120V ACTUATOR WITH 6 LEADWIRES. 7/8
The Honeywell 67120 2-wire small ball valve actuator is designed to handle larger flows and higher pressures than the 3-wire models. It uses standard 3/4 in. NPT fitting, has a maximum pressure of 150 psi, 1.5 gpm, a 12 VDC coil voltage and a 9-11 mini compression spring. The actuator includes 2 leadwires that are 36 inches long. It delivers 120V 60Hz at 2 watts and has 7/8 inch hole case end.
The 67120 is a 120 Volt Step actuator with 7/8 hole case end. It has 6 Leads and has a voltage of 60Hz at 2 Watts.
The perfect companion to your Honeywell thermostat, this Honeywell valve actuator in brushed nickel finish 240V fits all 4-wire valves and is equipped with 6 lead wires. Give your home automatic convenience and control with this Honeywell valve actuator that fits all 4-wire valves and is equipped with 6 lead wires.
The Honeywell 6" Valve Actuator is an ideal replacement for use in a variety of industrial and commercial applications. It mounts easily to the manifold, and features a 6" lead wire terminals with 7/8" hole case end connections. Thermostats, timers, limit switches, DC signals, and more can be connected to the actuator for operation at the turn of a dial.
The Honeywell 67120 Actuator is designed to control two stage valves. The actuator offers an extra long 4" leadwire for easy positioning. The actuator has a wide operating range from 15?F to 140?F. It also features adjustment screws, heavy-duty contacts and is simple to install.
Our compact line of valve actuators come in mounting diameters of 1/2", 5/8", 3/4", or 7/8". These 2-wire, 120 volt, 60 Hz, AC output actuators are available in a variety of transitions, positions and sizes. All models feature removable keyed plug-in connection terminal ends. For additional convenience and versatility in installation, Seametrics offers a large assortment of companion fittings and accessories.
The Honeywell 67120 Valve Actuator is a single phase, AC, 7/8" Hole Case End actuator. This actuator provides improved control and performance through use of advancements in electronic circuitry. It can be used on a wide range of valve applications such as 2-way or 3-way valves.