GE DS200SHVIG1B DS200SHVIG1BGD SCR High Voltage Board

The GE DS200SHVIG1B DS200SHVIG1BGD SCR (Silicon Controlled Rectifier) High Voltage Boards are key components in industrial automation systems. These advanced boards, designed and manufactured by General Electric, deliver exceptional performance in controlling high-voltage circuits. With a focus on reliability and efficiency, both models ensure precise control over electrical systems in demanding industrial environments.

Key Features and Specifications

Both the GE DS200SHVIG1B and GE DS200SHVIG1BGD share impressive technical specifications that make them vital components for automation control applications. Their design ensures they can withstand high-voltage operations while maintaining top-tier performance.

Specification	GE DS200SHVIG1B	GE DS200SHVIG1BGD
Dimensions (mm)	190 x 150 x 40	190 x 150 x 40
Weight (kg)	1.5	1.5
Operating Voltage (V)	300 VDC	300 VDC
Interface Type	Digital	Digital
Maximum Current (A)	20	20
Energy Storage (J)	200	200
Number of Components	15	15
Mounting Type	Rack-mounted	Rack-mounted

The GE DS200SHVIG1B and GE DS200SHVIG1BGD boards have identical dimensions and weight, making them easy to integrate into industrial setups. Both models operate with a maximum voltage of 300 VDC, ensuring that they can handle the power requirements of modern automation systems. They feature a digital interface, which simplifies communication with other industrial control components, enabling efficient integration.

Both models also feature 200 Joules of energy storage, which is crucial for maintaining stable power delivery in demanding environments. Additionally, these boards come with 15 components, ensuring a robust and reliable structure.

Applications and Benefits

The GE DS200SHVIG1B and GE DS200SHVIG1BGD SCR High Voltage Boards are ideal for use in systems requiring precise voltage control, such as industrial motors, automation systems, and generators. Their high reliability and energy storage capabilities make them suitable for high-demand applications in various industries, including manufacturing, energy, and heavy machinery.

These boards provide superior performance in controlling high-voltage circuits, contributing to increased system efficiency and reduced downtime. With their rugged design, they offer enhanced durability, making them a top choice for industrial engineers seeking dependable automation components.