IC693PWR330H | 90-30 PLC controller | Large-capacity power module
Model: IC693PWR330H
Series: 90-30 PLC controller
Part number: IC693PWR330
Description: Power supply device
Voltage: 120/240 VAC, 125 DC
Categories: GE
Tags: IC693PWR330H
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Product content
Model: IC693PWR330H
Series: 90-30 PLC controller
Part number: IC693PWR330
Description: Power supply device
Voltage: 120/240 VAC, 125 DC
Power: 30 watts
Communication: RS 485 interface
Protection limit: 5 VDC Used for overvoltage and overcurrent
The IC693PWR330H is a large capacity power module that belongs to the 90-30 series Programmable Logic Controller (PLC) product family. The IC693PWR330 high capacity power module allows all 30 W load capacity to be consumed to +5VDC output compared to standard power supplies. This allows the power supply to be used in applications where +5VDC requires a higher current capacity, typically for larger 90-30 PLC racks. This power supply can only be installed in the left-most slot of the rack. It is mainly used to provide power to the backplane, making it possible to connect modules to the backplane.
The IC693PWR330H has three (3) outputs. These outputs are +5 VDC output, +24 VDC relay power output for the 90-30 series output relays and isolated +24 VDC, used internally by some 90-30 modules, and can also be used to provide external power to the 24 VDC input card. The power supply has a load capacity of 30 watts. This load capacity is the total load of all outputs. Individually, a single maximum output of +5VDC is 30 watts, +24VDC is 20 watts, and +24VDC relay output is 15 watts.
The working principle of the IC693PWR330H PLC controller is mainly based on the interaction between input, output and the central processing unit (CPU). The external device will input the signal into the PLC, and after processing, the PLC will output the corresponding signal to other devices. Its working process includes input stage, calculation stage, output stage and cycle cycle step 1.
IC693PWR330H PLC controller is widely used in industrial automation control fields, such as manufacturing, transportation, petrochemical, power system, sewage treatment and medical equipment and other fields. Its working mode has the advantages of program programmability, flexibility, high degree of automation, high reliability, high security and easy integration.
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