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PHP-B1026491

B1026491 - 1.000.783

Terminal clamps cross section 50 mm² 315A for 10 mm Busbar

Fork Design Wiring bars in fork design are ideal for the wiring of modular panel-mounting devices as per DIN 43880 with flat-type, dual-function or single-screw terminals. Additional incoming terminals are required when wiring devices with flat-type or single-screw terminals. In contrast, devices with dual-function terminals allow bar connection to the top section of the terminal with simultaneous incoming supply in the bottom section. The use of end caps on multi-pole wiring bars guarantees optimum shock-hazard protection and prevents arcing at bar ends.L@£Pin Design Wiring bars in pin design are ideal for the wiring of modular panel-mounting devices to DIN 43880 with box terminal, frame terminal or two-scre clamp. The incoming supply to the wiring-bar system is provided over additional incoming terminals.

Terminal clamps cross section 50 mm² 315A for 10 mm Busbar

Fork Design Wiring bars in fork design are ideal for the wiring of modular panel-mounting devices as per DIN 43880 with flat-type, dual-function or single-screw terminals. Additional incoming terminals are required when wiring devices with flat-type or single-screw terminals. In contrast, devices with dual-function terminals allow bar connection to the top section of the terminal with simultaneous incoming supply in the bottom section. The use of end caps on multi-pole wiring bars guarantees optimum shock-hazard protection and prevents arcing at bar ends.L@£Pin Design Wiring bars in pin design are ideal for the wiring of modular panel-mounting devices to DIN 43880 with box terminal, frame terminal or two-scre clamp. The incoming supply to the wiring-bar system is provided over additional incoming terminals.

Technical Specifications
Item number B1026491
Catalogue No 1.000.783
Description Terminal clamps cross section 50 mm² 315A for 10 mm Busbar
EAN/UPC Code 4027597029050
Rated voltage AC IEC 1000 V
Rated voltage DC IEC 1000 V
Ampere Rating 315 A
ROHS Compliant Yes
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