G6 TurboTM Puller for Electrical Contractors

G6 Turbo Cable Puller. Wire Puller 50611 Klein Tools For Professionals since 1857 The highly durable Greenlee G6 TURBO™ 6000 LB Cable Puller with Floor Mount (G6-F) with a pulling Rope: 3/4 IN (19.100 MM) Double-Braided Composite, Rated At 26000 LB (115.600 KN) Greenlee's G6 Turbo™ 6,000 lb Puller is up to 60% faster compared to the competition

GREENLEE G6 TURBO 6000 LB CABLE PULLER
GREENLEE G6 TURBO 6000 LB CABLE PULLER from www.globalbeamsinc.com

The highly durable Greenlee G6 TURBO™ 6000 LB Cable Puller with Floor Mount (G6-F) with a pulling Rope: 3/4 IN (19.100 MM) Double-Braided Composite, Rated At 26000 LB (115.600 KN) Setup in less than 60 seconds No loose pieces, allowing quick changeover for easy transport No adapter needed, easily clamp to conduit in seconds Dual capstans increase pulling speeds and maximize efficiency Two speed motor specially designed for 6,000 pound pulls Circuit breaker monitor for safe auto shutoff and extend motor life Force indicator prevents damage to puller Build in dolly for.

GREENLEE G6 TURBO 6000 LB CABLE PULLER

The Greenlee G6 Turbo Tugger Cable Puller is an industrial machine that is up to 60% faster than the competition No adapter needed, easily clamp to conduit in seconds Find product feature and specification information for the Greenlee G6 TURBO™ 6000 LB Cable Puller

Greenlee Turbo 6000 Lb. Cable Puller G6 Acme Tools. Find product feature and specification information for the Greenlee G6 TURBO™ 6000 LB Cable Puller Greenlee's G6 Turbo™ 6,000 lb Puller is up to 60% faster compared to the competition

Greenlee G6 Turbo™ 6000 lb Cable Puller YouTube. Features Greenlee's G6 TURBO cable puller can be setup in less than 60 seconds No loose pieces, allowing quick changeover for easy transport No adapter needed, easily clamp to conduit in seconds Dual capstans increase pulling speeds and maximize efficiency Two speed motor specially designed for 6,000 pound pulls The kitted Pull Connect is an accessory that provides communication and synchronization between the pulling and feeding locations