Part Number: IS210MVRAH2A
Manufacturer: General Electric
Series: MKVI
Description: printed Circuit Board
The IS210MVRAH2A serves as a crucial component in voltage regulation systems, providing stable and precise DC output voltage across a wide range of input voltages.
It utilizes sophisticated control algorithms to ensure consistent performance, even in the face of fluctuating load conditions.
The incorporation of Modbus RTU communication enables seamless integration into various industrial control systems, enhancing overall system efficiency and reliability.
Manufacturer: General Electric
Input Voltage: 100-240V AC
Output Voltage: 24V DC
Power Consumption: 10W
Operating Temperature: -10°C to 50°C
Dimensions: 6.5 x 4.5 x 2.0 inches
Weight: 1.2 lbs
Communication: Modbus RTU
Wide Input Voltage Range: The regulator accepts input voltages ranging from 100 to 240V AC, offering flexibility and compatibility with different power sources.
Precise Output Voltage Regulation: It delivers accurate and stable DC output voltage, ensuring optimal performance for connected devices and systems.
Compact and Lightweight Design: With dimensions of 6.5 x 4.5 x 2.0 inches and a weight of 1.2 lbs, the regulator offers a space-saving solution without compromising functionality.
Modbus RTU Communication: Equipped with Modbus RTU communication protocol, the regulator facilitates seamless data exchange and remote monitoring, enabling efficient control and management of voltage regulation processes.
Compliance: The IS210MVRAH2A mkvi is certified to meet CE and RoHS standards, ensuring adherence to safety and environmental regulations, and providing peace of mind to users.
The IS210MVRAH2A MKVI is compatible with a wide range of industrial applications that require stable DC voltage regulation.
Its compatibility with the Modbus RTU communication protocol makes it suitable for integration into various control systems, including industrial automation, power distribution, renewable energy, telecommunications, and process control.
Industrial Automation: Used in automated manufacturing processes, robotics, and control systems.
Power Distribution Systems: Deployed in electrical distribution networks to maintain stable voltage levels.
Renewable Energy Systems: Integrated into solar, wind, and other renewable energy systems to regulate DC voltage.
Telecommunications: Employed in telecommunications infrastructure to ensure reliable power supply to network equipment.
Process Control: Utilized in chemical plants, refineries, and other industrial facilities for precise voltage control in process automation.
To ensure optimal performance and longevity of the IS210MVRAH2A, regular maintenance is recommended:
Periodic Inspection: Conduct routine inspections to check for signs of wear, damage, or corrosion.
Cleaning: Remove dust and debris from the unit to prevent overheating and maintain proper airflow.
Electrical Connections: Check and tighten electrical connections to prevent voltage fluctuations and ensure reliable operation.
Calibration: Calibrate the voltage output periodically to maintain accuracy and consistency.
Disconnect Power: Before installation, ensure that power is disconnected to prevent electrical hazards.
Mounting: Securely mount the regulator in a well-ventilated area, preferably on a stable surface away from heat sources or moisture.
Connection: Connect the input power supply to the designated terminals, ensuring proper polarity and voltage compatibility.
Load Connection: Connect the load to the output terminals of the regulator, taking care to match voltage and current requirements.
Power Up: Power up the regulator and configure settings as needed, referring to the user manual for guidance.
Verification: Verify proper operation of the regulator by checking voltage output and monitoring for any abnormalities before putting it into full use.
No Output Voltage: Check the input power connection for proper voltage and polarity. Verify load connections and ensure proper contact. Inspect for any blown fuses or circuit breakers and replace if necessary.
Fluctuating Output Voltage: Check for loose connections or damaged wiring. Ensure proper grounding of the regulator and connected devices. Verify load stability and adjust as needed to maintain consistent voltage output.
Communication Issues: Check Modbus RTU settings for the correct configuration. Verify communication cables for damage or loose connections. Ensure compatibility with the control system and adjust settings if necessary to establish communication.
By following these detailed guidelines, users can effectively utilize the IS210MVRAH2A mkvi by GE in various industrial applications, ensuring reliable and stable voltage regulation for their systems.
What is the IS210MVRAH2A?
The IS210MVRAH2A is an MVRA I/O Interface Board developed by GE that is used with the PVME in Mark VIe control systems. It serves as a replacement for the TCQA and IOMA boards.
What are the key functions of the IS210MVRAH2A?
The IS210MVRAH2A provides analog and digital I/O capabilities, including handling thermocouples, pulse rates, proximeters, PTR relays, bus and generator voltage, as well as servos and LVDTs. It facilitates accurate and reliable data communication within control systems.
How does the IS210MVRAH2A communicate within the control system?
The IS210MVRAH2A utilizes the high-speed serial link to communicate with the PVME in Mark VIe control systems. It also supports Modbus RTU communication for integration with other industrial control systems.
What are the key features of the IS210MVRAH2A?
Key features include precise voltage regulation, wide input voltage range, compact design, Modbus RTU communication, and compliance with safety and environmental standards such as CE and RoHS.
What applications is the IS210MVRAH2A used in?
The IS210MVRAH2A is commonly used in industrial automation, power distribution systems, renewable energy systems, telecommunications, and process control applications that require stable and reliable voltage regulation and I/O integration.
How is the IS210MVRAH2A installed and configured?
Installation involves mounting the board securely, connecting the input power and load, and configuring the Modbus RTU settings as needed. Proper grounding and verification of operation are also important steps in the installation process.
Does the IS210MVRAH2A have any maintenance requirements?
Yes, regular maintenance is recommended to ensure optimal performance, including periodic inspection, cleaning, checking connections, and calibrating the voltage output if necessary.
Is the IS210MVRAH2A still in production or available to purchase?
According to the information provided, the IS210MVRAH2A is no longer in active production, as GE has discontinued the model. However, it can still be purchased from third-party suppliers and distributors like ICSpares who may have existing stock or refurbished units available.
What is the warranty coverage for the IS210MVRAH2A?
The IS210MVRAH2A purchased from ICSpares comes with a 1-year warranty, covering any defects found through normal use and wear within that time.
What is the purpose of the I/O networks in the Mark VIe controller?
The I/O networks in the Mark VIe controller are used to connect the controller to I/O packs and provide redundant input data. In a TMR system, each controller uses a separate I/O network (R, S, or T) to send outputs to an I/O module.
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