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  • GE 07BR61R1 GJV3074376R1 Decentral I/O Coupler
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  • GE 07BR61R1 GJV3074376R1 Decentral I/O Coupler

    110V-380V
    1A-30A
    5W-130W
    1 year
    30
    United States, France, Japan, Viet Nam, Australia, Russia, Germany, Italy, Arabia

    GE 07BR61R1 GJV3074376R1 Decentral I/O Coupler

    • ¥11000.00
      ¥34670.00
      ¥11000.00
      ¥11000.00
    • Satisfaction:

      Sales: 0

      Review: 0

    Weight:3.600KG
    • Quantity:
    • (Inventory: 33)
Description

GE 07BR61R1 GJV3074376R1 Decentral I/O Coupler


GE 07BR61R1 GJV3074376R1 Decentral I/O Coupler

Product Overview

GE 07BR61R1 GJV3074376R1 as Decentral I/O Coupler plays a key role in industrial automation system. It is responsible for connecting distributed input and output devices (e.g., sensors, actuators, etc.) to the central control system for data transmission and control commands.

Product Features

Distributed Architecture: Adopting distributed architecture makes the input/output devices can be flexibly distributed in all corners of the control system, which improves the flexibility and scalability of the system.

High-speed communication: With high-speed communication capability, it can transmit data and control commands in real time and accurately, ensuring the response speed and stability of the system.

High reliability: Adopting high-quality materials and advanced manufacturing process, it has high reliability and stability, and can operate stably for a long time in harsh industrial environment.

Easy maintenance: modular design makes maintenance easier, when a module fails, it can be easily replaced or repaired, reducing the maintenance cost of the system.

Application Scenarios

GE 07BR61R1 GJV3074376R1 Decentral I/O Coupler is widely used in various industrial automation and control system fields, including but not limited to:

Production line automation: In production line automation, this coupler can connect various sensors and actuators on the production line with the central control system to achieve automated control and monitoring of the production line.

Robot control system: In robot control system, the coupler can be used to connect various sensors and actuators of the robot to achieve precise control and monitoring of the robot.

Process control system: In the process control system, the coupler can be used to connect various process parameter sensors and actuators to achieve precise control and monitoring of the process.

Market situation and price

GE 07BR61R1 GJV3074376R1, as a professional product in the field of industrial automation, its market price varies depending on factors such as supplier, region, purchase volume and purchase time. Generally, its price ranges from a few thousand dollars to tens of thousands of dollars. When purchasing, it is recommended to compare with multiple suppliers and choose a reputable and reasonably priced supplier for purchase.

Maintenance and Care

In order to ensure the proper operation and extend the service life of the GE 07BR61R1 GJV3074376R1 Decentral I/O Coupler, regular maintenance and servicing is required. The following are some recommendations:

Periodic Inspection: inspect the coupler periodically to ensure that it is properly connected and not loose or damaged.

Cleaning and maintenance: Clean the coupler and its surroundings regularly to prevent dust and dirt from damaging the coupler.

Moisture and dust prevention: Ensure that the coupler is installed in a dry, well-ventilated environment and avoid prolonged exposure to moisture or dust.

Backup data: Backup important data in the coupler regularly to prevent data loss or damage.

Configurable block features include: 

 Independent scaling for each input and output. 

 Fault reports to the host can be enabled or disabled for each input and output. 

 Selectable Input Filter Time up to 1024ms. 

 Each input can operate in normal analog input mode, or report only its alarm status. 

 Low and high alarm limits for each input, in either normal input mode or alarm input mode. 

 Powerup default values for each output. 

 Each output can be configured to hold last state or default if CPU communications are lost. 

 Input Low Alarm and High Alarm detection. 

 Open Wire detection on current mode inputs. 

 Input Underrange or Overrange. 

 Output Underrange or Overrange.

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