GE DS200DSPAG1A DS200DSPAG1AAC Turbine Display Board

The GE DS200DSPAG1A DS200DSPAG1AAC serves as a reliable turbine control board for the Mark V system. This board processes critical signals to maintain stable unit operations. Therefore, it plays an essential role in your turbine automation setup.

Product Overview

We engineered the GE DS200DSPAG1A DS200DSPAG1AAC for demanding industrial automation tasks. Its parameters support accurate data handling and long-term durability. Moreover, this board meets strict GE quality standards for field service.

Hardware Specifications

Parameter	Specification
Dimensions	12.5 cm (height) x 21.5 cm (length)
Weight	0.45 kg (approximately 1.0 lb)
Interface Type	VME backplane connector (96-pin)
Component Count	Over 150 discrete components including resistors, capacitors, ICs
Energy Storage	Embedded ceramic capacitors for signal filtering
Supply Voltage	5V DC nominal with 10% tolerance
Operating Temperature	-30°C to +65°C
Storage Temperature	-40°C to +85°C

Circuit Design & Power Management

The GE DS200DSPAG1A DS200DSPAG1AAC uses surface-mount technology for efficient signal conversion. Its energy storage capacitors maintain logic states during brief power dips. Additionally, this board offers direct plug-in compatibility with existing Mark V racks. The power distribution network uses separate planes for analog and digital circuits. Consequently, you get reduced noise interference between different signal types.

Safe Handling Procedures

You must always use an anti-static bag when handling the GE DS200DSPAG1A DS200DSPAG1AAC. A clean, dry mounting surface ensures proper heat dissipation away from sensitive components. Furthermore, avoid touching any exposed traces or component leads. Static discharge can permanently damage the onboard microprocessors.

Installation Steps

Inspect all backplane pins carefully before you install the board. Apply firm, even pressure to seat the GE DS200DSPAG1A DS200DSPAG1AAC without bending any connectors. Always disconnect system power first to protect internal circuits from damage. After installation, verify that all retaining screws are tight. This step prevents vibration-related failures during turbine operation.

Typical Applications

This control board works in steam turbine and gas turbine systems. It also supports generator excitation control applications. Many power plants use the GE DS200DSPAG1A DS200DSPAG1AAC for retrofit projects. Its robust design reduces unplanned maintenance events significantly.