Digital temperature controller with a red LED display, labeled "EVD Cool," and multiple connection ports.
Digital temperature controller with display and buttons, labeled "EVD Cool" by CoreStar.
Digital temperature controller with a red LED display, labeled "EVD Cool," and multiple connection ports.
Digital temperature controller with a red LED display, labeled "EVD Cool," and multiple connection ports.
Digital temperature controller with display and buttons, labeled "EVD Cool" by CoreStar.
EVDCool
EXW
Shipping:
Sea freight, express
Product details
Essential details
Shipping:Sea freight, express
Product Introduction
Product NameEVDCool
Features and benefits
Electrical connections by removable screw terminals;
RS485 bus with standard Modbus RTU;
Compatibility with various types of valves;
Superheat control with protection functions for low superheat LowSH, MOP, LOP;
Build-in LED display and keypad, easy to check/change/config parameters;
Parameters protected with password;
Supports both 0.5V~4.5V and 4~20 mA pressure transducer;
Supports both NTC and PT1000 temperature probes;
4~20 mA or 0~10 Vdc input to use the controller as a positioner controlled by an external signal;
Management of power failures with valve closing (both 24Vac and 24Vdc);
Pre-position time settable by parameter;
4 to 20 mA pressure transducer can be shared between up to 5 drivers;
ApplicationsDisplay Cabinet/Cold Rooms/Compressor Racks
After-sales Service ProvidedOnline Video Technical Support
Brand NameCORESTAR

EVDCool is a controller for single pole stepper motor which manages one electronic expansion valve. it controls refrigerant superheat and optimizes the efficiency of the refrigerant circuit, guaranteeing maximum flexibility, being compatible with various types of refrigerants and valves. It features low superheat (LowSH), high evaporation pressure (MOP), and low evaporation pressure (LOP) protection, and can manage, as an alternative to superheat control, special functions such as the hot gas bypass, evaporator pressure regulation (EPR) and control of the valve downstream of the gas cooler in transcritical CO2 circuits.