CAREL EVD evolution EVD0000E00, EVD0000E01, EVD0000E10, EVD0000E11, EVD0000E20, EVD0000E21, EVD0000E30, EVD0000E31, EVD0000E40, EVD0000E41, EVD0000E50, EVD0000E51, EVD0002E10, EVD0002E20, EVDIS00**0, EVDCON0021, EVDCNV00E0, CVSTDUMOR0 User manual

Below you will find brief information for EVD evolution EVD0000E00, EVD evolution EVD0000E01, EVD evolution EVD0000E10, EVD evolution EVD0000E11, EVD evolution EVD0000E20, EVD evolution EVD0000E21. The EVD evolution driver controls the electronic expansion valve in refrigerant circuits, optimizing efficiency and guaranteeing flexibility. It is compatible with various types of refrigerants and valves and suitable for use in applications such as chillers, air conditioners, and refrigerators, including subcritical and transcritical CO2 systems. The driver features protection functions for low superheat, high evaporation pressure, low evaporation pressure, and high condensing temperature and also manages special functions such as hot gas bypass, evaporator pressure control (EPR), and control of the valve downstream of the gas cooler in transcritical CO2 circuits.

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EVD evolution EVD0000E00 User Manual | Manualzz

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Key features

  • DIN rail assembly
  • Serial communication
  • Superheat control
  • Adaptive control
  • Protection functions
  • Guided commissioning
  • Multi-language display
  • Parameter protection
  • Shared pressure probe
  • Advanced alarm management

Frequently asked questions

EVD evolution is a driver for double pole stepper motors designed to control the electronic expansion valve in refrigerant circuits.

It controls refrigerant superheat and optimises the efficiency of the refrigerant circuit, guaranteeing maximum flexibility, being compatible with various types of refrigerants and valves.

There are several models of EVD evolution, each with a different type of serial communication (tLAN, pLAN, RS485/Modbus®).

The installation process involves connecting the probes, power supply, valve motors, and serial network, if applicable. Refer to the wiring diagrams in the manual for detailed instructions.

You can configure EVD evolution using the display board (accessory), a computer with the VPM program, or a PlantVisor/PlantVisorPro supervisor and pCO programmable controller.

The driver features low superheat, high evaporation pressure (MOP), low evaporation pressure (LOP), and high condensing temperature protection (HiTcond), including for CO2 cascade systems.
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