Greenlee 6036 Triple Sheave Cable Guide - Reconditioned - 6036

Greenlee 6036 Triple Sheave Cable Guide - Reconditioned - 6036

Adjustable center sheave for 19-1/2" (495 mm) or 36" (914 mm) radius.

Forged steel closure type hook with 1-1/2" (38.1 mm) opening.

Aluminum frames for light weight.

Steel yoke is pinned for easy removal.

21-7/8" (555 mm) high, 24" (610 mm) long, 7-3/8" (187 mm) wide with 5" (127 mm) wide sheaves.

Use with any cable puller whose maximum pulling force is 6,500 lbs. (28.9 kN) or less.

What our Experts Think

Q&A

Q: What is the Greenlee 6036 Triple Sheave Cable Guide (Reconditioned)?
A: It is a heavy-duty cable guiding accessory designed to support and direct cable during pulling operations using three rotating sheaves.

Q: What is it used for?
A: It is used by electricians and contractors to guide large cable runs through conduit, trays, or entry points while reducing friction and cable damage.

Q: What does “triple sheave” mean?
A: It means the guide uses three rotating wheels (sheaves) that distribute cable load and provide smoother, controlled movement.

Q: How does it work?
A: The cable passes over the sheaves, which rotate to reduce friction and help the cable move safely through bends or transition points.

Q: What are the key features?
A: It includes a steel frame, three heavy-duty rollers, and a stable base designed for jobsite cable pulling applications.

Q: Where is it typically used?
A: It is placed at conduit entrances, pull boxes, or directional changes where cable needs controlled guidance.

Q: Is it portable?
A: Yes. It is jobsite portable, but designed for heavy-duty use during large cable installation projects.

Q: What does “reconditioned” mean?
A: It means the unit has been previously used and restored to working condition, though it may show cosmetic wear.

Q: Who typically uses this tool?
A: It is used by professional electricians and industrial cable installation crews.

Q: Why use a triple sheave guide instead of a single roller?
A: It provides better load distribution, smoother cable flow, and reduced stress on both the cable and pulling system during heavy-duty installations.

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