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Description
Overview
Essential details：VMIVME-3215-000 high performance controller module
Product Description
The VMIVME-3215-000 is a high performance controller module from GE Fanuc with the following features and functions:
High resolution graphics support: Up to 1600×1200 screen resolution is supported through a super VGA controller such as the VMIVME-7807, and graphics support 1200 true colors (single view mode).
Digital Video Interface (DVI) : Some models such as the VMIVME-5567-000 offer a DVI interface that provides high-speed digital connectivity for visual data, independent of display technology.
Remote Ethernet boot: Uses Argon management to boot BIOS with support for PXE, NetWare, TCP/IP, or RPL network protocols to provide remote boot capabilities.
Serial ports: The VMIVME-5567-000 has four 16550-compatible serial ports, and the COM1 can use RJ45 connectors through the front panel.
Keyboard and mouse ports: The VMIVME-7807 has a combined PS/2 keyboard and mouse connector, including a Y-shaped adapter cable.
Flash and memory: The VMIVME-7807 offers up to 1 GB of CompactFlash memory, accessible via a secondary IDE port.
Timer and Watchdog timer: The VMIVME-5567-000 provides software-programmable timers and watchdog timers for system monitoring and recovery.
Non-volatile SRAM: The VMIVME-7807 provides 32 KB of non-volatile SRAM, the contents of which are maintained in case of power interruption or disconnection.
System environment: high temperature environment, compatible with PLC system.
Application: It may be widely used in steel, petrochemical, electric power and other industries because of its high reliability and multiple functions.
Smart 8-channel thermocouple board: The VMIVME-3215-000 is also an 8-channel low-level input board specifically designed for thermocouple input, performs reference (cold) junction temperature compensation, and provides linearization for various thermocouple types. All inputs are modulated and isolated, and are overvoltage protected in positive mode, with optional configuration for advanced inputs.
32 analog output channels: A maximum output current of 10mA per channel, a 12-bit D/A converter (DAC) per output channel, providing a wide range of pressure of 0.80, random updating (non-scanning), dual buffered output of software or external synchronous updating.
VMIVME-3210
Product parameter
Number of channels: 8 independent thermocouple channels.
Input type: isolated differential input channel.
Microprocessor: Onboard 16-bit microcomputer.
Cold end compensation: Supports local or remote cold end compensation.
Thermocouple type: Support a variety of thermocouple types, such as J, K, T, E, R, S, B, N, W-Re, etc.
Isolation voltage: High common mode voltage (CMV) isolation up to 1,000V.
Common mode rejection: High common mode rejection ratio, up to 120 dB at 60 Hz.
Data format: Unit of measurement, resolution and data format can be selected through the program.
Analog output channels: 32 analog output channels.
Output current: The maximum output current of each channel is 10mA.
D/A Converter: Each output channel is equipped with A 12-bit D/A converter (DAC).
Pressure range: 0.80 wide range of pressure.
Update mode: random update (non-scan).
Buffer output: Dual buffer output, support software or external synchronous updates.
Calibration: Automatic calibration is initiated by reset or software command.
Voltage range: Unipolar (0 to +10V, 0 to +5V, 0 to +2.5V) or bipolar (±2.5V, ±5V, and ±10V).
Connection mode: Support discrete wire or mass termination cable.
Self-testing: A wide range of self-diagnostic testing capabilities.
Application: Suitable for data acquisition system, control system, precision simulation excitation, automatic test equipment (ATE), etc.
APPLICATION
Applications of the VMIVME-3215-000 smart 8-channel thermocouple board include, but are not limited to:
Industrial automation control systems: used for temperature measurement and control to ensure the stability and efficiency of production processes.
Data acquisition system: High precision temperature data acquisition for further analysis and processing.
Control systems: In applications requiring precise temperature control, such as chemical, pharmaceutical, food processing and other industries.
Precision analog excitation: Provides precise temperature excitation signals in test and calibration equipment.
Automated Test Equipment (ATE) : Temperature testing and monitoring in an automated test environment.
Power plant: Monitor and control key temperature parameters during power generation.
Intelligent flat tempering furnace system manufacturing: in the glass manufacturing process, control the furnace temperature to ensure product quality.
PLC programmable conveyor control system: Integrated into the conveyor control system to monitor and regulate the temperature of the conveyor belt.
DCS caustic control system: Used to monitor and control temperature related parameters in a distributed control system.
Intelligent fire water supply control system: In the fire water supply system, ensure that the water temperature meets the requirements.
Chemical plant liquid constant flow cultivation computer control system: in the chemical production process, control the temperature of the liquid.
Paper printing and dyeing production line substation integrated automation control series: In the paper and printing industry, control the temperature conditions on the production line.
Research and education: Temperature measurement and control in laboratory Settings for teaching and research purposes.
Environmental monitoring: In applications that need to monitor ambient temperature, such as cold chain logistics, greenhouse control, etc.
Medical equipment: In certain medical monitoring and treatment equipment, precise temperature control is performed.
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