Lakewood 1229245 Boiler Conductivity Controller 1575e KIT with Cond sensor SR2 and 3/4" union

The boiler blowdown control is the most important control variable for the water treatment. It is easy to automate and simple to maintain. How much is your peace of mind worthed? All you need is to install, configure and calibrate. The Model 150 uses the latest in microprocessor capability, to give you reliable, flexible and easy to maintain control.

Lakewood 150 Boiler Controller, SR2 Conductivity Sensor, 3/4 Union, Orifice plate (please provide size (1/16, 1/8, 1/4, 3/8)The Model 150 uses the latest in microprocessor capability, giving the user a high level of application flexibility. Multiple inputs and very easy  setup characterize this new technology. This controller can be used in the Continuous Sample, Sample/ Cycle, or Sample/Hold modes to control the boiler water conductivity.

Watch this video to see the 1575e in operation! Click HERE

• Use this Controller for conductivity control of boilers. It can be used for Continuous Sample, Sample/Cycle, or Sample/Hold control of boiler conductivity.
• Removable power cord and receptacles for simple conduit installations.
• One (1) water meter input, conductivity input, flow switch input, and 4-20 mA output are all standard features.
• Designed with a single circuit board for better reliability and lower cost.
• Large open shallow enclosure for easy wiring.
• The enclosure is rated NEMA 4X.
• Power selector switch for 115 or 230 vac operation.
• Heavy-duty stainless steel domed numeric keypad and illuminated graphical display allow for quick and easy programming. Steel domed switches improve the tactile sensing and life expectancy of the keypad.
• LED indicators for power, alarm and relay status.
• The display is lit by two LEDs when any key is pressed.

• Easy to program, the Model 150 Controller uses an intuitive menu and a numeric keypad for programming.
• No add-on options. Flow switch input, 4-20mA output, and three boiler  conductivity control methods; Continuous Sample, Sample/Cycle, and Sample/Hold are standard.
• Single circuit board design improves reliability.
• Multiple methods of chemical feed for application flexibility.

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