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General| Brand | Ametek |
|---|---|
| Model | Sorensen XG 40-42 |
| Category | Power Supply |
| Language | English |
Caution regarding high energy levels and potentially lethal voltages at output terminals.
Caution to operate in a non-flammable environment and avoid unauthorized modifications.
States the power supply is not intended for life support or medical equipment.
Recommends a fuse or circuit breaker for battery charging applications.
Procedures for performing functional tests on the power supply.
Information on conditions that cause alarms and the alarm order of precedence.
Explains the OVP circuit and how to configure the OVP set point.
Explains the UVP circuit and how to define the UVP set point.
Describes the OCP alarm, its configuration via SCPI, and its detection latency.
Explains OTP and how to define its modes: Auto Recovery or Latch.
Procedure for performing a soft reset to restore factory default parameters.
Explains the device reset command and its effect on functions and settings.
Guidance for network administrators on configuring LAN/Ethernet for power supplies.
Details on programming power supply functions over the LAN (Ethernet) interface.
Two basic situations for communicating with the power supply from a PC via a router.
Ways to set required LAN information: Ethernet, Serial/USB port, or Web interface.
Steps to set a static IP address via Ethernet, USB, or Serial interfaces.
Explanation of analog programming errors: gain error and offset error.
Procedure to adjust the gain so the real and ideal lines intersect at a programmed value of 90%.
Procedure to adjust the offset so the real and ideal lines intersect at a programmed value of 10%.
Repeat Step 1 for best results after offset calibration.
Data is stored using CAL:STOR; without it, calibration is lost after power cycle.
Details on performing gain and offset calibration for output voltage accuracy.
Details on performing gain and offset calibration for output current accuracy.
Procedure to calibrate the over voltage protection, requiring prior voltage calibration.
Procedure to calibrate the non-isolated voltage monitoring system.
Procedure to calibrate the non-isolated current monitoring system.
Steps to calibrate non-isolated voltage programming of voltage.
Steps to calibrate non-isolated resistive programming of voltage.
Steps to calibrate non-isolated voltage programming of current.
Steps to calibrate non-isolated resistive programming of current.
Procedure for calibrating isolated modes after main output and non-isolated modes.
Procedure to calibrate the isolated voltage monitoring system.
Procedure to calibrate the isolated current monitoring system.
Steps to calibrate isolated voltage programming of voltage.
Steps to calibrate isolated resistive programming of voltage.
Steps to calibrate isolated voltage programming of current.
Steps to calibrate isolated resistive programming of current.
Procedure to ensure accurate measurements using APG input signal monitoring.
Procedure to ensure accurate measurements using APG input signal monitoring.
Steps to take for an emergency shutdown of the power supply.
Steps to follow if the power supply displays unusual or erratic operation.
Guidance for operators to ensure proper configuration and connection for normal operation.
List of IEEE 488.2 syntax errors detected by the instrument's parser.
List of errors detected by the instrument's execution control block.
List of errors detected by device-specific operations or self-tests.
List of errors related to output queue control and message exchange protocol.
Detailed electrical specifications for XG 850 Watt models across voltage ranges.
Detailed electrical specifications for XG 1500 Watt models across voltage ranges.
Detailed electrical specifications for XG 1700 Watt models across voltage ranges.
Common output performance and general specifications applicable to all XG models.
