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Jonard Tools JIC-755 Coax Cable Cutter, 1"
The Jonard Tools JIC-755 is a professional-grade coaxial cable cutter engineered to deliver clean, precise cuts on coax cables up to 1" in diameter. Designed for network technicians and installers, this tool ensures precise cuts without crushing or deforming the cable's internal geometry, which is critical for maintaining optimal signal integrity during termination.
Forged from heavy-duty chrome vanadium steel, the JIC-755 features hardened cutting blades designed for long-lasting edge retention. The cutter's 8-1/4" ergonomic profile allows for efficient, single-handed operation, reducing operator fatigue during repetitive field tasks. Please note that this tool is designed exclusively for copper and aluminum coax cables and must not be used on ACSR, steel, or hardened wire.
Key Features
- Provides precise, deformation-free cuts on coaxial cables up to 1" in diameter
- Constructed from highly durable chrome vanadium steel for exceptional mechanical strength
- Features precision-hardened cutting blades to maintain a sharp edge over extended use
- Ergonomic 8-1/4" design allows for comfortable, single-handed operation
Technical Specifications
| Tool Type | Coaxial Cable Cutter |
|---|---|
| Maximum Cable Capacity | 1" (25.4 mm) Diameter |
| Body Material | Chrome Vanadium Steel |
| Blade Type | Hardened Cutting Blades |
| Overall Length | 8.25" (209.5 mm) |
| Operational Restrictions | Not for use with ACSR, steel, or hard-drawn copper |
Frequently Asked Questions
Q: Can the JIC-755 be used to cut ACSR or messenger wire?
A: No. The hardened blades of the JIC-755 are strictly engineered for copper and aluminum coaxial cables up to 1" in diameter. Cutting ACSR (Aluminum Conductor Steel Reinforced), steel cables, or other hardened wire types will severely damage the cutting edges.
Q: Does this cutter compress or deform the coax cable during a cut?
A: No. The curved cutting blades are precisely engineered to slice cleanly through the jacket, shielding, dielectric, and core of coaxial cables without distorting their physical geometry, ensuring a clean profile for proper connector seating.
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