EV Value Terminal for Sale Economy Valve Terminal
With its compact design, quick installation, wider protocol compatibility and M12 interface connection, EV series bus valve terminal is widely used in automation control field, providing customers with efficient, stable and convenient solutions.
- Adopts adapter and manifold combination, simple and compact structure, space-saving, easy integration
- Lower fork solenoid valve design simplifies installation and replacement and improves work efficiency
- Support mainstream bus protocols (PROFINET, EtherCAT, EtherNet/IP), compatible with a variety of brands of equipment
- Power supply and communication interfaces are connected by M12 to simplify access and guarantee stability and efficiency
- Widely used in the field of automation control, providing high quality performance guarantee and convenient operation
- Datasheet
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| Communication Protocols | PROFINET | EtherCAT | EtherNET/IP |
|---|---|---|---|
| Bus speed | 100Mbps | 100Mbps | 100Mbps |
| Current consumption | DC24V/45mA | DC24V/60mA | DC24V/65mA |
| Communication distance | 100m | 100m | 100m |
| Adaptive power supply | DC24V/2.2A | DC24V/2.2A | DC24V/2.2A |
| Electromagnetic protection current | DC24V/4A | DC24V/4A | DC24V/4A |
| Allowable Voltage Variation | DC24V±10% | DC24V±10% | DC24V±10% |
| Communication Normal Output | HOLD / OFF/SUB | HOLD / OFF/SUB | HOLD / OFF/SUB |
| Operating temperature | -10~60℃ | -10~60℃ | -10~60℃ |
| Storage temperature | -10~60℃ | -10~60℃ | -10~60℃ |
| Self-contained output form | NPN | NPN | NPN |
| Protective function | Short Circuit Protection, Reverse Connection Protection | Short Circuit Protection, Reverse Connection Protection | Short Circuit Protection, Reverse Connection Protection |
Simple Wiring
EV economic valve terminal can use M12 quick wiring interface, compared with the traditional terminal wiring, greatly simplify the wiring process, improve the installation efficiency. Traditional valve terminal wiring needs to be stripped one by one, fixed, the process is cumbersome and prone to error, while the M12 interface supports plug-and-play, a cable can be connected to avoid wiring errors, reduce installation and maintenance costs. At the same time, the M12 interface has better protection and anti-interference ability to ensure stable signal transmission, even in vibration or humid environment can also be reliable operation. This design not only makes wiring faster and cleaner, but also improves the stability and service life of the system, providing a more efficient solution for automation applications.
High Performance Solenoid Valves
The solenoid valves used in EV valve terminal adopt the down-plugging design without exposed cables to ensure a safer and more reliable connection, and no additional wiring is required for replacement, which is both fast and stable. The internal use of imported soft magnetic core, hysteresis loss is small, with class B heat-resistant grade, support switching frequency up to 20Hz, to ensure efficient operation. In addition, the solenoid valve adopts imported grease and gas reset design, making its life up to 80 million times, significantly reducing maintenance costs. Its integrated structure reduces the number of parts and minimizes the incidence of malfunction, while the G thread specification eliminates the need for additional sealing tape wrapping and improves installation convenience. Combined with the screw down locking design, it can effectively prevent misoperation and further enhance the safety and reliability of the system.
Diagnostic Functions
EV valve terminal with solenoid valve short-circuit and disconnection detection function, can real-time monitoring solenoid valve working status, improve system reliability and maintenance efficiency. When there is a short-circuit or disconnection, the EV valve terminal can quickly detect and feedback fault signals, which facilitates timely investigation and repair, avoiding equipment downtime due to failure and reducing production losses. This intelligent diagnostic function ensures that the system is always running stably and improves the safety and efficiency of the overall automation equipment.
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EV Economy Valve Terminal Frequently Asked Questions
In order to help you get a more comprehensive understanding of the EV Valve terminal, we have compiled a list of frequently asked questions and answers. This information will help you better understand the advantages of the EV Valve terminal, such as its M12 quick-wire interface, the solenoid short-circuit and disconnection detection function, and the solenoid life of up to 80 million cycles, which will make it easier for you to use the EV Valve terminal in practice. If you have questions about how a Valve Terminal works, how to choose the right interface, or how to realize remote diagnostics, here are detailed answers for you. We are committed to providing you with efficient, reliable and easy-to-maintain automation control solutions. If you need further information or personalized advice, please feel free to contact us!
EV Valve Terminal is suitable for a variety of automated production lines, packaging machinery, electronics manufacturing, food processing and other industries that require efficient pneumatic control, especially for application scenarios that require installation space, cost and ease of maintenance.
The EV valve terminal can be operated via standard I/O controls and is compatible with common industrial fieldbus and Ethernet protocols such as PROFINET, EtherCAT, EtherNet/IP, CC-Link IE , IO-Link, ensuring seamless integration with different automation systems.
The EV Valve Terminal is IP67 rated for stable operation in complex environments such as wet, dusty, and high vibration environments, ensuring long-term reliability.
EV Valve Terminal supports solenoid valve short-circuit and disconnection detection, and can feedback fault information through the bus, which facilitates remote monitoring and maintenance and reduces downtime.
EV Valve terminal supports DIN rail mounting, screw mounting, etc., and can be easily integrated by selecting the appropriate mounting solution according to the equipment layout requirements.
