GE VMIVME-3122-0202500GE VMIVME-3122-0202500

GE VMIVME-3122-0202500 is an I/O module for the Mark VIe family of programmable Logic controllers (PLCS). It provides the following features:

32 universal analog input channels
16 universal analog output channels
Supports a variety of analog ranges and signal types
Can be used in a variety of industrial applications
The VMIVME-3122-0202500 module is suitable for a variety of applications, including:

Industrial process control
Discrete manufacturing
Electric power system
Oil and gas
transportation
Product parameters:

Analog input:
Number of channels: 32
Range: Optional
Signal type: voltage, current
Analog output:
Number of channels: 16

Range: Optional
Signal type: voltage, current
Power supply voltage: 24 V DC

Operating temperature range: -40 to 70°C (-40 to 158°F)
Enclosure protection class: IP65
Specifications:

Comply with CE and CSA standards
Supports DIN rail mounting
Have diagnostic function
Application Case:

In industrial process control applications, the VMIVME-3122-0202500 module can be used to measure and control process parameters such as temperature, pressure and flow.
In discrete manufacturing applications, the VMIVME-3122-0202500 module can be used to control motors, valves and other actuators.
In power systems, the VMIVME-3122-0202500 module can be used to monitor and control generators, transformers and other equipment.
In oil and gas applications, the VMIVME-3122-0202500 module can be used to control wellheads, valves and other equipment.
In transportation applications, the VMIVME-3122-0202500 module can be used to control engines, brakes and other systems.

In 1971, Japan introduced this new technology from the United States, and soon developed Japan’s first programmable controller DSC-8. In 1973, Western European countries also developed their first programmable controller. China began to develop from 1974, 1977 began to replace the relay control line, stored program instructions, complete sequence control and design. 2. Timing, counting and other sequence control, are switching quantity control, so, usually known as programmable operation controller (PLC-PROGRAMR era, with the development of microelectronics technology, PLC uses a general purpose microprocessor, this controller is no longer limited to the original logic operations, the function continues to enhance. Therefore, it should actually be called PC- programmable controller. By the 1980s, with the development of microelectronics technology such as large-scale and ultra-large scale integrated circuits, the computerized PC composed of 16-bit and 32-bit microprocessors has achieved amazing development, so that the PC has made new breakthroughs in concept, design, performance, price and application. Small, cost reduced, reliability improved, programming and fault detection more flexible and convenient, and with remote! The development of /0 and communication networks, data processing and image display, led to the development of PC for continuous production process control, and became the realization of industrial production automation, which has been referred to as PC in the 1970s and 1980s. Due to the development of the personal computer in the 1990s, it is also referred to as PC; : in addition to the concept of programmable covered range is too big, will for the first time so the AB company controller (PLC – ProgrammableLogicControler), for convenience, still referred to as PLC programmable controller, someone called the programmable controller system of PCS programmable control system, Emphasis on programmable controller production