Honeywell 99465 120V 2-POSITION TWO POSITION SPRING

120V 2-POSITION TWO POSITION SPRING

Two settings on a 120V, two position (coil and solid) spring unit is designed to accept a motor within the specified range. When 2 coils are not needed, select the solid position to replace the springs with 1 coil per terminal and decrease equipment weight. "

The 99465 Two Position Spring helps provide an easy operation of the fan. This unit is made to fit a variety of Hunter fans, providing simple access to the fan motor for installation and maintenance., Honeywell 99465 Two Position Fan Motor Spring

The Honeywell 99465 two-position spring clamp provides pressures from 7.00" to 11.00". The adapter slides over the control knob and threads onto the stem.

The Honeywell 99465 2-Position Spring Return Actuator is a hardware component that can be used for many different applications. It has two primary positions: on and off. This spring return actuator has a switching capacity of 5-ampere at 120 Vac. It was designed to be utilized in applications such as air flow valves, gas pilot valves and other pneumatic devices.

The Honeywell 99465 two position spring is ideal for use with almost any garage door opener. It features a two position spring and comes in a durable black finish to blend.

The Honeywell 99465 2-Position Switch is designed to control small motors. This spring-operated switch has a dial that rotates 360° and has two positions, on and off. The switch is ideal for controlling TV sets, overhead lights, window shades or other appliances. It can also be used as an emergency spare in a variety of applications. For added convenience, the switch has a neon indicator which glows when electrical power is present.

Two-position, 120/240 VAC, 3,200 W (6,900 BTUH) 2.0 - 6.5 A heating elements. Intermittent or modulating functions. Heating element is an integral part of the cartridge assembly and is individually replaceable at the furnace by the field service technician. Efficient one piece solid construction cartridge design assures that all heat is delivered to heat exchanger delivering maximum heat transfer and minimum heat loss without resistance or conduction. High efficiency via flat modulation ensures maximum equipment life for maximum operating cost savings