IS215VCMIH1C - VME Bus Master Controller Board

SPECIFICATIONS

Part Number: IS215VCMIH1C
Manufacturer: General Electric
Series: Mark VIe
Product Type: Controller Board
Processor: TMS320C32 32-bit digital signal processor
Memory: Dual-port memory
Availability: In Stock
Country of Origin: United States
Repair: 3-7 Days
Manual: GEH-6421

Functional Description

IS215VCMIH1C is a Bus Master Controller Board manufactured and designed by General Electric as part of the Mark VIe Series used in distributed control systems. A VCMI board in the VME rack enables two-way communication between the I/O processor boards and the controller. Other system elements, like an operator interface or PLC, are communicated using the controller's Ethernet port. The controller Genius port can be used to connect additional PLC I/O to the system. The system employs a low voltage variant of the common VME rack power supply and is powered by 24 V dc.

Fig 1: Typical Controller Mounted in Rack with Communication Board

The signal conditioning on DIN-type terminal boards is always the same as on T-type terminal boards, and the mentioned I/O specifications are applicable. However, the boards do not support TMR, and there are differences in the number of inputs and outputs as well as the grounding rules. Space is conserved by using high-density Euro-Block terminal blocks that are permanently mounted. The terminals on the blocks can accommodate up to two #14 wires or one #12 wire. The most common wire size is #18 AWG.

IS215VCMIH1C Operation

• The controller has software that is specifically designed for use with steam, gas, land-marine derivative (LM), or balance of plant (BOP), goods. Assuming a normal collection of blocks of average size, it can execute up to 100,000 rungs or blocks every second.
• The controller is able to synchronize to the VCMI board's clock within 100 microseconds thanks to an external clock interrupt.
• The VCMI board uses the VME bus to send and receive external data to and from the control system database (CSDB) in the controller. The process inputs and outputs from the I/O boards make up the data in a simplex system.
• The inputs from the input boards, singular inputs from simplex boards, computed outputs to be voted by the output hardware, and the internal state values that need to be exchanged between the controllers make up the data in a TMR system.

IS215VCMIH1C Installation

• The controller and a VCMI are the two components that make up a control module. Three different types of racks are available, including the GE Fanuc integrator's rack displayed in the accompanying figure and the two Mark VI rack sizes displayed in the section titled "VCMI - Bus Master Controller." Only standalone modules with remote I/O are used in the shorter GE Fanuc rack.
• Longer Mark VI racks that support both local and remote I/O are available. A cooling fan is positioned above or below the controller depending on which rack is being utilized. A VDSK board is also necessary for the stand-alone control module used with a GE Fanuc integrator's rack in order to provide fan power and identify the rack through an ID connection.

Diagnostics

• Internal power supply buses of 5 V, 12 V, 15 V, and 28 V are monitored and alerted.
• The alarm settings are customizable and are typically set at 3.5%, with the exception of the 28 V supplies, which are set to 5.5%. Diagnostic signals from the power distribution module (PDM) are also monitored through J301.
• Ground fault and over/under voltage detection on the P125 V bus, two differential 5V dc analog inputs, P28A and PCOM for external monitor circuits, and digital inputs are among them.

WOC has the largest stock of GE Speedtronic Mark VIe Distributed Control System Replacement Parts. WOC is happy to assist you with any of your automation requirements. For pricing and availability on any parts and repairs, kindly get in touch with our team by phone or email.

FREQUENTLY ASKED QUESTIONS

What is GE Mark VIe IS215VCMIH1C?

IS215VCMIH1C is a Bus Master Controller Board used in Distributed Control Systems which connects the controllers and I/O.

What is the Function of VME?

Early 1980s research of VME led to its standardization as a computer bus in 1987 for usage in embedded applications. Worldwide, it was used extensively in a variety of industrial, research, semiconductor process control, transport, medical, and defense applications.

How are boards packaged for shipment from WOC?

Parts are placed in antistatic packets and securely packed in ESD boxes cushioned with ESD Foam designed to safeguard electrical components.