Honeywell 12312 , Inc. Multiple Aquastat Controllers, High Limit and Circ

DUAL AQUASTAT 130-240F 10 FIXED DIF

Dual Aquastat 130-240F 10 Fixed Diff Circulator for Swimming Pool and Spa Applications This item is used to regulate the temperature of the swimming pool or spa water. It can be used as a primary controller in new installations, or to replace an existing controller that has failed. Operation is simple, just set it to the desired pool temperature with a dial on the front face and the large rotary control on the top. The circulating pump will automatically operate until the temperature reaches this level. The rotating control also allows for easy adjustment of temperature if it is not reached within a few days' operation.

The Honeywell Aquastat™-Multiple Aquastat Controllers gathers process information and turns on/off the HVAC blower-furnace system to automatically maintain a specific temperature in any temperature-controlled room. The controllers adjust blower speed to help balance heating and cooling requirements. Temperature is set at factory 130°F min/max to 240°F (min/max).

Plug in the Aquastat controller 120v, and set it to the desired temperature range with the included knob. The controller then triggers the unit for heat spikes (a 240F high limit) and keeps it constantly running within the desired temp range. Use it to control a benchtop ventilation hood, humidifier, room air conditioner or heating vent.

Multiple Aquastat Controllers, Low Limit and Circulation Buzzer.

AQUASTAT controllers allow for full control of single stage heating and cooling water systems from one convenient location. They are also small in size, simple in function, and accurate to use.

Permanent mount, high limit and circulator Aquastat controller. Standard 120 VAC power from sine wave inverter. Easy programming--two sliders and push buttons, which allow selection of °F and conventional ranges.

The Honeywell Aquastat design offers a reliable and cost effective temperature control for hot water cylinders. The design is such that the heating element is only energised once the water temperature has reached or exceeded a pre-set level. When the temperature reaches the pre-set level, an internal switch completes a circuit and supplies power to the heating element.