Stainless Steel Fish Tape, 1/8-Inch x 125-Foot
56340
Durable, high strength 1/8-Inch wide stainless steel fish tapes are firm yet flexible for long runs and large wire pulls
Corrosion resistant stainless steel tape extends the life of the tape
Case design decreases payout effort and friction by optimizing the tape payout angle
Slip-resistant housing geometry improves winding power and reduces binding
Multi-position handle gives you a firm, steady grip as you pull or rewind the tape
Descending laser etched markings in 1-Foot (0.3 m) increments allow you to more accurately measure conduit runs and the amount of tape left to pay out
Polypropylene case and handle offer high impact resistance
The Klein Tools' 125-Foot Stainless Steel Fish Tape is perfect for wire runs associated with commercial, residential and voice-data-video installations. The optimized housing and handle design decreases payout effort and reduces binding. A multiple-position handle allows for a firm, steady grip as you pull or rewind the tape. The unique interior case shape combines the leverage of square cases and the comfort of round cases, which makes rewinding tape after a long run easier. The tape features laser-etched descending markings placed at every foot. These markings allow you to accurately measure the depth of conduit runs and determine the amount of tape left to pay out.
Specifications
California residents:
WARNING: Cancer and reproductive harm - See www.P65Warnings.ca.gov for more information.
Warnings
- Do NOT use any fish tape on or near live circuits. Use extreme caution when working near any electrical equipment.
- Wear approved eye protection when feeding, pulling or rewinding fish tape.
- Use a safe work position to avoid loss of balance when using fish tape.
- Never remove screws while fish tape is coiled inside reel.
- Never form pulling loop into a single loop (into shape of a fish hook) or create a sharp edge that could cause fish tape to catch on other objects or cut into insulation of surrounding wires. Pulling loop should only be formed into a double loop.