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General| Input Voltage | 100-240 VAC |
|---|---|
| Input Frequency | 50/60 Hz |
| Efficiency | 85% |
| Protection | Short Circuit |
| Operating Temperature | 0°C to 40°C |
| Storage Temperature | -20°C to +85°C |
Overview of the PD series DC power supplies, detailing their phase control regulation.
Highlights key characteristics like compact size, good regulation, and protection features.
Ensure the power supply receives the correct input voltage range.
Instructions for connecting the power cord, including retainer use.
Guidance on connecting output terminals and control terminals.
Recommendations for operating temperature, humidity, and installation location.
Description of controls and indicators located on the front panel.
Steps for operating the power supply in constant voltage mode.
Steps for operating the power supply in constant current mode.
Procedure for checking preset voltage and current values.
Guide to setting and verifying the overvoltage protection level.
Explanation of how to use rear panel terminals for various functions.
Method for compensating voltage drops in output lines using remote sensing.
Instructions for controlling output voltage using external resistance or voltage.
Using variable resistance to set output voltage inversely proportional to resistance.
Using external voltage to set output voltage proportionally.
Instructions for controlling output current using external resistance or voltage.
Using variable resistance to set output current proportionally.
Using external voltage to set output current proportionally.
Guide to connecting multiple units in series or parallel.
Calculating resistance values for series/parallel operation.
Specific steps and diagrams for parallel connection of power supply units.
Procedures for charging batteries or capacitors using constant current.
Procedures for discharging batteries or capacitors using constant current.
General maintenance procedures, including case removal.
Instructions for converting the device to different line voltages.
Guidance on replacing fuses based on line voltage.
Procedures for adjusting voltage reference offset, gain, and meter readings.
Adjusting the output voltage offset for specific conditions.
Calibrating the voltmeter's gain for accurate readings.
Adjusting the voltmeter reading during V/I check mode.
Procedures for adjusting current reference offset, gain, and meter readings.
Calibrating the ammeter's gain for accurate readings.
Adjusting the ammeter reading during V/I check mode.
Adjusting a specific voltage point in the control transistor circuit.
List of optional accessories available for the power supply.
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