George Risk Industries Inc. T8800 Temperature Sensor

Product Description

The GEORGE RISK INDUSTRIES INC. T8800 is a temperature sensor designed for monitoring and control applications in HVAC and building automation systems. This sensor detects ambient temperature conditions and transmits that data to a connected control system, enabling accurate climate regulation. The T8800 is configured without a remote probe, meaning it reads temperature at the sensor body itself rather than at a separate sensing tip. Licensed HVAC technicians and building controls specialists are the typical installers for this type of device.

The T8800 is suited for residential and light commercial HVAC applications where a fixed-point temperature sensing solution is required. It integrates with control panels, thermostats, and building automation controllers that accept a standard temperature sensor input. This model is sold as an individual unit and is appropriate for new installations or direct replacement of a failed in-place sensor of the same type.

Key Features

• Senses ambient temperature at the sensor body without requiring a remote probe
• Designed for integration with HVAC control systems and building automation equipment
• Sold as a single unit for straightforward procurement and inventory
• Compact form factor suitable for wall or panel mounting in typical HVAC installations

Compatibility

Designed as an OEM-style replacement or new-installation temperature sensor for HVAC control and building automation systems that accept a standard fixed-point temperature sensing input.

Installation Notes

Installation should be performed by a licensed HVAC technician or controls specialist familiar with low-voltage sensing circuits. Power down the control panel and discharge any stored voltage before disconnecting or connecting sensor wiring. Follow applicable local codes and manufacturer wiring diagrams when terminating sensor leads at the control board. Avoid mounting the sensor in locations exposed to direct airflow from supply registers or external heat sources, as this can skew temperature readings.