ICM Controls ICM333-LF Low Ambient Head Press Cntrl

Low Ambient Head Press Cntrl

ICM Controls ICM333-LF Low Ambient Head Press Cntrl is a 3X to 5X pressure control for temperatures greater than 250 degrees F (121 degrees C) and less than 300 degrees F (149 degrees C). The ICM333-LF is designed for use with the ICM4000 and ICM6000 series low head press controls. The ICM333-LF converts low ambient pressure signals from the exhaust manifold into a logic compatible signal for use with the ICM4000 or ICM6000 product family.

As the Low Ambient Head Press Controller for the ICM Series, the ICM333-LF monitors the temperature of the head press to ensure accuracy and long life.

Low Ambient Head Press Control for ICM Multi Series Immersion Heaters, Thermostat used for LowTemperature Immersion Heater Set Point Control at -12°F to 40°F

Open and close your press with ease, with the ICM333-LF low ambient head press controller. Paired with our patented Auto-Spooling feature, the ICM333 lets you maintain greater temperature consistency during the print so users don't have to worry about temperature swings during auto-spool printhead changes. At just 2.5 inches high and 6.5 inches wide, this controller is smaller than many of the commercial and open source controllers on the market.

The ICM low ambient head press control is designed to prevent condensation from forming on the coil due to low temperature applications. This device applies a controlled amount of heat directly on the refrigerant lines and head to prevent supercritic temperature.

The ICM Controls ICM333-LF Low Ambient Head Press Control is a user friendly digital controller which is able to run on single or three phase power sources for a wide range of heating applications. This product has been engineered and manufactured to reduce energy costs by providing accurate control of your process temperatures.

The ICM333-LF low ambient head pressure controller incorporates time delay and pressure limiting control into one compact package. Designed specifically for use on the Cooling Water system it has been tested against simulated steam conditions with excellent results.