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GE IS215PMVPH1A IS215PMVPH1AA Protection I/O Module

GE IS215PMVPH1A IS215PMVPH1AA Protection I/O Module Featured Image
  • GE IS215PMVPH1A IS215PMVPH1AA Protection I/O Module

short description:

Item no: IS215PMVPH1A IS215PMVPH1AA

brand: GE

price: $3000

Delivery time: In Stock

Payment: T/T

shipping port: xiamen


Product Detail

Product Tags

Description

Manufacture GE
Model IS215PMVPH1A
Ordering information IS215PMVPH1AA
Catalog Mark VI
Description GE IS215PMVPH1AA Protection I/O Module
Origin United States (US)
HS Code 85389091
Dimension 16cm*16cm*12cm
Weight 0.8kg

Details

The IS215PMVPH1AA is a protection I/O Module developed by GE. It is a part of Mark VIe control system.It is available in New and Remanufactured Condition. This Board functions as an OVERSPEED PROTECTION CKT.

The I/O packs comprise two essential components- the generic processor board and the data acquisition board, which varies depending on the connected device type.

These packs, situated on each terminal board, are pivotal in the system's functionality. They digitize signals from sensors and transducers, execute specialized control algorithms, and facilitate communication with the central Mark VIe controller.

By performing these tasks, the I/O packs ensure smooth integration and operation of connected devices within the broader control system, contributing to the system's overall efficiency and effectiveness.

The IS215PMVPH1AA board is very reliable and so less prone to damage. But the improper handling and poor storage can affect the functionality of the card. So that we recommend keeping the cards in static sensitive storage boxes in recommended conditions.

The exciter is a flexible modular system that can be assembled to provide a range of
available output currents and several levels of system redundancy. These options
include power from a potential, compound, or auxiliary source. Single or multiple
bridges, warm backup bridges, and simplex or redundant controls are available. An
overview of the turbine generator excitation system is shown in Figure 1-1.
Power for the exciter is drawn from a power potential transformer connected to the
generator terminals, or from an excitation transformer connected to an auxiliary bus.
Generator line current and stator output voltage are the primary feedbacks to the
exciter, and dc voltage and current is the controlled output to the exciter field.
The architecture supports Ethernet LAN (Unit Data Highway) communication with
other GE equipment including the GE Control System Toolbox (toolbox) for
configuration, the turbine control, the LCI Static Starter, and the HMI (operator
interface).
Figure 1-2 is a simplified one line diagram of the exciter showing the power source,
generator current and voltage measurements, control module, power conversion
module (PCM), and protection circuits. In the potential source system, the secondary
of the PPT is connected to the input of a 3-phase full-wave inverting thyristor bridge.
The inverting bridge provides both positive and negative forcing voltage for
optimum performance. Negative forcing provides fast response for load rejection and
de-excitation.

Datasheet link

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