GE IS200HSLAH2A PC board HS SRL LNK interface

Product name:
GE IS200HSLAH2A PC board HS SRL LNK interface

Product model: IS200HSLAH2A

Quantity: inventory

Part No./PN: IS200HSLAH2A

Warranty: We provide warranty service for IS200HSLAH2A

Shipping Port:FuJian

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GE General Electric Technical Specifications: IS200HSLAH2A

A basic rule for Series 90 power supplies is that they are 66% efficient. Another way of stating

this is that the power supply dissipates 1 Watt of IS200HSLAH2A power in the form of heat for every 2 Watts of

power it delivers to the PLC. Therefore, you can calculate the total power requirement for all

of the modules in the rack served by a particular power supply using the method in Step 1

above, then divide that figure by 2 to arrive at the power supply dissipation value. You cannot

IS200HSLAH2A simply use the rating of the power supply (such as 30 Watts) for this calculation because the

application may not require the full capacity of the power supply. If you are using the +24VDC

output on the power supply’s terminal strip, you should calculate the power drawn, divide the

value by 2, and add it to the total for the power supply. Since each Series 90–30 rack has its

own power supply, each rack should be calculated on an individual basis.


brand Product Name Product model Order No
GE Fanuc Module card IS200HSLAH2A nothing
Place of Origin Marketable land Imported or not defects liability period
Europe and America Nationwide and overseas yes a year
Place of shipment Delivery method How to use Applicable industries
Xiamen Shunfeng Express Commissioning and installation Power Plant Steel Plant Cement Plant Shipboard Papermaking
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Discrete solid state Output modules and output circuits of Combination I/O modules require

two calculations, one for the module’s signal–level circuits, which was already done in Step 1,

IS200HSLAH2A and one for the output circuits. (This output circuit calculation is not required for the Relay

Output modules.) Since the solid state output switching devices in these modules will drop a

measurable amount of voltage, their power dissipation can be calculated. Note that the power

dissipated by the output circuits comes from a separate power source, so it is not included in the

figure used to calculate PLC power supply dissipation in Step 2.

To calculate output circuit power dissipation:

In the Chapters 7 or 8, find the value for the Output Voltage Drop for your particular

Output or Combination I/O module.

Obtain the required current IS200HSLAH2A value for each device (such as a relay, pilot light, solenoid, etc.)

connected to an output point on the module and estimate its percent of “on–time.” To

obtain the current values, check the device manufacturer’s documentation or an electronics

catalog. The percent of on–time can be estimated by someone familiar with how the

equipment operates or will operate.

Multiply the Output Voltage Drop times the current value times the estimated percent of

on–time to arrive at average power dissipation for that output.

Repeat for all outputs on the module. To save time, you could determine if several outputs

were similar in current draw and on–time so that you would only have to make their

calculation once.

Repeat these calculations for all Discrete Output modules in the rack.

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The maximum number of 8-Channel Analog Current/Voltage Output modules that can be installed

in a system are:

4 in a system using CPU Models 311, 313, or 323

8 in a system using CPU Model 331

32 in a system using CPU Models 340 and 341

64 in a system using CPU Models 350 – 364

Other Configuration Considerations

When planning the module configuration for your application you must also consider the load

capacity of the installed power supply and the total load requirements of all modules that are

installed in the baseplate.

Refer to Chapter 1 in this manual for details on power supply, baseplate, and module load

requirements. The following table lists the specifications for this module. Note that test conditions,

unless otherwise noted, are: VUSER = 24 VDC at an ambient temperature of 25 C (77 F)

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