Adjustable Boost Timer Delay Switch IHT16A Technical Specs:
- The load taken by the IHT16A / RBT2 Adjustable Boost Timer Delay Switch: # 16 Amp resistive load (including immersion heaters); # 6 Amp fluorescent lighting; # 3 Amp compact fluorescent lighting; # 3 Amp low energy lighting; # 3 Amp low voltage lighting (switch primary of transformer); # Fluorescent lighting (max 6 fittings recommended);
- Mains Voltage Supply 220-240 Volts AC 50 Hz;
- Time out period: 15 minutes; 30 minutes; 1 hour or 2 hours (selectable);
- Fixing method: Surface fixing 16mm deep plastic surface mount moulded box;
- Flush fixing 16mm deep steel wall box or 20mm deep cavity wall box;
- Terminal Capacity: 4.0mm2;
- Material: Flame retardant ABS;
- Class 2 electrical rated;
- Temperature: -10°C to 35°C;
- Conformity: EMC-89/336/EEC, LVD-73/23/EEC;
- Suitable for the control of lighting, heating, and ventilation;
- Calculate your potential energy savings with CP Electronics;
- Model number: our model no. is IHT16A, manufacturer: CP Electronics, model: RBT2;
- Wiring diagrams and installation instructions for the IHT16A / CP Electronics RBT2(pdf file);
- Buy online the IHT16A adjustable Boost Timer Delay Switch via SparksDirect.
- Press the button to start the timing sequence - the last selected time period will be used.
- As the unit times out the position of the LED will change to show how much time is left. The LED will give a warning flash when 2 minutes are left on the timing sequence.
- Pressing the button again during timing will turn the unit off.
- Press and hold the button to set the desired time period (15 minutes; 30 minutes; 1 hour or 2 hours). The LED will illuminate next to the selected time. After holding the button for a few seconds the timing will change to the next time period available. Release the button when it illuminates next to the desired time period — the LED will stay on the selected time.
- When the unit has turned off, it is not necessary to select the time period again, just press the button to repeat the previous time period.