IS200BPVCG1BR GE Printed Circuit Board (PCB)

Description

IS200BPVCG1BR GE Printed Circuit Board (PCB)

Product Description:

The IS200BPVCG1BR is a high-performance and reliable PCB component manufactured by GE for the Mark VI Speedtronic series. It is primarily used in motor control, automation control, and power control applications.

IS200BPVCG1BR GE Printed Circuit Board (PCB)

Product Parameters:

Voltage Range: Input – 12-48VDC; Output – 5VDC (max)

Output Current: Maximum of 10A

Efficiency: Greater than 90%

Size: 170mm x 105mm x 32mm

Weight: Approximately 120g

Operating Temperature: -20°C to +50°C

Storage Temperature: -40°C to +70°C

Environmental Humidity: 5% to 95% relative humidity (non-condensing)

CPU: 32-bit RISC processor

Product Specifications:

Series: IS200 series from GE Digital

PCB Component for Mark VI Speedtronic Systems

Designed to be used as a backplane card in the Mark VI system, placed in a rack system that divides the card into two halves.

IS200BPVCG1BR GE Printed Circuit Board (PCB)

Features:

High reliability and ease of installation and maintenance

Compatible with various standards

Manufactured using advanced surface mount technology (SMT)

Excellent anti-interference capabilities, both internally and externally

Enhanced anti-interference measures, including electronic transformation, optical coupler, and resistive-capacitive filtering circuits

Functions:

Supports various signal matching and transmission between external field and internal system signals

Ensures stable operation under external and internal interference

Applications and Uses:

The IS200BPVCG1BR GE PCB finds applications across various industries and scenarios, including:

Motor Control: Applications such as variable-frequency speed regulation, soft starting, and braking.

Automation Control: Applications such as production line control, robot control, etc.

Power Control: Applications such as power distribution, harmonic governance, etc.

Application Domains:

The IS200BPVCG1BR PCB is suitable for use in harsh industrial environments due to its strong adaptability, operational stability, and high reliability. It is commonly found in power plants, manufacturing facilities, and other industrial settings where precise control and monitoring are crucial.