F7130A 984713060 Power supply module

The module supplies PES H41q with 5 VDC from a main supply of 24 VDC. it is a DC/DC con.

verter with electrical isolation between input and output voltage. The module is equipped withovervoltage

protection and current limitation. The outputs are short-circuit proof. The supplyconnections are separated for the central device/lO modules and HlBUS interface.
The present input voltage (L+) and the output voltages are indicated with LEDs on the frontplate. A proper

operation of the module is still assured if the LED 5 V CPU/EA illuminates only
slightly.
The power supply for the monitoring of the central device is fed separately via pin z16 (NG).

F7130

The F7130A 984713060 Power module may be a power conversion or management module designed

for a specific application or device. This type of module is typically used to convert input alternating

current (AC) or direct current (DC) into the stable, reliable DC power required by the device. They

are widely used in a variety of industrial, medical, military and communications equipment.

Regarding the safety of the F7130A 984713060 power module, the following points usually need to be considered:

Electrical safety: The power module must comply with the relevant electrical safety standards to

ensure that no dangers such as electric shock and fire occur during use.

Electromagnetic compatibility (EMC) : The power module must have good electromagnetic compatibility

to reduce electromagnetic interference on other devices and work properly in an electromagnetic interference environment.

Overcurrent and overvoltage protection: Power modules are usually equipped with overcurrent and

overvoltage protection to prevent damage or failure caused by abnormal input conditions.

Temperature management: Power modules may generate heat during operation, so proper heat

dissipation design and temperature monitoring are required to ensure that they operate within their normal operating temperature range.

Environmental adaptability: The power module should be able to adapt to different working environments,

including temperature, humidity, and vibration, to maintain its performance and reliability.