Specifications:
- Thermostat Type: Tamper-resistant electronic room thermostat
- Temperature Range: 5 °C to 30 °C, adjustable via recessed dial (only accessible to authorised users)
- Control Logic: Electronic with PID control for stable temperature regulation and minimal overshoot
- Temperature Accuracy / Swing: ± 0.5 °C precision; selectable swing via internal settings
- Output Type: SPST relay
- Switching Capacity: 6 A resistive / 2 A inductive @ 230 V AC (6(2)A rating)
- Power Supply: 230 V AC, 50 Hz; Class II double-insulated device
- LED Indicator: Blue LED indicates active heat call
- Installation: Surface-mounted with standard 60 mm fixings; tamper-proof enclosed design
- Expected Life: Designed for long-term reliability (>10 years typical in stable indoor environments)
- Operating Temperature: 0 °C to +40 °C; storage –10 °C to +60 °C
- Materials & Finish: White flame-retardant polycarbonate housing
- Certifications: CE and UKCA compliant, ErP Class I
- Guarantee: Includes 3-year manufacturer warranty
Timeguard TRT033N Digital Thermostat with Night Set-Back & Frost Protection
Total Comfort Control with Smart Set-Back Function
The Timeguard TRT033N Digital Thermostat delivers precise temperature management with the added benefit of a night-time set-back function, ensuring comfort without waste. With its clear digital display and user-friendly controls, this thermostat supports effortless, energy-conscious heating control around the clock.
Built-In Frost Protection for Reliable Safety
Designed to protect your property in colder months, the TRT033N features automatic frost protection, activating heating when temperatures drop dangerously low. Ideal for unoccupied spaces or overnight settings, this feature helps prevent freezing and system damage without manual input.
Efficient Heating for Homes & Commercial Settings
With digital accuracy, programmable scheduling, and energy-saving automation, the TRT033N suits both residential and commercial environments. Its set-back temperature option reduces heating output during inactive periods, helping to lower energy costs while maintaining consistent performance.
