What to do if my Chroma Power Supply shows Over Temperature Protection (OTP)?
If the Chroma Power Supply displays an Over Temperature Protection (OTP) error, it could be due to two reasons: either the ambient temperature is too high, or the vent is blocked. To resolve this, ensure that the instrument is operated within a temperature range of 0 to 40°C and clear any blockage from the vent.
What to do if my Chroma 62000H Power Supply shows Over Current Protection (OCP)?
If the Chroma Power Supply is showing an Over Current Protection (OCP) error, it means the output current is exceeding the specified limit or the OCP settings. To fix this, remove the overload or increase the OCP settings.
What to do if my Chroma 62000H Power Supply shows Over Power Protection (OPP)?
If the Chroma Power Supply shows an Over Power Protection (OPP) error, it indicates that the output power is exceeding the specified limit. To resolve this, remove the overload or increase the OPP settings.
What to do if my Chroma Power Supply has no output voltage?
If the Chroma Power Supply has no output voltage, it could be due to either an abnormal output voltage feedback or a damaged D/D power stage. If you are unable to reset the protection state, consult with your local sales agent.
What does Input Error Protection 1 AC AFULT mean on my Chroma 62000H Power Supply?
If the Chroma Power Supply displays an Input Error Protection 1 AC AFULT message, it means the voltage of the AC input line is either too low or too high. To fix this, measure the input voltage and adjust it if it exceeds the specified limits.
What to do if my Chroma Power Supply shows Over Voltage Protection (OVP)?
If the Chroma Power Supply displays an Over Voltage Protection (OVP) error, it indicates that the output voltage exceeds the specified limit or the OVP settings. To resolve this, check the OVP settings and, if you're unable to reset the protection state, consult with your local sales agent.
How to fix Chroma 62000H Power Supply control issues via GPIB?
If you are unable to control the Chroma Power Supply via GPIB, it could be due to an incorrect address or a loose GPIB cable. To solve this, update the address and check the cable connection, securing it with screws.
What causes 'D/D FAULT' protection on my Chroma Power Supply?
If the Chroma Power Supply shows 'D/D FAULT' protection, it may be due to a transient current that is too high or a damaged D/D power stage. When D/D FAULT protection occurs, first turn off the power supply and remove the load. Also make sure cables are connected correctly and then power it on again. If the issue persists, consult with your local sales agent.
What does 'Current sharing cable connection error (C/S CABLE ERR.)' mean on my Chroma Power Supply?
If the Chroma Power Supply displays a 'Current sharing cable connection error (C/S CABLE ERR.)' message, it means the current sharing cable is connected when the device is used in series. Check if the cables are connected correctly. For further assistance, consult with your local sales agent.
What causes 'Current sharing error protection (CURR. SHARING ERR.)' on my Chroma 62000H?
If the Chroma Power Supply shows 'Current sharing error protection (CURR. SHARING ERR.)', it can be caused by several issues: the current sharing cable is not connected when used in parallel, a calibration error, or a damaged D/D power stage. Check if the cables are connected correctly. If problems persist, consult with your local sales agent.
General| Brand | Chroma |
|---|---|
| Model | 62000H Series |
| Category | Power Supply |
| Language | English |
General safety precautions for operation, service, and repair of the instrument.
Explanation and meaning of various safety symbols used in the manual.
Methods for setting the output voltage and current in CV and CC modes.
Configuration for operating multiple units in series or parallel for increased output.
Detailed explanation of various protection mechanisms like OVP, OCP, OPP, and others.
Instructions for calibrating voltage, current, APG, and IV curve measurements.
Settings for remote control via GPIB, Ethernet, RS232, and RS485 interfaces.
Selection of output modes including CV/CC, TABLE, SAS, EN50530, and SANDIA modes.
Creating and configuring output sequences in LIST MODE.
Setting voltage step programs with start, end voltage, and run time.
Table of common operational problems, their causes, and suggested resolutions.
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