The Cable Wire Grip Come Along Clamp is a high-precision engineering tool designed for the secure tensioning and pulling of electrical conductors, telecommunications cables, and industrial wiring. Utilizing a sophisticated mechanical leverage system, the clamp automatically increases its gripping force as tension is applied to the pull ring, ensuring a slip-free hold that protects the cable's structural integrity and outer insulation from damage during critical installation phases.
Engineered for versatility across the power distribution and construction sectors, these clamps are available in multiple models to accommodate a wide range of conductor sizes, from 25mm² to 800mm². Whether deploying high-voltage power lines or delicate fiber optic networks, our come along clamps provide the controlled tension and reliability required to maximize operational safety and project efficiency in the most demanding environments.
Detailed Parameters
| Model Series | KXLM1 & KXLM2 Series | Applicable Conductor | 25mm² - 800mm² |
|---|---|---|---|
| Rated Load Range | 10KN - 70KN | Max Opening | 14mm - 40mm |
| Weight Range | 1.1kg - 10.0kg | Conductor Dia (KXLM2) | 12.8mm - 29.8mm |
| Material Options | Steel / Stainless Steel / Aluminum | Mechanism Type | Self-Tightening Jaw System |
| Application | Power, Telecom, Industrial | Operation | Manual Tensioning |
Key Advantages
Auto-Locking Grip
The movable jaw seat rotates to increase downward pressure as tension rises, ensuring an unbreakable hold on the cable.
Enhanced Durability
Built from high-strength metals with corrosion-resistant finishes to withstand harsh outdoor and marine environments.
Cable Protection
Distributes pulling force evenly across the cable length to prevent kinking, stretching, or insulation damage.
Precise Control
Allows operators to apply and release tension gradually, minimizing shock loads on the cable and equipment.
Versatile Sizing
A comprehensive range of models ensures the perfect fit for everything from small control wires to heavy power cables.
Operational Efficiency
Quick attachment and easy-release mechanisms significantly reduce labor time during site installation.
Product Gallery
Management Platforms
Pre-Use Inspection
Checking jaws for wear, rust, or deformation to ensure safe gripping before every operation.
Mechanism Lubrication
Regularly applying light lubricants to pivot points and ratchet mechanisms to prevent corrosion.
Environmental Storage
Storing tools in dry, clean environments to maintain structural alignment and prevent rust.
Capacity Compliance
Strict adherence to rated load capacities to avoid permanent tool deformation or accidents.
Personnel Training
Training operators on correct attachment and gradual tension release for maximum safety.
Post-Use Cleaning
Removing debris and dust using soft brushes to maintain the effectiveness of the gripping jaws.
Investment Return Comparison
| Metric | Standard Clamp | Our Professional Clamp | Return on Investment |
|---|---|---|---|
| Installation Speed | Moderate | Rapid/Efficient | -30% Labor Time |
| Cable Damage Rate | Higher Risk | Minimal/Protective | Lower Material Waste |
| Tool Lifespan | Short-term | Long-term/Durable | Reduced Replacement Cost |
| Safety Incidents | Occasional Slippage | Secure Lock-down | Enhanced Worker Safety |
| Maintenance Cost | High (Frequent) | Low (Preventative) | Lower OpEx |
Frequently Asked Questions
You should measure the cable diameter and cross-sectional area (mm²) accurately. Refer to our parameter table to select a model where your cable falls within the "Applicable Conductor" range to ensure a secure grip and prevent slippage.
Exceeding the rated capacity can lead to permanent mechanical deformation of the clamp, damage to the gripping jaws, or catastrophic failure, which may result in cable damage or serious personnel injury.
Yes, but caution is required. For delicate fiber optics, ensure you use the appropriate size and apply tension gradually to avoid over-stretching the fibers. Our design distributes force evenly to minimize this risk.
Lubrication should be performed after use in humid or outdoor environments and at least once a month during active projects. Use a light lubricant on pivot points and ratchet mechanisms, avoiding over-lubrication which attracts dirt.
We offer steel for heavy-duty industrial use, stainless steel for corrosion-prone marine or outdoor settings, and aluminum for applications where portability and light weight are prioritized.
When tension is applied to the pull ring, the sliding shaft drives the connecting plate, causing the movable jaw to rotate and press firmly against the fixed jaw, locking the cable in place more tightly as the load increases.
