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CAREL EVD0000E10 EVD Evolution Universal Electronic Expansion Valve Driver RS485
- Regular price
- $599.00
- Sale price
- $599.00
- Regular price
-
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Product Description P/N: EVD0000E10
Description
The CAREL EVD0000E10 is a highly versatile EVD Evolution Universal electronic expansion valve (EEV) driver engineered to regulate a single stepper motor valve in advanced commercial refrigeration and air conditioning systems. Operating on a standard 24 VAC/DC power source, this digital controller processes temperature and pressure sensor data in real-time to adjust refrigerant flow with extreme accuracy. By continuously maintaining optimal superheat conditions, the driver minimizes energy consumption and protects critical compressor mechanics from catastrophic liquid flooding.
Technical Specifications
| Condition | New/Never Used Surplus |
| Brand | CAREL |
| Category | HVAC/R Controls |
| Part Number | EVD0000E10 |
| Subcategory | Electronic Valve Drivers |
| Product Series | EVD Evolution Universal |
| Valve Support | Single Electronic Expansion Valve |
| Power Supply | 24 VAC / 24 VDC |
| Communication | RS485 (CAREL / Modbus RTU) |
| Mounting Style | DIN Rail Mount |
| Weight | 0.6 lbs (0.27 kg) |
Information About EVD0000E10BCM-MS/TP
The EVD0000E10 is a flagship standalone driver within the CAREL automation ecosystem. The "Universal" designation in its programming means it is not restricted to CAREL-branded valves; it comes pre-loaded with driving profiles for a vast array of third-party electronic expansion valves (including Danfoss, Sporlan, and Emerson). This flexibility makes it an invaluable asset for refrigeration technicians performing retrofits or repairing diverse commercial HVAC architectures. Like its Twin counterpart, this single-valve module features an integrated RS485 port for Modbus RTU or CAREL network communication, and it utilizes standard DIN-rail mounting for rapid integration into existing electrical cabinets.
Key Features:
● Universal Valve Compatibility: Pre-programmed to smoothly operate CAREL unipolar/bipolar valves as well as a wide variety of third-party electronic expansion valves.
● Advanced Superheat Optimization: Continuously calculates and adjusts valve positioning to ensure exact superheat regulation, protecting compressors and saving energy.
● Built-In RS485 Port: Facilitates seamless data exchange with main programmable controllers and supervisory systems using Modbus RTU or standard CAREL protocols.
● Intuitive Configuration: Supports the attachment of an optional graphical LCD interface, allowing installers to execute rapid, guided commissioning without external PCs.
● Multiple Refrigerant Profiles: Contains an extensive internal database of modern refrigerants, ensuring accurate thermodynamic calculations across different HVAC platforms.
● Space-Saving DIN-Rail Design: Housed in a highly compact, standardized modular casing to conserve valuable space within crowded commercial control panels.
The EVD0000E10 delivers the universal adaptability and digital precision required to stabilize refrigerant flow and maximize energy efficiency in diverse commercial cooling applications.
Description
The CAREL EVD0000E10 is a highly versatile EVD Evolution Universal electronic expansion valve (EEV) driver engineered to regulate a single stepper motor valve in advanced commercial refrigeration and air conditioning systems. Operating on a standard 24 VAC/DC power source, this digital controller processes temperature and pressure sensor data in real-time to adjust refrigerant flow with extreme accuracy. By continuously maintaining optimal superheat conditions, the driver minimizes energy consumption and protects critical compressor mechanics from catastrophic liquid flooding.
Technical Specifications
| Condition | New/Never Used Surplus |
| Brand | CAREL |
| Category | HVAC/R Controls |
| Part Number | EVD0000E10 |
| Subcategory | Electronic Valve Drivers |
| Product Series | EVD Evolution Universal |
| Valve Support | Single Electronic Expansion Valve |
| Power Supply | 24 VAC / 24 VDC |
| Communication | RS485 (CAREL / Modbus RTU) |
| Mounting Style | DIN Rail Mount |
| Weight | 0.6 lbs (0.27 kg) |
Information About EVD0000E10BCM-MS/TP
The EVD0000E10 is a flagship standalone driver within the CAREL automation ecosystem. The "Universal" designation in its programming means it is not restricted to CAREL-branded valves; it comes pre-loaded with driving profiles for a vast array of third-party electronic expansion valves (including Danfoss, Sporlan, and Emerson). This flexibility makes it an invaluable asset for refrigeration technicians performing retrofits or repairing diverse commercial HVAC architectures. Like its Twin counterpart, this single-valve module features an integrated RS485 port for Modbus RTU or CAREL network communication, and it utilizes standard DIN-rail mounting for rapid integration into existing electrical cabinets.
Key Features:
● Universal Valve Compatibility: Pre-programmed to smoothly operate CAREL unipolar/bipolar valves as well as a wide variety of third-party electronic expansion valves.
● Advanced Superheat Optimization: Continuously calculates and adjusts valve positioning to ensure exact superheat regulation, protecting compressors and saving energy.
● Built-In RS485 Port: Facilitates seamless data exchange with main programmable controllers and supervisory systems using Modbus RTU or standard CAREL protocols.
● Intuitive Configuration: Supports the attachment of an optional graphical LCD interface, allowing installers to execute rapid, guided commissioning without external PCs.
● Multiple Refrigerant Profiles: Contains an extensive internal database of modern refrigerants, ensuring accurate thermodynamic calculations across different HVAC platforms.
● Space-Saving DIN-Rail Design: Housed in a highly compact, standardized modular casing to conserve valuable space within crowded commercial control panels.
The EVD0000E10 delivers the universal adaptability and digital precision required to stabilize refrigerant flow and maximize energy efficiency in diverse commercial cooling applications.