Always the right Fuse-Link NH Fuse-Link 400 V with twin indicator NH Fuse-Links for special industrial applications, e.g. mining industry gTr Fuse-Links for transformer protection NH Fuse-Links up to 1500 V AC

MM: Bild angeben Content NH Fuse-Links AC 400 V gG 20 NH Fuse-Links AC 500 V gG 23 NH Fuse-Links AC 500 V gL 27 NH Fuse-Links AC 690 V gG 31 NH Fuse-Links AC 400 V gTr 33 NH Fuse-Links AC 500 V gR 34 NH Fuse-Links AC 1000 V gB/aM 37 NH Fuse-Links AC 1000/1500 V TF 38 Technical Data see page 40 Features EFEN NH Fuse-Links comply with national and inter-national standards such as DIN, VDE and IEC. The Fuse-Links are available with death metal and live metal gripping lugs. A wide assortment of accessories completes this product-range. System Developed out of its traditional competence, EFEN offers...

36 IN THE LINE OF POWER NH Fuse-Links 500 V gR - Rated voltage: AC 500 V - Utilization category: gR acc. VDE 0636/4 - Application: For protection of semiconductors - Breaking capacity: 120 kA For more information see page 40 35209-0050 NH Maintenance Fuse-Link 500 V gR Properties: - Special marking - dead metal gripping lugs - Fuse element pure silver Description Size Amps Order-No. PU PG Sur. Ag Sur. Cu Price €/pc. NH-ARBEITSSICHERUNG 2 80A GR AC500V LI 2 80 35209-0010 3 N 5 0,023 0,019 38,50 NH-ARBEITSSICHERUNG 2 100A GR AC500V LI 2 100 35209-0020 3 N 5 0,026 0,019 38,50 NH-ARBEITSSICHERUNG...

40 IN THE LINE OF POWER 000 100A 00 160A 1 250A 2 400A 3 630A 0 5 10 15 20 25 30 35 40 45 50 400V 500V New trends in energy distribution are showing higher energy density. More and more components (Fuse-Switches, Fuse-Bases) are installed in smaller cabinets. Cabinets have a limited power acceptance and the space for installation is an important part of the total costs. The main application in energy distribution grids is the 230/400 V voltage rage. EFEN 400 V fuses with lower power dissipation are perfectly fitting to the needs of the actual applications and are also saving energy. The twin...

42 IN THE LINE OF POWER Technical adaptations possible NH Fuse-Links AC 400 V gG Technical data Time-current characteristics for NH Fuse-Links size 000 - 3 gG AC 400 V VDE 0636 T 2 / IEC 60269-2 Cut-off current characteristics for NH Fuse-Links size 000 - 3 gG AC 400 V VDE 0636 T 2 / IEC 60269-2 Ip in kA Ip acc. the prospective short-circuit-current symetrical RMS Ik" Rated current of Fuse-Link In in A Maximum cut-of current iD in kA k = 1,73 (cos 0,1 k = 1 (cos 1)

46 IN THE LINE OF POWER NH Fuse-Links AC 500 V gG Technical data Technical adaptations possible K = 1,73 (cos f 0,1) K=1 (cos f 1) Time-current characteristics for NH Fuse-Links size 00-4a gG AC 500 V VDE 0636 T 2 / IEC 60269-2 Time-current characteristics for NH Fuse-Links size 000 gG AC 500 V VDE 0636 T 2 / IEC 60269-2 Cut-off current characteristics for NH Fuse-Links size 000 - 3 gG AC 500 V VDE 0636 T 2 / IEC 60269-2 Ip in kA Ip acc. the prospective short-circuit-current symetrical RMS Ik" Rated current of Fuse-Link In in A Maximum cut-of current iD in kA

48 IN THE LINE OF POWER NH Fuse-Links AC 500 V gL Technical data For cable and line protection in meshed networks (Resistant to aging) Rated voltage: AC 500 V Utilization category: gL - gG acc. VDE 0636/21 IEC 269-2 Application: for cable and line protection Breaking capacity: 120 kA (Gr. 00-2) Electrical characteristics The time-current characteristics are matched to the line and cable capacities. The lines to be protected can operate at optimal load since breaking in the overload range is slow and quick in case of a short circuit current. The time-current zones acc. to IEC 269-2 guarantee selectivity...

49 IN THE LINE OF POWER NH Fuse-Links AC 500 V gL Technical data Time-current characteristics acc. VDE 0636-2; IEC/EN 60269-2 Power dissipation in W acc. VDE 0636-2; IEC/EN 60269-2 Pre-arcing and operating integrals acc. VDE 0636-2; IEC/EN 60269-2 Cut-offcurrent characteristics acc. VDE 0636-2; IEC/EN 60269-2 Maximum Cut-off current iD in kA Prospective Short-Circuit-Current symetrical RMS Unaffected peak short circuit current IS for Rated current of Fuse-Link iN in A W Size. 00 Size. 1 Size. 2 Size. 3 Total integral acc.to VDE 0636 operating integrals acc.to VDE 0636 A A NH Fuse-Links Size 00...,3...

51 IN THE LINE OF POWER Maximun cut-of current iD in kA Rated current of Fuse-Link iN in A Prospective Short-Circuit Current symmetrical RMS NH Fuse-Links AC 690 V gG Technical data For cable and line protection Time-current characteristics acc. VDE 0636-2; IEC/EN 60269-2 Cut-off current characteristics acc. VDE 0636-2; IEC/EN 60269-2 K = 1,73 (cos f 0,1) K=1 (cos f 1) IP in kA Technical adaptations possible N

53 IN THE LINE OF POWER Maximun cut-of current iD in kA Rated power Sn in kVA NH Fuse-Links AC 400 V gTr Technical data For transformer protection Time-current characteristics acc. VDE 0636-2; IEC/EN 60269-2 Cut-off current characteristics acc. VDE 0636-2; IEC/EN 60269-2 Prospective Short-Circuit Current symmetrical RMS K = 1,73 (cos f 0,1) K=1 (cos f 1) IP in kA Technical adaptations possible N

55 IN THE LINE OF POWER Starting force End force (blown) NH Fuse-Links AC 500 V gR Technical data For protection of semiconductors – Pure silver fuse element Time-current characteristics acc. VDE 0636-2; IEC/EN 60269-2 Force - Distance-Diagram of the striker Cut-offcurrent characteristics acc. VDE 0636-2; IEC/EN 60269-2 Pre-arcing and operating integrals acc. VDE 0636-2; IEC/EN 60269-2 Prospective Short-Circuit Current symmetrical RMS Unaffected peak short circuit current iS for Maximum Cut-off current iD in kA Rated current of Fuse-Link iN in A IP in kA Technical adaptations possible Total integral...

56 IN THE LINE OF POWER Comparison Maintenance Fuse-Link / gG Transmission energy I2t cut-off current ID gG Maintenance Fuse-Link NH Maintenance Fuse-Link Technical data Application: Instead unsing cable and line protection (gG) Fuse-Links, NH Maintenance Fuse-Links are temporary applied during maintance in an power network. NH Maintenance Fuse-Links have an ultra rapid time-current characteristic. Thus the max. cut-off current and the cut-off energy is essentially stronger limited then in NH Fuse-Links of the operational classification gG. Thus meaning for the mechanic less hazard potential...