3.2 mm Stainless Steel Fish Tape - 73 m
56008
- Stainless steel is corrosion resistant to extend the life of the tool; Updated model Cat. No. 56341 available
- High strength spring steel fish tapes are stiff for long runs and are great for heavy duty wire pulls
- Laser-etched markings in 1' (0.3 m) increments allow you to measure the depth of conduit runs and determine the amount of tape left to pay out more accurately
- Polypropylene case and handle offer the maximum in impact resistance
- Raised finger grips transfer 100% of the winding power from your hand and fingers
- Full grip-style handle gives you a firm, steady grip as you pull tape from the case
- Unique sloped handle optimises hand position for quick hand-over-hand rewinds
- Patents: D574,277; 8,212,178; 8,168,921; 8,164,025. Other patents pending
High-strength spring steel fish tape is stiff for long runs and is perfect for heavy-duty wire pulls. Permanent, laser-etched 1' (0.3 m) increments on the tape allow you to measure the depth of conduit runs more accurately and determine the amount of tape left to pay out. Polypropylene case and handle are extremely durable and offer the maximum in shock and impact resistance. Raised finger grips help transfer 100% of the winding power from your hand and fingers.
Specifications
Overall Width:
0.125'' (0.3 cm)
Material:
Stainless Steel
Tape Size:
240' x 1/8'' x 0.062'' (73.2 m x 3.2 mm x 1.57 mm)
Diameter:
13'' (33 cm)
Weight:
7.5 lb (3.4 kg)
UPC:
092644560088
Warnings
- Wear approved eye protection when feeding, pulling or rewinding fish tape.
- Do NOT use any fish tape on or near live circuits. Use extreme caution when working near any electrical equipment.
- Use a safe working 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.
