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  1. Internal Room Temperature Sensor, including full HeatingSave software package

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    The HeatingSave TH-ROOM-1 room sensor replaces where your existing room thermostat was located. It continuously measures the temperature in your home and feeds this information to the HeatingSave controller. You will need to have at least one temperature sensor for each heating zone. The room sensor cannot be fiddled with, so there is no danger that someone will turn up the heating and just forget about it.

    KEY FEATURES

    • Interior use
    • Tamper detection
    • Thermistor
    • Analogue switches to select one of the switch resistances on Thermistor
    • Maximum cable run – 15 meters

  2. External Temperature Sensor – Wired

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    The T3528-W is an external temperature sensor mounted within an IP65 enclosure. It is wired with 10 metres cable to connect to T3520 HeatingSave Building Energy Management System controller.

    KEY FEATURES

    • Battery based (2x AA)
    • Grey IP65 enclosure
    • Wall mounted
    • Optional daylight sensor
    • Low battery alert

  4. Temperature Sensor, Stainless Steel Probe, 10 metre cable

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    The T3595 is a high accuracy sensor probe that can be used for reading the temperature of the boiler flow and return pipes, hot water cylinders and even heating zones where the use of a probe sensor would be more discrete.

    The probe may be tie-wrapped to boiler flow/return pipes or may be attached to hot water cylinders and/or tie-wrapped to water supply pipes. The high-accuracy thermistor in the probe enables a fast thermal response, while the double shielded steel case delivers enhanced protection.

     

  5. Internal Temperature Sensor with 4 Switch Control and LED Feedback

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    The HeatingSave TH-ROOM2 room sensor replaces where your existing room thermostat was located. It continuously measures the temperature in your home and feeds this information to the HeatingSave controller.

    You will need to have at least one temperature sensor for each heating zone.

    The TH-ROOM2 room sensor has 4 programmable touch switches which allow you to “boost” the heating for a period or to tell HeatingSave that “I’m too hot” or “I’m too cold”. Then, HeatingSave will makes small adjustments to keep the household comfortable without wasting fuel and money.

    KEY FEATURES

    • Interior use
    • 4 LEDs for visual feedback
    • 4 Capacitive touch keys
    • Tamper detection
    • Thermistor
    • Analogue switches to select one of the switch resistances on Thermistor
    • Maximum cable run – 15 meters

  7. Zig 2.4 GHz Wireless Mesh Network 2-channel LED pulse counter

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    The T3519-AC counts pulses either via wired volt-free contacts or using a T7311 LED light sensor to count flashing LED lights on electricity or similar meters.

    It supports the dual channel pulse counting of pulses with a duration of > 100ms and a gap between pulses of > 20ms.

    KEY FEATURES:

    • Battery based (2x C-size batteries)
    • Low battery alert
    • Grey wall mounted enclosure

     

  8. 3-in-1 Zig 2.4 GHz Wireless Mesh Network Temperature Sensor

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    The T3527 Zig 2.4 GHz Wireless Mesh Network-HA 3-in-1 temperature sensor incorporates an internal environmental temperature sensor and two stainless steel probe sensors, typically used to measure central heating pipe flow & return temperatures.

    KEY FEATURES

    • Zig 2.4 GHz Wireless Mesh Network
    • Temperature sensor module c/w 3 sensors. Twin stainless steel probe & internal thermistor
    • Battery based (2x AA)
    • Grey wall mounted enclosure
    • Probes may be tie-wrapped toboiler flow/return pipes
    • Probes may be attached to hot water cylinders and/or tie- wrapped to water supply pipes
    • Low battery alert

  10. Thermostatic radiator valve (TRV) wired actuator head, 24v AC or DC

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    The TRVE024-S is a reliable TRV actuator for HeatingSave wired TRV’s.  It is fitted to the TRV valve using almost no force due to the Low-Force-Locking (LFL) connector and supports a TRV valve with M30 x 1.5 thread with automatic adjustment of the closing dimension. The closing dimension is compensated mechanically. While the bayonet ring is being turned, a compensation pin is released in the actuator.

    The thermal actuators are suitable for efficient control with medium-inertia systems, such as radiators, chilled beams and radiant cooling ceilings, as well as for inert systems, such as panel heating and cooling systems or thermoactive building systems (TABS). With the proper control strategy, the actuators contribute to energy savings.

    The TRVE024-S cover is used as the biggest possible position indicator. It is clearly visible from all positions and can be felt in the dark. With the “normally closed” model, the cover rises and the grey lifting part becomes visible. With a full lift, the cover is up to 5 mm above the top edge of the plug.

    The TRVE024-S is available in NC (normally closed) version:

    NC version “normally closed”
    After the actuator is fitted, the VUL/BUL valves (or standard radiator valves) are closed in the idle state. When voltage is applied to
    the actuator, the actuator spindle moves in and the valve spindle moves out, and the valve is opened.
    Valve state with actuator without power: Closed.

    KEY FEATURES

    • Fitted to the TRV valve using almost no force due to the Low-Force-Locking (LFL) connector
    • Fitted onto TRV valve with M30 x 1.5 thread with automatic adjustment of the closing dimension
    • Pushing force Max. 125 N
    • 24 V thermal expansion element with low current draw
    • Large visible position indicator to see if the TRV is open or closed
    • Silent and maintenance-free
    • Including bayonet nut made of plastic M30 × 1.5

  11. Thermostatic radiator valve (TRV) wired actuator head, 230/240V AC

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    The TRVE240-S is a reliable TRV actuator for HeatingSave wired TRV’s.  It is fitted to the TRV valve using almost no force due to the Low-Force-Locking (LFL) connector and supports TRV valves with M30 x 1.5 thread with automatic adjustment of the closing dimension. The closing dimension is compensated mechanically. While the bayonet ring is being turned, a compensation pin is released in the actuator.

    The thermal actuators are suitable for efficient control with medium-inertia systems, such as radiators, chilled beams and radiant cooling ceilings, as well as for inert systems, such as panel heating and cooling systems or thermoactive building systems (TABS). With the proper control strategy, the actuators contribute to energy savings.

    The TRVE240-S cover is used as the biggest possible position indicator. It is clearly visible from all positions and can be felt in the dark. With the “normally closed” model, the cover rises and the grey lifting part becomes visible. With a full lift, the cover is up to 5 mm above the top edge of the plug.

    The TRVE240-S is available in a NC (normally closed) version:

    NC version “normally closed”
    After the actuator is fitted, the VUL/BUL valves (or standard radiator valves) are closed in the idle state. When voltage is applied to
    the actuator, the actuator spindle moves in and the valve spindle moves out, and the valve is opened.
    Valve state with actuator without power: Closed.

    The runtime behaviour for the 230V / 240V ACV model is slightly shorter than the 24 V model, taking 3.5 Min (to achieve a stroke of 4.5 mm).
    KEY FEATURES

    • Fitted to the TRV valve using almost no force due to the Low-Force-Locking (LFL) connector
    • Fitted onto TRV valve with M30 x 1.5 thread with automatic adjustment of the closing dimension
    • Pushing force Max. 125 N
    • 230V / 240V AC thermal expansion element with low current draw
    • Large visible position indicator to see if the TRV is open or closed
    • Silent and maintenance-free
    • Including bayonet nut made of plastic M30 × 1.5