IS210WSVOH1AC - Servo Driver Module

SPECIFICATIONS

Part No.: IS210WSVOH1AC
Manufacturer: General Electric
Country of Manufacture: United States of America (USA)
Size: 10.16 cm wide x 33.02 cm high
Temperature: -30 to 65oC
Technology: Surface-mount
Product Type: Servo Driver Module
Availability: In Stock
Series: Mark VIe

Functional Description

IS210WSVOH1AC is a Servo Driver Module developed by GE. It is a part of Mark VIe control system. The servo driver assembly plays a pivotal role in the system, featuring a power supply responsible for converting the P28 voltage input into both positive 15 V and negative 15 V outputs. These outputs are specifically intended to power the servo current regulator circuits essential for the assembly's functionality.

Features

• Servo Current Regulation and configurability: Within the assembly, the servo current regulation mechanism is a pivotal feature. It comprises two servo current regulators that operate based on current references derived from the servo pack. This setup ensures precise control and management of current levels, contributing to the stability and efficiency of the overall system.
• Configurability: The servo driver circuit offers extensive configurability, empowering users with the flexibility to tailor the assembly's performance to specific requirements. One notable aspect of this configurability is the availability of five configurable gains. These gains can be adjusted to fine-tune various parameters, allowing for precise optimization of the assembly's performance characteristics.
• Components and Functionalities: Integral components within the assembly include servo suicide relays and excitation output driver circuits. These components play crucial roles in facilitating the functionality and control of the servo driver system. The servo suicide relays act as safety mechanisms, while the excitation output driver circuits ensure reliable and efficient delivery of excitation signals to the relevant components.
• WSVO Servo Drivers and Connectors: The WSVO servo drivers, fundamental to the operation of the assembly, are connected via three J2 connectors labeled as R, S, and T. These connectors serve as interfaces for communication and power transmission between the servo drivers and other components within the system. Additionally, each individual WSVO unit is securely fastened within the assembly using four screws, ensuring robust and dependable installation that withstands operational stresses.

Maintenance and Replacement Protocol

• The WSVO servo driver and the PSVO I/O pack are sold and ordered as a set, emphasizing the importance of replacing both components if diagnostics indicate any issues with the servo system.
• In case of a malfunction, the WSVO driver can be replaced even while the unit is operational. This process involves removing power from the failed channel using the corresponding manual enable switches-SW1, SW2, or SW3.
• The assembly features LEDs on the board and solid-state power switches, providing visual indicators of power status for each channel, aiding in diagnostic and maintenance procedures.

The WOC team is always available to help you with your Mark VIe requirements. For more information, please contact WOC.

Frequently Asked Questions

What is IS210WSVOH1AC?
It is a Servo Driver Module developed by GE under the Mark VIe series.

How many servo current regulators operate within this assembly, and what are they based on?
There are two servo current regulators in operation within the assembly, functioning based on current references obtained from the servo pack.

What configurability options are available within the servo driver circuit?
The servo driver circuit offers users a choice among five configurable gains, providing flexibility for fine-tuning and optimizing the assembly's performance based on specific operational requirements.

What components are integral to the assembly, and what functions do they serve?
Integral components include the servo suicide relays and excitation output driver circuits, crucial for maintaining control and functionality within the servo driver system.

How are the WSVO servo drivers connected, and what connectors are utilized?
The WSVO servo drivers are connected via three J2 connectors identified as R, S, and T. Each WSVO unit is securely fastened using four screws for stable integration within the assembly.

Is it necessary to replace the WSVO driver and PSVO I/O pack together, and under what circumstances?
Yes, both the WSVO driver and the PSVO I/O pack are ordered and replaced as a set, especially if diagnostics indicate any issues or malfunctions within the servo system.