GE IC697PWR724 LAN Communication card -MARK V turbine
Brand ABB color Standard Application Industrial height 340mm rated current 519mA
Protection Level IP45 Suitable for motor power 116KW Application Site Power Industry BOM Number GJR2391500R1220 Power industry HIEE401782R0001 Part Number IC697PWR724
Applicable pipe 2 Whether imported is weighing 4.16 kg can be sold nationwide
GE IC697PWR724 LAN Communication card -MARK V turbine
The card is an LST TMR reheat card manufactured and designed by General Electric as part of the Mark V series for steam turbine control systems. The board is part of the protection core and main trip circuit, which has three sets of three emergency trip relays in addition to at least two sets of main trip relays (PTR1 and 2). (ETR1 and 2). While the ETR is usually overseen by the TCEA Committee, the PTR is usually controlled by other committees such as TCQA. If two of the three relays in the system start to fail, the turbine will trip. It also has four auxiliary control outputs, including an electrical locking solenoid, an oil reset solenoid, a mechanical locking solenoid and an oil test solenoid.
Performing actual electrical overspeed trip test, mechanical trip piston test, actual mechanical Overspeed trip test, TMR cross trip test, actual electrical Overspeed trip test (online), actual electrical Overspeed trip test, actual electrical Overspeed trip test (offline), emergency overspeed crossing test are the main uses of this board.
The GE RST analog terminal board DS200TBQBG1ACB has two terminal blocks. Each block has 77 signal wires connected. The GE RST analog terminal board DS200TBQBG1ACB also has 15 jumpers, three 34-pin connectors, and three 16-pin connectors. The copper signal cable is connected to the circuit board using 154 terminals. The signal cable is connected to the other components of the driver and the board, which receives and processes the signal.
Features:
1. Some signals are also sent via signal lines to other boards and components in the drive.
2. Determine the terminal to which each signal cable is connected when installing the original board. TB1 is the ID of a terminal block. The ID TB2 is assigned to another terminal block.
3. Each terminal in each terminal block is assigned a number ID. For example, TB1 66 indicates terminal 66 on block 1.
4. When preparing to replace the board, determine where to connect the signal cable on the replacement board using the terminal ID.
5. The ID should be written on masking tape or stickers and pasted to the signal line. To remove them from the terminals, use a screwdriver. Then, to secure the signal cable, insert the bare copper end into the terminal of the replacement plate and tighten the screw.
GE IC697PWR724 LAN Communication card -MARK V turbine
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