A SGBR-63M-C20/10 SGBR-63M-B20/10-A SGBR-63M-C20/10-A SGBR-63M-C25/10 SGBR-63M-B25/10-A SGBR-63M-C25/10-A SGBR-63M-C32/10 SGBR-63M-B32/10-A SGBR-63M-C32/10-A SGBR-63M-C40/10 SGBR-63M-B40/10-A SGBR-63M-C40/10-A SGBR-63M-C50/10 SGBR-63M-B50/10-A SGBR-63M-C50/10-A SGBR-63M-C63/10 SGBR-63M-B63/10-A SGBR-63M-C63/10-A SGBR-63M-C6/30 SGBR-63M-B6/30-A SGBR-63M-C6/30-A SGBR-63M-C10/30 SGBR-63M-B10/30-A SGBR-63M-C10/30-A SGBR-63M-C13/30 SGBR-63M-B13/30-A SGBR-63M-C13/30-A SGBR-63M-C16/30 SGBR-63M-B16/30-A SGBR-63M-C16/30-A SGBR-63M-C20/30 SGBR-63M-B20/30-A SGBR-63M-C20/30-A SGBR-63M-C25/30 SGBR-63M-B25/30-A SGBR-63M-C25/30-A SGBR-63M-C32/30 SGBR-63M-B32/30-A SGBR-63M-C32/30-A SGBR-63M-C40/30 SGBR-63M-B40/30-A SGBR-63M-C40/30-A SGBR-63M-C50/30 SGBR-63M-B50/30-A SGBR-63M-C50/30-A SGBR-63M-C63/30 SGBR-63M-B63/30-A SGBR-63M-C63/30-A 6 SGBR-63M-C6/100 SGBR-63M-B6/100-A SGBR-63M-C6/100-A SGBR-63M-C10/100 SGBR-63M-B10/100-A SGBR-63M-C10/100-A SGBR-63M-C13/100 SGBR-63M-B13/100-A SGBR-63M-C13/100-A SGBR-63M-C16/100 SGBR-63M-B16/100-A SGBR-63M-C16/100-A SGBR-63M-C20/100 SGBR-63M-B20/100-A SGBR-63M-C20/100-A SGBR-63M-C25/100 SGBR-63M-B25/100-A SGBR-63M-C25/100-A SGBR-63M-C32/100 SGBR-63M-B32/100-A SGBR-63M-C32/100-A SGBR-63M-C40/100 SGBR-63M-B40/100-A SGBR-63M-C40/100-A SGBR-63M-C50/100 SGBR-63M-B50/100-A SGBR-63M-C50/100-A SGBR-63M-C63/100 SGBR-63M-B63/100-A SGBR-63M-C63/100-A SGBR-63M-C6/300 SGBR-63M-B6/300-A SGBR-63M-C6/300-A SGBR-63M-C10/300 SGBR-63M-B10/300-A SGBR-63M-C10/300-A SGBR-63M-C13/300 SGBR-63M-B13/300-A SGBR-63M-C13/300-A SGBR-63M-C16/300 SGBR-63M-B16/300-A SGBR-63M-C16/300-A SGBR-63M-C20/300 SGBR-63M-B20/300-A SGBR-63M-C20/300-A SGBR-63M-C25/300 SGBR-63M-B25/300-A SGBR-63M-C25/300-A SGBR-63M-C32/300 SGBR-63M-B32/300-A SGBR-63M-C32/300-A SGBR-63M-C40/300 SGBR-63M-B40/300-A SGBR-63M-C40/300-A SGBR-63M-C50/300 SGBR-63M-B50/300-A SGBR-63M-C50/300-A SGBR-63M-C63/300 SGBR-63M-B63/300-A SGBR-63M-C63/300-A <!-- source-page:24 --> Residual Current Circuit Breakers with Overcurrent Protection SGBR-63H SGBR-63M/H Series Residual Current Circuit Breakers with Overcurrent Protection Type AC Type A Rated current(A) IΔn Packing unit Curves C curve B curve B curve C curve 6 SGBR-63H-B6/10 SGBR-63H-C6/10 SGBR-63H-B6/10-A SGBR-63H-C6/10-A 10 SGBR-63H-B10/10 SGBR-63H-C10/10 SGBR-63H-B10/10-A SGBR-63H-C10/10-A 13 SGBR-63H-B13/10 SGBR-63H-C13/10 SGBR-63H-B13/10-A SGBR-63H-C13/10-A 16 SGBR-63H-B16/10 SGBR-63H-C16/10 SGBR-63H-B16/10-A SGBR-63H-C16/10-A 20 SGBR-63H-B20/10 SGBR-63H-C20/10 SGBR-63H-B20/10-A SGBR-63H-C20/10-A 10mA 25 SGBR-63H-B25/10 SGBR-63H-C25/10 SGBR-63H-B25/10-A SGBR-63H-C25/10-A 32 SGBR-63H-B32/10 SGBR-63H-C32/10 SGBR-63H-B32/10-A SGBR-63H-C32/10-A 40 SGBR-63H-B40/10 SGBR-63H-C40/10 SGBR-63H-B40/10-A SGBR-63H-C40/10-A SGBR-63H-C50/10-A 50 SGBR-63H-B50/10 SGBR-63H-C50/10 SGBR-63H-B50/10-A Breaking time of residual current SGBR-63H-C63/10-A 63 SGBR-63H-B63/10 SGBR-63H-C63/10 SGBR-63H-B63/10-A Max.breaking time In(A) IΔn(A) IΔn 2 IΔn 5 IΔn 5-500A 6-63 0.01,0.03,0.1,0.3 0.1s 0.08s 0.04s 0.04s SGBR-63H-C6/30-A 6 SGBR-63H-B6/30 SGBR-63H-C6/30 SGBR-63H-B6/30-A ON ON SGBR-63H-C10/30-A 10 SGBR-63H-B10/30 SGBR-63H-C10/30 SGBR-63H-B10/30-A SGBR-63H-C13/30-A 13 SGBR-63H-B13/30 SGBR-63H-C13/30 SGBR-63H-B13/30-A Wiring (The suitable conductors should be used for connection,see table below for relative parameters) SGBR-63H-C16/30-A 16 SGBR-63H-B16/30 SGBR-63H-C16/30 SGBR-63H-B16/30-A Cross section area s(mm2) Tightening torque(N.m) Rated current In (A) 1 SGBR-63H-C20/30-A 20 SGBR-63H-B20/30 SGBR-63H-C20/30 SGBR-63H-B20/30-A 30mA 6 1.5 10 1.5 13 2.5 16-20 SGBR-63H-C25/30-A 25 SGBR-63H-B25/30 SGBR-63H-C25/30 SGBR-63H-B25/30-A Type AC SGBR-63H-C32/30-A 32 SGBR-63H-B32/30 SGBR-63H-C32/30 SGBR-63H-B32/30-A SGBR-63H-C40/30-A 40 SGBR-63H-B40/30 SGBR-63H-C40/30 SGBR-63H-B40/30-A 4 6 25 32 40-50 63 2.0 SGBR-63H-C50/30-A 50 SGBR-63H-B50/30 SGBR-63H-C50/30 SGBR-63H-B50/30-A SGBR-63H-C63/30-A 63 SGBR-63H-B63/30 SGBR-63H-C63/30 SGBR-63H-B63/30-A 10 16 6 SGBR-63H-C6/100-A 6 SGBR-63H-B6/100 SGBR-63H-C6/100 SGBR-63H-B6/100-A Types SGBR-63H-C10/100-A 10 SGBR-63H-B10/100 SGBR-63H-C10/100 SGBR-63H-B10/100-A Both RCCBs and RCBOs are devided into types depending on the operating function: Type AC : For which tripping is ensured for residual sinusoidal alternating currents, whether suddenly applied or slowly rising. Type A : For which tripping is ensued for residual sinusoidal alternating currents and residual pulsating direct currents, whether suddenly applied or slowly rising. SGBR-63H-C13/100-A 13 SGBR-63H-B13/100 SGBR-63H-C13/100 SGBR-63H-B13/100-A SGBR-63H-C16/100-A 16 SGBR-63H-B16/100 SGBR-63H-C16/100 SGBR-63H-B16/100-A SGBR-63H-C20/100-A 20 SGBR-63H-B20/100 SGBR-63H-C20/100 SGBR-63H-B20/100-A 100mA Tripping sensitivity data SGBR-63H-C25/100-A 25 SGBR-63H-B25/100 SGBR-63H-C25/100 SGBR-63H-B25/100-A RCD with a rated residual current of maximum 30mA are used for personnel,material and fire protection, as well as for protection against direct contact. RCD with a rated residual current of maximum 300mA are used as preventative fire protection in case of insulation faults. RCD with a rated residual current of 100mA co-ordinated with the earth system according to the formula IΔn<50/R, to provide protection again indirect contacts. SGBR-63H-C32/100-A 32 SGBR-63H-B32/100 SGBR-63H-C32/100 SGBR-63H-B32/100-A ON ON SGBR-63H-C40/100-A 40 SGBR-63H-B40/100 SGBR-63H-C40/100 SGBR-63H-B40/100-A SGBR-63H-C50/100-A 50 SGBR-63H-B50/100 SGBR-63H-C50/100 SGBR-63H-B50/100-A SGBR-63H-C63/100-A 63 SGBR-63H-B63/100 SGBR-63H-C63/100 SGBR-63H-B63/100-A Overall and mounting dimensions SGBR-63H-C6/300-A 6 SGBR-63H-B6/300 SGBR-63H-C6/300 SGBR-63H-B6/300-A Type A SGBR-63H-C10/300-A 10 SGBR-63H-B10/300 SGBR-63H-C10/300 SGBR-63H-B10/300-A SGBR-63H-C13/300-A 13 SGBR-63H-B13/300 SGBR-63H-C13/300 SGBR-63H-B13/300-A SGBR-63H-C16/300-A 16 SGBR-63H-B16/300 SGBR-63H-C16/300 SGBR-63H-B16/300-A SGBR-63H-C20/300-A 20 SGBR-63H-B20/300 SGBR-63H-C20/300 SGBR-63H-B20/300-A 300mA SGBR-63H-C25/300-A 25 SGBR-63H-B25/300 SGBR-63H-C25/300 SGBR-63H-B25/300-A SGBR-63H-C32/300-A 32 SGBR-63H-B32/300 SGBR-63H-C32/300 SGBR-63H-B32/300-A SGBR-63H-C40/300-A 40 SGBR-63H-B40/300 SGBR-63H-C40/300 SGBR-63H-B40/300-A SGBR-63H-C50/300-A 50 SGBR-63H-B50/300 SGBR-63H-C50/300 SGBR-63H-B50/300-A SGBR-63H-C63/300-A 63 SGBR-63H-B63/300 SGBR-63H-C63/300 SGBR-63H-B63/300-A SGBR-63M/H 31 32 <!-- source-page:25 --> SGRM-63LE Series Residual Current Circuit Breakers with Overcurrent Protection Standard EN/IEC 61009-1 Rated conditional short-circuit current(kA) 6 Rated current(A),ln 6,10,16,20,25,32,40,50,63 Number of poles 1P+N,2P,3P,3P+N,4P Rated sensitivity currents(mA),IΔn 10,30,100,300 Tripping curve B,C,D Rated residual non-operating current 0.5XIΔn Rated impulse withstand voltage Uimp(kV) 4 Rated voltage(V) 1P+N, 2P: AC 230/240 3P, 3P+N, 4P:AC 400/415 Ambient temperature (°C) -25~+40,Max.95%humidity Residual current off time ≤0.1s Ground fault Electronic Type of trip Thermal-magnetic Over current Electrical endurance 4000 Mechanical endurance 10000 Terminal capacity 16mm2 flexible/25mm2 rigid Protection degree IP20 Installation 35mm DIN rail Certification ON ON ON ON ON ON ON ON ON ON SGRM-63LE-1P+N SGRM-63LE-2P SGRM-63LE-3P SGRM-63LE-4P 33 34 SGRM-63LE Series Residual Current Circuit Breakers with Overcurrent Protection Type AC Packing unit Rated current(A) IΔn B curve C curve D curve 6 SGRM-63LE-1-B6N/10 10 SGRM-63LE-1-B10N/10 16 SGRM-63LE-1-B16N/10 20 SGRM-63LE-1-B20N/10 10mA 25 SGRM-63LE-1-B25N/10 32 SGRM-63LE-1-B32N/10 40 SGRM-63LE-1-B40N/10 50 SGRM-63LE-1-B50N/10 63 SGRM-63LE-1-B63N/10 6 SGRM-63LE-1-B6N/30 10 SGRM-63LE-1-B10N/30 16 SGRM-63LE-1-B16N/30 20 SGRM-63LE-1-B20N/30 30mA 25 SGRM-63LE-1-B25N/30 32 SGRM-63LE-1-B32N/30 40 SGRM-63LE-1-B40N/30 ON 50 SGRM-63LE-1-B50N/30 63 SGRM-63LE-1-B63N/30 6 SGRM-63LE-1-B6N/100 10 SGRM-63LE-1-B10N/100 16 SGRM-63LE-1-B16N/100 Type AC 20 SGRM-63LE-1-B20N/100 25 100mA SGRM-63LE-1-B25N/100 32 SGRM-63LE-1-B32N/100 40 SGRM-63LE-1-B40N/100 50 SGRM-63LE-1-B50N/100 63 SGRM-63LE-1-B63N/100 6 SGRM-63LE-1-B6N/300 10 SGRM-63LE-1-B10N/300 16 SGRM-63LE-1-B16N/300 20 SGRM-63LE-1-B20N/300 25 300mA SGRM-63LE-1-B25N/300 32 SGRM-63LE-1-B32N/300 40 SGRM-63LE-1-B40N/300 50 SGRM-63LE-1-B50N/300 63 SGRM-63LE-1-B63N/300 SGRM-63LE-1-C6N/10 SGRM-63LE-1-C10N/10 SGRM-63LE-1-C16N/10 SGRM-63LE-1-C20N/10 SGRM-63LE-1-C25N/10 SGRM-63LE-1-C32N/10 SGRM-63LE-1-C40N/10 SGRM-63LE-1-C50N/10 SGRM-63LE-1-C63N/10 SGRM-63LE-1-C6N/30 SGRM-63LE-1-C10N/30 SGRM-63LE-1-C16N/30 SGRM-63LE-1-C20N/30 SGRM-63LE-1-C25N/30 SGRM-63LE-1-C32N/30 SGRM-63LE-1-C40N/30 SGRM-63LE-1-C50N/30 SGRM-63LE-1-C63N/30 SGRM-63LE-1-C6N/100 SGRM-63LE-1-C10N/100 SGRM-63LE-1-C16N/100 SGRM-63LE-1-C20N/100 SGRM-63LE-1-C25N/100 SGRM-63LE-1-C32N/100 SGRM-63LE-1-C40N/100 SGRM-63LE-1-C50N/100 SGRM-63LE-1-C63N/100 SGRM-63LE-1-C6N/300 SGRM-63LE-1-C10N/300 SGRM-63LE-1-C16N/300 SGRM-63LE-1-C20N/300 SGRM-63LE-1-C25N/300 SGRM-63LE-1-C32N/300 SGRM-63LE-1-C40N/300 SGRM-63LE-1-C50N/300 SGRM-63LE-1-C63N/300 SGRM-63LE-1-D6N/10 SGRM-63LE-1-D10N/10 SGRM-63LE-1-D16N/10 SGRM-63LE-1-D20N/10 SGRM-63LE-1-D25N/10 SGRM-63LE-1-D32N/10 SGRM-63LE-1-D40N/10 SGRM-63LE-1-D50N/10 SGRM-63LE-1-D63N/10 SGRM-63LE-1-D6N/30 SGRM-63LE-1-D10N/30 SGRM-63LE-1-D16N/30 SGRM-63LE-1-D20N/30 SGRM-63LE-1-D25N/30 SGRM-63LE-1-D32N/30 SGRM-63LE-1-D40N/30 SGRM-63LE-1-D50N/30 SGRM-63LE-1-D63N/30 1 SGRM-63LE-1-D6N/100 SGRM-63LE-1-D10N/100 SGRM-63LE-1-D16N/100 SGRM-63LE-1-D20N/100 SGRM-63LE-1-D25N/100 SGRM-63LE-1-D32N/100 SGRM-63LE-1-D40N/100 SGRM-63LE-1-D50N/100 SGRM-63LE-1-D63N/100 SGRM-63LE-1-D6N/300 SGRM-63LE-1-D10N/300 SGRM-63LE-1-D16N/300 SGRM-63LE-1-D20N/300 SGRM-63LE-1-D25N/300 SGRM-63LE-1-D32N/300 SGRM-63LE-1-D40N/300 SGRM-63LE-1-D50N/300 SGRM-63LE-1-D63N/300 <!-- source-page:26 --> SGRM-63LE Series Residual Current Circuit Breakers with Overcurrent Protection SGRM-63LE Series Residual Current Circuit Breakers with Overcurrent Protection Type AC Packing unit Rated current(A) IΔn Type AC Packing unit Rated current(A) IΔn B curve C curve D curve B curve C curve D curve 6 6 SGRM-63LE-2-C6/10 SGRM-63LE-2-D6/10 SGRM-63LE-3-C6/10 SGRM-63LE-3-D6/10 SGRM-63LE-2-B6/10 SGRM-63LE-3-B6/10 10 10 SGRM-63LE-2-C10/10 SGRM-63LE-2-D10/10 SGRM-63LE-3-C10/10 SGRM-63LE-3-D10/10 SGRM-63LE-2-B10/10 SGRM-63LE-3-B10/10 16 16 SGRM-63LE-2-C16/10 SGRM-63LE-2-D16/10 SGRM-63LE-3-C16/10 SGRM-63LE-3-D16/10 SGRM-63LE-2-B16/10 SGRM-63LE-3-B16/10 20 20 SGRM-63LE-2-C20/10 SGRM-63LE-2-D20/10 SGRM-63LE-3-C20/10 SGRM-63LE-3-D20/10 SGRM-63LE-2-B20/10 SGRM-63LE-3-B20/10 10mA 10mA 25 25 SGRM-63LE-2-C25/10 SGRM-63LE-2-D25/10 SGRM-63LE-3-C25/10 SGRM-63LE-3-D25/10 SGRM-63LE-2-B25/10 SGRM-63LE-3-B25/10 32 32 SGRM-63LE-2-C32/10 SGRM-63LE-2-D32/10 SGRM-63LE-3-C32/10 SGRM-63LE-3-D32/10 SGRM-63LE-2-B32/10 SGRM-63LE-3-B32/10 40 40 SGRM-63LE-2-C40/10 SGRM-63LE-2-D40/10 SGRM-63LE-3-C40/10 SGRM-63LE-3-D40/10 SGRM-63LE-2-B40/10 SGRM-63LE-3-B40/10 50 50 SGRM-63LE-2-C50/10 SGRM-63LE-2-D50/10 SGRM-63LE-3-C50/10 SGRM-63LE-3-D50/10 SGRM-63LE-2-B50/10 SGRM-63LE-3-B50/10 63 63 SGRM-63LE-2-C63/10 SGRM-63LE-2-D63/10 SGRM-63LE-3-C63/10 SGRM-63LE-3-D63/10 SGRM-63LE-2-B63/10 SGRM-63LE-3-B63/10 6 6 SGRM-63LE-2-C6/30 SGRM-63LE-2-D6/30 SGRM-63LE-3-C6/30 SGRM-63LE-3-D6/30 SGRM-63LE-2-B6/30 SGRM-63LE-3-B6/30 10 10 SGRM-63LE-2-C10/30 SGRM-63LE-2-D10/30 SGRM-63LE-3-C10/30 SGRM-63LE-3-D10/30 SGRM-63LE-2-B10/30 SGRM-63LE-3-B10/30 16 16 SGRM-63LE-2-C16/30 SGRM-63LE-2-D16/30 SGRM-63LE-3-C16/30 SGRM-63LE-3-D16/30 SGRM-63LE-2-B16/30 SGRM-63LE-3-B16/30 20 20 SGRM-63LE-2-C20/30 SGRM-63LE-2-D20/30 SGRM-63LE-3-C20/30 SGRM-63LE-3-D20/30 SGRM-63LE-2-B20/30 SGRM-63LE-3-B20/30 30mA 30mA 25 25 SGRM-63LE-2-C25/30 SGRM-63LE-2-D25/30 SGRM-63LE-3-C25/30 SGRM-63LE-3-D25/30 SGRM-63LE-2-B25/30 SGRM-63LE-3-B25/30 32 32 SGRM-63LE-2-C32/30 SGRM-63LE-2-D32/30 SGRM-63LE-3-C32/30 SGRM-63LE-3-D32/30 SGRM-63LE-2-B32/30 SGRM-63LE-3-B32/30 40 40 SGRM-63LE-2-C40/30 SGRM-63LE-2-D40/30 SGRM-63LE-3-C40/30 SGRM-63LE-3-D40/30 SGRM-63LE-2-B40/30 SGRM-63LE-3-B40/30 ON ON ON ON ON 50 50 SGRM-63LE-2-C50/30 SGRM-63LE-2-D50/30 SGRM-63LE-3-C50/30 SGRM-63LE-3-D50/30 SGRM-63LE-2-B50/30 SGRM-63LE-3-B50/30 63 63 SGRM-63LE-2-C63/30 SGRM-63LE-2-D63/30 SGRM-63LE-3-C63/30 SGRM-63LE-3-D63/30 SGRM-63LE-2-B63/30 SGRM-63LE-3-B63/30 1 1 6 6 SGRM-63LE-2-C6/100 SGRM-63LE-2-D6/100 SGRM-63LE-3-C6/100 SGRM-63LE-3-D6/100 SGRM-63LE-2-B6/100 SGRM-63LE-3-B6/100 10 10 SGRM-63LE-2-C10/100 SGRM-63LE-2-D10/100 SGRM-63LE-3-C10/100 SGRM-63LE-3-D10/100 SGRM-63LE-2-B10/100 SGRM-63LE-3-B10/100 16 16 SGRM-63LE-2-C16/100 SGRM-63LE-2-D16/100 SGRM-63LE-3-C16/100 SGRM-63LE-3-D16/100 SGRM-63LE-2-B16/100 SGRM-63LE-3-B16/100 Type AC Type AC 20 20 SGRM-63LE-2-C20/100 SGRM-63LE-2-D20/100 SGRM-63LE-3-C20/100 SGRM-63LE-3-D20/100 SGRM-63LE-2-B20/100 SGRM-63LE-3-B20/100 25 25 100mA 100mA SGRM-63LE-2-C25/100 SGRM-63LE-2-D25/100 SGRM-63LE-3-C25/100 SGRM-63LE-3-D25/100 SGRM-63LE-2-B25/100 SGRM-63LE-3-B25/100 32 32 SGRM-63LE-2-C32/100 SGRM-63LE-2-D32/100 SGRM-63LE-3-C32/100 SGRM-63LE-3-D32/100 SGRM-63LE-2-B32/100 SGRM-63LE-3-B32/100 40 40 SGRM-63LE-2-C40/100 SGRM-63LE-2-D40/100 SGRM-63LE-3-C40/100 SGRM-63LE-3-D40/100 SGRM-63LE-2-B40/100 SGRM-63LE-3-B40/100 50 50 SGRM-63LE-2-C50/100 SGRM-63LE-2-D50/100 SGRM-63LE-3-C50/100 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SGRM-63LE-1-C10N/30-A SGRM-63LE-2-C10/30-A SGRM-63LE-1-D10N/30-A SGRM-63LE-2-D10/30-A 16 16 SGRM-63LE-1-B16N/30-A SGRM-63LE-2-B16/30-A SGRM-63LE-1-C16N/30-A SGRM-63LE-2-C16/30-A SGRM-63LE-1-D16N/30-A SGRM-63LE-2-D16/30-A 20 20 SGRM-63LE-1-B20N/30-A SGRM-63LE-2-B20/30-A SGRM-63LE-1-C20N/30-A SGRM-63LE-2-C20/30-A SGRM-63LE-1-D20N/30-A SGRM-63LE-2-D20/30-A 30mA 30mA 25 25 SGRM-63LE-1-B25N/30-A SGRM-63LE-2-B25/30-A SGRM-63LE-1-C25N/30-A SGRM-63LE-2-C25/30-A SGRM-63LE-1-D25N/30-A SGRM-63LE-2-D25/30-A 32 32 SGRM-63LE-1-B32N/30-A SGRM-63LE-2-B32/30-A SGRM-63LE-1-C32N/30-A SGRM-63LE-2-C32/30-A SGRM-63LE-1-D32N/30-A SGRM-63LE-2-D32/30-A 40 40 SGRM-63LE-1-B40N/30-A SGRM-63LE-2-B40/30-A SGRM-63LE-1-C40N/30-A SGRM-63LE-2-C40/30-A SGRM-63LE-1-D40N/30-A SGRM-63LE-2-D40/30-A ON ON ON 50 50 SGRM-63LE-1-B50N/30-A SGRM-63LE-2-B50/30-A SGRM-63LE-1-C50N/30-A SGRM-63LE-2-C50/30-A SGRM-63LE-1-D50N/30-A SGRM-63LE-2-D50/30-A 63 63 SGRM-63LE-1-B63N/30-A SGRM-63LE-2-B63/30-A SGRM-63LE-1-C63N/30-A SGRM-63LE-2-C63/30-A SGRM-63LE-1-D63N/30-A SGRM-63LE-2-D63/30-A 1 1 6 6 SGRM-63LE-1-B6N/100-A SGRM-63LE-2-B6/100-A SGRM-63LE-1-C6N/100-A SGRM-63LE-2-C6/100-A SGRM-63LE-1-D6N/100-A SGRM-63LE-2-D6/100-A 10 10 SGRM-63LE-1-B10N/100-A SGRM-63LE-2-B10/100-A SGRM-63LE-1-C10N/100-A SGRM-63LE-2-C10/100-A SGRM-63LE-1-D10N/100-A SGRM-63LE-2-D10/100-A 16 16 SGRM-63LE-1-B16N/100-A SGRM-63LE-2-B16/100-A SGRM-63LE-1-C16N/100-A SGRM-63LE-2-C16/100-A SGRM-63LE-1-D16N/100-A SGRM-63LE-2-D16/100-A Type A Type A 20 20 SGRM-63LE-1-B20N/100-A SGRM-63LE-2-B20/100-A SGRM-63LE-1-C20N/100-A SGRM-63LE-2-C20/100-A SGRM-63LE-1-D20N/100-A SGRM-63LE-2-D20/100-A 25 25 100mA 100mA SGRM-63LE-1-B25N/100-A SGRM-63LE-2-B25/100-A SGRM-63LE-1-C25N/100-A SGRM-63LE-2-C25/100-A SGRM-63LE-1-D25N/100-A SGRM-63LE-2-D25/100-A 32 32 SGRM-63LE-1-B32N/100-A SGRM-63LE-2-B32/100-A SGRM-63LE-1-C32N/100-A SGRM-63LE-2-C32/100-A SGRM-63LE-1-D32N/100-A SGRM-63LE-2-D32/100-A 40 40 SGRM-63LE-1-B40N/100-A SGRM-63LE-2-B40/100-A SGRM-63LE-1-C40N/100-A SGRM-63LE-2-C40/100-A SGRM-63LE-1-D40N/100-A SGRM-63LE-2-D40/100-A 50 50 SGRM-63LE-1-B50N/100-A SGRM-63LE-2-B50/100-A SGRM-63LE-1-C50N/100-A SGRM-63LE-2-C50/100-A SGRM-63LE-1-D50N/100-A SGRM-63LE-2-D50/100-A 63 63 SGRM-63LE-1-B63N/100-A SGRM-63LE-2-B63/100-A SGRM-63LE-1-C63N/100-A SGRM-63LE-2-C63/100-A SGRM-63LE-1-D63N/100-A SGRM-63LE-2-D63/100-A 6 6 SGRM-63LE-1-B6N/300-A SGRM-63LE-2-B6/300-A SGRM-63LE-1-C6N/300-A SGRM-63LE-2-C6/300-A SGRM-63LE-1-D6N/300-A SGRM-63LE-2-D6/300-A 10 10 SGRM-63LE-1-B10N/300-A SGRM-63LE-2-B10/300-A SGRM-63LE-1-C10N/300-A SGRM-63LE-2-C10/300-A SGRM-63LE-1-D10N/300-A SGRM-63LE-2-D10/300-A 16 16 SGRM-63LE-1-B16N/300-A SGRM-63LE-2-B16/300-A SGRM-63LE-1-C16N/300-A SGRM-63LE-2-C16/300-A SGRM-63LE-1-D16N/300-A SGRM-63LE-2-D16/300-A 20 20 SGRM-63LE-1-B20N/300-A SGRM-63LE-2-B20/300-A SGRM-63LE-1-C20N/300-A SGRM-63LE-2-C20/300-A SGRM-63LE-1-D20N/300-A SGRM-63LE-2-D20/300-A 25 25 300mA 300mA SGRM-63LE-1-B25N/300-A SGRM-63LE-2-B25/300-A SGRM-63LE-1-C25N/300-A SGRM-63LE-2-C25/300-A SGRM-63LE-1-D25N/300-A SGRM-63LE-2-D25/300-A 32 32 SGRM-63LE-1-B32N/300-A SGRM-63LE-2-B32/300-A SGRM-63LE-1-C32N/300-A SGRM-63LE-2-C32/300-A SGRM-63LE-1-D32N/300-A SGRM-63LE-2-D32/300-A 40 40 SGRM-63LE-1-B40N/300-A SGRM-63LE-2-B40/300-A SGRM-63LE-1-C40N/300-A SGRM-63LE-2-C40/300-A SGRM-63LE-1-D40N/300-A SGRM-63LE-2-D40/300-A 50 50 SGRM-63LE-1-B50N/300-A SGRM-63LE-2-B50/300-A SGRM-63LE-1-C50N/300-A SGRM-63LE-2-C50/300-A SGRM-63LE-1-D50N/300-A SGRM-63LE-2-D50/300-A 63 63 SGRM-63LE-1-B63N/300-A SGRM-63LE-2-B63/300-A SGRM-63LE-1-C63N/300-A SGRM-63LE-2-C63/300-A SGRM-63LE-1-D63N/300-A SGRM-63LE-2-D63/300-A 39 40 <!-- source-page:29 --> SGRM-63LE Series Residual Current Circuit Breakers with Overcurrent Protection SGRM-63LE Series Residual Current Circuit Breakers with Overcurrent Protection Type A Type A Packing unit Rated current(A) IΔn Packing unit Rated current(A) IΔn B curve C curve D curve B curve C curve D curve 6 6 SGRM-63LE-3-B6/10-A SGRM-63LE-3-B6N/10-A SGRM-63LE-3-C6/10-A SGRM-63LE-3-C6N/10-A SGRM-63LE-3-D6/10-A SGRM-63LE-3-D6N/10-A 10 10 SGRM-63LE-3-B10/10-A SGRM-63LE-3-B10N/10-A SGRM-63LE-3-C10/10-A SGRM-63LE-3-C10N/10-A SGRM-63LE-3-D10/10-A SGRM-63LE-3-D10N/10-A 16 16 SGRM-63LE-3-B16/10-A SGRM-63LE-3-B16N/10-A SGRM-63LE-3-C16/10-A SGRM-63LE-3-C16N/10-A SGRM-63LE-3-D16/10-A SGRM-63LE-3-D16N/10-A 20 20 SGRM-63LE-3-B20/10-A SGRM-63LE-3-B20N/10-A SGRM-63LE-3-C20/10-A SGRM-63LE-3-C20N/10-A SGRM-63LE-3-D20/10-A SGRM-63LE-3-D20N/10-A 10mA 10mA 25 25 SGRM-63LE-3-B25/10-A SGRM-63LE-3-B25N/10-A SGRM-63LE-3-C25/10-A SGRM-63LE-3-C25N/10-A SGRM-63LE-3-D25/10-A SGRM-63LE-3-D25N/10-A 32 32 SGRM-63LE-3-B32/10-A SGRM-63LE-3-B32N/10-A SGRM-63LE-3-C32/10-A SGRM-63LE-3-C32N/10-A SGRM-63LE-3-D32/10-A SGRM-63LE-3-D32N/10-A 40 40 SGRM-63LE-3-B40/10-A SGRM-63LE-3-B40N/10-A SGRM-63LE-3-C40/10-A SGRM-63LE-3-C40N/10-A SGRM-63LE-3-D40/10-A SGRM-63LE-3-D40N/10-A 50 50 SGRM-63LE-3-B50/10-A SGRM-63LE-3-B50N/10-A SGRM-63LE-3-C50/10-A SGRM-63LE-3-C50N/10-A SGRM-63LE-3-D50/10-A SGRM-63LE-3-D50N/10-A 63 63 SGRM-63LE-3-B63/10-A SGRM-63LE-3-B63N/10-A SGRM-63LE-3-C63/10-A SGRM-63LE-3-C63N/10-A SGRM-63LE-3-D63/10-A SGRM-63LE-3-D63N/10-A 6 6 SGRM-63LE-3-B6/30-A SGRM-63LE-3-B6N/30-A SGRM-63LE-3-C6/30-A SGRM-63LE-3-C6N/30-A SGRM-63LE-3-D6/30-A SGRM-63LE-3-D6N/30-A 10 10 SGRM-63LE-3-B10/30-A SGRM-63LE-3-B10N/30-A SGRM-63LE-3-C10/30-A SGRM-63LE-3-C10N/30-A SGRM-63LE-3-D10/30-A SGRM-63LE-3-D10N/30-A 16 16 SGRM-63LE-3-B16/30-A SGRM-63LE-3-B16N/30-A SGRM-63LE-3-C16/30-A SGRM-63LE-3-C16N/30-A SGRM-63LE-3-D16/30-A SGRM-63LE-3-D16N/30-A 20 20 SGRM-63LE-3-B20/30-A SGRM-63LE-3-B20N/30-A SGRM-63LE-3-C20/30-A SGRM-63LE-3-C20N/30-A SGRM-63LE-3-D20/30-A SGRM-63LE-3-D20N/30-A 30mA 30mA 25 25 SGRM-63LE-3-B25/30-A SGRM-63LE-3-B25N/30-A SGRM-63LE-3-C25/30-A SGRM-63LE-3-C25N/30-A SGRM-63LE-3-D25/30-A SGRM-63LE-3-D25N/30-A 32 32 SGRM-63LE-3-B32/30-A SGRM-63LE-3-B32N/30-A SGRM-63LE-3-C32/30-A SGRM-63LE-3-C32N/30-A SGRM-63LE-3-D32/30-A SGRM-63LE-3-D32N/30-A 40 40 SGRM-63LE-3-B40/30-A SGRM-63LE-3-B40N/30-A SGRM-63LE-3-C40/30-A SGRM-63LE-3-C40N/30-A SGRM-63LE-3-D40/30-A SGRM-63LE-3-D40N/30-A ON ON ON ON ON ON 50 50 SGRM-63LE-3-B50/30-A SGRM-63LE-3-B50N/30-A SGRM-63LE-3-C50/30-A SGRM-63LE-3-C50N/30-A SGRM-63LE-3-D50/30-A SGRM-63LE-3-D50N/30-A 63 63 SGRM-63LE-3-B63/30-A SGRM-63LE-3-B63N/30-A SGRM-63LE-3-C63/30-A SGRM-63LE-3-C63N/30-A SGRM-63LE-3-D63/30-A SGRM-63LE-3-D63N/30-A 1 1 6 6 SGRM-63LE-3-B6/100-A SGRM-63LE-3-B6N/100-A SGRM-63LE-3-C6/100-A SGRM-63LE-3-C6N/100-A SGRM-63LE-3-D6/100-A SGRM-63LE-3-D6N/100-A 10 10 SGRM-63LE-3-B10/100-A SGRM-63LE-3-B10N/100-A SGRM-63LE-3-C10/100-A SGRM-63LE-3-C10N/100-A SGRM-63LE-3-D10/100-A SGRM-63LE-3-D10N/100-A 16 16 SGRM-63LE-3-B16/100-A SGRM-63LE-3-B16N/100-A SGRM-63LE-3-C16/100-A SGRM-63LE-3-C16N/100-A SGRM-63LE-3-D16/100-A SGRM-63LE-3-D16N/100-A Type A Type A 20 20 SGRM-63LE-3-B20/100-A SGRM-63LE-3-B20N/100-A SGRM-63LE-3-C20/100-A SGRM-63LE-3-C20N/100-A SGRM-63LE-3-D20/100-A SGRM-63LE-3-D20N/100-A 25 25 100mA 100mA SGRM-63LE-3-B25/100-A SGRM-63LE-3-B25N/100-A SGRM-63LE-3-C25/100-A SGRM-63LE-3-C25N/100-A SGRM-63LE-3-D25/100-A SGRM-63LE-3-D25N/100-A 32 32 SGRM-63LE-3-B32/100-A SGRM-63LE-3-B32N/100-A SGRM-63LE-3-C32/100-A SGRM-63LE-3-C32N/100-A SGRM-63LE-3-D32/100-A SGRM-63LE-3-D32N/100-A 40 40 SGRM-63LE-3-B40/100-A SGRM-63LE-3-B40N/100-A SGRM-63LE-3-C40/100-A SGRM-63LE-3-C40N/100-A SGRM-63LE-3-D40/100-A SGRM-63LE-3-D40N/100-A 50 50 SGRM-63LE-3-B50/100-A SGRM-63LE-3-B50N/100-A SGRM-63LE-3-C50/100-A SGRM-63LE-3-C50N/100-A SGRM-63LE-3-D50/100-A SGRM-63LE-3-D50N/100-A 63 63 SGRM-63LE-3-B63/100-A SGRM-63LE-3-B63N/100-A SGRM-63LE-3-C63/100-A SGRM-63LE-3-C63N/100-A SGRM-63LE-3-D63/100-A SGRM-63LE-3-D63N/100-A 6 6 SGRM-63LE-3-B6/300-A SGRM-63LE-3-B6N/300-A SGRM-63LE-3-C6/300-A SGRM-63LE-3-C6N/300-A SGRM-63LE-3-D6/300-A SGRM-63LE-3-D6N/300-A 10 10 SGRM-63LE-3-B10/300-A SGRM-63LE-3-B10N/300-A SGRM-63LE-3-C10/300-A SGRM-63LE-3-C10N/300-A SGRM-63LE-3-D10/300-A SGRM-63LE-3-D10N/300-A 16 16 SGRM-63LE-3-B16/300-A SGRM-63LE-3-B16N/300-A SGRM-63LE-3-C16/300-A SGRM-63LE-3-C16N/300-A SGRM-63LE-3-D16/300-A SGRM-63LE-3-D16N/300-A 20 20 SGRM-63LE-3-B20/300-A SGRM-63LE-3-B20N/300-A SGRM-63LE-3-C20/300-A SGRM-63LE-3-C20N/300-A SGRM-63LE-3-D20/300-A SGRM-63LE-3-D20N/300-A 25 25 300mA 300mA SGRM-63LE-3-B25/300-A SGRM-63LE-3-B25N/300-A SGRM-63LE-3-C25/300-A SGRM-63LE-3-C25N/300-A SGRM-63LE-3-D25/300-A SGRM-63LE-3-D25N/300-A 32 32 SGRM-63LE-3-B32/300-A SGRM-63LE-3-B32N/300-A SGRM-63LE-3-C32/300-A SGRM-63LE-3-C32N/300-A SGRM-63LE-3-D32/300-A SGRM-63LE-3-D32N/300-A 40 40 SGRM-63LE-3-B40/300-A SGRM-63LE-3-B40N/300-A SGRM-63LE-3-C40/300-A SGRM-63LE-3-C40N/300-A SGRM-63LE-3-D40/300-A SGRM-63LE-3-D40N/300-A 50 50 SGRM-63LE-3-B50/300-A SGRM-63LE-3-B50N/300-A SGRM-63LE-3-C50/300-A SGRM-63LE-3-C50N/300-A SGRM-63LE-3-D50/300-A SGRM-63LE-3-D50N/300-A 63 63 SGRM-63LE-3-B63/300-A SGRM-63LE-3-B63N/300-A SGRM-63LE-3-C63/300-A SGRM-63LE-3-C63N/300-A SGRM-63LE-3-D63/300-A SGRM-63LE-3-D63N/300-A 41 42 <!-- source-page:30 --> SGRM-63LE Series Residual Current Circuit Breakers with Overcurrent Protection SGRM-63LE Series Residual Current Circuit Breakers with Overcurrent Protection Type A Packing unit Rated current(A) IΔn Curves B curve C curve D curve 6 SGRM-63LE-4-B6/10-A SGRM-63LE-4-C6/10-A SGRM-63LE-4-D6/10-A 10 SGRM-63LE-4-B10/10-A SGRM-63LE-4-C10/10-A SGRM-63LE-4-D10/10-A 16 SGRM-63LE-4-B16/10-A SGRM-63LE-4-C16/10-A SGRM-63LE-4-D16/10-A 20 SGRM-63LE-4-B20/10-A SGRM-63LE-4-C20/10-A SGRM-63LE-4-D20/10-A 10mA 25 SGRM-63LE-4-B25/10-A SGRM-63LE-4-C25/10-A SGRM-63LE-4-D25/10-A 32 SGRM-63LE-4-B32/10-A SGRM-63LE-4-C32/10-A SGRM-63LE-4-D32/10-A 40 SGRM-63LE-4-B40/10-A SGRM-63LE-4-C40/10-A SGRM-63LE-4-D40/10-A 50 SGRM-63LE-4-B50/10-A SGRM-63LE-4-C50/10-A SGRM-63LE-4-D50/10-A Breaking time of residual current 63 SGRM-63LE-4-B63/10-A SGRM-63LE-4-C63/10-A SGRM-63LE-4-D63/10-A Max.breaking time In(A) IΔn(A) IΔn 2 IΔn 5 IΔn 5-500A 6-63 0.01,0.03,0.1,0.3 0.1s 0.08s 0.04s 0.04s 6 SGRM-63LE-4-B6/30-A SGRM-63LE-4-C6/30-A SGRM-63LE-4-D6/30-A 10 SGRM-63LE-4-B10/30-A SGRM-63LE-4-C10/30-A SGRM-63LE-4-D10/30-A 16 SGRM-63LE-4-B16/30-A SGRM-63LE-4-C16/30-A SGRM-63LE-4-D16/30-A Wiring (The suitable conductors should be used for connection,see table below for relative parameters) 20 SGRM-63LE-4-B20/30-A SGRM-63LE-4-C20/30-A SGRM-63LE-4-D20/30-A Cross section area s(mm2) Tightening torque(N.m) Rated current In (A) 1 30mA 25 SGRM-63LE-4-B25/30-A SGRM-63LE-4-C25/30-A SGRM-63LE-4-D25/30-A 6 1.5 10 1.5 13 2.5 16-20 32 SGRM-63LE-4-B32/30-A SGRM-63LE-4-C32/30-A SGRM-63LE-4-D32/30-A 40 SGRM-63LE-4-B40/30-A SGRM-63LE-4-C40/30-A SGRM-63LE-4-D40/30-A 2.0 ON ON ON ON 4 6 25 32 40-50 63 50 SGRM-63LE-4-B50/30-A SGRM-63LE-4-C50/30-A SGRM-63LE-4-D50/30-A 63 SGRM-63LE-4-B63/30-A SGRM-63LE-4-C63/30-A SGRM-63LE-4-D63/30-A 10 16 1 6 SGRM-63LE-4-B6/100-A SGRM-63LE-4-C6/100-A SGRM-63LE-4-D6/100-A Types 10 SGRM-63LE-4-B10/100-A SGRM-63LE-4-C10/100-A SGRM-63LE-4-D10/100-A Both RCCBs and RCBOs are devided into types depending on the operating function: Type AC : For which tripping is ensured for residual sinusoidal alternating currents, whether suddenly applied or slowly rising. Type A : For which tripping is ensued for residual sinusoidal alternating currents and residual pulsating direct currents, whether suddenly applied or slowly rising. 16 SGRM-63LE-4-B16/100-A SGRM-63LE-4-C16/100-A SGRM-63LE-4-D16/100-A Type A 20 SGRM-63LE-4-B20/100-A SGRM-63LE-4-C20/100-A SGRM-63LE-4-D20/100-A 100mA 25 SGRM-63LE-4-B25/100-A SGRM-63LE-4-C25/100-A SGRM-63LE-4-D25/100-A Tripping sensitivity data 32 SGRM-63LE-4-B32/100-A SGRM-63LE-4-C32/100-A SGRM-63LE-4-D32/100-A RCD with a rated residual current of maximum 30mA are used for personnel,material and fire protection, as well as for protection against direct contact. RCD with a rated residual current of maximum 300mA are used as preventative fire protection in case of insulation faults. RCD with a rated residual current of 100mA co-ordinated with the earth system according to the formula IΔn<50/R, to provide protection again indirect contacts. 40 SGRM-63LE-4-B40/100-A SGRM-63LE-4-C40/100-A SGRM-63LE-4-D40/100-A 50 SGRM-63LE-4-B50/100-A SGRM-63LE-4-C50/100-A SGRM-63LE-4-D50/100-A 63 SGRM-63LE-4-B63/100-A SGRM-63LE-4-C63/100-A SGRM-63LE-4-D63/100-A Overall and mounting dimensions 78.1MAX 4.4 42.6 13.4 6 SGRM-63LE-4-B6/300-A SGRM-63LE-4-C6/300-A SGRM-63LE-4-D6/300-A 12.3 42.5 33 13.1 10 SGRM-63LE-4-B10/300-A SGRM-63LE-4-C10/300-A SGRM-63LE-4-D10/300-A 21 38.9 16 SGRM-63LE-4-B16/300-A SGRM-63LE-4-C16/300-A SGRM-63LE-4-D16/300-A 20 SGRM-63LE-4-B20/300-A SGRM-63LE-4-C20/300-A SGRM-63LE-4-D20/300-A 5.6 300mA 25 SGRM-63LE-4-B25/300-A SGRM-63LE-4-C25/300-A SGRM-63LE-4-D25/300-A 32 SGRM-63LE-4-B32/300-A SGRM-63LE-4-C32/300-A SGRM-63LE-4-D32/300-A 40 SGRM-63LE-4-B40/300-A SGRM-63LE-4-C40/300-A SGRM-63LE-4-D40/300-A 5 5.5 50 SGRM-63LE-4-B50/300-A SGRM-63LE-4-C50/300-A SGRM-63LE-4-D50/300-A 22.9 35.6MAX 71.2MAX 53.4MAX 89MAX 71.2MAX 12 63 SGRM-63LE-4-B63/300-A SGRM-63LE-4-C63/300-A SGRM-63LE-4-D63/300-A SGRM-63LE 13.3 17.9 31.2 43 44 49.8MAX <!-- source-page:31 --> SGBRi Series Residual Current Circuit Breakers with Overcurrent Protection 45 46 | Standard | | EN/IEC61009-1 | | --- | --- | --- | | Rated conditional shor-t circuit current(kA) | | 6,10 | | Rated current(A),ln | | 6,10,13,16,20,25,32,40 | | Number of poles | | 1 P+N(Solid Neutral) | | Rated sensitivity currents(mA),IΔn | | 10,30,100,300 | | Tripping curev | | B,C | | Rated residual non-operating current | | 0.5XIΔn | | Rated impulse withstand voltage Uimp(kV) | | 4 | | Rated voltage(V) | | AC 230/240 | | Ambient temperature (°C) | | -25~+40,Max.95%humidity | | Residual current off time | | ≤0.1s | | Type of trip | Ground fault | Electronic | | | Over current | Thermal-magnetic | | Electrical endurance | | 4000 | | Mechanical endurance | | 10000 | | Terminal capacity | | 10mm2 flexible/16mm2 rigid | | Protection degree | | IP20 | | Installation | | 35mm DIN rail | | Certification | | | | O N O N SGBRi-6K SGBRi-10K | | | | | Rated current(A) | IΔn | Type AC | | | | Type A | | | | Packing unit | | --- | --- | --- | --- | --- | --- | --- | --- | --- | --- | --- | --- | | | | | B curev | C curev | | | B curev | C curev | | | | | O N Type AC O N Type A | 6 | 10mA | SGBRi-6K/B6/10 | SGBRi-6K/C6/10 | | | SGBRi-6K/B6/10-A | SGBRi-6K/C6/10-A | | | 5 | | | 10 | | SGBRi-6K/B10/10 | SGBRi-6K/C10/10 | | | SGBRi-6K/B10/10-A | SGBRi-6K/C10/10-A | | | | | | 13 | | SGBRi-6K/B13/10 | SGBRi-6K/C13/10 | | | SGBRi-6K/B13/10-A | SGBRi-6K/C13/10-A | | | | | | 16 | | SGBRi-6K/B16/10 | SGBRi-6K/C16/10 | | | SGBRi-6K/B16/10-A | SGBRi-6K/C16/10-A | | | | | | 20 | | SGBRi-6K/B20/10 | SGBRi-6K/C20/10 | | | SGBRi-6K/B20/10-A | SGBRi-6K/C20/10-A | | | | | | 25 | | SGBRi-6K/B25/10 | SGBRi-6K/C25/10 | | | SGBRi-6K/B25/10-A | SGBRi-6K/C25/10-A | | | | | | 32 | | SGBRi-6K/B32/10 | SGBRi-6K/C32/10 | | | SGBRi-6K/B32/10-A | SGBRi-6K/C32/10-A | | | | | | 40 | | SGBRi-6K/B40/10 | SGBRi-6K/C40/10 | | | SGBRi-6K/B40/10-A | SGBRi-6K/C40/10-A | | | | | | 6 | 30mA | SGBRi-6K/B6/30 | SGBRi-6K/C6/30 | | | SGBRi-6K/B6/30-A | SGBRi-6K/C6/30-A | | | | | | 10 | | SGBRi-6K/B10/30 | SGBRi-6K/C10/30 | | | SGBRi-6K/B10/30-A | SGBRi-6K/C10/30-A | | | | | | 13 | | SGBRi-6K/B13/30 | SGBRi-6K/C13/30 | | | SGBRi-6K/B13/30-A | SGBRi-6K/C13/30-A | | | | | | 16 | | SGBRi-6K/B16/30 | SGBRi-6K/C16/30 | | | SGBRi-6K/B16/30-A | SGBRi-6K/C16/30-A | | | | | | 20 | | SGBRi-6K/B20/30 | SGBRi-6K/C20/30 | | | SGBRi-6K/B20/30-A | SGBRi-6K/C20/30-A | | | | | | 25 | | SGBRi-6K/B25/30 | SGBRi-6K/C25/30 | | | SGBRi-6K/B25/30-A | SGBRi-6K/C25/30-A | | | | | | 32 | | SGBRi-6K/B32/30 | SGBRi-6K/C32/30 | | | SGBRi-6K/B32/30-A | SGBRi-6K/C32/30-A | | | | | | 40 | | SGBRi-6K/B40/30 | SGBRi-6K/C40/30 | | | SGBRi-6K/B40/30-A | SGBRi-6K/C40/30-A | | | | | | 6 | 100mA | SGBRi-6K/B6/100 | SGBRi-6K/C6/100 | | | SGBRi-6K/B6/100-A | SGBRi-6K/C6/100-A | | | | | | 10 | | SGBRi-6K/B10/100 | SGBRi-6K/C10/100 | | | SGBRi-6K/B10/100-A | SGBRi-6K/C10/100-A | | | | | | 13 | | SGBRi-6K/B13/100 | SGBRi-6K/C13/100 | | | SGBRi-6K/B13/100-A | SGBRi-6K/C13/100-A | | | | | | 16 | | SGBRi-6K/B16/100 | SGBRi-6K/C16/100 | | | SGBRi-6K/B16/100-A | SGBRi-6K/C16/100-A | | | | | | 20 | | SGBRi-6K/B20/100 | SGBRi-6K/C20/100 | | | SGBRi-6K/B20/100-A | SGBRi-6K/C20/100-A | | | | | | 25 | | SGBRi-6K/B25/100 | SGBRi-6K/C25/100 | | | SGBRi-6K/B25/100-A | SGBRi-6K/C25/100-A | | | | | | 32 | | SGBRi-6K/B32/100 | SGBRi-6K/C32/100 | | | SGBRi-6K/B32/100-A | SGBRi-6K/C32/100-A | | | | | | 40 | | SGBRi-6K/B40/100 | SGBRi-6K/C40/100 | | | SGBRi-6K/B40/100-A | SGBRi-6K/C40/100-A | | | | | | 6 | 300mA | SGBRi-6K/B6/300 | SGBRi-6K/C6/300 | | | SGBRi-6K/B6/300-A | SGBRi-6K/C6/300-A | | | | | | 10 | | SGBRi-6K/B10/300 | SGBRi-6K/C10/300 | | | SGBRi-6K/B10/300-A | SGBRi-6K/C10/300-A | | | | | | 13 | | SGBRi-6K/B13/300 | SGBRi-6K/C13/300 | | | SGBRi-6K/B13/300-A | SGBRi-6K/C13/300-A | | | | | | 16 | | SGBRi-6K/B16/300 | SGBRi-6K/C16/300 | | | SGBRi-6K/B16/300-A | SGBRi-6K/C16/300-A | | | | | | 20 | | SGBRi-6K/B20/300 | SGBRi-6K/C20/300 | | | SGBRi-6K/B20/300-A | SGBRi-6K/C20/300-A | | | | | | 25 | | SGBRi-6K/B25/300 | SGBRi-6K/C25/300 | | | SGBRi-6K/B25/300-A | SGBRi-6K/C25/300-A | | | | | | 32 | | SGBRi-6K/B32/300 | SGBRi-6K/C32/300 | | | SGBRi-6K/B32/300-A | SGBRi-6K/C32/300-A | | | | | | 40 | | SGBRi-6K/B40/300 | SGBRi-6K/C40/300 | | | SGBRi-6K/B40/300-A | SGBRi-6K/C40/300-A | | | | <!-- source-page:32 --> SGBRi-10K Residual Current Circuit Breakers with Overcurrent Protection Rated current(A) IΔn 6 SGBRi-10K/B6/10 10 SGBRi-10K/B10/10 13 SGBRi-10K/B13/10 16 SGBRi-10K/B16/10 10mA 20 SGBRi-10K/B20/10 25 SGBRi-10K/B25/10 32 SGBRi-10K/B32/10 40 SGBRi-10K/B40/10 6 SGBRi-10K/B6/30 ON 10 SGBRi-10K/B10/30 13 SGBRi-10K/B13/30 16 SGBRi-10K/B16/30 30mA 20 SGBRi-10K/B20/30 Type AC 25 SGBRi-10K/B25/30 32 SGBRi-10K/B32/30 40 SGBRi-10K/B40/30 6 SGBRi-10K/B6/100 10 SGBRi-10K/B10/100 13 SGBRi-10K/B13/100 16 SGBRi-10K/B16/100 100mA 20 SGBRi-10K/B20/100 ON 25 SGBRi-10K/B25/100 32 SGBRi-10K/B32/100 40 SGBRi-10K/B40/100 6 SGBRi-10K/B6/300 Type A 10 SGBRi-10K/B10/300 13 SGBRi-10K/B13/300 16 SGBRi-10K/B16/300 300mA 20 SGBRi-10K/B20/300 25 SGBRi-10K/B25/300 32 SGBRi-10K/B32/300 40 SGBRi-10K/B40/300 47 48 Type AC C curve B curve B curve C curve SGBRi-10K/B6/10-A SGBRi-10K/C6/10 SGBRi-10K/B10/10-A SGBRi-10K/C10/10 SGBRi-10K/B13/10-A SGBRi-10K/C13/10 SGBRi-10K/B16/10-A SGBRi-10K/C16/10 SGBRi-10K/B20/10-A SGBRi-10K/C20/10 SGBRi-10K/B25/10-A SGBRi-10K/C25/10 SGBRi-10K/B32/10-A SGBRi-10K/C32/10 SGBRi-10K/B40/10-A SGBRi-10K/C40/10 SGBRi-10K/B6/30-A SGBRi-10K/C6/30 SGBRi-10K/B10/30-A SGBRi-10K/C10/30 SGBRi-10K/B13/30-A SGBRi-10K/C13/30 SGBRi-10K/B16/30-A SGBRi-10K/C16/30 SGBRi-10K/B20/30-A SGBRi-10K/C20/30 SGBRi-10K/B25/30-A SGBRi-10K/C25/30 SGBRi-10K/B32/30-A SGBRi-10K/C32/30 SGBRi-10K/B40/30-A SGBRi-10K/C40/30 SGBRi-10K/B6/100-A SGBRi-10K/C6/100 SGBRi-10K/B10/100-A SGBRi-10K/C10/100 SGBRi-10K/B13/100-A SGBRi-10K/C13/100 SGBRi-10K/B16/100-A SGBRi-10K/C16/100 SGBRi-10K/B20/100-A SGBRi-10K/C20/100 SGBRi-10K/B25/100-A SGBRi-10K/C25/100 SGBRi-10K/B32/100-A SGBRi-10K/C32/100 SGBRi-10K/B40/100-A SGBRi-10K/C40/100 SGBRi-10K/B6/300-A SGBRi-10K/C6/300 SGBRi-10K/B10/300-A SGBRi-10K/C10/300 SGBRi-10K/B13/300-A SGBRi-10K/C13/300 SGBRi-10K/B16/300-A SGBRi-10K/C16/300 SGBRi-10K/B20/300-A SGBRi-10K/C20/300 SGBRi-10K/B25/300-A SGBRi-10K/C25/300 SGBRi-10K/B32/300-A SGBRi-10K/C32/300 SGBRi-10K/B40/300-A SGBRi-10K/C40/300 Type A Packing unit SGBRi-10K/C6/10-A SGBRi-10K/C10/10-A SGBRi-10K/C13/10-A SGBRi-10K/C16/10-A SGBRi-10K/C20/10-A SGBRi-10K/C25/10-A SGBRi-10K/C32/10-A SGBRi-10K/C40/10-A SGBRi-10K/C6/30-A SGBRi-10K/C10/30-A SGBRi-10K/C13/30-A SGBRi-10K/C16/30-A SGBRi-10K/C20/30-A SGBRi-10K/C25/30-A SGBRi-10K/C32/30-A SGBRi-10K/C40/30-A 5 SGBRi-10K/C6/100-A SGBRi-10K/C10/100-A SGBRi-10K/C13/100-A SGBRi-10K/C16/100-A SGBRi-10K/C20/100-A SGBRi-10K/C25/100-A SGBRi-10K/C32/100-A SGBRi-10K/C40/100-A SGBRi-10K/C6/300-A SGBRi-10K/C10/300-A SGBRi-10K/C13/300-A SGBRi-10K/C16/300-A SGBRi-10K/C20/300-A SGBRi-10K/C25/300-A SGBRi-10K/C32/300-A SGBRi-10K/C40/300-A SGBRi Series Residual Current Circuit Breakers with Overcurrent Protection Curves Breaking time of residual current Max.breaking time In(A) IΔn(A) IΔn 2 IΔn 5 IΔn 5-500A 6-40 0.01,0.03,0.1,0.3 0.1s 0.08s 0.04s 0.04s Wiring (The suitable conductors should be used for connection,see table below for relative parameters) Cross section area s(mm2) Tightening torque(N.m) Rated current In (A) 1 6 1.5 10 M5 2.0 2.5 16-20 M4 1.2 4 25 6 32 10 40 Features Switching and isolation function. Protection against overload and short-circuit currents. Protection against the effects of sinusoidal alternating earth fault currents. Protection against indirect contacts and additional protection against direct contacts. Protection against fire hazard caused by insulation faults. Used in residential building and distribution boards. Overall and mounting dimensions SGBRi <!-- source-page:33 --> SGBR-40L Series Residual Current Circuit Breakers with Overcurrent Protection Standard EN/IEC61009-1 Rated conditional short-circuit current(kA) 6 Rated current(A),ln 6,10,13,16,20,25,32,40 Number of poles 1P+N(Switched Neutral) Rated sensitivity currents(mA),IΔn 10,30,100,300 Tripping curve B,C Rated residual non-operating current 0.5XIΔn Rated impulse withstand voltage Uimp(kV) 4 Rated voltage(V) AC 230/240 Ambient temperature (°C) -25~+40,Max.95%humidity Residual current off time ≤0.1s Ground fault Electronic Type of trip Thermal-magnetic Over current Electrical endurance 4000 Mechanical endurance 10000 Terminal capacity 10mm2 flexible/16mm2 rigid Protection degree IP20 Installation 35mm DIN rail Certification ON SGBR-40L 49 50 SGBR-40L Series Residual Current Circuit Breakers with Overcurrent Protection Type AC Packing unit Rated current(A) IΔn B curve C curve B curve C curve SGBR-40L/B6/10 6 10 SGBR-40L/B10/10 13 SGBR-40L/B13/10 16 SGBR-40L/B16/10 10mA 20 SGBR-40L/B20/10 25 SGBR-40L/B25/10 32 SGBR-40L/B32/10 SGBR-40L/B40/10 40 SGBR-40L/B6/30 6 ON SGBR-40L/B10/30 10 SGBR-40L/B13/30 13 SGBR-40L/B16/30 16 30mA SGBR-40L/B20/30 20 Type AC SGBR-40L/B25/30 25 SGBR-40L/B32/30 32 40 SGBR-40L/B40/30 SGBR-40L/B6/100 6 SGBR-40L/B10/100 10 SGBR-40L/B13/100 13 SGBR-40L/B16/100 16 100mA SGBR-40L/B20/100 20 ON SGBR-40L/B25/100 25 SGBR-40L/B32/100 32 SGBR-40L/B40/100 40 SGBR-40L/B6/300 6 Type A SGBR-40L/B10/300 10 SGBR-40L/B13/300 13 SGBR-40L/B16/300 16 300mA SGBR-40L/B20/300 20 SGBR-40L/B25/300 25 SGBR-40L/B32/300 32 SGBR-40L/B40/300 40 Type A SGBR-40L/C6/10-A SGBR-40L/B6/10-A SGBR-40L/C6/10 SGBR-40L/C10/10-A SGBR-40L/B10/10-A SGBR-40L/C10/10 SGBR-40L/C13/10-A SGBR-40L/B13/10-A SGBR-40L/C13/10 SGBR-40L/C16/10-A SGBR-40L/B16/10-A SGBR-40L/C16/10 SGBR-40L/C20/10-A SGBR-40L/B20/10-A SGBR-40L/C20/10 SGBR-40L/C25/10-A SGBR-40L/B25/10-A SGBR-40L/C25/10 SGBR-40L/C32/10-A SGBR-40L/B32/10-A SGBR-40L/C32/10 SGBR-40L/C40/10-A SGBR-40L/B40/10-A SGBR-40L/C40/10 SGBR-40L/C6/30-A SGBR-40L/B6/30-A SGBR-40L/C6/30 SGBR-40L/C10/30-A SGBR-40L/B10/30-A SGBR-40L/C10/30 SGBR-40L/C13/30-A SGBR-40L/B13/30-A SGBR-40L/C13/30 SGBR-40L/C16/30-A SGBR-40L/B16/30-A SGBR-40L/C16/30 SGBR-40L/C20/30-A SGBR-40L/B20/30-A SGBR-40L/C20/30 SGBR-40L/C25/30-A SGBR-40L/B25/30-A SGBR-40L/C25/30 SGBR-40L/C32/30-A SGBR-40L/B32/30-A SGBR-40L/C32/30 SGBR-40L/C40/30-A SGBR-40L/B40/30-A SGBR-40L/C40/30 1 SGBR-40L/C6/100-A SGBR-40L/B6/100-A SGBR-40L/C6/100 SGBR-40L/C10/100-A SGBR-40L/B10/100-A SGBR-40L/C10/100 SGBR-40L/C13/100-A SGBR-40L/B13/100-A SGBR-40L/C13/100 SGBR-40L/C16/100-A SGBR-40L/B16/100-A SGBR-40L/C16/100 SGBR-40L/C20/100-A SGBR-40L/B20/100-A SGBR-40L/C20/100 SGBR-40L/C25/100-A SGBR-40L/B25/100-A SGBR-40L/C25/100 SGBR-40L/C32/100-A SGBR-40L/B32/100-A SGBR-40L/C32/100 SGBR-40L/C40/100-A SGBR-40L/B40/100-A SGBR-40L/C40/100 SGBR-40L/C6/300-A SGBR-40L/B6/300-A SGBR-40L/C6/300 SGBR-40L/C10/300-A SGBR-40L/B10/300-A SGBR-40L/C10/300 SGBR-40L/C13/300-A SGBR-40L/B13/300-A SGBR-40L/C13/300 SGBR-40L/C16/300-A SGBR-40L/B16/300-A SGBR-40L/C16/300 SGBR-40L/C20/300-A SGBR-40L/B20/300-A SGBR-40L/C20/300 SGBR-40L/C25/300-A SGBR-40L/B25/300-A SGBR-40L/C25/300 SGBR-40L/C32/300-A SGBR-40L/B32/300-A SGBR-40L/C32/300 SGBR-40L/C40/300-A SGBR-40L/B40/300-A SGBR-40L/C40/300 <!-- source-page:34 --> SGBR-40L Series Residual Current Circuit Breakers with Overcurrent Protection Curves Breaking time of residual current Max.breaking time In(A) IΔn(A) IΔn 2 IΔn 5 IΔn 5-500A 6-40 0.01,0.03,0.1,0.3 0.1s 0.08s 0.04s 0.04s Wiring (The suitable conductors should be used for connection,see table below for relative parameters) Cross section area s(mm2) Tightening torque(N.m) Rated current In (A) 1 6 1.5 10 1.5 13 2.5 16-20 6 25 32 40 Types Both RCCBs and RCBOs are devided into types depending on the operating function: Type AC : For which tripping is ensured for residual sinusoidal alternating currents, whether suddenly applied or slowly rising. Type A : For which tripping is ensued for residual sinusoidal alternating currents and residual pulsating direct currents, whether suddenly applied or slowly rising. Tripping sensitivity data RCD with a rated residual current of maximum 30mA are used for personnel,material and fire protection, as well as for protection against direct contact. RCD with a rated residual current of maximum 300mA are used as preventative fire protection in case of insulation faults. RCD with a rated residual current of 100mA co-ordinated with the earth system according to the formula IΔn<50/R, to provide protection again indirect contacts. Overall and mounting dimensions 51 52 M5 2.0 M4 1.2 4 10 SGBR-40L SGBR-32M/H Series Residual Current Circuit Breakers with Overcurrent Protection Standard EN/IEC 61009-1 Rated conditional short-circuit current(kA) 4.5,6 Rated current(A),ln 6,10,13,16,20,25,32 Number of poles 1P+N Rated sensitivity currents(mA),IΔn 10,30,100,300 Tripping curve B,C Rated residual non-operating current 0.5XIΔn Rated impulse withstand voltage Uimp(kV) 4 Rated voltage(V) AC 230/240 Ambient temperature (°C) -25~+40,Max.95%humidity Residual current off time ≤0.1s Ground fault Electronic Type of trip Thermal-magnetic Over current Electrical endurance 4000 Mechanical endurance 10000 Terminal capacity 10mm2 flexible/16mm2 rigid Protection degree IP20 Installation 35mm DIN rail Certification ON ON SGBR-32M SGBR-32H <!-- source-page:35 --> Type AC Residual Current Circuit Breakers with Overcurrent Protection SGBR-32M Rated current(A) IΔn C curve B curve B curve C curve 6 SGBR-32M/B6/10 10 SGBR-32M/B10/10 13 SGBR-32M/B13/10 10mA 16 SGBR-32M/B16/10 20 SGBR-32M/B20/10 25 SGBR-32M/B25/10 32 SGBR-32M/B32/10 ON 6 SGBR-32M/B6/30 10 SGBR-32M/B10/30 13 SGBR-32M/B13/30 30mA 16 SGBR-32M/B16/30 Type AC 20 SGBR-32M/B20/30 25 SGBR-32M/B25/30 32 SGBR-32M/B32/30 6 SGBR-32M/B6/100 10 SGBR-32M/B10/100 13 SGBR-32M/B13/100 16 SGBR-32M/B16/100 100mA ON 20 SGBR-32M/B20/100 25 SGBR-32M/B25/100 32 SGBR-32M/B32/100 6 SGBR-32M/B6/300 Type A 10 SGBR-32M/B10/300 13 SGBR-32M/B13/300 16 SGBR-32M/B16/300 300mA 20 SGBR-32M/B20/300 25 SGBR-32M/B25/300 32 SGBR-32M/B32/300 53 54 Type A Packing unit SGBR-32M/B6/10-A SGBR-32M/C6/10 SGBRi-6K/C6/10-A SGBR-32M/B10/10-A SGBR-32M/C10/10 SGBRi-6K/C10/10-A SGBR-32M/B13/10-A SGBR-32M/C13/10 SGBRi-6K/C13/10-A SGBR-32M/B16/10-A SGBR-32M/C16/10 SGBRi-6K/C16/10-A SGBR-32M/B20/10-A SGBR-32M/C20/10 SGBR-32M/C20/10-A SGBR-32M/B25/10-A SGBR-32M/C25/10 SGBR-32M/C25/10-A SGBR-32M/B32/10-A SGBR-32M/C32/10 SGBR-32M/C32/10-A SGBR-32M/B6/30-A SGBR-32M/C6/30 SGBR-32M/C6/30-A SGBR-32M/B10/30-A SGBR-32M/C10/30 SGBR-32M/C10/30-A SGBR-32M/B13/30-A SGBR-32M/C13/30 SGBR-32M/C13/30-A SGBR-32M/B16/30-A SGBR-32M/C16/30 SGBR-32M/C16/30-A SGBR-32MB20/30-A SGBR-32M/C20/30 SGBR-32M/C20/30-A SGBR-32M/B25/30-A SGBR-32M/C25/30 SGBR-32M/C25/30-A SGBR-32M/B32/30-A SGBR-32M/C32/30 SGBR-32M/C32/30-A 12 SGBR-32M/B6/100-A SGBR-32M/C6/100 SGBR-32M/C6/100-A SGBR-32M/B10/100-A SGBR-32M/C10/100 SGBR-32M/C10/100-A SGBR-32M/B13/100-A SGBR-32M/C13/100 SGBR-32M/C13/100-A SGBR-32M/B16/100-A SGBR-32M/C16/100 SGBR-32M/C16/100-A SGBR-32M/B20/100-A SGBR-32M/C20/100 SGBR-32M/C20/100-A SGBR-32M/B25/100-A SGBR-32M/C25/100 SGBR-32M/C25/100-A SGBR-32M/B32/100-A SGBR-32M/C32/100 SGBR-32M/C32/100-A SGBR-32M/B6/300-A SGBR-32M/C6/300 SGBR-32M/C6/300-A SGBR-32M/B10/300-A SGBR-32M/C10/300 SGBR-32M/C10/300-A SGBR-32M/B13/300-A SGBR-32M/C13/300 SGBR-32M/C13/300-A SGBR-32M/B16/300-A SGBR-32M/C16/300 SGBR-32M/C16/300-A SGBR-32M/B20/300-A SGBR-32M/C20/300 SGBR-32M/C20/300-A SGBR-32M/B25/300-A SGBR-32M/C25/300 SGBR-32M/C25/300-A SGBR-32M/B32/300-A SGBR-32M/C32/300 SGBR-32M/C32/300-A Type AC Residual Current Circuit Breakers with Overcurrent Protection SGBR-32H Rated current(A) IΔn C curve B curve B curve C curve 6 SGBR-32H/B6/10 10 SGBR-32H/B10/10 13 SGBR-32H/B13/10 10mA 16 SGBR-32H/B16/10 20 SGBR-32H/B20/10 25 SGBR-32H/B25/10 32 SGBR-32H/B32/10 ON 6 SGBR-32H/B6/30 10 SGBR-32H/B10/30 13 SGBR-32H/B13/30 30mA 16 SGBR-32H/B16/30 Type AC 20 SGBR-32H/B20/30 25 SGBR-32H/B25/30 32 SGBR-32H/B32/30 6 SGBR-32H/B6/100 10 SGBR-32H/B10/100 13 SGBR-32H/B13/100 16 SGBR-32H/B16/100 100mA ON 20 SGBR-32H/B20/100 25 SGBR-32H/B25/100 32 SGBR-32H/B32/100 6 SGBR-32H/B6/300 Type A 10 SGBR-32H/B10/300 13 SGBR-32H/B13/300 16 SGBR-32H/B16/300 300mA 20 SGBR-32H/B20/300 25 SGBR-32H/B25/300 32 SGBR-32H/B32/300 Type A Packing unit SGBR-32H/B6/10-A SGBR-32H/C6/10 SGBR-32H/C6/10-A SGBR-32H/B10/10-A SGBR-32H/C10/10 SGBR-32H/C10/10-A SGBR-32H/B13/10-A SGBR-32H/C13/10 SGBR-32H/C13/10-A SGBR-32H/B16/10-A SGBR-32H/C16/10 SGBR-32H/C16/10-A SGBR-32H/B20/10-A SGBR-32H/C20/10 SGBR-32H/C20/10-A SGBR-32H/B25/10-A SGBR-32H/C25/10 SGBR-32H/C25/10-A SGBR-32H/B32/10-A SGBR-32H/C32/10 SGBR-32H/C32/10-A SGBR-32H/B6/30-A SGBR-32H/C6/30 SGBR-32H/C6/30-A SGBR-32H/B10/30-A SGBR-32H/C10/30 SGBR-32H/C10/30-A SGBR-32H/B13/30-A SGBR-32H/C13/30 SGBR-32H/C13/30-A SGBR-32H/B16/30-A SGBR-32H/C16/30 SGBR-32H/C16/30-A SGBR-32H/B20/30-A SGBR-32H/C20/30 SGBR-32H/C20/30-A SGBR-32H/B25/30-A SGBR-32H/C25/30 SGBR-32H/C25/30-A SGBR-32H/B32/30-A SGBR-32H/C32/30 SGBR-32H/C32/30-A 12 SGBR-32H/B6/100-A SGBR-32H/C6/100 SGBR-32H/C6/100-A SGBR-32H/B10/100-A SGBR-32H/C10/100 SGBR-32H/C10/100-A SGBR-32H/B13/100-A SGBR-32H/C13/100 SGBR-32H/C13/100-A SGBR-32H/B16/100-A SGBR-32H/C16/100 SGBR-32H/C16/100-A SGBR-32H/B20/100-A SGBR-32H/C20/100 SGBR-32H/C20/100-A SGBR-32H/B25/100-A SGBR-32H/C25/100 SGBR-32H/C25/100-A SGBR-32H/B32/100-A SGBR-32H/C32/100 SGBR-32H/C32/100-A SGBR-32H/B6/300-A SGBR-32H/C6/300 SGBR-32H/C6/300-A SGBR-32H/B10/300-A SGBR-32H/C10/300 SGBR-32H/C10/300-A SGBR-32H/B13/300-A SGBR-32H/C13/300 SGBR-32H/C13/300-A SGBR-32H/B16/300-A SGBR-32H/C16/300 SGBR-32H/C16/300-A SGBR-32H/B20/300-A SGBR-32H/C20/300 SGBR-32H/C20/300-A SGBR-32H/B25/300-A SGBR-32H/C25/300 SGBR-32H/C25/300-A SGBR-32H/B32/300-A SGBR-32H/C32/300 SGBR-32H/C32/300-A <!-- source-page:36 --> SGBR-32M/H Series Residual Current Circuit Breakers with Overcurrent Protection Curves Breaking time of residual current Max.breaking time In(A) IΔn(A) IΔn 2 IΔn 5 IΔn 5A-500A 6-32 0.01,0.03,0.1,0.3 0.1s 0.08s 0.04s 0.04s Wiring (The suitable conductors should be used for connection,see table below for relative parameters) Cross section area s(mm2) Tightening torque(N.m) Rated current In (A) 6 1 1.5 10-13 2.5 16-20 4 25 6 32 Features Switching and isolation function. Protection against overload and short-circuit currents. Protection against the effects of sinusoidal alternating earth fault currents. Protection against indirect contacts and additional protection against direct contacts. Protection against fire hazard caused by insulation faults. Used in residential building and distribution boards. Overall and mounting dimensions SGBR-32M/H 55 56 1.2 OVERLOAD Test current: In:6-40A 1.13 x In No tripping within an hour 1.45 x In Tripping within an hour ARC FAULT Serial Arcing Fault Parallel Arcing Fault Grounding Arc Fault SHORT CIRCUIT B,C Tripping Characteristics B:(3-5) x ln C:(5-10) x ln EARTH LEAKAGE I△n: 10,30,100,300mA Type A & AC AFDD Prevents fires Fits in new and existing installations Switched neutral 4 in 1 protection ON ON ON <!-- source-page:37 --> SGBR-40AFD Series Arc Fault Detection Device Standard IEC/EN 62606,IEC/EN 61009-1 Rated conditional short-circuit current(kA) 6 Rated current(A),ln 6,10,16,20,25,32,40 Number of poles 1P+N Rated sensitivity currents(mA),IΔn 10,30,100,300 Tripping curve B,C Rated residual non-operating current 0.5XIΔn Rated impulse withstand voltage Uimp(kV) 4 Rated voltage(V) AC 230/240 Ambient temperature (°C) -25~+40,Max.95%humidity Residual current off time ≤0.1s Ground fault Electronic Thermal-magnetic Over current Type of trip Arc fault Serial Arcing Fault,Parallel Arcing Fault,Grounding Arc Fault Power supply failure Over voltage protection Electrical endurance 2000 Mechanical endurance 10000 Terminal capacity 10mm2 flexible/16mm2 rigid Protection degree IP20 Installation 35mm DIN rail Certification ON SGBR-40AFD 57 58 SGBR-40AFD Series Arc Fault Detection Device Rated current(A) IΔn 6 SGBR-40AFD-6K/B6/10 10 SGBR-40AFD-6K/B10/10 16 SGBR-40AFD-6K/B16/10 10mA 20 SGBR-40AFD-6K/B20/10 25 SGBR-40AFD-6K/B25/10 32 SGBR-40AFD-6K/B32/10 40 SGBR-40AFD-6K/B40/10 ON SGBR-40AFD-6K/B6/30 6 SGBR-40AFD-6K/B10/30 10 SGBR-40AFD-6K/B16/30 16 Type AC 30mA 20 SGBR-40AFD-6K/B20/30 25 SGBR-40AFD-6K/B25/30 32 SGBR-40AFD-6K/B32/30 40 SGBR-40AFD-6K/B40/30 SGBR-40AFD-6K/B6/100 6 SGBR-40AFD-6K/B10/100 10 SGBR-40AFD-6K/B16/100 16 SGBR-40AFD-6K/B20/100 100mA 20 SGBR-40AFD-6K/B25/100 25 32 SGBR-40AFD-6K/B32/100 ON 40 SGBR-40AFD-6K/B40/100 SGBR-40AFD-6K/B6/300 6 SGBR-40AFD-6K/B10/300 10 Type A SGBR-40AFD-6K/B16/300 16 SGBR-40AFD-6K/B20/300 300mA 20 SGBR-40AFD-6K/B25/300 25 SGBR-40AFD-6K/B32/300 32 SGBR-40AFD-6K/B40/300 40 Type AC C curve B curve C curve B curve SGBR-40AFD-6K/C6/10 SGBR-40AFD-6K/B6/10-A SGBR-40AFD-6K/C10/10 SGBR-40AFD-6K/B10/10-A SGBR-40AFD-6K/C16/10 SGBR-40AFD-6K/B16/10-A SGBR-40AFD-6K/C20/10 SGBR-40AFD-6K/B20/10-A SGBR-40AFD-6K/C25/10 SGBR-40AFD-6K/B25/10-A SGBR-40AFD-6K/C32/10 SGBR-40AFD-6K/B32/10-A SGBR-40AFD-6K/C40/10 SGBR-40AFD-6K/B40/10-A SGBR-40AFD-6K/C6/30 SGBR-40AFD-6K/B6/30-A SGBR-40AFD-6K/C10/30 SGBR-40AFD-6K/B10/30-A SGBR-40AFD-6K/C16/30 SGBR-40AFD-6K/B16/30-A SGBR-40AFD-6K/C20/30 SGBR-40AFD-6K/B20/30-A SGBR-40AFD-6K/C25/30 SGBR-40AFD-6K/B25/30-A SGBR-40AFD-6K/C32/30 SGBR-40AFD-6K/B32/30-A SGBR-40AFD-6K/C40/30 SGBR-40AFD-6K/B40/30-A SGBR-40AFD-6K/C6/100 SGBR-40AFD-6K/B6/100-A SGBR-40AFD-6K/C10/100 SGBR-40AFD-6K/B10/100-A SGBR-40AFD-6K/C16/100 SGBR-40AFD-6K/B16/100-A SGBR-40AFD-6K/C20/100 SGBR-40AFD-6K/B20/100-A SGBR-40AFD-6K/C25/100 SGBR-40AFD-6K/B25/100-A SGBR-40AFD-6K/C32/100 SGBR-40AFD-6K/B32/100-A SGBR-40AFD-6K/C40/100 SGBR-40AFD-6K/B40/100-A SGBR-40AFD-6K/C6/300 SGBR-40AFD-6K/B6/300-A SGBR-40AFD-6K/C10/300 SGBR-40AFD-6K/B10/300-A SGBR-40AFD-6K/C16/300 SGBR-40AFD-6K/B16/300-A SGBR-40AFD-6K/C20/300 SGBR-40AFD-6K/B20/300-A SGBR-40AFD-6K/C25/300 SGBR-40AFD-6K/B25/300-A SGBR-40AFD-6K/C32/300 SGBR-40AFD-6K/B32/300-A SGBR-40AFD-6K/C40/300 SGBR-40AFD-6K/B40/300-A Type A Packing unit SGBR-40AFD-6K/C6/10-A SGBR-40AFD-6K/C10/10-A SGBR-40AFD-6K/C16/10-A SGBR-40AFD-6K/C20/10-A SGBR-40AFD-6K/C25/10-A SGBR-40AFD-6K/C32/10-A SGBR-40AFD-6K/C40/10-A SGBR-40AFD-6K/C6/30-A SGBR-40AFD-6K/C10/30-A SGBR-40AFD-6K/C16/30-A SGBR-40AFD-6K/C20/30-A SGBR-40AFD-6K/C25/30-A SGBR-40AFD-6K/C32/30-A SGBR-40AFD-6K/C40/30-A 5 SGBR-40AFD-6K/C6/100-A SGBR-40AFD-6K/C10/100-A SGBR-40AFD-6K/C16/100-A SGBR-40AFD-6K/C20/100-A SGBR-40AFD-6K/C25/100-A SGBR-40AFD-6K/C32/100-A SGBR-40AFD-6K/C40/100-A SGBR-40AFD-6K/C6/300-A SGBR-40AFD-6K/C10/300-A SGBR-40AFD-6K/C16/300-A SGBR-40AFD-6K/C20/300-A SGBR-40AFD-6K/C25/300-A SGBR-40AFD-6K/C32/300-A SGBR-40AFD-6K/C40/300-A <!-- source-page:38 --> SGBR-40AFD Series Arc Fault Detection Device Curves Breaking time of residual current Max.breaking time In(A) IΔn(A) IΔn 2 IΔn 5 IΔn 5-500A 6-40 0.01,0.03,0.1,0.3 0.1s 0.08s 0.04s 0.04s Wiring (The suitable conductors should be used for connection,see table below for relative parameters) Cross section area s(mm2) Tightening torque(N.m) Rated current In (A) 1 6 1.5 10 1.5 13 2.5 16-20 6 25 32 40 AFDD For The Consumer Unit The 18th edition wiring regulations (BS7671) sets out requirements for electrical installations in the UK, including requirements for protection of persons, livestock & property against the risk from fires that may be generated & propagated in electrical installations. Designers & installers are required to ensure that installations are arranged so that the risk of ignition from high temperatures or electric arc is minimised,Protection requirements include protecting against the risk of fire from insulation faults, arcs & sparks & high temperatures.Installing arc fault detection devices is recommended in the 18th Edition as a method for mitigating the risk from fire in final AC circuits from arc faults. Overall and mounting dimensions 59 60 M5 2.0 M4 1.2 4 10 SGBR-40AFD SGBR2-40AFD Series Arc Fault Detection Device Standard IEC/EN 62606,IEC/EN 61009-1 Rated conditional short-circuit current(kA) 6,10 Rated current(A),ln 6,10,16,20,25,32,40 Number of poles 1P+N Rated sensitivity currents(mA),IΔn 10,30,100,300 Tripping curve B,C Rated residual non-operating current 0.5XIΔn Rated impulse withstand voltage Uimp(kV) 4 Rated voltage(V) AC 230/240 Ambient temperature (°C) -25~+40,Max.95%humidity Residual current off time ≤0.1s Ground fault Electronic Thermal-magnetic Over current Type of trip Arc fault Serial Arcing Fault,Parallel Arcing Fault,Grounding Arc Fault Power supply failure Over voltage protection Electrical endurance 2000 Mechanical endurance 10000 Terminal capacity 16mm2 flexible/25mm2 rigid Protection degree IP20 Installation 35mm DIN rail ON ON SGBR2-40AFD <!-- source-page:39 --> SGBR2-40AFD Series Arc Fault Detection Device SGBR2-40AFD Series Arc Fault Detection Device Type AC Type A Packing unit Rated current(A) IΔn Curves C curve B curve B curve C curve 6 SGBR2-40AFD-B6/10 SGBR2-40AFD-C6/10 SGBR2-40AFD-B6/10-A SGBR2-40AFD-C6/10-A 10 SGBR2-40AFD-B10/10 SGBR2-40AFD-C10/10 SGBR2-40AFD-B10/10-A SGBR2-40AFD-C10/10-A 16 SGBR2-40AFD-B16/10 SGBR2-40AFD-C16/10 SGBR2-40AFD-B16/10-A SGBR2-40AFD-C16/10-A 10mA 20 SGBR2-40AFD-B20/10 SGBR2-40AFD-C20/10 SGBR2-40AFD-B20/10-A SGBR2-40AFD-C20/10-A 25 SGBR2-40AFD-B25/10 SGBR2-40AFD-C25/10 SGBR2-40AFD-B25/10-A SGBR2-40AFD-C25/10-A 32 SGBR2-40AFD-B32/10 SGBR2-40AFD-C32/10 SGBR2-40AFD-B32/10-A SGBR2-40AFD-C32/10-A Breaking time of residual current 40 SGBR2-40AFD-B40/10 SGBR2-40AFD-C40/10 SGBR2-40AFD-B40/10-A SGBR2-40AFD-C40/10-A Max.breaking time In(A) IΔn(A) IΔn 2 IΔn 5 IΔn 5-500A 6-40 0.01,0.03,0.1,0.3 0.1s 0.08s 0.04s 0.04s 6 SGBR2-40AFD-B6/30 SGBR2-40AFD-C6/30 SGBR2-40AFD-B6/30-A SGBR2-40AFD-C6/30-A ON ON 10 SGBR2-40AFD-B10/30 SGBR2-40AFD-C10/30 SGBR2-40AFD-B10/30-A SGBR2-40AFD-C10/30-A Wiring (The suitable conductors should be used for connection,see table below for relative parameters) 16 SGBR2-40AFD-B16/30 SGBR2-40AFD-C16/30 SGBR2-40AFD-B16/30-A SGBR2-40AFD-C16/30-A Cross section area s(mm2) Tightening torque(N.m) Rated current In (A) 1 20 30mA SGBR2-40AFD-B20/30 SGBR2-40AFD-C20/30 SGBR2-40AFD-B20/30-A SGBR2-40AFD-C20/30-A 6 1.5 10 1.5 13 2.5 16-20 Type AC 25 SGBR2-40AFD-B25/30 SGBR2-40AFD-C25/30 SGBR2-40AFD-B25/30-A SGBR2-40AFD-C25/30-A 2.0 32 SGBR2-40AFD-B32/30 SGBR2-40AFD-C32/30 SGBR2-40AFD-B32/30-A SGBR2-40AFD-C32/30-A 6 25 32 40 4 40 SGBR2-40AFD-B40/30 SGBR2-40AFD-C40/30 SGBR2-40AFD-B40/30-A SGBR2-40AFD-C40/30-A 6 10 6 SGBR2-40AFD-B6/100 SGBR2-40AFD-C6/100 SGBR2-40AFD-B6/100-A SGBR2-40AFD-C6/100-A AFDD For The Consumer Unit 10 SGBR2-40AFD-B10/100 SGBR2-40AFD-C10/100 SGBR2-40AFD-B10/100-A SGBR2-40AFD-C10/100-A The 18th edition wiring regulations (BS7671) sets out requirements for electrical installations in the UK, including requirements for protection of persons, livestock & property against the risk from fires that may be generated & propagated in electrical installations. Designers & installers are required to ensure that installations are arranged so that the risk of ignition from high temperatures or electric arc is minimised,Protection requirements include protecting against the risk of fire from insulation faults, arcs & sparks & high temperatures.Installing arc fault detection devices is recommended in the 18th Edition as a method for mitigating the risk from fire in final AC circuits from arc faults. 16 SGBR2-40AFD-B16/100 SGBR2-40AFD-C16/100 SGBR2-40AFD-B16/100-A SGBR2-40AFD-C16/100-A 20 SGBR2-40AFD-B20/100 SGBR2-40AFD-C20/100 SGBR2-40AFD-B20/100-A 100mA SGBR2-40AFD-C20/100-A 25 SGBR2-40AFD-B25/100 SGBR2-40AFD-C25/100 SGBR2-40AFD-B25/100-A SGBR2-40AFD-C25/100-A ON ON 32 SGBR2-40AFD-B32/100 SGBR2-40AFD-C32/100 SGBR2-40AFD-B32/100-A SGBR2-40AFD-C32/100-A Overall and mounting dimensions 40 SGBR2-40AFD-B40/100 SGBR2-40AFD-C40/100 SGBR2-40AFD-B40/100-A SGBR2-40AFD-C40/100-A 6 SGBR2-40AFD-B6/300 SGBR2-40AFD-C6/300 SGBR2-40AFD-B6/300-A SGBR2-40AFD-C6/300-A Type A 10 SGBR2-40AFD-B10/300 SGBR2-40AFD-C10/300 SGBR2-40AFD-B10/300-A SGBR2-40AFD-C10/300-A 16 SGBR2-40AFD-B16/300 SGBR2-40AFD-C16/300 SGBR2-40AFD-B16/300-A SGBR2-40AFD-C16/300-A 20 SGBR2-40AFD-B20/300 SGBR2-40AFD-C20/300 SGBR2-40AFD-B20/300-A SGBR2-40AFD-C20/300-A 300mA 25 SGBR2-40AFD-B25/300 SGBR2-40AFD-C25/300 SGBR2-40AFD-B25/300-A SGBR2-40AFD-C25/300-A 32 SGBR2-40AFD-B32/300 SGBR2-40AFD-C32/300 SGBR2-40AFD-B32/300-A SGBR2-40AFD-C32/300-A 40 SGBR2-40AFD-B40/300 SGBR2-40AFD-C40/300 SGBR2-40AFD-B40/300-A SGBR2-40AFD-C40/300-A SGBR2-40AFD 61 62 <!-- source-page:40 --> SGBR2-40AFD Series Arc Fault Detection Device Overload Operation Bimetal Metal Alloy On heating-it bends towards tripping Pushes the trip catch lever Switching mechanism actuated Short Circuit Operation Features & Benefits Real Silver Graphite,AGC Energy Limiting anti-weld contact tips Highest Electrical Life Maximum Safety against Contact welding Rare possibility of AFDD replacement 63 64 Solenoid High current flows Solenoid gets magnetized Attracts tripping plunger Switching mechanism actuated Lower portion of plunger pushes trip catch lever Overload Protection:Through Consists of 2 differernt metals bonded together Different metals have different coefficient of expansion Trip Catch Trip Switching Mechanism Trip Catch Class 3 ON ON Quick & Efficient Arc Quenching Very low let through energy,class 3 Increases life of Installation & equipment MCB SERIES Miniature Circuit Breaker Trip Switching Mechanism ON ON ON ON ON ON 13 Plates Arc Chamber <!-- source-page:41 --> Products Overview of Circuit Breakers Products Overview of Circuit Breakers Product name DC MCB DPN MCB HR MCB ISOLATING SWITCH Product name MCB SGB-63M-DC SG-DPN SGB-125L/M/H SGI-R Product range Product range SGB-63Me SGB-63Ne SGB-63Se SGB-63M SGB-63H Product picture Product picture ON ON ON ON ON ON ON ON ON GB/T 14048.2 IEC/EN 60947-2 GB/T 10963.1 IEC/EN 60898-1 IEC/EN 60898-1 IEC/EN 60947-2 GB/T 14048.3 IEC/EN 60947-3 Standard Standard IEC/EN 60898-1 GB/T 10963.1 Number of poles 1P,2P,3P,4P 1P+N 1P,2P,3P,4P 1P,2P,3P,4P Number of poles 1P,2P,3P,4P,(1P+N),(3P+N) Electrical characteristics Electrical characteristics Rated current(A) In 1-63 2-32 40-125 16-125 Rated current(A) In 1-63 Rated voltage(V) DC 120,240 AC 240 AC 240,415 AC 240,415 Rated voltage(V) 1P AC 230/400;240/415 1P+N AC 230/240 2P AC 230/400;240/415 3P,3P+N,4P AC 400/415 AC rated short-circuit capacity(kA) AC rated short-circuit capacity(kA) IEC-60898-1 IEC-60947-2 Breaking capacity (Icn/Icu)kA 4.5 6 3 - 6 IEC60898-1 standard(kA) 6 4.5 3 6 10 6 15 B,C,D 8-12In B,C - Tripping curve 8-12In Tripping curve B,C B,C,D AC DC Type Type AC Electrical auxiliaries - - Auxilary contact Alarm contact Shunt trip Over/under voltage trip Electrical auxiliaries Auxilary contact,Alarm contact,Shunt trip, Over/under voltage trip - 67-70 71-76 Catalogue page NO. Catalogue page NO. 77-80 81-83 84-87 88-90 65 66 <!-- source-page:42 --> SGB-63Me/Ne/Se Series Miniature Circuit Breaker SGB-63Me/Ne/Se Series Miniature Circuit Breaker 67 68 | Standard | | | | | EN/IEC 60898-1 GB/T 10963.1 | | | | | | --- | --- | --- | --- | --- | --- | --- | --- | --- | --- | | Breaking capacity(kA) | | | | | 3,4. | | 5,6 | | | | Protection | | | | | Against overload | | and short circuit | | | | Rated current(A) In | | | | | 1,2,3,4,6,10,13,16, | | 20,25,32,40,50,63 | | | | Rated voltage(V) | | | | | 1P AC 230/400,240/415;1P+N AC 230/240 | | | | | | | | | | | 2P AC 230/400,240/415;3P,3P+N,4P AC 230/240 | | | | | | Rated impulse withstand voltage Uimp(kV) | | | | | | | | | | | | Rated impulse withstan | d voltage Uimp | (kV) | | | 4 | | | | | | Rated insulation v | oltage Ui(V) | | | | 500 | | | | | Energy limiting class | | | | | 3 | | | | | | Ambient temperature (℃) | | | | | -25~+40,Max | | .95%humidity | | | | Thermal operating limit | | | | | 1.13 xIn No tripping within an hour | | | | | | | | | | | 1.45 xIn Tripping within an hour | | | | | | Magnertic operating | | | | | B:(3-5)xIn,C:(5-10)xIn | | | | | | Number of poles | | | | | 1P,1P+N,2P,3P,3P+N and 4P | | | | | | Type of trip | | | | | Thermal/ magnetic release | | | | | | Terminal capacity | | | | | 16mm2 flexible or 25mm2 rigid | | | | | | Protection degree | | | | | IP20 | | | | | | Installation | | | | | Mounting on 35mm DIN rail | | | | | | Width | | | | | 17.8mm per pole | | | | | | Certification | | | | | | | | | | | O N O N O N O N O N O N O N O N O N O N SGB-63Me-1P SGB-63Me-2P SGB-63Me-3P SGB-63Me-4P | | | | | | | | | | | | Rated current(A) | C curev | | | Packing unit | | --- | --- | --- | --- | --- | --- | | | | 6 kA | 4.5 kA | 3 kA | | | O N SGB-63Me-1P | 1 | SGB-63Me/1-C1 | SGB-63Ne/1-C1 | SGB-63Se/1-C1 | 12 | | | 2 | SGB-63Me/1-C2 | SGB-63Ne/1-C2 | SGB-63Se/1-C2 | | | | 3 | SGB-63Me/1-C3 | SGB-63Ne/1-C3 | SGB-63Se/1-C3 | | | | 4 | SGB-63Me/1-C4 | SGB-63Ne/1-C4 | SGB-63Se/1-C4 | | | | 6 | SGB-63Me/1-C6 | SGB-63Ne/1-C6 | SGB-63Se/1-C6 | | | | 10 | SGB-63Me/1-C10 | SGB-63Ne/1-C10 | SGB-63Se/1-C10 | | | | 13 | SGB-63Me/1-C13 | SGB-63Ne/1-C13 | SGB-63Se/1-C13 | | | | 16 | SGB-63Me/1-C16 | SGB-63Ne/1-C16 | SGB-63Se/1-C16 | | | | 20 | SGB-63Me/1-C20 | SGB-63Ne/1-C20 | SGB-63Se/1-C20 | | | | 25 | SGB-63Me/1-C25 | SGB-63Ne/1-C25 | SGB-63Se/1-C25 | | | | 32 40 | SGB-63Me/1-C32 SGB-63Me/1-C40 | SGB-63Ne/1-C32 SGB-63Ne/1-C40 | SGB-63Se/1-C32 SGB-63Se/1-C40 | | | | 50 | SGB-63Me/1-C50 | SGB-63Ne/1-C50 | SGB-63Se/1-C50 | | | | 63 | SGB-63Me/1-C63 | SGB-63Ne/1-C63 | SGB-63Se/1-C63 | | | O N O N SGB-63Me-1P+N | 1 | SGB-63Me/1-C1N | SGB-63Ne/1-C1N | SGB-63Se/1-C1N | 6 | | | 2 | SGB-63Me/1-C2N | SGB-63Ne/1-C2N | SGB-63Se/1-C2N | | | | 3 | SGB-63Me/1-C3N | SGB-63Ne/1-C3N | SGB-63Se/1-C3N | | | | 4 | SGB-63Me/1-C4N | SGB-63Ne/1-C4N | SGB-63Se/1-C4N | | | | 6 | SGB-63Me/1-C6N | SGB-63Ne/1-C6N | SGB-63Se/1-C6N | | | | 10 | SGB-63Me/1-C10N | SGB-63Ne/1-C10N | SGB-63Se/1-C10N | | | | 13 | SGB-63Me/1-C13N | SGB-63Ne/1-C13N | SGB-63Se/1-C13N | | | | 16 | SGB-63Me/1-C16N | SGB-63Ne/1-C16N | SGB-63Se/1-C16N | | | | 20 | SGB-63Me/1-C20N | SGB-63Ne/1-C20N | SGB-63Se/1-C20N | | | | 25 | SGB-63Me/1-C25N | SGB-63Ne/1-C25N | SGB-63Se/1-C25N | | | | 32 | SGB-63Me/1-C32N | SGB-63Ne/1-C32N | SGB-63Se/1-C32N | | | | 40 | SGB-63Me/1-C40N | SGB-63Ne/1-C40N | SGB-63Se/1-C40N | | | | 50 | SGB-63Me/1-C50N | SGB-63Ne/1-C50N | SGB-63Se/1-C50N | | | | 63 | SGB-63Me/1-C63N | SGB-63Ne/1-C63N | SGB-63Se/1-C63N | | | O N O N SGB-63Me-2P | 1 | SGB-63Me/2-C1 | SGB-63Ne/2-C1 | SGB-63Se/2-C1 | 6 | | | 2 | SGB-63Me/2-C2 | SGB-63Ne/2-C2 | SGB-63Se/2-C2 | | | | 3 | SGB-63Me/2-C3 | SGB-63Ne/2-C3 | SGB-63Se/2-C3 | | | | 4 | SGB-63Me/2-C4 | SGB-63Ne/2-C4 | SGB-63Se/2-C4 | | | | 6 | SGB-63Me/2-C6 | SGB-63Ne/2-C6 | SGB-63Se/2-C6 | | | | 10 | SGB-63Me/2-C10 | SGB-63Ne/2-C10 | SGB-63Se/2-C10 | | | | 13 | SGB-63Me/2-C13 | SGB-63Ne/2-C13 | SGB-63Se/2-C13 | | | | 16 | SGB-63Me/2-C16 | SGB-63Ne/2-C16 | SGB-63Se/2-C16 | | | | 20 | SGB-63Me/2-C20 | SGB-63Ne/2-C20 | SGB-63Se/2-C20 | | | | 25 | SGB-63Me/2-C25 | SGB-63Ne/2-C25 | SGB-63Se/2-C25 | | | | 32 | SGB-63Me/2-C32 | SGB-63Ne/2-C32 | SGB-63Se/2-C32 | | | | 40 | SGB-63Me/2-C40 | SGB-63Ne/2-C40 | SGB-63Se/2-C40 | | | | 50 | SGB-63Me/2-C50 | SGB-63Ne/2-C50 | SGB-63Se/2-C50 | | | | 63 | SGB-63Me/2-C63 | SGB-63Ne/2-C63 | SGB-63Se/2-C63 | | <!-- source-page:43 --> SGB-63Me/Ne/Se Series Miniature Circuit Breaker SGB-63Me/Ne/Se Series Miniature Circuit Breaker C curve Rated current(A) Packing unit Curves 4.5 kA 6 kA 3 kA 1 SGB-63Me/3-C1 SGB-63Ne/3-C1 SGB-63Se/3-C1 2 SGB-63Me/3-C2 SGB-63Ne/3-C2 SGB-63Se/3-C2 3 SGB-63Me/3-C3 SGB-63Ne/3-C3 SGB-63Se/3-C3 4 SGB-63Me/3-C4 SGB-63Ne/3-C4 SGB-63Se/3-C4 6 SGB-63Me/3-C6 SGB-63Ne/3-C6 SGB-63Se/3-C6 10 SGB-63Me/3-C10 SGB-63Ne/3-C10 SGB-63Se/3-C10 ON ON ON 13 SGB-63Me/3-C13 SGB-63Ne/3-C13 SGB-63Se/3-C13 4 16 SGB-63Me/3-C16 SGB-63Ne/3-C16 SGB-63Se/3-C16 20 SGB-63Me/3-C20 SGB-63Ne/3-C20 SGB-63Se/3-C20 Overcurrent protecting characteristics 25 SGB-63Me/3-C25 SGB-63Ne/3-C25 SGB-63Se/3-C25 32 SGB-63Me/3-C32 SGB-63Ne/3-C32 SGB-63Se/3-C32 Rated current of release(A) Test current Specified time Initial state NO. Result to be obtained Remarks 40 SGB-63Me/3-C40 SGB-63Ne/3-C40 SGB-63Se/3-C40 SGB-63Me-3P 1.13In t≤1h 1-63 cold state upon the previous test 1 Non-trip 50 SGB-63Me/3-C50 SGB-63Ne/3-C50 SGB-63Se/3-C50 Setting current up to specified value steadily in 5s 63 SGB-63Me/3-C63 SGB-63Ne/3-C63 SGB-63Se/3-C63 1.45In t<1h 1-63 2 trip 1 SGB-63Me/3-C1N SGB-63Ne/3-C1N SGB-63Se/3-C1N 1s<t<60s In≤32 2.55In 3 trip cold state 2 SGB-63Me/3-C2N SGB-63Ne/3-C2N SGB-63Se/3-C2N In>32 1s<t<120s 3In t≤0.1s Non-trip 3 SGB-63Me/3-C3N SGB-63Ne/3-C3N SGB-63Se/3-C3N B type 5ln t<0.1s trip 5In t≤0.1s Non-trip C type 10ln t<0.1s trip 4 cold state 1-63 4 SGB-63Me/3-C4N SGB-63Ne/3-C4N SGB-63Se/3-C4N 6 SGB-63Me/3-C6N SGB-63Ne/3-C6N SGB-63Se/3-C6N 10 SGB-63Me/3-C10N SGB-63Ne/3-C10N SGB-63Se/3-C10N Endurance(operations) 13 SGB-63Me/3-C13N SGB-63Ne/3-C13N SGB-63Se/3-C13N ON ON ON ON 3 Category Operations Operation frequency Rated current 16 SGB-63Me/3-C16N SGB-63Ne/3-C16N SGB-63Se/3-C16N 20 SGB-63Me/3-C20N SGB-63Ne/3-C20N SGB-63Se/3-C20N Electrical endurance 4000 240/h 1-32 25 SGB-63Me/3-C25N SGB-63Ne/3-C25N SGB-63Se/3-C25N 120/h 40-63 32 SGB-63Me/3-C32N SGB-63Ne/3-C32N SGB-63Se/3-C32N Mechanical endurance 240/h 1-63 10000 40 SGB-63Me/3-C40N SGB-63Ne/3-C40N SGB-63Se/3-C40N Features SGB-63Me-3P+N 50 SGB-63Me/3-C50N SGB-63Ne/3-C50N SGB-63Se/3-C50N Much higher short circuit breaking capacity, Dual-connection convenient for both standard busbar and conductor connection. Improved safety of operators offered by special design from terminals. Much longer service life thanks to energy-storage operating mechanism.Enclosure and functional parts made from imported plastics with flame-retardant, heat-resistant, and impulse-proof properties.Higher current-limiting capacity ensuring a cost-effective range of products. Different handle color for different rated current with contactor condition indicator. 63 SGB-63Me/3-C63N SGB-63Ne/3-C63N SGB-63Se/3-C63N 1 SGB-63Me/4-C1 SGB-63Ne/4-C1 SGB-63Se/4-C1 2 SGB-63Me/4-C2 SGB-63Ne/4-C2 SGB-63Se/4-C2 3 SGB-63Me/4-C3 SGB-63Ne/4-C3 SGB-63Se/4-C3 Overall and mounting dimensions 4 SGB-63Me/4-C4 SGB-63Ne/4-C4 SGB-63Se/4-C4 6 SGB-63Me/4-C6 SGB-63Ne/4-C6 SGB-63Se/4-C6 10 SGB-63Me/4-C10 SGB-63Ne/4-C10 SGB-63Se/4-C10 13 SGB-63Me/4-C13 SGB-63Ne/4-C13 SGB-63Se/4-C13 ON ON ON ON 35.5±0.15 78.5±0.3 80.3±0.35 3 45±0.2 16 SGB-63Me/4-C16 SGB-63Ne/4-C16 SGB-63Se/4-C16 20 SGB-63Me/4-C20 SGB-63Ne/4-C20 SGB-63Se/4-C20 25 SGB-63Me/4-C25 SGB-63Ne/4-C25 SGB-63Se/4-C25 32 SGB-63Me/4-C32 SGB-63Ne/4-C32 SGB-63Se/4-C32 40 SGB-63Me/4-C40 SGB-63Ne/4-C40 SGB-63Se/4-C40 46.1±0.2 SGB-63Me-4P 78.1±0.35 50 SGB-63Me/4-C50 SGB-63Ne/4-C50 SGB-63Se/4-C50 18max 36max 54max 72max 63 SGB-63Me/4-C63 SGB-63Ne/4-C63 SGB-63Se/4-C63 SGB-63Me/SGB-63Se/SGB-63Ne 69 70 <!-- source-page:44 --> SGB-63M Series Miniature Circuit Breaker SGB-63M/H Series Miniature Circuit Breaker Standard EN/IEC 60898-1 GB/T 10963.1 Rated current(A) Packing unit C curve B curve D curve Breaking capacity(kA) 6,10 1 SGB-63M/1-B1 SGB-63M/1-C1 SGB-63M/1-D1 Protection Against overload and short circuit SGB-63M/1-B2 SGB-63M/1-C2 SGB-63M/1-D2 2 Rated current(A) In 1,2,4,6,10,16,20,25,32,40,50,63 SGB-63M/1-B3 SGB-63M/1-C3 SGB-63M/1-D3 3 SGB-63M/1-B4 SGB-63M/1-C4 SGB-63M/1-D4 4 Rated voltage(V) 1P AC 230/400,240/415 SGB-63M/1-B6 SGB-63M/1-C6 SGB-63M/1-D6 6 1P+N,2P,3P,3P+N,4P AC 230/400,240/415 SGB-63M/1-B10 SGB-63M/1-C10 SGB-63M/1-D10 10 Rated impulse withstand voltage Uimp(kV) 4 ON SGB-63M/1-B13 SGB-63M/1-C13 SGB-63M/1-D13 13 12 SGB-63M/1-B16 SGB-63M/1-C16 SGB-63M/1-D16 16 Rated insulation voltage Ui(V) 500 SGB-63M/1-B20 SGB-63M/1-C20 SGB-63M/1-D20 20 Energy limiting class 3 SGB-63M/1-B25 SGB-63M/1-C25 SGB-63M/1-D25 25 Ambient temperature (℃) -25~+40,Max.95%humidity 32 SGB-63M/1-B32 SGB-63M/1-C32 SGB-63M/1-D32 Thermal operating limit 1.13 xIn No tripping within an hour 40 SGB-63M/1-B40 SGB-63M/1-C40 SGB-63M/1-D40 SGB-63M-1P 50 SGB-63M/1-B50 SGB-63M/1-C50 SGB-63M/1-D50 1.45 xIn Tripping within an hour 63 SGB-63M/1-B63 SGB-63M/1-C63 SGB-63M/1-D63 Magnertic operating B:(3-5)xIn,C:(5-10)xIn,D:(10-20)xln 1 SGB-63M/1-B1N SGB-63M/1-C1N SGB-63M/1-D1N Number of poles 1P,1P+N,2P,3P,3P+N and 4P 2 SGB-63M/1-B2N SGB-63M/1-C2N SGB-63M/1-D2N Type of trip Thermal/ magnetic release 3 SGB-63M/1-B3N SGB-63M/1-C3N SGB-63M/1-D3N 4 SGB-63M/1-B4N SGB-63M/1-C4N SGB-63M/1-D4N Terminal capacity 16mm2 flexible or 25mm2 rigid 6 SGB-63M/1-B6N SGB-63M/1-C6N SGB-63M/1-D6N 10 SGB-63M/1-B10N SGB-63M/1-C10N SGB-63M/1-D10N Protection degree IP20 ON ON 13 SGB-63M/1-B13N SGB-63M/1-C13N SGB-63M/1-D13N 6 16 SGB-63M/1-B16N SGB-63M/1-C16N SGB-63M/1-D16N Installation Mounting on 35mm DIN rail 20 SGB-63M/1-B20N SGB-63M/1-C20N SGB-63M/1-D20N Width 17.8mm per pole 25 SGB-63M/1-B25N SGB-63M/1-C25N SGB-63M/1-D25N 32 SGB-63M/1-B32N SGB-63M/1-C32N SGB-63M/1-D32N Certification 40 SGB-63M/1-B40N SGB-63M/1-C40N SGB-63M/1-D40N SGB-63M-1P+N 50 SGB-63M/1-B50N SGB-63M/1-C50N SGB-63M/1-D50N 63 SGB-63M/1-B63N SGB-63M/1-C63N SGB-63M/1-D63N 1 SGB-63M/2-B1 SGB-63M/2-C1 SGB-63M/2-D1 SGB-63M/2-B2 SGB-63M/2-C2 SGB-63M/2-D2 2 SGB-63M/2-B3 SGB-63M/2-C3 SGB-63M/2-D3 3 SGB-63M/2-B4 SGB-63M/2-C4 SGB-63M/2-D4 4 SGB-63M/2-B6 SGB-63M/2-C6 SGB-63M/2-D6 6 SGB-63M/2-B10 SGB-63M/2-C10 SGB-63M/2-D10 10 ON ON ON ON ON ON ON ON ON ON SGB-63M/2-B13 SGB-63M/2-C13 SGB-63M/2-D13 13 ON ON 6 SGB-63M/2-B16 SGB-63M/2-C16 SGB-63M/2-D16 16 SGB-63M/2-B20 SGB-63M/2-C20 SGB-63M/2-D20 20 SGB-63M/2-B25 SGB-63M/2-C25 SGB-63M/2-D25 25 SGB-63M/2-B32 SGB-63M/2-C32 SGB-63M/2-D32 32 SGB-63M/2-B40 SGB-63M/2-C40 SGB-63M/2-D40 40 SGB-63M-1P SGB-63M-2P SGB-63M-3P SGB-63M-4P SGB-63M-2P SGB-63M/2-B50 SGB-63M/2-C50 SGB-63M/2-D50 50 SGB-63M/2-B63 SGB-63M/2-C63 SGB-63M/2-D63 63 71 72 <!-- source-page:45 --> SGB-63M Series Miniature Circuit Breaker SGB-63H Series Miniature Circuit Breaker Rated current(A) Packing unit Rated current(A) Packing unit C curve B curve D curve C curve B curve D curve 1 SGB-63M/3-B1 SGB-63M/3-C1 SGB-63M/1-D1 1 SGB-63H/1-B1 SGB-63H/1-C1 SGB-63H/1-D1 SGB-63M/1-D2 2 SGB-63M/3-B2 SGB-63M/3-C2 SGB-63H/1-C2 SGB-63H/1-D2 2 SGB-63H/1-B2 SGB-63M/1-D3 3 SGB-63M/3-B3 SGB-63M/3-C3 SGB-63H/1-C3 SGB-63H/1-D3 3 SGB-63H/1-B3 SGB-63M/1-D4 4 SGB-63M/3-B4 SGB-63M/3-C4 SGB-63H/1-C4 SGB-63H/1-D4 4 SGB-63H/1-B4 SGB-63H/1-C6 SGB-63H/1-D6 6 SGB-63H/1-B6 SGB-63M/1-D6 6 SGB-63M/3-B6 SGB-63M/3-C6 SGB-63H/1-C10 SGB-63H/1-D10 10 SGB-63H/1-B10 SGB-63M/1-D10 10 SGB-63M/3-B10 SGB-63M/3-C10 ON SGB-63H/1-C13 SGB-63H/1-D13 13 SGB-63H/1-B13 SGB-63M/1-D13 13 SGB-63M/3-B13 SGB-63M/3-C13 ON ON ON 4 12 SGB-63H/1-C16 SGB-63H/1-D16 16 SGB-63H/1-B16 SGB-63M/1-D16 16 SGB-63M/3-B16 SGB-63M/3-C16 SGB-63H/1-C20 SGB-63H/1-D20 20 SGB-63H/1-B20 SGB-63M/1-D20 20 SGB-63M/3-B20 SGB-63M/3-C20 SGB-63H/1-C25 SGB-63H/1-D25 25 SGB-63H/1-B25 SGB-63M/1-D25 25 SGB-63M/3-B25 SGB-63M/3-C25 32 SGB-63H/1-B32 SGB-63H/1-C32 SGB-63H/1-D32 SGB-63M/1-D32 32 SGB-63M/3-B32 SGB-63M/3-C32 40 SGB-63H/1-B40 SGB-63H/1-C40 SGB-63H/1-D40 SGB-63M/1-D40 40 SGB-63M/3-B40 SGB-63M/3-C40 SGB-63H-1P SGB-63M-3P 50 SGB-63H/1-B50 SGB-63H/1-C50 SGB-63H/1-D50 SGB-63M/1-D50 50 SGB-63M/3-B50 SGB-63M/3-C50 63 SGB-63H/1-B63 SGB-63H/1-C63 SGB-63H/1-D63 SGB-63M/1-D63 63 SGB-63M/3-B63 SGB-63M/3-C63 1 SGB-63H/1-B1N SGB-63H/1-C1N SGB-63H/1-D1N SGB-63M/3-D1N 1 SGB-63M/3-B1N SGB-63M/3-C1N 2 SGB-63H/1-B2N SGB-63H/1-C2N SGB-63H/1-D2N SGB-63M/3-D2N 2 SGB-63M/3-B2N SGB-63M/3-C2N 3 SGB-63H/1-B3N SGB-63H/1-C3N SGB-63H/1-D3N SGB-63M/3-D3N 3 SGB-63M/3-B3N SGB-63M/3-C3N 4 SGB-63H/1-B4N SGB-63H/1-C4N SGB-63H/1-D4N SGB-63M/3-D4N 4 SGB-63M/3-B4N SGB-63M/3-C4N 6 SGB-63H/1-B6N SGB-63H/1-C6N SGB-63H/1-D6N SGB-63M/3-D6N 6 SGB-63M/3-B6N SGB-63M/3-C6N 10 SGB-63H/1-B10N SGB-63H/1-C10N SGB-63H/1-D10N SGB-63M/3-D10N 10 SGB-63M/3-B10N SGB-63M/3-C10N ON 13 SGB-63H/1-B13N SGB-63H/1-C13N SGB-63H/1-D13N SGB-63M/3-D13N 13 SGB-63M/3-B13N SGB-63M/3-C13N ON 3 6 ON ON ON ON 16 SGB-63H/1-B16N SGB-63H/1-C16N SGB-63H/1-D16N SGB-63M/3-D16N 16 SGB-63M/3-B16N SGB-63M/3-C16N 20 SGB-63H/1-B20N SGB-63H/1-C20N SGB-63H/1-D20N SGB-63M/3-D20N 20 SGB-63M/3-B20N SGB-63M/3-C20N 25 SGB-63H/1-B25N SGB-63H/1-C25N SGB-63H/1-D25N SGB-63M/3-D25N 25 SGB-63M/3-B25N SGB-63M/3-C25N 32 SGB-63H/1-B32N SGB-63H/1-C32N SGB-63H/1-D32N SGB-63M/3-D32N 32 SGB-63M/3-B32N SGB-63M/3-C32N 40 SGB-63H/1-B40N SGB-63H/1-C40N SGB-63H/1-D40N SGB-63M/3-D40N 40 SGB-63M/3-B40N SGB-63M/3-C40N SGB-63M-3P+N SGB-63H-1P+N 50 SGB-63H/1-B50N SGB-63H/1-C50N SGB-63H/1-D50N SGB-63M/3-D50N 50 SGB-63M/3-B50N SGB-63M/3-C50N 63 SGB-63H/1-B63N SGB-63H/1-C63N SGB-63H/1-D63N SGB-63M/3-D63N 63 SGB-63M/3-B63N SGB-63M/3-C63N 1 SGB-63H/2-B1 SGB-63H/2-C1 SGB-63H/2-D1 SGB-63M/4-D1 1 SGB-63M/4-B1 SGB-63M/4-C1 SGB-63H/2-C2 SGB-63H/2-D2 2 SGB-63H/2-B2 SGB-63M/4-D2 2 SGB-63M/4-B2 SGB-63M/4-C2 SGB-63H/2-C3 SGB-63H/2-D3 3 SGB-63H/2-B3 SGB-63M/4-D3 3 SGB-63M/4-B3 SGB-63M/4-C3 SGB-63H/2-C4 SGB-63H/2-D4 4 SGB-63H/2-B4 SGB-63M/4-D4 4 SGB-63M/4-B4 SGB-63M/4-C4 SGB-63H/2-C6 SGB-63H/2-D6 6 SGB-63H/2-B6 SGB-63M/4-D6 6 SGB-63M/4-B6 SGB-63M/4-C6 SGB-63H/2-C10 SGB-63H/2-D10 10 SGB-63H/2-B10 SGB-63M/4-D10 10 SGB-63M/4-B10 SGB-63M/4-C10 SGB-63H/2-C13 SGB-63H/2-D13 13 SGB-63H/2-B13 SGB-63M/4-D13 13 SGB-63M/4-B13 SGB-63M/4-C13 ON ON 3 6 ON ON ON ON SGB-63H/2-C16 SGB-63H/2-D16 16 SGB-63H/2-B16 SGB-63M/4-D16 16 SGB-63M/4-B16 SGB-63M/4-C16 SGB-63H/2-C20 SGB-63H/2-D20 20 SGB-63H/2-B20 20 SGB-63M/4-B20 SGB-63M/4-D20 SGB-63M/4-C20 SGB-63H/2-C25 SGB-63H/2-D25 25 SGB-63H/2-B25 25 SGB-63M/4-B25 SGB-63M/4-D25 SGB-63M/4-C25 SGB-63H/2-C32 SGB-63H/2-D32 32 SGB-63M/4-B32 32 SGB-63H/2-B32 SGB-63M/4-D32 SGB-63M/4-C32 SGB-63H/2-C40 SGB-63H/2-D40 40 SGB-63M/4-B40 40 SGB-63H/2-B40 SGB-63M/4-D40 SGB-63M/4-C40 SGB-63M-4P SGB-63H-2P SGB-63H/2-C50 SGB-63H/2-D50 50 SGB-63H/2-B50 50 SGB-63M/4-B50 SGB-63M/4-D50 SGB-63M/4-C50 SGB-63H/2-C63 SGB-63H/2-D63 63 SGB-63M/4-B63 63 SGB-63H/2-B63 SGB-63M/4-D63 SGB-63M/4-C63 73 74 <!-- source-page:46 --> SGB-63H Series Miniature Circuit Breaker SGB-63M/H Series Miniature Circuit Breaker Rated current(A) C curve B curve D curve Packing unit Curves 1 SGB-63H/3-B1 SGB-63H/3-C1 SGB-63H/1-D1 SGB-63H/1-D2 2 SGB-63H/3-B2 SGB-63H/3-C2 SGB-63H/1-D3 3 SGB-63H/3-B3 SGB-63H/3-C3 SGB-63H/1-D4 4 SGB-63H/3-B4 SGB-63H/3-C4 SGB-63H/1-D6 6 SGB-63H/3-B6 SGB-63H/3-C6 SGB-63H/1-D10 10 SGB-63H/3-B10 SGB-63H/3-C10 SGB-63H/1-D13 13 SGB-63H/3-B13 SGB-63H/3-C13 ON ON ON 4 SGB-63H/1-D16 16 SGB-63H/3-B16 SGB-63H/3-C16 SGB-63H/1-D20 20 SGB-63H/3-B20 SGB-63H/3-C20 Overcurrent protecting characteristics SGB-63H/1-D25 25 SGB-63H/3-B25 SGB-63H/3-C25 SGB-63H/1-D32 32 SGB-63H/3-B32 SGB-63H/3-C32 Rated current of release(A) NO. Initial state Test current Specified time Result to be obtained Remarks SGB-63H/1-D40 40 SGB-63H/3-B40 SGB-63H/3-C40 SGB-63H-3P 1 1-63 cold state upon the previous test 1.13In t≤1h Non-trip SGB-63H/1-D50 50 SGB-63H/3-B50 SGB-63H/3-C50 Setting current up to specified value steadily in 5s 2 1-63 1.45In t<1h trip SGB-63H/1-D63 63 SGB-63H/3-B63 SGB-63H/3-C63 SGB-63H/3-D1N 1 SGB-63H/3-B1N SGB-63H/3-C1N In≤32 1s<t<60s 3 2.55In cold state trip In>32 1s<t<120s B type B type 5ln 5In 10ln 10In 20ln SGB-63H/3-D2N 2 SGB-63H/3-B2N SGB-63H/3-C2N 3In t≤0.1s Non-trip SGB-63H/3-D3N 3 SGB-63H/3-B3N SGB-63H/3-C3N t<0.1s trip t≤0.1s Non-trip C type C type t<0.1s trip t≤0.1s Non-trip D type D type t<0.1s trip SGB-63H/3-D4N 4 SGB-63H/3-B4N SGB-63H/3-C4N 4 1-63 cold state SGB-63H/3-D6N 6 SGB-63H/3-B6N SGB-63H/3-C6N SGB-63H/3-D10N 10 SGB-63H/3-B10N SGB-63H/3-C10N SGB-63H/3-D13N 13 SGB-63H/3-B13N SGB-63H/3-C13N 3 Endurance(operations) ON ON ON ON SGB-63H/3-D16N 16 SGB-63H/3-B16N SGB-63H/3-C16N Operations Operation frequency Rated current Category SGB-63H/3-D20N 20 SGB-63H/3-B20N SGB-63H/3-C20N SGB-63H/3-D25N 25 SGB-63H/3-B25N SGB-63H/3-C25N 240/h 1-32 4000 Electrical endurance SGB-63H/3-D32N 32 SGB-63H/3-B32N SGB-63H/3-C32N 120/h 40-63 SGB-63H/3-D40N 40 SGB-63H/3-B40N SGB-63H/3-C40N 10000 240/h 1-63 Mechanical endurance SGB-63H-3P+N SGB-63H/3-D50N 50 SGB-63H/3-B50N SGB-63H/3-C50N Features SGB-63H/3-D63N 63 SGB-63H/3-B63N SGB-63H/3-C63N Much higher short circuit breaking capacity, Dual-connection convenient for both standard busbar and conductor connection. Improved safety of operators offered by special design from terminals. Much longer service life thanks to energy-storage operating mechanism.Enclosure and functional parts made from imported plastics with flame-retardant, heat-resistant, and impulse-proof properties.Higher current-limiting capacity ensuring a cost-effective range of products. Different handle color for different rated current with contactor condition indicator. SGB-63H/4-D1 1 SGB-63H/4-B1 SGB-63H/4-C1 SGB-63H/4-D2 2 SGB-63H/4-B2 SGB-63H/4-C2 SGB-63H/4-D3 3 SGB-63H/4-B3 SGB-63H/4-C3 SGB-63H/4-D4 4 SGB-63H/4-B4 SGB-63H/4-C4 Overall and mounting dimensions SGB-63H/4-D6 6 SGB-63H/4-B6 SGB-63H/4-C6 SGB-63H/4-D10 10 SGB-63H/4-B10 SGB-63H/4-C10 SGB-63H/4-D13 13 SGB-63H/4-B13 SGB-63H/4-C13 3 ON ON ON ON SGB-63H/4-D16 16 SGB-63H/4-B16 SGB-63H/4-C16 20 SGB-63H/4-B20 SGB-63H/4-D20 SGB-63H/4-C20 25 SGB-63H/4-B25 SGB-63H/4-D25 SGB-63H/4-C25 32 SGB-63H/4-B32 SGB-63H/4-D32 SGB-63H/4-C32 40 SGB-63H/4-B40 SGB-63H/4-D40 SGB-63H/4-C40 SGB-63H-4P 50 SGB-63H/4-B50 SGB-63H/4-D50 SGB-63H/4-C50 63 SGB-63H/4-B63 SGB-63H/4-D63 SGB-63H/4-C63 SGB-63M/SGB-63H 75 76 <!-- source-page:47 --> SGB-63M-DC Series Miniature Circuit Breaker SGB-63M-DC Series Miniature Circuit Breaker 77 78 | Standard | IEC/EN 60947-2 GB/T 14048.2 | | --- | --- | | Breaking capacity(kA) | 6 | | Protection | Against overload and short circuit | | Rated current(A) In | 1,2,3,4,6,10,13,16,20,25,32,40,50,63 | | Rated voltage(V) | 1P DC 120; 2P,3P,4P DC 240 | | Operational volatge | Min.:12 | | Ambient temperature (℃) | -25~+40,Max.95%humidity | | Thermal operating limit | 1.05 xIn No tripping within an hour | | | 1.3 xIn Tripping within an hour | | Magnertic operating | (8-12)xIn | | Number of poles | 1P,2P,3P and 4P | | Type of trip | Thermal/ magnetic release | | Terminal capacity | 16mm2 flexible or 25mm2 rigid | | Protection degree | IP20 | | Installation | Mounting on 35mm DIN rail | | Width | 18mm per pole | | Certification | | | ON ON ON ON ON ON ON ON ON ON SGB-63M-DC-1P SGB-63M-DC-2P SGB-63M-DC-3P SGB-63M-DC-4P | | | | Rated current(A) | DC type | Packing unit | | --- | --- | --- | --- | | ON SGB-63M-DC-1P | 1 | SGB-63M/1-DC1 | 12 | | | 2 | SGB-63M/1-DC2 | | | | 3 | SGB-63M/1-DC3 | | | | 4 | SGB-63M/1-DC4 | | | | 6 | SGB-63M/1-DC6 | | | | 10 | SGB-63M/1-DC10 | | | | 13 | SGB-63M/1-DC13 | | | | 16 | SGB-63M/1-DC16 | | | | 20 | SGB-63M/1-DC20 | | | | 25 | SGB-63M/1-DC25 | | | | 32 | SGB-63M/1-DC32 | | | | 40 | SGB-63M/1-DC40 | | | | 50 | SGB-63M/1-DC50 | | | | 63 | SGB-63M/1-DC63 | | | ON ON SGB-63M-DC-2P | 1 | SGB-63M/2-DC1 | 6 | | | 2 | SGB-63M/2-DC2 | | | | 3 | SGB-63M/2-DC3 | | | | 4 | SGB-63M/2-DC4 | | | | 6 | SGB-63M/2-DC6 | | | | 10 | SGB-63M/2-DC10 | | | | 13 | SGB-63M/2-DC13 | | | | 16 | SGB-63M/2-DC16 | | | | 20 | SGB-63M/2-DC20 | | | | 25 | SGB-63M/2-DC25 | | | | 32 | SGB-63M/2-DC32 | | | | 40 | SGB-63M/2-DC40 | | | | 50 | SGB-63M/2-DC50 | | | | 63 | SGB-63M/2-DC63 | | <!-- source-page:48 --> SGB-63M-DC Series Miniature Circuit Breaker SGB-63M-DC Series Miniature Circuit Breaker Overcurrent protecting characteristics Endurance(operations) Features Much higher short circuit breaking capacity, Dual-connection convenient for both standard busbar and conductor connection. Improved safety of operators offered by special design from terminals. Much longer service life thanks to energy-storage operating mechanism.Enclosure and functional parts made from imported plastics with flame-retardant, heat-resistant, and impulse-proof properties.Higher current-limiting capacity ensuring a cost-effective range of products. Different handle color for different rated current with contactor condition indicator. Overall and mounting dimensions SGB-63M-DC 79 80 | | Rated current(A) | DC type | Packing unit | | --- | --- | --- | --- | | ON ON ON SGB-63M-DC-3P | 1 | SGB-63M/3-DC1 | 4 | | | 2 | SGB-63M/3-DC2 | | | | 3 | SGB-63M/3-DC3 | | | | 4 | SGB-63M/3-DC4 | | | | 6 | SGB-63M/3-DC6 | | | | 10 | SGB-63M/3-DC10 | | | | 13 | SGB-63M/3-DC13 | | | | 16 | SGB-63M/3-DC16 | | | | 20 | SGB-63M/3-DC20 | | | | 25 | SGB-63M/3-DC25 | | | | 32 | SGB-63M/3-DC32 | | | | 40 | SGB-63M/3-DC40 | | | | 50 | SGB-63M/3-DC50 | | | | 63 | SGB-63M/3-DC63 | | | ON ON ON ON SGB-63M-DC-4P | 1 | SGB-63M/4-DC1 | 3 | | | 2 | SGB-63M/4-DC2 | | | | 3 | SGB-63M/4-DC3 | | | | 4 | SGB-63M/4-DC4 | | | | 6 | SGB-63M/4-DC6 | | | | 10 | SGB-63M/4-DC10 | | | | 13 | SGB-63M/4-DC13 | | | | 16 | SGB-63M/4-DC16 | | | | 20 | SGB-63M/4-DC20 | | | | 25 32 | SGB-63M/4-DC25 SGB-63M/4-DC32 | | | | 40 | SGB-63M/4-DC40 | | | | 50 | SGB-63M/4-DC50 | | | | 63 | SGB-63M/4-DC63 | | | Ra NO. of | ted current I release(A) | nitial state Test c | urrent Specified time Res | ult to be obtained | Remarks | Reference Temperature | | --- | --- | --- | --- | --- | --- | --- | | 1 | 1-63 | cold state 1.0 | 5In t≤1h | Non-trip | | 30℃±2℃ | | 2 | 1-63 p | upon the 1.3 revious test | 0In t<1h | trip | Setting current up to specifei d value steadily in 5s | | | 3 | In≤32 In>32 | cold state 2.5 | 1s<t<60s 5In 1s<t<120s | trip | | | | | 1-63 | 8I cold state 12 | n t≤0.2s In t<0.2s | Non-trip trip | Ii=10In | | | Category | Operations | Operation frequency | Rated current | | --- | --- | --- | --- | | Electrical endurance | 1500 | 240/h | 1-32 | | | | 120/h | 40-63 | | Mechanical endurance | 8500 | 240/h | 1-63 | <!-- source-page:49 --> SG-DPN Series “Phase+Neutral”Circuit Breaker SG-DPN Series “Phase+Neutral”Circuit Breaker Rated current(A) Packing unit Standard EN/IEC60898-1 GB/T 10963.1 C curve B curve Breaking capacity(kA) 3,4.5,6 SG-DPN3K-C2 SG-DPN3K-B2 2 Protection Overload and short circuit SG-DPN3K-C4 SG-DPN3K-B4 4 Rated insulation voltage Ui(V) 500 SG-DPN3K-C6 SG-DPN3K-B6 6 Rated impulse withstand voltage Uimp(kV) 4 SG-DPN3K-C10 SG-DPN3K-B10 10 Rated current(A) In 2,4,6,10,13,16,20,25,32 ON 12 SG-DPN3K-C13 SG-DPN3K-B13 13 Rated voltage(V) AC 240 SG-DPN3K-C16 SG-DPN3K-B16 16 Characteristic B,C Curve SG-DPN3K-C20 SG-DPN3K-B20 20 Number of poles 1P+N SG-DPN3K-C25 SG-DPN3K-B25 25 SG-DPN3K Type of trip Thermal/magnetic release SG-DPN3K-C32 SG-DPN3K-B32 32 Terminal capacity 1-10mm2 wire SG-DPN4.5K-C2 SG-DPN4.5K-B2 2 Protection degree IP20 SG-DPN4.5K-C4 SG-DPN4.5K-B4 4 Installation Mounting on 35mm DIN rail SG-DPN4.5K-C6 SG-DPN4.5K-B6 6 Width 18mm per pole SG-DPN4.5K-C10 SG-DPN4.5K-B10 10 Electrical endurance 4000 ON 12 SG-DPN4.5K-C13 SG-DPN4.5K-B13 13 Mechanical endurance 10000 SG-DPN4.5K-C16 SG-DPN4.5K-B16 16 Altitude ≤2000m SG-DPN4.5K-C20 SG-DPN4.5K-B20 20 Certification SG-DPN4.5K-C25 SG-DPN4.5K-B25 25 SG-DPN4.5K SG-DPN4.5K-C32 SG-DPN4.5K-B32 32 SG-DPN6K-C2 SG-DPN6K-B2 2 SG-DPN6K-C4 SG-DPN6K-B4 4 SG-DPN6K-C6 SG-DPN6K-B6 6 ON ON ON SG-DPN6K-C10 SG-DPN6K-B10 10 ON 12 SG-DPN6K-C13 SG-DPN6K-B13 13 SG-DPN6K-C16 SG-DPN6K-B16 16 SG-DPN6K-C20 SG-DPN6K-B20 20 SG-DPN6K-C25 SG-DPN6K-B25 25 SG-DPN3K SG-DPN4.5K SG-DPN4.5K SG-DPN6K SG-DPN6K-C32 32 SG-DPN6K-B32 81 82 <!-- source-page:50 --> SG-DPN Series “Phase+Neutral”Circuit Breaker Curves Wiring (The suitable conductors should be used for connection, see table below for relative parameters） Rated current In(A) Nominal cross sectional area(mm2) Tightening torque (N.m) 6 1 1.2 10 1.5 16-20 2.5 25 4 32 6 Overcurrent protecting characteristics Rated current of release(A) Initial state NO. 1 6-32 Cold state Upon the previous test 6-32 2 In≤32 3 Cold state 6-32 4 Cold state Features Compact design and cost-effective; Enclosure and functional parts made from imported plastics with flame-retardant,heat-resistant,and impulse-proof properties; Potential electric shock is avoided thanks to neutral-line being directly connected to the product; Convenient and time-saving mounting. Overall and mounting dimensions 83 84 Test current Result to be obtained Remarks Specified time Non-trip 1.13In t≤1h Setting current up to specified value steadily in 5s Trip 1.45In t<1h Trip 2.55In 1s<t<60s 3In t≤0.1s Non-trip B type B type 5ln 5In 10ln t<0.1s Trip t≤0.1s Non-trip C type C type t<0.1s Trip SG-DPN SGB-125H/M/L Series Miniature Circuit Breaker Standard IEC60947-2 IEC60898-1 Thermal operating limit (1.13-1.45)xIn Magnetic operating B:(3-5)xln;C:(5-10)xln; D:(10-20)xln Protection Against overload and short circuit Rated current(A) In 63,80,100,125 Rated voltage(V) 230/400,240/415Vac for 1P 400/415Vac for 2P,3P,4P 500 Rated insulation voltage Ui(V) Number of poles 1P,2P,3P,4P Type of trip Thermal/ magnetic release Reference Temperature Terminal capacity Flexible cables: 1.5 to 35mm2 30℃+5℃ Installation Mounting on 35mm DIN rail Width 27mm per pole Certification ON ON ON SGB-125H/M/L-1P SGB-125H/M/L-2P SGB-125H/M/L-3P SGB-125H/M/L-4P (1.05-1.30)xln Ii=8In;Ii=10In;Ii=12In Rigid cables: 1 to 50mm2 ON ON ON ON ON ON ON <!-- source-page:51 --> SGB-125H/M/L Series Miniature Circuit Breaker SGB-125H/M/L Series Miniature Circuit Breaker IEC60947-2 IEC60898-1 Rated current(A) Packing unit Rated current(A) Packing unit Ii=10In Ii=8In Ii=12In C curve B curve D curve SGB-125H/M/L/1-B63 SGB-125H/M/L/1-C63 SGB-125H/M/L/1-D63 63 63 SGB-125H/M/L/1-63Ii10 SGB-125H/M/L/1-63Ii8 SGB-125H/M/L/1-63Ii12 SGB-125H/M/L/1-B80 SGB-125H/M/L/1-C80 SGB-125H/M/L/1-D80 80 12 ON SGB-125H/M/L/1-B100 SGB-125H/M/L/1-C100 SGB-125H/M/L/1-D100 100 80 SGB-125H/M/L/1-80Ii10 SGB-125H/M/L/1-80Ii8 SGB-125H/M/L/1-80Ii12 ON 12 SGB-125H/M/L/1-B125 SGB-125H/M/L/1-C125 SGB-125H/M/L/1-D125 125 SGB-125H/M/L-1P 100 SGB-125H/M/L/1-100Ii10 SGB-125H/M/L/1-100Ii8 SGB-125H/M/L/1-100Ii12 SGB-125H/M/L/2-B63 SGB-125H/M/L/2-C63 SGB-125H/M/L/2-D63 63 SGB-125H/M/L/2-B80 SGB-125H/M/L/2-C80 SGB-125H/M/L/2-D80 80 6 ON ON 125 SGB-125H/M/L/1-125Ii10 SGB-125H/M/L/1-125Ii8 SGB-125H/M/L/1-125Ii12 SGB-125H/M/L-1P SGB-125H/M/L/2-B100 SGB-125H/M/L/2-C100 SGB-125H/M/L/2-D100 100 SGB-125H/M/L/2-B125 SGB-125H/M/L/2-C125 SGB-125H/M/L/2-D125 125 SGB-125H/M/L-2P 63 SGB-125H/M/L/2-63Ii10 SGB-125H/M/L/2-63Ii8 SGB-125H/M/L/2-63Ii12 SGB-125H/M/L/3-B63 SGB-125H/M/L/3-C63 SGB-125H/M/L/3-D63 63 SGB-125H/M/L/3-B80 SGB-125H/M/L/3-C80 SGB-125H/M/L/3-D80 80 80 SGB-125H/M/L/2-80Ii10 SGB-125H/M/L/2-80Ii8 SGB-125H/M/L/2-80Ii12 ON ON 4 ON ON ON 6 SGB-125H/M/L/3-B100 SGB-125H/M/L/3-C100 SGB-125H/M/L/3-D100 100 100 SGB-125H/M/L/2-100Ii10 SGB-125H/M/L/2-100Ii8 SGB-125H/M/L/2-100Ii12 SGB-125H/M/L/3-B125 SGB-125H/M/L/3-C125 SGB-125H/M/L/3-D125 125 SGB-125H/M/L-3P SGB-125H/M/L/4-B63 SGB-125H/M/L/4-C63 SGB-125H/M/L/4-D63 63 125 SGB-125H/M/L-2P SGB-125H/M/L/2-125Ii10 SGB-125H/M/L/2-125Ii8 SGB-125H/M/L/2-125Ii12 SGB-125H/M/L/4-B80 SGB-125H/M/L/4-C80 SGB-125H/M/L/4-D80 80 ON ON ON ON 3 SGB-125H/M/L/4-B100 SGB-125H/M/L/4-C100 SGB-125H/M/L/4-D100 100 63 SGB-125H/M/L/3-63Ii10 SGB-125H/M/L/3-63Ii8 SGB-125H/M/L/3-63Ii12 SGB-125H/M/L/4-B125 SGB-125H/M/L/4-C125 SGB-125H/M/L/4-D125 125 SGB-125H/M/L-4P 80 SGB-125H/M/L/3-80Ii10 SGB-125H/M/L/3-80Ii8 SGB-125H/M/L/3-80Ii12 Overcurrent protecting characteristics ON ON ON 4 Standard IEC60947-2 IEC60898-1 100 SGB-125H/M/L/3-100Ii10 SGB-125H/M/L/3-100Ii8 SGB-125H/M/L/3-100Ii12 Overload tripping characteristic Overload tripping characteristic Short-time delay Test current Test requirements Test current Test requirements Tripping characteristic Tripping characteristic SGB-125H/M/L-3P 125 SGB-125H/M/L/3-125Ii10 SGB-125H/M/L/3-125Ii8 SGB-125H/M/L/3-125Ii12 2.55In 1s＜t＜120s 2.55In 1s＜t＜120s Inverse time overload protection characteristic (reference ambient temperature +30°C) 63 SGB-125H/M/L/4-63Ii10 SGB-125H/M/L/4-63Ii8 SGB-125H/M/L/4-63Ii12 Conventional time Initial condition Conventional time Initial condition Test current designation Current setting multiplier Test current designation Current setting multiplier In≤63A In＞63A In≤63A In＞63A 80 SGB-125H/M/L/4-80Ii10 SGB-125H/M/L/4-80Ii8 SGB-125H/M/L/4-80Ii12 Conventional non-tripping current 1.13 Conventional non-tripping current 1.05 Long-time delay ≥1h ≥2h ≥1h ≥2h Cold state Cold state ON ON ON ON 3 100 SGB-125H/M/L/4-100Ii10 SGB-125H/M/L/4-100Ii8 SGB-125H/M/L/4-100Ii12 Immediately following the 1.1.3In test Immediately following the 1.05In test Conventional tripping current 1.3 Conventional tripping current 1.45 ＜1h ＜2h ＜1h ＜2h IEC60947-2 SGB-125H/M/L-4P 125 SGB-125H/M/L/4-125Ii10 SGB-125H/M/L/4-125Ii8 SGB-125H/M/L/4-125Ii12 2In overload protection characteristic (reference ambient temperature +30°C) shall meet the requirements in the following table Time setting and tolerance: 2In tripping time ≤ 10 minutes 85 86 <!-- source-page:52 --> SGI-R Series lsolating Switch SGB-125H/M/L Series Miniature Circuit Breaker Endurance(operations) Standard EN/IEC60947-3 GB/T 14048.3 Number of poles 1P,2P,3P,4P Category Operations Category Operations Rated currents 16,20,25,32,40,50,63,80,100,125A Electrical endurance IEC 60947-2 Electrical endurance IEC 60898-1 3000 5000 8500 10000 Mechanical endurance Mechanical endurance 1P AC 240 Rated voltage(V) 2,3,4P AC 415 Curves AC-22A Utilization category 6.4In 3In ≥0.1sNon-trip ≥0.2sNon-trip B Ii=8In 12le/1s Rated short-time withstand current Icw(Ie) 9.6In ＜0.1sTrip ＜0.2sTrip 5In ≥0.1sNon-trip 5In 8In ≥0.2sNon-trip 20le Rated short-circuit making capacity lcm(Ie) C IEC 60947-2 IEC 60898-1 Ii=10In ＜0.1sTrip 10In ＜0.2sTrip 12In Rated making & breaking capacity 3le,1.05Ue,COSФ=0.65 ≥0.1sNon-trip 9.6In 10In ≥0.2sNon-trip D Ii=12In ＜0.1sTrip 14.4In ＜0.2sTrip 20In 690 Rated insulation voltage Ui(V) Breaking capacity 6 Rated impulse withstand voltage Uimp(kV) Standard IEC60898-1 IEC60947-2 1500 Electrical endurance H M L Breaking capacity level H M L 8500 Mechanical endurance lcn（kA） 15 10 6 15 10 6 16~100A:2.5~35mm2 125A:50mm2 Terminal capacity lcs（kA） 10 7.5 6 7.5 7.5 6 -25~+40,Max.95%humidity Ambient temperature(°C) Wiring (The suitable conductors should be used for connection, see table below for relative parameters） -20~+60 Storage temperature(°C) Rated current In(A) Nominal cross section area s(mm2) Tightening torque (N.m) Max. 2000 Altitude (meters) 63 16 80 25 100 35 125 50 IP20 Protection degree 3.5 Mounting on 35mm DIN rail Installation 18mm per pole Width Features Certification •Service life of product has been greatly enhanced through special designed tripping mechanism. •Long-time and reliable operation. •Enclosure and functional parts made from imported plastics with flame-retardant, heat-resistant, and impulse-proof properties. •Compact and modularized design. •Convenient mounting. •Full sets of additional components and full sets of accessories. Overall and mounting dimensions ON ON ON ON ON ON ON ON ON ON 45 35.5 89.5 89.5 49.9 SGI-R-1P SGI-R-2P SGI-R-3P SGI-R-4P 77.8 SGB-125H/M/L 87 88 <!-- source-page:53 --> SGI-R Series lsolating Switch SGI-R Series lsolating Switch Rated current(A) Packing unit Endurance(operations) IEC60898-1 16 SGI-R-16/1 Category Operations Operation frequency Rated current 20 SGI-R-20/1 Electrical endurance 1500 120/h 16~125A 25 SGI-R-25/1 32 SGI-R-32/1 Mechanical endurance 8500 120/h 16~125A 40 SGI-R-40/1 ON 12 50 SGI-R-50/1 Wiring (The suitable conductors should be used for connection, see table below for relative parameters） 63 SGI-R-63/1 Rated current In(A) Nominal cross section area s(mm2) Tightening torque (N.m) 80 SGI-R-80/1 100 SGI-R-100/1 SGI-R-1P 2.5 16 125 SGI-R-125/1 2.5 20 16 SGI-R-16/2 4 25 20 SGI-R-20/2 6 32 25 SGI-R-25/2 32 SGI-R-32/2 10 2.5 40 40 SGI-R-40/2 ON ON 10 50 6 50 SGI-R-50/2 16 63 63 SGI-R-63/2 25 80 80 SGI-R-80/2 100 35 100 SGI-R-100/2 SGI-R-2P 125 SGI-R-125/2 50 125 3.5 16 SGI-R-16/3 Features 20 SGI-R-20/3 25 SGI-R-25/3 •Current capacity is enhanced and electric drive compensation is fully applied. 32 SGI-R-32/3 •Reliable operation thanks to special designed operating mechanism. 40 SGI-R-40/3 ON ON ON 4 •Safe operation is ensured. 50 SGI-R-50/3 63 SGI-R-63/3 Overall and mounting dimensions 80 SGI-R-80/3 100 SGI-R-100/3 SGI-R-3P 125 SGI-R-125/3 16 SGI-R-16/4 20 SGI-R-20/4 35.5±0.15 45±0.15 81±0.3 84±0.35 25 SGI-R-25/4 32 SGI-R-32/4 40 SGI-R-40/4 ON ON ON ON 3 50 SGI-R-50/4 63 SGI-R-63/4 50±0.15 17.8 35.6 53.4 71.2 80 SGI-R-80/4 69.9±0.15 100 SGI-R-100/4 SGI-R-4P SGI-R SGI-R-125/4 125 89 90 <!-- source-page:54 --> SGBA Series MCB Accessory SGSO Series Door Bell SGSL Series Indicating Light ON ON ON ON ON ON ON ON ON ON SGBA-OF SGBA-SD SGBA-MN SGBA-MX SGB-63M-1P 91 92 | SGBA Series Circuit Breaker Accessories | | | --- | --- | | Rated voltage(V) | AC 230 | | Rated frequency(Hz) | 50/60Hz | | Ambient temperature(°C) | -25~+40,Max.95%humidity | | Storage temprature (°C) | -20~+60 | | Electric endurance | 4000 | | Mechanical endurance | 10000 | | Protection degree | IP20 | <!-- source-page:55 --> SGBA Series Circuit Breaker Accessories SGBA Series Circuit Breaker Accessories Application Application Applicable to MCB model SGB-63, used to control remote signaling device, is used to indicate remote fault tripping and "ON" or "OFF" position of associated devices. Applicable to MCB model SGB-63,used to control remote signaling device, Mounted on the left side of the MCB SGB-63,indicating "ON", "OFF" status of combined MCB. ON ON ON ON ON ON SD MN SGB-63M OF MX SGB-63M Combination scheme Combination scheme SD SGB-63 SD SGB-63 MN OF SGB-63 OF SGB-63 MX SD Alarm Switch OF Auxiliary Contact Type code Rated voltage (V) Rated current (A) Type code Rated voltage (V) Rated current (A) AC-12 230 4 AC-12 230 4 AC-14 230 2 AC-14 230 2 DC-12 110 0.5 DC-12 110 0.5 DC-12 48 1 DC-12 48 1 •Dielectric strength: 1500V/1 min •Dielectric strength: 1500V/1 min •Electro-mechanical endurance:≥5000 •Electro-mechanical endurance:≥5000 •Is used to connect ON/OFF auxiliary contact, work as circuit breaker ON/OFF indicator in case of faulty (tripping). MN Over-voltage/Under-voltage Tripper MX Shunt Trip Rated voltage (V) Type code Type code Rated voltage (V) AC 230V AC MN23A AC 230 DC 24/48V DC •Rated insulation voltage(Ui): 500V •Rated insulation voltage(Ui): 500V •Over-voltage tripping range: 280V土5% •Operate voltage range: 70-110% Us •Under-voltage tripping range: 170V土5% •Dielectric strength: 2kV/1 min •Electro-mechanicalendurance:≥ 4000 •Electro-mechanical endurance:≥4000 •Mounted on the left side of circuit breaker, actuate the combined device to trip in case of under-voltage or •Mounting on the left side of MCB/RCBO, used to trip the combined MCB/RCBO by remote controlling device. over-voltage, effectively prevent the device from closing operation under abnormal power voltage condition. 93 94 <!-- source-page:56 --> Benefits SGSO Series Door Bell Standard EN/IEC 61558-1 1.Brand 2.Type 3. Rated current 4. Tripping type 5. Rated voltage 6. Energy Limiting 7.Approval 9.Electrical wiring diagram 9.ON/OFFindication Electric ratings 8V12V,24V110V230V 50/60Hz 1 Installation class ll & lll ON ON 3 Pollution grade ll 8 ON ON 2 ON 9 5 4 6 7 Working condition Short-time working Degree of protection IP20 Mounting 35mm DI Nrail Attractive device design Well matched with RCCB SGR Easily recognized, color-coded switching position Indication integrated in the handle. Operational voltage(V) Code NO. Capacity (VA) Noise level Packing unit 4.8 SGSO-8 8 4.8 SGSO-12 12 78dB 12 4.8 SGSO-24 24 ON ON ON ON ON ON ON 4.4 SGSO-110 110 4.0 SGSO-230 230 Overall and mounting dimensions Well matched with lsolator SGI-R Auxiliary contacts can be added Ergonomic handle for user-friendly on the left side of the MCB switching MCB and RCCB can be MCB and RCCB can be connected Safety terminal: - easy wiring - protection degree IP20. connected with PIN type busbar both with FORK type busbar both at the top SGSO at the top and bottom terminals.with and bottom terminals.with easy DIN-rail Pozidriv and slot screw head. Torque up to 2.5 N.m. easy DIN-rail extraction. extraction. 95 96 <!-- source-page:57 --> SGTF-8 Series Transformer Standard EN/IEC 61558-1 Input voltage(V) AC 230 Output voltage(V) 4,6,8,12,16,24 Rated power outpu 8VA Consumption(W) 1.15 Pollution class l Mounting 35mm DIN rail Service period Continuous operating Connection terminals Pillar terminal with clamp Connection capacity Rigid conductor 10mm2 Terminal Connection Height H=15.5mm Coil Temperature rising(℃) Code NO. Rated output power P2(VA) Current w/o Load lo(A) Primary U1(V) SGTF-8-4 SGTF-8-6 SGTF-8-8 8 230(240) SGTF-8-12 SGTF-8-16 SGTF-8-24 Overall and mounting dimensions 97 98 Power consumption w/o Load Po(W) Rated voltage Secondary U2(U) 4 6 8 36±6 1.15 50 12 16 24 SGTF-8 SGSL-1 Series Indicating Light Standard EN/IEC60947-5-1 Rated current AC12(A) 20 Electric ratings Up to AC 230 50/60Hz Rated insulation Voltage Ui(V) 500 Illumination LED,Incandescence,neon Life Ambient temperature(°C) -5~+40,max.95% humidity Storage temperature(°C) -40~+75 Connection capacity(mm2) 1-16 Color Green,red,yellow,blue,white Type of terminal Pin type and Lug type Protection degree IP20 Mounting 35mm DIN rail SGSL-1 Red SGSL-1 Yellow SGSL-1 Green Incandescence lamp ≥1000h Neon lamp ≥2000h LED ≥30000h <!-- source-page:58 --> SGSL-1 Series Indicating Light SGSL-3 Series Indicating Light With Three Lights 99 100 | | Rated voltage (V) | Code NO. | Illumination | color | Packing unit | | --- | --- | --- | --- | --- | --- | | SGSL-1 Red SGSL-1 Yellow SGSL-1 Green | AC/DC 6.3V | SGSL-1-G-L6 | Neon incandescence LED | Green | 12 | | | AC/DC 12V | SGSL-1-G-L12 | | | | | | AC/DC 24V | SGSL-1-G-L24 | | | | | | AC/DC 110V | SGSL-1-G-L110 | | | | | | AC/DC 230V | SGSL-1-G-L230 | | | | | | AC/DC 6.3V | SGSL-1-R-L6 | Neon incandescence LED | Red | 12 | | | AC/DC 12V | SGSL-1-R-L12 | | | | | | AC/DC 24V | SGSL-1-R-L24 | | | | | | AC/DC 110V | SGSL-1-R-L110 | | | | | | AC/DC 230V | SGSL-1-R-L230 | | | | | | AC/DC 6.3V | SGSL-1-Y-L6 | Neon incandescence LED | Yellow | 12 | | | AC/DC 12V | SGSL-1-Y-L12 | | | | | | AC/DC 24V | SGSL-1-Y-L24 | | | | | | AC/DC 110V | SGSL-1-Y-L110 | | | | | | AC/DC 230V | SGSL-1-Y-L230 | | | | | | AC/DC 6.3V | SGSL-1-B-L6 | Neon incandescence LED | Blue | 12 | | | AC/DC 12V | SGSL-1-B-L12 | | | | | | AC/DC 24V | SGSL-1-B-L24 | | | | | | AC/DC 110V | SGSL-1-B-L110 | | | | | | AC/DC 230V | SGSL-1-B-L230 | | | | | | AC/DC 6.3V | SGSL-1-W-L6 | Neon incandescence LED | White | 12 | | | AC/DC 12V | SGSL-1-W-L12 | | | | | | AC/DC 24V | SGSL-1-W-L24 | | | | | | AC/DC 110V | SGSL-1-W-L110 | | | | | | AC/DC 230V | SGSL-1-W-L230 | | | | | Standard | EN/IEC60947-5-1 | | --- | --- | | Rated current AC12(A) | 20 | | Electric ratings | Up to AC 230V 50/60Hz | | Rated insulation Voltage Ui(V) | 500 | | Illumination | LED,Incandescence,neon | | Life | Incandescence lamp ≥1000h Neon lamp ≥2000h LED ≥30000h | | Ambient temperature(°C) | -5~+40,max.95% humidity | | Storage temperature(°C) | -40~+75 | | Connection capacity(mm2) | 1-16 | | Color | Red+Blue+Green | | Type of terminal | Pin type | | Protection degree | IP20 | | Mounting | 35mm DIN rail | <!-- source-page:59 --> SGB-OUPA Overvoltage or undervoltage protective device with auto-reclosing function Overvoltage or undervoltage protective device with auto-reclosing function SGB-OUPA Main Characteristics 1P+N ：230V AC 3P+N：400V AC Rated voltage(V) 32A、40A、50A、63A、80A Rated current(A) In Rated Frequency 50Hz Overvoltage Trip (L-N) AC275±5V Undervoltage Trip (L-N) AC161±5V Undervoltage Recovery (L-N) AC195±5V Overvoltage Recovery (L-N) AC253±5V Auto-reclose Forced Delay 30±10s Other Characteristics Protection Degree Enclosure：IP20 Installed in Distribution Box：IP40 Operating Ambient Temperature -5℃~+40℃ Storage Temperature -40℃~+80℃ SGB-OUPA-1P+N SGB-OUPA-3P+N 101 102 Features ·Automatic disconnection upon overvoltage. ·Automatic disconnection upon undervoltage. ·Self-locking reclosing function after exceeding the specified number of reclosing attempts. ·Automatic connection under normal working voltage. ·Front window indicating the product's working status. ·Wiring method: Bottom entry, top exit. ·The product is installed on the load side of the main switch in the household distribution box. Overall and mounting dimensions 1P+N 3P+N 35.5±0.56 81±1 71±0.86 81±1 67.04±0.86 49.95±0.64 45±0.64 67.04±0.86 49.95±0.64 45±0.64 <!-- source-page:60 --> Modular Contactor Series SGC1 Series Modular Contactor SGC1 Series Modular Contactor Standard EN/IEC 61095 Maximum power Main contacts terminal capacity 1.5-6mm2(SGC1-10/16/20/25A) Coil contact A1,A2 terminal capacity 0.75-2.5mm2 Electric endurance ≥100,000 Mechanical endurance ≥5000,000 Protection degree IP20 Terminal tightening torque(N.m) 0.8-3.5 Ambient temperature (°C) -5~+60,max.95% humidity Storage temperature(°C) -40~+75 Connection capacity(mm2) 1.5-16 Certification SGC1-2P(32A-63A) SGC1-2P(10A-25A) SGC1-4P(10A-25A) SGC1-4P(32A-63A) 103 104 AC1220/230VAC:20A4.5KW(SGC1-20) 25A16KW(SGC1-25) AC-1/AC-7a 380/400VAC: 63A 40KW(SGC1-63) AC-3/AC-7b 380/400VAC:25A 15KW(SGC1-63) 4KW(SGC1-25) 6-16mm2(SGC1-40/63A) <!-- source-page:61 --> SGC1 Series Modular Contactor SGC1 Series Modular Contactor Ac-7b/230V Code NO. Control voltage (Vac) Ac-7b/400V Code NO. Control voltage (Vac) Rated current In(A) Rated current In(A) Rated control power in (kW) Rated control power in (kW) Contact position Contact position Ac-7b/Ac-1 Ac-7a/Ac-1 Ac-7a/230V Ac-7b/Ac-1 Ac-7a/Ac-1 Ac-7a/400V SGC1-10-11 1NO+1NC SGC1-32-11 1NO+1NC 2NO SGC1-10-20 4 10 0.75 2 2NO SGC1-32-20 12 32 2 6.5 2NC SGC1-10-02 2NC SGC1-32-02 SGC1-16-11 1NO+1NC SGC1-40-11 1NO+1NC 2NO SGC1-16-20 6 16 1.0 3.2 2NO SGC1-40-20 15 40 2.5 8.5 2NC SGC1-16-02 2NC SGC1-40-02 SGC1-20-11 1NO+1NC SGC1-63-11 1NO+1NC 2NO SGC1-20-20 7 20 1.2 4 2NO SGC1-63-20 25 63 4 13 SGC1-2P(32A-63A) 2NC SGC1-20-02 2NC SGC1-63-02 SGC1-25-11 1NO+1NC SGC1-32-22 2NO+2NC 240 2NO SGC1-25-20 9 25 1.4 5 3NO+INC SGC1-32-31 SGC1-2P(10A-25A) 12 32 6.5 21 2NC SGC1-25-02 4NO SGC1-32-40 SGC1-10-22 2NO+2NC 4NC SGC1-32-04 3NO+INC SGC1-10-31 SGC1-40-22 2NO+2NC 240 4 10 2.2 6.2 4NO SGC1-10-40 3NO+INC SGC1-40-31 15 40 7.5 26 4NC SGC1-10-04 4NO SGC1-40-40 SGC1-16-22 2NO+2NC 4NC SGC1-40-04 3NO+INC SGC1-16-31 SGC1-63-22 2NO+2NC 6 16 3 10 4NO SGC1-16-40 3NO+INC SGC1-63-31 25 63 13 40 4NC SGC1-16-04 4NO SGC1-63-40 SGC1-4P(32A-63A) SGC1-20-22 2NO+2NC 4NC SGC1-63-04 3NO+INC SGC1-20-31 Overall and mounting dimensions 7 20 3.5 13 4NO SGC1-20-40 4NC SGC1-20-04 SGC1-25-22 2NO+2NC 3NO+INC SGC1-25-31 4 15 9 25 4NO SGC1-25-40 SGC1-4P(10A-25A) 4NC SGC1-25-04 Overall and mounting dimensions Refer to other coil voltage listed as followings 660 600 500 480 440 415 380 240 230 220 127 110 48 36 24 Coil voltage(V) Y5 - S5 T5 R5 N5 Q5 U5 P5 M5 G5 F5 E5 C5 B5 50Hz - B6 - T6 R6 N6 Q6 U6 P6 M6 G6 F6 E6 - B6 60Hz - - - T7 R7 N7 Q7 U7 P7 M7 G7 F7 E7 C7 B7 50/60Hz 105 106 <!-- source-page:62 --> SPD SERIES SGS1 Series Surge Protective Device Surge Protective Device Standard IEC61643-1 Protection Protect electric system and on-loading electrical apparatus from thunder and instanteous over-voltage Ambient temperature(°C) -40~+70 Number of poles 1P,2P,3P,4P Maximum continuous Operating voltage Uc(V~) 275/320/385/440 Nominal discharge current In(8/20μs)(kA) 10/20/30/40/60 Maximum discharge current lmax(8/20μs)(kA) 20/40/60/80/100 Protection level Up(kV) <1.3/1.4/1.5/1.6/1.7/1.8/2.2/2.5/3.0 Response time t(ns) <25 On-Off indicating window Green: normal function Red: functionless,immediate replacement required Type of terminal Pin type Installation Mounting on 35mm DIN rail Ground system TT/TN SGS1/1 SGS1/2 SGS1/3 SGS1/4 107 108 <!-- source-page:63 --> SGS1-C Series Surge Protective Device SGS1-D Series Surge Protective Device Discharge current Discharge current Applicable grounding system Applicable grounding system Nominal (kA) Uc(V~) Poles Nominal (kA) Uc(V~) Poles Up (kV) Max. (kA) Up (kV) Max. (kA) Type Type SGS1-C/1-275-20 SGS1-D/1-275-20 275 <1.6 275 <1.2 SGS1-C/1-320-20 SGS1-D/1-320-20 320 <1.7 320 <1.5 D 1 20 40 TT/TN 1 10 20 TT/TN SGS1-C/1-385-20 SGS1-D/1-385-20 385 <1.8 385 <1.6 SGS1-C/1-440-20 SGS1-D/1-440-20 440 <2.2 440 <1.8 SGS1-C/1 SGS1-D/1 SGS1-C/2-275-20 SGS1-D/2-275-20 275 <1.6 275 <1.2 SGS1-C/2-320-20 SGS1-D/2-320-20 320 <1.7 320 <1.5 2 20 40 TT/TN 2 10 20 TT/TN D D SGS1-C/2-385-20 SGS1-D/2-385-20 385 <1.8 385 <1.6 SGS1-C/2-440-20 SGS1-D/2-440-20 440 <2.2 440 <1.8 SGS1-C/2 SGS1-D/2 SGS1-C/3-275-20 SGS1-D/3-275-20 275 <1.6 275 <1.2 SGS1-C/3-320-20 SGS1-D/3-320-20 320 <1.7 320 <1.5 20 40 TT/TN 10 20 TT/TN 3 3 D D D SGS1-C/3-385-20 SGS1-D/3-385-20 385 <1.8 385 <1.6 SGS1-C/3-440-20 SGS1-D/3-440-20 440 <2.2 440 <1.8 SGS1-C/3 SGS1-D/3 SGS1-C/4-275-20 SGS1-D/4-275-20 275 <1.6 275 <1.2 SGS1-C/4-320-20 SGS1-D/4-320-20 320 <1.7 320 <1.5 20 40 TT/TN 10 20 TT/TN 4 4 D D D D SGS1-C/4-385-20 SGS1-D/4-385-20 385 <1.8 385 <1.6 SGS1-C/4-440-20 440 <2.2 SGS1-D/4-440-20 440 <1.8 SGS1-C/4 SGS1-D/4 109 110 <!-- source-page:64 --> SGS1 Series Surge Protective Device SGS1-B Surge Protective Device Discharge current Applicable grounding system Type Application Nominal (kA) Uc(V~ Poles Up (kV) Max. (kA) SGS1-C SGS1-D SGS1-B Technical data Type 440-40 385-40 320-40 275-40 440-20 385-20 320-20 275-20 385-100 385-80 385-60 SGS1-B/1-385-60 1 385 30 60 <2.2 TT/TN SGS1-B/1-440-60 440 30 60 <2.5 Max.continuous operating vol. Uc(V~) 385 385 385 440 385 320 275 440 385 320 275 2.5KV 2.5KV 2.2KV 2.2kv 1.8KV 1.7KV 1.6kV 1.8kv 1.6kV 1.5kV 1.2kV Level of vol.protection(Up<) SGS1-B/2-385-60 385 30 60 <2.2 TT/TN SGS1-B/2-440-60 2 440 30 60 <2.5 Nominal discharge curent ln(8/20μs)kA Max. discharge current lmax(8/20μs)kA 60 40 30 20 10 100 80 60 40 20 <25 Response time t(ns) SGS1-B/3-385-60 3 385 30 60 <2.2 TT/TN SGS1-B/3-440-60 440 30 60 <2.5 Pole width(mm) I8 SGS1-B/1 Red Grey Orange Colour IP20 Protection degree SGS1-B/4-385-60 385 30 60 <2.2 PBT Material of cover SGS1-B/4-440-60 4 440 30 60 <2.5 TT/TN 25~32A 25~32A 10~16A Circuit current L,N Wiring PE 2.5~35mm2 SGS1-B/1-385-80 385 40 80 <2.5 4.0~35mm2 How to select surge protectors TT/TN SGS1-B/1-385-100 385 60 100 <2.5 a. The voltage should be ≤ Uc; b.Up<maximum impulse withstands: c. Different protectors should be selected according to various grounding system and protection mode. 1 SGS1-B/1-440-80 440 40 80 <3.0 SGS1-B/1-440-100 440 60 100 <3.0 SGS1-B/2 Allocation of surge protectors under TT system SGS1-B series surge protector Protection category: B Over-voltage mounting category:lll Rated impulse withstand voltage:4KV Parameters of discharge:Uimp and ln Master power distribution cabinet SGS1-B/2-385-80 385 40 80 <2.5 TT/TN SGS1-B/2-385-100 385 60 100 <2.5 2 SGS1-C series surge protector Protection category:C Over-voltage mounting category:ll Rated impulse withstand voltage:2.5KV Parameters of discharge:lmax and ln Branch power distribution cabinet SGS1-B/2-440-80 440 40 80 <3.0 SGS1-B/2-440-100 440 60 100 <3.0 SGS1-D series surge protector Protection category:D Over-voltage mounting category:I Rated impulse withstand voltage:1.5KV Parameters of discharge:Uoc and lsc Terminal of power distribution SGS1-B/3-385-80 385 40 80 <2.5 TT/TN SGS1-B/3-385-100 385 60 100 <2.5 SGS1-B/3 3 Overall and mounting dimensions SGS1-B/3-440-80 440 40 80 <3.0 SGS1-B/3-440-100 440 60 100 <3.0 SGS1-B/4-385-80 385 40 80 <2.5 TT/TN SGS1-B/4-385-100 385 60 100 <2.5 4 SGS1-B/4-440-80 440 40 80 <3.0 SGS1-B/4-440-100 440 60 100 <3.0 SGS1-B/4 SGS1 111 112 <!-- source-page:65 --> SGS1-DC Series Surge Protective Device SGS1-DC Series Surge Protective Device Standard EN50539-11 Type Poles Uc(V~) Discharge current Nominal(kA) Imax.(kA) Up(kV) Photovoltaic voltage Protection Protect electric system and on-loading electrical appliances from thunder and instanteous over-voltage SGS1-DC/1-500/40 Ambient temperature(℃) -40 to +70 1/2 500/600 20 40 ≤2.5 500/600V Number of poles 1P,2P,3P,4P SGS1-DC/2-500/40 PV system operating voltage ucpv(V) 500/1000/1500 Standard discharge current(8/20μs) In(kA) 20 SGS1-DC/1-1000/40 1/2 1000 20 40 ≤3.5 1000V SGS1-DC/1/2 Maximum discharge current(8/20μs) Imax(kA) 40 SGS1-DC/2-1000/40 ≤2.5 Uc:DC 500/600 SGS1-DC/3-500/40 Protection level Up(V) ≤3.5 Uc:DC 1000 SGS1-DC/4-500/40 3/4 500/600 20 40 ≤2.5 500/600V ≤5.5 Uc:DC 1500 SGS1-DC/3-1000/40 Response time (ns) <25 SGS1-DC/4-1000/40 3/4 1000 20 40 ≤3.5 1000V On-Off indicating window Green: normal function Red: functionless, immediate replacement required SGS1-DC/3/4 SGS1-DC/3-1500/40 Type of terminal Pin type SGS1-DC/4-1500/40 3/4 1500 20 40 ≤5.5 1500V Installation Mounting on 35mm DIN rail Certification Overall and mounting dimensions 36 SGS1-DC/2 SGS1-DC/1 SGS1-DC/3 SGS1-DC/4 SGS1-DC 113 114 <!-- source-page:66 --> Fuse Holder Series EPF-32 Series Fuse Holder and Links EPF-32 Series Fuse Holder EPF-63 Series Fuse Holder EPF-125 Series Fuse Holder Standard IEC 60947-3 Description Fuse switch disconnector with LED indicator Number of Poles 1P,2P,3P,4P Fuse size 10X38 Rated operational current le(A) 2-32 Rated operational voltage Ue AC 250V(1P)/AC 500V(2P-4P) Rated insulation voltage(V) AC 500 Rated impulse withstand voltage(kV) 4 Conditional short-circuit current(kA) 20 Utilization category with fuse g G Protection degree IP20 Mounting method Din rail installation Certification EPF-32-1P EPF-32-2P EPF-32-4P EPF-32-3P 115 116 <!-- source-page:67 --> EPF-32 Series Fuse Holder and Links EPF-32-1P EPF-32-2P EPF-32-3P EPF-32-4P 117 118 Code NO. Fuse link size Link current Packing unit (holder) Packing unit(link) 10X38mm EPF-32-1 EPF-32X-1 10X38mm EPF-32-2 EPF-32X-2 10X38mm EPF-32-3 EPF-32X-3 10X38mm EPF-32-4 EPF-32X-4 2A 4A 6A 10A 200 12 16A 20A 25A 32A 2A 4A 6A 10A 200 6 16A 20A 25A 32A 2A 4A 6A 10A 200 4 16A 20A 25A 32A 2A 4A 6A 10A 200 3 16A 20A 25A 32A EPF-63 Series Fuse Holder and Links Standard IEC 60947-3 Description Fuse switch disconnector without null line Number of Poles 1P,1P+N,2P,3P,3P+N Fuse size 14X51 Rated operational current le 2-63A(AC 500V)/2-32A(AC 690V) Rated operational voltage Ue(V) AC 500/AC 690 Rated insulation voltage(V) AC 800 Rated impulse withstand voltage(kV) 6 Conditional short-circuit current 100kA(AC 500V)/50kA(AC 690V) Utilization category with fuse g G Protection degree IP20 Mounting method Din rail installation Certification EPF-63-1P EPF-63-2P EPF-63-3P+N EPF-63-3P <!-- source-page:68 --> EPF-63 Series Fuse Holder and Links EPF-125Series Fuse Holder and Links 119 120 | | Code NO. | Fuse link size | Link current | Packing unit (holder) | Packing unit(link) | | --- | --- | --- | --- | --- | --- | | EPF-63-1P | EPF-63-1 EPF-63X-1 | 14X51mm | 2A | 12 | 100 | | | | | 4A | | | | | | | 6A | | | | | | | 8A | | | | | | | 10A | | | | | | | 12A | | | | | | | 16A | | | | | | | 20A | | | | | | | 25A | | | | | | | 32A | | | | | | | 40A | | | | | | | 50A | | | | | | | 63A | | | | EPF-63-1P+N | EPF-63-1P+N EPF-63X-1P+N | 14X51mm | 2A | 6 | 100 | | | | | 4A | | | | | | | 6A | | | | | | | 8A | | | | | | | 10A | | | | | | | 12A | | | | | | | 16A | | | | | | | 20A | | | | | | | 25A | | | | | | | 32A | | | | | | | 40A | | | | | | | 50A | | | | | | | 63A | | | | EPF-63-2P | EPF-63-2 EPF-63X-2 | 14X51mm | 2A | 6 | 100 | | | | | 4A | | | | | | | 6A | | | | | | | 8A | | | | | | | 10A | | | | | | | 12A | | | | | | | 16A | | | | | | | 20A | | | | | | | 25A | | | | | | | 32A | | | | | | | 40A | | | | | | | 50A | | | | | | | 63A | | | | ser-friendly connection of c Resistance to current surges; Additional colour display of EPF-63-3P | onductors and bu unwanted trippin main contacts posit EPF-63-3 EPF-63X-3 | sbars g excluded ion (red:contacts c 14X51mm | 2A | open)4 cts | 100 | | | | | 4A | | | | | | | 6A | | | | | | | 8A | | | | | | | 10A | | | | | | | 12A | | | | | | | 16A | | | | | | | losed, green:conta 20A | | | | | | | 25A | | | | | | | 32A | | | | | | | 40A | | | | | | | 50A | | | | | | | 63A | | | | EPF-63-3P+N | EPF-63-3P+N EPF-63X-3P+N | 14X51mm | 2A | 3 | 100 | | | | | 4A | | | | | | | 6A | | | | | | | 8A | | | | | | | 10A | | | | | | | 12A | | | | | | | 16A | | | | | | | 20A | | | | | | | 25A | | | | | | | 32A | | | | | | | 40A | | | | | | | 50A | | | | | | | 63A | | | | Standard | IEC 60947-3 | | --- | --- | | Description | Fuse switch disconnector without null line | | Number of Poles | 1P,1P+N,2P,3P,3P+N | | Fuse size | 22X58 | | Rated operational current le | 10-125A(AC 500V)/10-50A(AC 690V) | | Rated operational voltage Ue(V) | AC 500/AC 690 | | Rated insulation voltage(V) | AC 800 | | Rated impulse withstand voltage(kV) | 6 | | Conditional shor-t circuit current | 100kA(AC 500V)/50kA(AC 690V) | | Utilization category with fuse | g G | | Protection degree | IP20 | | Mounting method | Din rail installation | | Certification | | | EPF-125-1P EPF-125-2P EPF-125-3P EPF-125-3P+N | | <!-- source-page:69 --> THE INTELLIGENT SM53RAi-W Series EPF-125 Series Fuse Holder and Links 1.1 Product Overview Code NO. Fuse link size Link current Packing unit (holder) Packing unit(link) Remote control device SM53RAi-W can match 1P-4P AC/DC circuit breaker, realize remotecontrol through external dry contact, and feedback the reclosing status through the signal outputport. 10A 16A 20A 25A 32A 40A 50A 63A 80A 100A 125A The red LED light indicates that the device is ON and in normal use. The green LED lightindicates that the device is in the OFF status. And the red LED flashes to indicate that the device isfaulty or manually open to enter the maintenance mode.The automatic control mode, manual mode and lock mode are optional through the 22X58mm EPF-125-1 50 12 EPF-125X-1 toggleswitch on the control module panel. Terminal EPF-125 -1P Antenna Working Status Indicator 10A 16A 20A 25A 32A 40A 50A 63A 80A 100A 125A Working status indicator Green Light On Close Manual/auto mode switch button Green Light Flash Slowly WLAN transmits data normally (in WiFi distribution mode) 50 6 22X58mm EPF-125-1P+N Manual/auto mode indication window EPF-125X-1P+N Red Light on Open Red Light Flash Slowly Abnormal WLAN connection (in WiFi distribution mode) EPF-125-1P+N 10A 16A 20A 25A 32A 40A 50A 63A 80A 100A 125A Handle 50 6 22X58mm EPF-125-2 1.2 Specifications & Model EPF-125X-2 SM 53 RAi -W - MCB 2P C63 EPF-125-2P Power Supply Voltage Adaptive Device 10A 16A 20A 25A 32A 40A 50A 63A 80A 100A 125A Design Number Device Type Function Code Poles Current Specification Matis: MCB(MM50H)RCCB (ML50H)RCBO(MR50) Chint: NBl. Nader: NDB2 Schneider: IC65N 50 4 22X58mm EPF-125-3 Recloser wifi AC ver.: AC~230 V EPF-125X-3 EPF-125-3P 10A 16A 20A 25A 32A 40A 50A 63A 80A 100A 125A Type MCB RCCB(AC) RCBO(AC) 1P,2P,3P,4P 2P,4P 1P,1P+N,2P,3P,3P+N,4P Pole 50 3 22X58mm EPF-125-3P+N Trip Characteristics Matis Circuit Breaker B,C,D B,C,D B,C,D EPF-125X-3P+N 10,16,20,25, 32,40,50,63, 80,100,125 10,16,20,25, 32,40,50,63 10,16,20,25, 32,40,50,63 EPF-125-3P+N Rated Current 121 122 <!-- source-page:70 --> SM53RAi-W Series Electrical Characteristics SM53RAi-W Series Electrical Characteristics Standard YDT 2346-2011 Features Minimum Voltage (minimum UE) 85% Ue ·Ultra-small size: the minimum width is only 18mm, which is reduced by more than 1/2compared with similar devices at home and abroad; ·In conjunction with different brands of devices: the circuit breakers of ABB, Schneider.Nader, etc.; ·Reliable performance: Mechanical life is up to 20000 times, which is more than doublethat of domestic and foreign devices; ·Dperating quickly: compared with similar devices at home and abroad, the speed ismore than doubled; ·Multiple working modes: manual and automatic modes for option, physical lock of therecloser; ·Double fulcrum parallel drive to effectively ensure the reliable synchronous close of 3Pand above circuit breakers; ·Good fitness: DIN-rail side assembly; ·Energy saving and environmental protection, in line with RoHS requirements; ·Strong expandability: RS485 communication, dry contact control, and ON/OFF statusfeedback can be added. Maximum Voltage (maximum UE) 110% Ue Applicable to Case Current of MCB (A) 63A 125A Rated Voltage (Ue) AC~220V Poles 1P,2P,3P,4P Rated impulse withstand voltage Uimp(kV) 4 Rated insulation voltage Ui(V) 500 Rated Frequency 50Hz Maximum Operating Frequency 30open./h Safety Lock Button(Table 1-2 the Description of the Button) Maximum Mechanical Durability 10000 Color Status & Description Name 20000 Operation Life Auto: Automatic mode Auto Working Current 0.6A (min) -1 (max) Manu: Manual mode Manu Working mode indication (safety lock button) Open Time 0.1s Lock: Lock mode (padlock is required in this mode) Lock Close Time 0.2s Standby Power Consumption <1.2W Operating Temperature -25°C +55°C Dimensions Storage Temperature -35°C +65°C Relative Humidity(non-condensing) 5%-95% Protection Grade IP20 (outside the cabinet) IP40 (inside the cabinet) Technical Srevice Anyone who purchases this remote control device SM53RAi-W enjoys a 24-month warrantyperiod from the date of purchase. During the warranty period, if the quality of the device itselfaffects the normal use, you can enjoy free repair and replacement, and the condition of paidservice as follows: the improper use, drop, installation and wiring errors that cause irreversibledamage. Besides, if you disassemble and modify the device yourself, you will not enjoy thewarranty service. If you have any questions about the operation or malfunction of the device, please contact Matistechnical support service. 123 124 <!-- source-page:71 --> MR·BREAKER MAXGE Zertifikat Certificate Zertifikat Certificate Zertifikat Certificut CN12/2130 2064 SGS SGS N19121766 SGS 001 TO ： MAXGE ELECTRIC TECHNOLOGY MAXGE ELECTRIC TECHNOLOGY CO.，LTD. MAXGE ELECTRIC TECHNOLOGY .. CO.，LTD. CO.，LTD 2015 12015 xingo zhejiang 0 ust Tre kez) 三 2 Ju IAF IAF IAF 三 三 ISO-9001 ISO-14001 ISO-45001 TUV TUV TUV VDE Prif- und Zertifizierungsinstitut VDE Pruf- und Zertifizierungsinstitut VDE Prif- und Zertifizierungsinstitut intertek intertek intertek ZEICHENGENEHMIGUNG ZEICHENGENEHMIGUNG ZEICHENGENEHMIGUNG MARKS APPROVAL MARKS APPROVAL MARKS APPROVAL Test Verification of Conformity HAXGEELEBO CERTIFICATE CERTIFICATE MAXGEEL LOOY AFET ETY FOF ETY Verification Number：200100731SHA-V1 No NO.299E158 No 52 三 Low-voltage switchgear and controlgear Residual current operated circuit-breaker Part 2：Circuit-breakers with integral overcurrent protection (RCBO's) ey MAXGE aferfek ntertek DYE Y 三 VDE 金 VDE 4 VDE VDE VDE VDE SEMKO SEMKO SEMKO intertek CERTIFICATE CERTIFICATE CERTIFICATE BUREAU VE HTAS BUREAU VERITA 关 Certificate of Conformity Certificate of Conformit VinCKPR.OV BR35370001 BR36177001 三 stPxpeS) 二 220 KEUA KEUA % KEUA 0 0 KEMA KEMA KEMA ROHS INMETRO INMETRO