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GE MVP11 369B184G5004 Valve Position Module with Precise Valve Control Compatible with 4-20 mA and 0-10 V Signals
| Herkunftsort | USA |
|---|---|
| Markenname | GE |
| Zertifizierung | COO |
| Modellnummer | MVP11 369B184G5004 |
| Min Bestellmenge | 1 |
| Preis | $1000 |
| Lieferzeit | 5-7 Tage |
| Zahlungsbedingungen | T/t |
| Versorgungsmaterial-Fähigkeit | 999 |
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xProduktdetails
| Name | GE MVP11 369B184G5004 Ventilpositionsmodul Industrial Control Systems | Produkt -ID | MVP11 369B184G5004 |
|---|---|---|---|
| Serie | Mark v | Produktnetzbreite | 100 mm |
| Produktnetz Tiefe/Länge | 330 mm | Produktnetzhöhe | 200 mm |
| Produktnetzgewicht | 2 kg | Garantie | 1 Jahr |
| Hervorheben | Precise Valve Control Valve Position Module,Compatible with 4-20 mA Industrial Control Module,Compatible with 0-10 V GE MVP11 Module |
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Produkt-Beschreibung
GE MVP11 369B184G5004 Valve Position Module Industrial Control Systems
Product Description:
The GE MVP11 369B184G5004 is a specialized Valve Position Module engineered to deliver precise, real-time control and monitoring of valve actuation in industrial control systems—with a primary focus on critical applications like gas, steam, and wind turbines, as well as process control setups in power generation, oil, and gas sectors.
As a core component of GE’s industrial automation ecosystem, its primary role is to bridge the gap between central controllers and valve actuators: it receives command signals from the control system, converts these signals into actionable outputs for actuators, and feeds back real-time valve position data to ensure closed-loop control—critical for maintaining optimal turbine performance, process flow, and operational safety.
At the heart of its functionality is high-precision position sensing and signal processing. The module supports a range of valve actuation technologies and is compatible with standard industrial signal protocols, including 4-20 mA current loops and 0-10 V voltage signals—enabling seamless integration with diverse sensor types. Built-in signal conditioning circuits minimize electrical noise and interference, ensuring that both command signals and feedback data remain accurate—even amid vibration, temperature fluctuations, and electromagnetic interference (EMI) from adjacent equipment.
Durability is a defining trait of the MVP11 369B184G5004, with an industrial-grade enclosure and components rated for harsh operating conditions. It incorporates robust protective features, such as overvoltage protection to shield against power surges, short-circuit protection for actuator or wiring faults, and thermal overload protection to prevent component damage during extended high-load operation. These safeguards not only extend the module’s lifespan but also reduce unplanned downtime—critical for industries where valve failure can lead to process disruptions or safety hazards.
For integration and maintenance, the module is designed with user-centricity in mind. It features standardized mounting options for easy installation in control cabinets, along with clear terminal labeling for quick wiring of power, control signals, and feedback lines. Diagnostic capabilities are also built-in: LED indicators provide at-a-glance status updates, while test points allow technicians to measure key signals without disassembling the module—simplifying troubleshooting and reducing repair time.
In practical application, the MVP11 369B184G5004 is indispensable for processes requiring tight valve control. For example, in gas turbine systems, it regulates fuel supply valves to match load demands, ensuring efficient combustion and preventing overfueling; in steam turbines, it adjusts steam inlet valves to maintain optimal pressure and speed; in oil refineries, it controls flow valves to stabilize process streams. By ensuring valves respond precisely to control commands and providing accurate position feedback, the module enhances overall system efficiency, reduces energy waste, and supports compliance with industrial safety standards—solidifying its role as a reliable workhorse in industrial control systems.
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