George Risk Industries Inc. 8300 Security Contact Pack

Product Description

The GEORGE RISK INDUSTRIES INC. 8300 is a residential security contact pack designed for use in low-voltage alarm and access-control wiring applications. The pack includes two 22k-ohm resistors paired with two blue and two white wire leads, providing the resistor values and color-coded conductors commonly required for supervised door and window contact circuits. Licensed alarm installers and low-voltage electricians use this pack to complete end-of-line resistor terminations and supervised loop wiring on residential security panels. Each unit is sold individually.

The 8300 pack is suited for residential security installations where supervised circuits are required. The 22k-ohm resistor value and dual-color lead configuration support standard supervised contact wiring on residential intrusion-detection systems. It is typically installed at door frames, window frames, or other contact points where an end-of-line resistor termination is needed to maintain circuit supervision integrity.

Key Features

• Includes two 22k-ohm resistors for end-of-line supervised circuit applications
• Two blue and two white color-coded wire leads for organized, identifiable terminations
• Designed for residential security contact wiring
• Sold as an individual unit (each)
• Compact pack format keeps termination components together at the point of installation

Compatibility

Designed as an OEM-style replacement or service pack for residential security contact circuits requiring 22k-ohm end-of-line resistor terminations in supervised alarm loop wiring.

Installation Notes

Installation is typically performed by licensed low-voltage alarm technicians or electricians in accordance with local codes and NFPA 731 guidelines. Power down and disarm the security panel before making any connections to supervised contact loops. Verify the panel manufacturer's required end-of-line resistor value before installing to confirm the 22k-ohm value is appropriate for the system. Avoid over-tightening terminal screws, which can damage the resistor leads and affect circuit supervision.