Uni-t Udp1000 Series Dc Power Supplies User Manual

Uni-t Udp1000 Series Dc Power Supplies User Manual

UNI-T logoUDP1000 Series DC Power Supplies
Programming ManualUNI-T UDP1000 Series DC Power Supplies -

Instruction List

1. *IDN?
2. *SAV
3. *RCL
4. MEASure:CURRent?
5. MEAsure:VOLTage?
6. MEASure:POWEr?
7. [SOURce:]CURRent <current>
8. [SOURce:]CURRent ?
9. [SOURce:]VOLTage <volt>
10. [SOURce:] VOLTage?
11. OUTPut
12. OUTPut:TRACk
13. SYSTem:ERRor?
14. SYSTem:VERSion?
15. SYSTem: STATus?
16.OVP:STATus
17.OCP:STATus
18.OVP:SETting
19.OCP:SETting
20.OVP:VALUE?
21.OCP:VALUE?
  1. *IDN?
    Syntax
    *IDN?<name>
    Functional Description
    Query the instrument information of manufacturer name, product model, product serial number and software version.
    Return Format
    The query returns <manufacturer>, < product model>, <serial number>, < software version>.
  2. *SAV
    y Syntax
    *SAV <name>
    Functional Description
    Save the current setting with the specified name into nonvolatile memory.
    Example
    *SAV 1
    Save the current setting with the specified name “1” into nonvolatile memory.
  3. *RCL
    Syntax
    *RCL <name>
    Functional Description
    Recall the saved instrument status.
    Example
    *RCL 1
    Recall the system “status 1” from nonvolatile memory.
  4. MEASure
    Syntax
    MEASure:CURRent?
    Functional Description
    Query the measuring current value on the output terminal of the specified channel.
    Example
    MEASure:CURRent? The query returns 3.000.
    Syntax
    MEASure: VOLTage?
    Functional Description
    Query the measuring voltage value on the output terminal of the specified channel.
    Example
    MEASure:VOLTage? The query returns 30.000.
    Syntax
    MEASure:POWEr?
    Functional Description
    Query the measuring power value on the output terminal of the specified channel.
    Example
    MEASure:POWEr? The query returns 90.000.
  5. SOURce
    Syntax
    CURRent <current value>
    Functional Description
    Set the current value for the channel.
    Example
    CURRent 0.5
    Syntax
    CURRent?
    Functional Description
    Query the current value of channel.
    Example
    CURRent? The query returns 0.5.
    Syntax
    VOLTaget < voltage value >
    Functional Description
    Set the voltage value for the channel.
    Example
    VOLTage 25
    Syntax
    VOLTage?
    Functional Description
    Query the voltage value of channel.’
    Example
    VOLTage? The query returns 25.
  6. OUTPut
    Syntax
    OUTPut, <status>
    <Status>: = {ON | OFF}
    Functional Description
    Turn on/off the channel.
    Example
    OUTPut ON
  7. OVP:STATus
    Syntax
    OVP:STATus, <status>
    <Status> :={ ON | OFF}
    Functional Description
    Turn on/off overvoltage protection.
    Example
    OVP:STATus ON
  8. OCP:STATus
    Syntax
    OCP:STATus < status >
    < Status >: = {ON | OFF}
    Functional Description
    Turn on/off overcurrent protection.
    Example
    OCP:STATus ON
  9. OVP:SETting
    Syntax
    OVP:SETting <voltage value>
    Functional Description
    Set the voltage value of overvoltage protection.
    Example
    OVP:SETting 32
  10. OCP:SETting
    Syntax
    OCP:SETting < current value >
    Functional Description
    Set the current value of overcurrent protection.
    Example
    OCP:SETting 3
  11. OVP:VALUE?
    Syntax
    OVP:VALUE?
    Functional Description
    Read the voltage value of overvoltage protection.
    Example
    OVP:VALUE?
  12. OCP:VALUE?
    Syntax
    OCP:VALUE?
    Functional Description
    Read the current value of overcurrent protection.
    Example
    OCP:VALUE?
  13. SYSTem
    Syntax
    SYSTem:ERRor?
    Functional Description
    Read the error code and information of power supply.
    Syntax
    SYSTem:VERSion?
    Functional Description
    Query the software version.
    Syntax
    SYSTem:STATus?
    Functional Description
    Return the working status of the instrument.
    Example
    SYSTem:STATus? The query returns 0x0024.

Description

The return information is hexadecimal notation. When the user confirms the status, it needs to convert to binary format. The conversion relation is as follows.

Bit NumberStatus
00: CV mode; 1: CC mode
10: Output off; 1: enable
20: OVP off ; 1: enable OVP
30: OCP off ; 1: enable OCP
4Storage 1 status, 0: off; 1: enable
5Storage 2 status, 0: off; 1: enable
6Storage 3 status, 0: off; 1: enable
7Storage 4 status, 0: off; 1: enable
8Storage 5 status, 0: off; 1: enable

Instruments.uni-trend.com

References

Documents / Resouces

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