Greenlee G6 Turbo 6000 lb Cable Puller: 60 Seconds to Setup, 6,000 Pounds of Pulling Force

Cable pulling is one of those tasks where setup time and pull speed have a direct line to project cost. A puller that takes 10 minutes to rig, requires a collection of adapters to clamp to conduit, and maxes out at speeds that put a production pull behind schedule is a bottleneck on every job it goes to. 

For electricians and electrical contractors running large commercial, industrial, or infrastructure wire pulls, the equipment at that pulling station needs to keep pace with the rest of the crew.

The Greenlee G6 Turbo is a 6,000 lb cable puller designed around speed and simplicity from setup to teardown. It clamps to conduit in seconds without adapters, sets up in under 60 seconds, and delivers up to 60 percent faster pull speeds compared to competitive pullers according to Greenlee's external testing. Dual capstans, a two-speed motor designed specifically for 6,000 lb loads, and a built-in dolly for fast transport are all part of a machine engineered to reduce the time between arriving on the floor and the first pull.

Here's a full breakdown of what the G6 Turbo includes, how it operates, and what kind of pulling work it's built for.

• (1) Greenlee G6 Turbo 6000 lb Cable Puller
• (1) Force gauge
• (1) Foot switch

The G6 Turbo is a self-contained electric cable puller built for electricians and electrical contractors who pull wire and cable on commercial, industrial, and infrastructure jobs. It runs a 120 VAC, 50/60 Hz, 12-amp drive motor through a dual capstan system, with two operating speeds designed specifically for loads up to 6,000 lb. The standard boom extension is 7.5 feet, and the unit weighs 252 pounds with the built-in dolly integrated into the base for transport.

The G6 Turbo operates at three pulling force ratings: 4,000 lb continuous, 5,000 lb intermittent, and 6,000 lb momentary. The dual capstan design is what separates the G6 Turbo from single-capstan pullers. The main capstan handles the primary pulling load while the secondary capstan runs at significantly higher rope speeds, reducing the total cycle time for managing rope on long pulls. The right-angle sheave positions the operator to the side of the direct line of force during pulling, which is a standard safety practice on high-tension cable pulls.

The patent-pending adjustable clamp secures directly to the conduit in seconds without any adapters. Most competitive cable pullers require separate conduit adapters for different conduit sizes, which are additional parts to carry, keep track of, and swap between pulls. The G6 Turbo eliminates that entirely: clamp to the conduit, orient the boom, and pull.

Setup time on a cable puller is unproductive time. The crew is staged, the cable is ready, and the puller is still being configured. The G6 Turbo's sub-60-second setup is built around eliminating the steps that create that delay: no loose adapter pieces to sort through, no separate conduit adapters to match to conduit size, and a boom/dolly integration that gets the machine from transport position to pull position without extra steps.

Once pulling, the G6 Turbo delivers up to 60 percent faster pull speeds compared to competitive cable pullers, based on Greenlee's external testing. Actual pull speeds vary with pull conditions including conduit fill, bend count, conduit type, and cable lubricant, but the dual capstan system and two-speed motor are both engineered specifically for the 6,000 lb load range where single-capstan competitive machines start to slow down. 

On a long pull with multiple conduit bends, the difference in pull speed between the G6 Turbo and a slower competitive machine translates directly into time on the job floor.

No loose pieces: The G6 Turbo has no loose parts for setup or changeover. Everything needed for the pull is integrated into the machine. When the pull is done, the machine goes back on the dolly and moves to the next pull without an inventory of small parts to pack up and account for.

Single-capstan cable pullers manage the full pull with one capstan drum. As the pull load increases, the capstan speed decreases. On pulls approaching the machine's rated capacity, speed suffers noticeably. The G6 Turbo's dual capstan system separates the pulling function from the rope handling function, which is what allows the main capstan to maintain pulling force while the secondary capstan handles rope at significantly higher speeds.

At high speed, the main capstan pulls at 28 ft/min and the secondary capstan handles rope at 90 ft/min. At low speed, main capstan runs at 11 ft/min and secondary at 35 ft/min. The two-speed motor was designed specifically for the 6,000 lb load range rather than being adapted from a lower-capacity puller's drivetrain. Low speed is available for high-resistance pulls where maximum force is the priority. High speed handles pulls where the conduit's well-lubricated and the bends are limited, where getting the cable pulled and moving to the next run is the priority.

The right-angle sheave included in the design allows the operator to stand to the side of the direct line of force during pulling. On a 6,000 lb pull, the rope and attached cable are under significant tension. Positioning the operator out of the direct line of force is a standard safety practice for high-tension cable pulling operations, and the G6 Turbo's sheave design builds that positioning into the normal operating stance rather than requiring a separate rigging arrangement.

Overloading a cable puller damages the motor, the rope, and in a worst case can lead to a sudden failure under tension. The G6 Turbo includes two systems designed to prevent both types of damage during a pull.

The circuit breaker monitor on the G6 Turbo watches the motor's current draw during the pull and automatically shuts the machine off if the draw exceeds safe operating limits. This protects the motor from thermal and electrical overload during high-resistance pulls where the operator may push the machine harder than the load conditions support. 

Rather than requiring the operator to manually monitor motor load during a difficult pull, the circuit breaker monitor handles it automatically and shuts the machine down before damage occurs. Motor life on a cable puller that runs regular 5,000 to 6,000 lb pulls is directly tied to how well overload events are prevented, and the auto shutoff is the primary protection against those events.

The force gauge included with the G6 Turbo gives the operator a real-time reading of pulling force during the pull. Exceeding the rated pulling force on a cable puller can damage the machine's drive components, and exceeding the rated pulling force on the cable being pulled can damage the cable itself. 

On long pulls in conduit systems with tight bends or high friction, pulling force can rise significantly above initial conditions without the operator having a clear indication that the load is approaching the machine's limit. The force indicator provides that information in real time so the operator can make a decision to pause the pull, add lubricant, or clear an obstruction before the load reaches a damaging level.

At 252 pounds, the G6 Turbo isn't a machine that moves by hand carry. The three mobility and setup features that address that weight are built into the machine rather than being afterthought accessories.

The G6 Turbo's dolly is integrated into the machine base rather than being a separate transport cart. When the pull is complete, the operator tips the machine onto its dolly wheels and rolls it to the next pull location or loads it for transport. 

There's no separate dolly to connect, disconnect, or store. On a job site with multiple pulls across multiple floors or areas, the time savings from not setting up and breaking down a separate transport dolly between pulls adds up across the job.

The patent-pending adjustable clamp on the G6 Turbo secures directly to conduit in seconds without any separate conduit adapters. 

Most competitive cable pullers in the 6,000 lb class require size-specific adapters to interface the puller boom with the conduit, which means the crew needs to carry the right adapter for each conduit size on the job and swap adapters between pull setups. The G6 Turbo's clamp adjusts to the conduit and locks in place. No adapter inventory, no swapping between pulls, and no risk of starting a pull with the wrong adapter seated.

The G6 Turbo's design eliminates the heavy lifting steps that create injury risk and physical fatigue during cable puller setup. The boom deploys from the transport position without requiring the operator to lift heavy components to working height, and the machine's weight distribution during setup keeps the load manageable for one person. 

On a job with multiple pull setups per shift, reducing the physical effort required at each setup point is a practical ergonomic benefit for the operator running the machine all day.

The G6 Turbo is a production-class cable puller built for electricians and electrical contractors who pull heavy cable on commercial, industrial, and infrastructure jobs where setup speed, pull speed, and machine reliability all matter. Here's where it fits and where it doesn't.

• Electrical contractors running large commercial or industrial jobs with multiple cable pulls where setup time and pull speed directly affect project schedule
• Wiremen and pulling crews who work with varying conduit sizes across a job and need a clamp system that adapts without a box of conduit-specific adapters
• Operations pulling cable loads up to 6,000 lb in conduit systems with significant bend counts or friction where a two-speed motor and dual capstans are needed to maintain pull speed at high loads
• Contractors who prioritize operator safety on high-tension pulls, where the right-angle sheave positioning and auto force shutoff features are standard practice on the machine rather than field-rigged safety measures
• Jobs where the puller moves between multiple pull locations on the same floor or building, where the built-in dolly and sub-60-second setup significantly reduce downtime between pulls

• Light residential or service work where pull loads are well below 4,000 lb and a smaller, lower-capacity puller handles the job at lower cost
• Pulls requiring greater than 6,000 lb momentary force, where a higher-capacity hydraulic or larger electric puller is required
• Job sites where 120 VAC, 12-amp power can't be confirmed at the pull location
• Operations that don't regularly pull cable at production volume and don't need the speed and setup features that differentiate the G6 Turbo from a standard cable puller

The Greenlee G6 Turbo is designed around one premise: reduce every minute that's not a productive pull. Sub-60-second setup, no adapter inventory, a built-in transport dolly, and up to 60 percent faster pull speeds compared to competitive machines are all decisions that put more of the crew's time into actual pulling and less into rigging, setup, and waiting.

The dual capstan system and two-speed motor are engineered specifically for the 6,000 lb load range rather than adapted from a lower-capacity platform, which matters on pulls approaching the machine's rated capacity where competitive single-capstan machines start to slow down. The circuit breaker monitor and force indicator protect both the machine and the cable during difficult pulls without requiring the operator to manually track motor load or pulling force throughout the pull cycle.

For electrical contractors pulling heavy cable at production volume on commercial or industrial jobs, the G6 Turbo is a machine worth putting on the floor. The combination of setup speed, pull speed, and built-in machine protection makes it a strong fit for any operation where the cable pulling station is currently a schedule bottleneck.