CAREL EVD evolution EVD0000E00, EVD0000E01, EVD0000E10, EVD0000E11, EVD0000E20, EVD0000E21, EVD0000E30, EVD0000E31, EVD0000E40, EVD0000E41, EVD0000E50, EVD0000E51, EVD0002E10, EVD0002E20 Expansion Valve Driver User manual

Below you will find brief information for Expansion Valve Driver EVD evolution EVD0000E00, Expansion Valve Driver EVD evolution EVD0000E01, Expansion Valve Driver EVD evolution EVD0000E10, Expansion Valve Driver EVD evolution EVD0000E11, Expansion Valve Driver EVD evolution EVD0000E20, Expansion Valve Driver EVD evolution EVD0000E21, Expansion Valve Driver EVD evolution EVD0000E30, Expansion Valve Driver EVD evolution EVD0000E31, Expansion Valve Driver EVD evolution EVD0000E40, Expansion Valve Driver EVD evolution EVD0000E41. The EVD evolution is a driver for double pole stepper motors designed to control the electronic expansion valve in refrigerant circuits. It is designed for DIN rail assembly and is fitted with plug-in screw terminals. It controls refrigerant superheat and optimises the efficiency of the refrigerant circuit, guaranteeing maximum flexibility, being compatible with various types of refrigerants and valves.

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EVD evolution Expansion Valve Driver User Manual | Manualzz

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Key features

  • DIN rail assembly
  • Plug-in screw terminals
  • Refrigerant superheat control
  • Adaptive superheat control
  • Compatibility with various refrigerants and valves
  • Network connectivity (tLAN, pLAN, RS485/Modbus®)
  • Graphic display with guided commissioning procedure
  • Advanced alarm management
  • Emergency power supply module (EVD0000UC0)
  • Programmable control functions

Frequently asked questions

The EVD evolution is a driver for double pole stepper motors designed to control the electronic expansion valve in refrigerant circuits. It is designed for DIN rail assembly and is fitted with plug-in screw terminals.

The EVD evolution features refrigerant superheat control, adaptive superheat control, compatibility with various refrigerants and valves, network connectivity (tLAN, pLAN, RS485/Modbus®), a graphic display with guided commissioning procedure, advanced alarm management, and an emergency power supply module (EVD0000UC0).

The EVD evolution controls refrigerant superheat by adjusting the opening and closing of the electronic expansion valve. This helps to optimize the efficiency of the refrigerant circuit and ensure maximum flexibility.
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