Intercable ICR16V Stoverbinder 16 mm² alavuota mova su centrine atrama, R serija

Once you switch to the Intercable ICR16V Stoverbinder, the daily grind of splicing 16 mm² copper conductors becomes noticeably smoother. No more guessing whether the wire is seated deep enough or whether the crimp will hold under load. The integrated center stop takes that variable out of the equation, so every connection is consistently positioned and mechanically sound. For professionals who value repeatability, this is a quiet upgrade that pays off in reduced rework and fewer callbacks.

Advantages for Your Workflow

The tinned electrolytic copper body delivers low resistance and excellent corrosion protection, even in humid or outdoor environments. The center stop prevents over-insertion, ensuring symmetrical crimps and reliable mechanical retention. Because the connector is uninsulated, you can tailor the insulation to the job—whether that's heat-shrink tubing, tape, or leaving it bare for terminal blocks. This flexibility makes it a practical choice for a wide range of installations.

Who It's For

• Electrical contractors and maintenance teams working on industrial control panels
• Automotive and marine technicians building wiring harnesses
• Renewable energy installers connecting battery banks or inverter cables
• Any professional needing vibration-resistant, corrosion-proof splices

Key Specifications

• Connector type: Butt connector with center stop
• Cable cross-section: 16 mm²
• Material: Electrolytic copper (E-Cu), tinned
• Connection method: Crimp
• Insulation: Uninsulated
• Series: R-Series
• Operating temperature: -55°C to +150°C
• Overall length: Approx. 42 mm
• Inner diameter (cable entry): Approx. 5.8 mm
• Outer diameter: Approx. 8.5 mm

How to Use

Strip the cable to the appropriate length, insert it into the connector until it hits the center stop, and crimp with a calibrated hexagonal tool sized for 16 mm² uninsulated terminals. The stop ensures the conductor is fully seated, so you get a consistent crimp every time. After crimping, apply insulation as needed—adhesive-lined heat-shrink tubing works well for sealing against moisture.

For high-vibration environments, consider double crimping and adding strain relief. Always use a calibrated crimping tool to ensure the correct compression force—this is critical for maintaining low resistance and long-term reliability.