GE VMIVME-4140-000 is a turbine controller or communication module produced by GE (General Electric). The following is a detailed introduction about it:
1、 Basic attributes
Brand: GE (General Electric)
model: VMIVME-4140-000
Type: Turbine Controller/Communication Module
2、 Electrical parameters
Working voltage: 220V (also known as 24V, which may refer to a specific situation of the power supply voltage)
Rated current: 5A
Output frequency: 50Hz
Applicable motors: servo motors
Operation method: Specific specifications are required (as the product may support multiple operation methods)
3、 Physical parameters
Panel protection level: 3 (may refer to dust and water resistance level or panel protection level)
Number of USB ports: 2
Storage card slots: 2
Memory expansion capacity: 256MB
System memory: 128MB
Communication interface: RS232 interface (there may be other communication interfaces as well)
Display type: IPS (may refer to the screen type of the display module)
Display color: 100% (referring to the color saturation of the display module)
Working environment temperature: -20 ℃~100 ℃ (another term is -25 ℃~70 ℃, which may refer to the temperature range under different working environments)
4、 Functional Features
High wiring density and strength: Compact design, high wiring density, and high structural strength.
Communication function: Supports communication archiving function, capable of recording and storing communication data.
Display output: It has three independent display outputs (this feature may apply to a variant or similar model of GE VMIVME-4140, specific confirmation is required).
User ｓｃｒｉｐｔ support: Support user-defined scripts to improve system flexibility and customizability.
Multiple input and output methods: Supports various input and output methods such as analog input to meet the needs of different application scenarios.
5、 Application Fields
Industrial automation: As a key component in control systems, it is used to achieve automated control and monitoring of equipment.
Data collection: used to collect various data in real-time during the production process, providing support for production decisions.
Machine control: Achieving precise control in various types of mechanical equipment, improving production efficiency and product quality.
Embedded system: As a part of embedded systems, it provides powerful computing and control capabilities.