Cable puller-feeder Cimco 14 0054 Transparent 10 m 4 mm

Cable puller-feeder Cimco 14 0054 Transparent 10 m 4 mm — plastic winding rods made from stretched monofilament with solid steel end pieces and an additional lead spring. The set provides a 10 m transparent rod with a 4 mm diameter and cable lugs on both ends, offering a tensile strength of 900 N and an approximate individual rod length of 130 mm.

Advantages

The transparent monofilament construction allows easier visual guidance of the rod during cable feeding, while solid steel end pieces and a lead spring improve durability and attachment reliability. With a 4 mm diameter and 900 N tensile strength, the tool supports safe, controlled cable pulling and reduces the risk of damage to cables and conduits during installation.

Suitable for (tasks / use cases)

• Feeding and guiding cables through conduits and ducts
• Electrical installations in residential and commercial buildings
• Routing low- to medium-weight cables in confined or hard-to-reach spaces

Key specifications

• Brand: cimco
• Manufacturer part number (MPN): 140054
• EAN: 4021103400548
• Total length: 10 m
• Individual rod length: approx. 130 mm
• Rod material: stretched monofilament (transparent)
• Rod diameter: 4 mm
• End pieces: solid steel
• Cable lugs: both ends
• Additional feature: lead spring
• Tensile strength: 900 N

How to use

Insert the end with the steel fitting into the conduit or duct and push the transparent monofilament rod through the run until it emerges at the other end. Attach the cable to the cable lug or spring-locked end, then pull the rod back slowly and steadily to draw the cable through. Use the transparent rod to monitor progress and avoid snags; replace or add rods as needed to span longer runs.

Recommendations

Inspect the rod and steel end pieces before use for damage. Do not exceed the specified tensile strength of 900 N. For longer or obstructed runs, use intermediate rods and proceed gradually to prevent overstressing the monofilament. Store the unit dry and away from UV exposure to preserve the transparent monofilament.