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IC693PWR322D GE Power Supply Module

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IC693PWR322D GE Power Supply Module

Brand Name GE
Model Number IC693PWR322D
Certification CO.CQ
Place of Origin USA
Minimum Order Quantity 1
Price inquiry
Payment Terms T/T
Supply Ability 10 pieces a day
Delivery Time today
Packaging Details new and original with factory sealed
Manufacture Year GE
Con 6DS1311-8AEtrol System IC693PWR322D
Application Nuclear Power Plant
lead time in stock
description 2020
Weight 4lbs
Detailed Product Description

 

IC693PWR322D GE Power Supply Module

 

⇒ Click here for good price IC693PWR322D

Brand/Manufacturer  GE/USA 
Part Number

  IC693PWR322D

Alternate Part Number  IC693PWR322D
Description  Power Supply Module
Dimennsions

  38x36x5cm 

Weight  1.32kg

 

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Email: miya@mvme.cn (CLICK)

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Tel: 86-18020776792(CLICK)

Skype:miyazheng520(CLICK)

 

Product Details

The GE Fanuc IC693PWR322 is a 24/48 VDC standard power supply. The standard unit, which does not include a battery, is designed to work

off a nominal input of 12V DC or 48V DC and has a 30 watt output. This unit can be mounted in a standard power supply slot through any IC693

PLC baseplate. Although it is capable of maintaining all outputs (within specifications) with input voltages as low as 18VDC, it will not start with

initial input voltages of less than 21 VDC. This power supply provides three separate outputs. These are +5VDC, +24VDC relay output for powering

circuits on any IC693 relay output module and +24VDC Isolated power for Input modules.

 

When using this power supply, users can calculate the power requirements specific to their application. To do this, you first need to determine

the total output load by checking the specs listed in the IC693 PLC Installation and Hardware Manual. This will show the specifications for

individual modules. The total output load should be multiplied by 1.5 to determine input power value. To calculate the input current requirement,

divide the input power by the operating source voltage. As the operating source voltage may vary, you should use the lowest measured or

estimated input voltage to determine the maximum input current. Operators who are making this calculation should also allow for start-up surge

current requirements and allow a margin of 10-20% for variation.

 

Our advantages

1) TRICONEX(3008,3625,3805E.3721,3700A 4351B...)
2) BENTLY NEVADA(3500/42M ,3500/22M,3500/95.3500/05...)
3) HIMA(F3330,F3236 ,F6217,F7126,F8621A....)
4) FOXBORO(FBM203,FBM204,FBM217,FMB231...)
5) Allan-Bradley (1756,1785,1771,1746,1769..)
6) ABB (DSQC .....)
7) GE(IC693,IC697,IC695,IS200,DS200)
8) BACHMANN(CM202,DI232,MPC240,NT255,AIO288...)
9) ICS (T8403,T8431...)

 

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