2 PORT PUSH-IN WIRE CONNECTOR #22-#12awg SOLID/RED/600v MAX

GARDNER BENDER INC {P}

2 PORT PUSH-IN WIRE CONNECTOR #22-#12awg SOLID/RED/600v MAX

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SKU: 217019PC2

Aisle Number: 42

Bin Number: 01

Fast and easy to use, just strip and push conductors into Gardner Bender PushGard connectors to make reliable, secure connections. This case of ten red push-in connectors restrict wire pullout, yet connections are possible with a simple left-right twist and pull. Made of corrosion-resistant stainless steel springs, these connectors have a clear-carbonate housing with color- coded side panels for ease in connection verification and identification.

Fits #22 - #12 AWG Wire
Simplified insertion and compact size helps in tight locations
Clear polycarbonate housing have color-coded side panels for connection verification and identification
Wire corrosion-resistant stainless steel springs, PushGard connectors restrict wire pullout, yet corrections are possible with a simple left-right twist and pull
Continuity test point for easy voltage checks
Copper-to-copper connections only

Chat with us now or give us a call for shipping costs at (773)283-2550. You can also place the order and our sales team will get back to you with shipping estimates within 24 hours.

Contact BE Atlas for Updated Pricing: (773) 283-2550


(BETA) GPT Name and Description (content under review - please confirm with B.E. Atlas before purchasing)

10 Red 2-Port PushGard Push-in Wire Connectors

Connects two wires using a push-in mechanism, Fits #22 to #12 AWG wire, Corrosion-resistant stainless steel springs with a clear polycarbonate housing, Simplified insertion and compact size for use in tight locations, Color-coded side panels for easy connection verification and identification, Continuity test point for easy voltage checks, Copper-to-copper connections only, Restricts wire pullout, yet corrections are possible with a simple left-right twist and pull, Designed for fast and easy use, making reliable and secure connections by simply stripping and pushing the conductors into the connectors.