| Fork Type | Standard |
| Insulation Material | Nylon |
| Insulation Type | Nylon |
| Maximum Copper Conductor Size (AWG SOL) | #18 |
| Maximum Copper Conductor Size (AWG STR) | #18 |
| Maximum Copper Conductor Size (AWG) | #18 |
| Maximum Wire Size (AWG) | #18 |
| Minimum Wire Size (AWG) | #22 |
| Minimum Copper Conductor Size (AWG SOL) | #22 |
| Minimum Copper Conductor Size (AWG STR) | #22 |
| Minimum Copper Conductor Size (AWG) | #22 |
| Maximum Metric Conductor Size (mm?) | 1 |
| Minimum Metric Conductor Size (mm?) | |
| Stud Size | 1/4" |
| Wire Strip Length (In.) | |
| Wire Strip Length (mm) | |
| Standards Met | UL Listed 587H E52164; CSA Certified LR31212 |
| Maximum Voltage (V) | 600 |
| Maximum Voltage (kV) | |
| Base Material | Copper |
| Finish/Coating | Tin-Plated |
| Color Code | Red |
| Barrel Type | Grip Sleeve |
| Barrel Length (In.) | 2 |
| Barrel Length (mm) | |
| Flammability Rating | UL 587-H |
| Insulation Diameter (In.) | |
| Insulation Diameter (mm) | |
| Maximum Operating Temperature (°C) | 105 |
| Maximum Operating Temperature (°F) | 221 |
| Seam Type | Butted |
| Maximum Wire Insulation Diameter (In.) | |
| Maximum Wire Insulation Diameter (mm) | |
| Minimum Wire Insulation Diameter (In.) | |
| Minimum Wire Insulation Diameter (mm) | 2 |
| Stud Hole Size (In.) | 1/4 |
| Stud Hole Size (mm) | |
| Overall Length (In.) | |
| Overall Length (mm) | |
| Overall Width (In.) | |
| Overall Width (mm) | |
| Tongue Length (In.) | 2 |
| Tongue Length (mm) | |
| Tongue Thickness (In.) | |
| Tongue Thickness (mm) | |
| Tongue Width (In.) | |
| Tongue Width (mm) | |
| Sub Brand | Pan-Term |
| Packaging Type | Bottle |
| Product Type | Loose Piece Forks |
| For Use With | CT-100, CT-160, CT-260 |
| Plating Type | Tinned |
| Part Features | Fork design provides for fast and easy installation, without the need to remove fastener. Metal insulation grip sleeve crimps to wire insulation, providing protection to the crimp joint during high vibration applications. Internal barrel serrations assure good wire contact and maximum tensile strength. |
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