Vibro-meter S3960 GSI124 224-124-000-02 Communication board

product description：

MPC4 machinery protection card (ABE04x and ABE056)
The MPC4 card has the following panel elements (see Figure 2-7):
1- One global DIAG/STATUS indicator for the MPC4 / IOC4T card pair This multi-coloured, multi-function LED is used to indicate:
• The status of the card configuration
• Whether special functions such as Trip Multiply (TM) or Danger Bypass (DB) are in use
• An MPC4 card failure due to a hardware or a software problem. 2- BNC connectors RAW OUT 1 to RAW OUT 4 A connector is present for each of the four measurement channels. Used to output raw analog signals (corresponding to, for example, vibration or dynamic pressure). 3- BNC connectors TACHO OUT 1 and TACHO OUT 2 A connector is present for each of the two rotational speed channels. Used to output speed/phase reference signals. These signals are TTL-conditioned. 4- Status indicators for the four measurement channels and the 2 rotational speed channels Each multi-coloured, multi-function LED is used to indicate:
• Whether the signal input for that channel is valid
• The presence of an incoming signal in the Alert/Danger condition
• Whether the channel inhibit function is in use. 5- RS-232 connector This 9-pin D-sub connector can be used to configure an MPC4 card in a stand-alone rack. This is done via an interface cable from a computer running one of the VM600 MPS software packages (MPS1 or MPS2). See Figure 2-6 for details of the interface cable.

The VM600 system, including the IOCN card, is utilized for the protection and monitoring of rotating machinery in industries such as power generation and oil & gas. It supports centralized monitoring with a medium to large number of measurement points, suitable for various types of machinery and equipment .

The IOCN card is designed to work in tandem with the CPUM card, forming a CPU/IOCN card pair that serves as both a system controller and a data communications gateway. This pairing enables efficient management and communication within the VM600 system.

Key features of the MPC4 are:
» From the Vibro-Meter® product line
» Continuously online machinery protection card
» Real-time measurement and monitoring using state-of-the-art DSP techniques
» 4 dynamic signal inputs and 2 tachometer (speed) inputs, all individually programmable
» Programmable broad-band and narrow-band filters
» Simultaneous amplitude and phase monitoring in order tracking mode
» Programmable Alert, Danger and OK set points
» Adaptive Alert and Danger levels
» Front panel BNC connectors for easy analysis of raw signals
» 7 front panel LEDs show status and alarms
» Integrated power supply for many Vibro-Meter front-ends, including ICP accelerometers and proximity systems
» Live insertion and removal of cards
» Available in ‘standard’, ‘separate circuits’ and ‘safety’ (SIL) versions
(a) Standard DC version 
The wiring assembly for the rear panel includes the additional cabling ( ) only when both RPS6U rack power supplies are AC-input versions operating with DC inputs (which requires a rear panel with a DC input).
(b) DC version
VM600 image is for reference only product style, specific data of manufacture and product version, please refer to the actual product delivery!

Modular Design: The system is highly modular, allowing for easy configuration and expansion. The IOCN card can be installed alongside other cards in the VM600 rack to expand the system’s capabilities according to specific needs.
Communication Interfaces: The IOCN card supports various communication protocols, including Modbus RTU/TCP and potentially others depending on the specific model of the CPU/IOCN card pair. This flexibility ensures compatibility with a wide range of industrial networks and systems.

Physical Dimensions and Power Supply: The IOCN card has specific physical dimensions and requires a certain power supply voltage, which should be compatible with the overall VM600 system architecture. Detailed specifications regarding these aspects are available in the product documentation.
Operating Environment: The system is designed to operate within a specified temperature and humidity range, ensuring reliable performance under typical industrial conditions.

FQA