GE IS200DTCIH1A High Frequency Power Supply

Brand:GE

Item No:IS200DTCIH1A

Unit price:999$

Condition: Brand new and original

Quality Guarantee: 1 Year

Payment : T/T and Western Union

Delivery Time: 2-3 day

Shipping Port: China


Product Detail

Product Tags

General info

Manufacture GE
Item No IS200DTCIH1A
Article number IS200DTCIH1A
Series Mark VI
Origin United States(US)
Dimension 180*180*30(mm)
Weight 0.8 kg
Customs Tariff Number 85389091
Type High Frequency Power Supply

 

Detailed data

GE IS200DTCIH1A High Frequency Power Supply

GE IS200DTCIH1A is a system simplex contact input with group isolation terminal board, it is not part of the power supply unit. High frequency power supply provides regulated DC power or AC-DC conversion to various system components that require stable voltage to operate.

The IS200DTCIH1A converts the input AC power into high-frequency DC power for use by other control modules or components in the system.

High-frequency power supplies are used because they are more efficient and compact than traditional low-frequency power supplies, suitable for space-constrained and energy-efficient industrial environments.

The VME bus standard is a popular industrial standard for communication and data transmission between modules. This compatibility ensures that the module can be easily connected to other VME-based control systems.

IS200DTCIH1A

Frequently asked questions about the product are as follows:

- What type of input power does the IS200DTCIH1A require?
The IS200DTCIH1A typically requires AC input power.

- Can the IS200DTCIH1A be used in systems other than the Mark VIe or Mark VI?
It is intended for use with Mark VIe and Mark VI control systems, but it is compatible with other systems that use the VME bus. It is important to verify compatibility before using it in a non-GE system.

- If the IS200DTCIH1A does not provide stable power, how do you troubleshoot it?
First check the diagnostic LEDs or system status indicators to identify any faults. Common problems may include overcurrent, undervoltage, or overtemperature conditions.


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