1.Warranty time: 1 year
2.Delivery time: 3-5 days
3.Product quality: new or discontinued second-hand
1. We are a global trading company, we have a large stock of spare parts, we also produce energy storage batteries
2. Our main sales products are industrial automation control equipment accessories, such as: controller board, processor module, communication module, input and output module, power module (various circuit boards and cards), touch screen, servo driver, servo motor, sensor, cable......
3. We can not only provide new products, but also supply cold and discontinued spare parts, all the discontinued parts will go through strict testing to ensure the reliability of product performance, so that customers can buy and use at ease
4. For more information, please contact us: Contact: Amy | Email: saul01@qq.com | Tel(WhatsApp/Wechat): +86-15359298283
The GE IS215VPROH1BD Speedtronic MarkVI RTD CARD is a module designed for the Mark VI system, which is a gas/steam turbine management system from the Speedtronic line developed by GE. The module is used for Emergency Turbine Protection and offers speed difference detection and backup synch check protection. It accepts thermocouple and analog inputs. The board is composed of two circuit boards, with the top board being an IS200VPRW board that mounts to the lower board via four screw connections threaded into standoffs. The board is populated with integrated circuits, a transformer, several transistors, resistors, capacitors, and diodes, and includes a heat sink located to the right front side .
The IS215VPROH1BD module is built with a faceplate that has LED indicators, a power switch, cable connectors, and Ethernet connectors. This faceplate connects to the boards using screws. It is an essential component for ensuring the safety and reliability of gas/steam turbine systems.
This module is part of the Mark VI series, which is a well-established and reliable system for managing gas/steam turbines. The Mark VI system has been developed by GE for over thirty years with a focus on creating systems that are reliable and efficient.
