How it Works
BK Precision
Loading...
9104
User manual
41 pgs1.48 Mb0

BK Precision 9103, 9104 User Programming Manual

Download
Model: 9103, 9104
Switching DC Power Supplies
PROGRAMMING MANUAL
Test Equipment Depot - 800.517.8431 - 99 Washington Street Melrose, MA 02176
TestEquipmentDepot.com
Table of Contents
Connecting Instrument to PC ...................................................................................................... 3
USB (Virtual COM) Configuration ............................................................................................... 3
SOUT< Output > [CR] .................................................................................................................. 5
GOUT[CR] .................................................................................................................................... 5
VOLT< preset0/1/2/3><Voltage>[CR] ......................................................................................... 5
CURR< preset0/1/2/3><Current> [CR] ....................................................................................... 5
SOVP<voltage >[CR] .................................................................................................................... 5
GETD[CR] ..................................................................................................................................... 5
SOCP<Current>[CR] ..................................................................................................................... 5
GOVP[CR] .................................................................................................................................... 5
GOCP[CR] .................................................................................................................................... 5
SETD<preset0/1/2/3><VOLTAGE> .............................................................................................. 6
<CURRENT>[CR] .......................................................................................................................... 6
GETS<preset0/1/2/3>[CR] .......................................................................................................... 6
GABC[CR] ..................................................................................................................................... 6
SABC< preset0/1/2/3>[CR] ......................................................................................................... 6
GDLT<{0-5}>[CR] ......................................................................................................................... 6
SDLT <location {0-5}; time {00-20}>[CR] ..................................................................................... 6
GSWT<location {0-2}> ................................................................................................................. 6
SSWT<location {0-2} time {000-600}> [CR] ................................................................................. 6
RUNP< first {0-2}; end {0-2}>[CR] ............................................................................................... 6
STOP[CR] ..................................................................................................................................... 7
SESS[CR] ...................................................................................................................................... 7
ENDS[CR] ..................................................................................................................................... 7
GALL[CR] ...................................................................................................................................... 7
SETM ........................................................................................................................................... 8
1. USB Interface Connection
Users can remotely control the power supply via PC over the USB interface. Upon installation of the USB driver, the PC can control the instrument over virtual COM.
Connecting Instrument to PC
a) Download the USB drivers from www.bkprecision.com . b) Connect the included USB cable to the power supply and the USB port on the PC. c) When Windows recognizes the USB connection, do not follow the default Windows driver
installation wizard. Simply run the setup file from the downloaded USB drivers and follow the prompt to install drivers.
d) The computer will recognize the instrument as a USB (virtual COM) device, it will be
detected as a serial COM port. Windows will automatically assign a COM port to the instrument. Please verify which COM port Windows has assigned by going into Device Manager.
USB (Virtual COM) Configuration
The following serial port settings are used by the power supply.
Baudrate: 9600
Data bits: 8
Parity: None
Stop bits: 1
Flow Control: None
2. Command Set
In order to use remote commands, please make sure to use the following communication settings:
1. Baud rate: 9600
2. Data bits: 8
3. Parity: none
4. Stop bits: 1
If you are using HyperTerminal, make sure to check your ASCII setup to not append line feeds.
Command line format: COMMAND<parameter1><parameter2>…[CR]
Test Equipment Depot - 800.517.8431 - 99 Washington Street Melrose, MA 02176
TestEquipmentDepot.com
#
Input Command and Return
Description
Example
1
SOUT< Output > [CR]
Return Value: [OK] [CR]
Set Output on/off.
Set Output off: < Output > =0 Set Output on: < Output > =1
Input Command: SOUT0[CR] Return Value: [OK] [CR]
Result: Set Output off
2
GOUT[CR]
Return Value:<Output> [CR] [OK] [CR]
Get Output Status.
Output off: < Output > = 0 Output on: < Output > = 1
Input Command: GOUT [CR] Return Value: 0 [CR] [OK] [CR]
Result: Output is off
3
VOLT< preset0/1/2/3><Voltage>[CR]
Return Value: [OK] [CR]
Set output Voltage.
*Set-Volt value relevance to preset Current value total power<160W .Max-Volt value refer to product specification
Input Command: VOLT 01000[CR] Return Value: [OK] [CR]
Result: Set Memory preset 1 voltage value is 10.00V
4
CURR< preset0/1/2/3><Current> [CR]
Return Value: [OK] [CR]
SET output Current.
* Set-Cur value relevance to preset Volt value total power<160W .Max- Current value refer to product specification
Input Command: CURR 00100[CR] Return Value: [OK] [CR]
Result: Set preset 1 Current value is 1.00A
5
SOVP<voltage >[CR]
[Return Value:[OK] [CR]
Set Over Voltage value.
<voltage> = ????
Input Command: SOVP4200[CR] Return Value: [OK] [CR]
Result: Set upper limit of output Voltage 42.00V
6
GETD[CR]
Return Value: <Voltage ><Current> <CV/CC Mode> [CR] [OK] [CR]
Get Reading Volt & Curr mode.
<voltage> = ???? < Current > = ???? <CV Mode> =0 CV Mode <CV Mode> =1 CC Mode
Input Command: GETD [CR] Return Value: 050001000[CR] [OK] [CR]
Result: The Display value is
5.00V and 1.00A. It is in CV mode.
7
SOCP<Current>[CR]
Return Value: [OK] [CR]
Set Over current value.
< Current > = ????
Input Command: SOCP1000[CR] Return Value: [OK] [CR]
Result: Set upper limit of output Current 10.00A
8
GOVP[CR]
Return Value: <Voltage>[CR] [OK] [CR]
Get upper limit of output Voltage.
<voltage>=????
Input Command: GOVP [CR] Return Value: 4220 [CR] [OK] [CR]
Result: upper limit of output Voltage is 42.40V
9
GOCP[CR]
Return Value:<Current>[CR] [OK] [CR]
Get upper limit of output Current.
< Current >=????
Input Command: GAGA [CR] Return Value: 1020 [CR] [OK] [CR]
Result: upper limit of output Current is 10.20A
10
SETD<preset0/1/2/3><VOLTAGE> <CURRENT>[CR]
Return Value: [OK] [CR]
SET preset0/1/2/3 Voltage and Current.
<preset0/1/2/3> =0 preset1 <preset0/1/2/3> =1 preset2 <preset0/1/2/3> =2 preset3 <preset0/1/2/3> =3 Normal Mode <voltage> = ???? < Current > = ????
Input Command: SETD 005001000 [CR] Return Value: [OK] [CR]
Result: Set preset1 voltage
5.00V Current 10.00A
11
GETS<preset0/1/2/3>[CR]
Return Value: <Voltage><Current>[CR] [OK] [CR]
Get settings of preset0/1/2/3 Volt & Curr
SET preset0/1/2/3 Voltage and Current <preset0/1/2/3> =0 preset1 <preset0/1/2/3> =1 preset2 <preset0/1/2/3> =2 preset3 <preset0/1/2/3> =3 Normal Mode <voltage> = ???? < Current >=????
Input Command: GETS0[CR] Return Value: 05000100[CR] [OK] [CR]
Result: The Memory preset 1 voltage value is 5.00V and Current is 1.00A.
12
GABC[CR]
Return Value: < preset0/1/2/3> [CR] [OK] [CR]
Get preset selection
< preset0/1/2/3> =0 preset1 < preset0/1/2/3> =1 preset2 < preset0/1/2/3> =2 preset3 < preset0/1/2/3> =3 Normal Mode
Input Command: GABC [CR] Return Value: 0 [CR] [OK] [CR]
Result: Preset Mode is Preset1
13
SABC< preset0/1/2/3>[CR]
Return Value: [OK] [CR]
Set ABC select
< preset0/1/2/3>=0 preset1 < preset0/1/2/3>=1 preset2 < preset0/1/2/3>=2 preset3 < preset0/1/2/3>=3 Normal Mode
Input Command: SABC 2[CR] Return Value: [OK] [CR]
Result: Preset Mode is set to Preset3
14
GDLT<{0-5}>[CR]
Return Value: delta time [00-20] [CR] [OK] [CR]
Get delta time setting value
DeltaTime{0} : Time of Preset1 to Preset2
DeltaTime{1} : Time of Preset2 to Preset1 DeltaTime{2} : Time of Preset1 to Preset3 DeltaTime{3} : Time of Preset3 to Preset1 DeltaTime{4} : Time of Preset2 to Preset3 DeltaTime{5} : Time of Preset3 to Preset2
*Set- DeltaTime <=20S
Input Command: GDLT 0[CR] Return Value: 10 [CR] [OK] [CR]
Result: DeltaTime[1] is 10S
15
SDLT <location {0-5}; time {00-20}>[CR]
Return Value: [OK] [CR]
Set delta time.
*Set- DeltaTime <=20S
Input Command: SDLT 205[CR] Return Value: 1 [CR] [OK] [CR]
Result: DeltaTime[3] is set to 20S
16
GSWT<location {0-2}>[CR]
Return Value: SW time [000-600] [CR] [OK] [CR]
Get SW time
SwTime[1]: Time of Preset1 SwTime[2]: Time of Preset2 SwTime[3]: Time of Preset3 *Set- SwTime <=600S
Input Command: GSWT [CR] Return Value: 0100 [CR] [OK] [CR]
Result: SwTime[1] is 100S
17
SSWT<location {0-2} time {000-600}> [CR]
Return Value: [OK] [CR]
Set SW time
*Set- SwTime <=600S
Input Command: SSWT0100[CR] Return Value: [OK] [CR]
Result: SwTime[0] is set to 100S
18
RUNP< first {0-2}; end {0-2}>[CR]
Return Value: [OK] [CR]
Run SW running
Select what sequence will start running first and which one will be the last one to be run.
Input Command: RUNP 01[CR] Return Value: [OK] [CR]
Result: start running SW run A_B
19
STOP[CR]
Return Value: [OK] [CR]
Stop SW running
Input Command: STOP [CR] Return Value: [OK] [CR]
Result: Stop SW running
20
SESS[CR]
Return Value: [OK] [CR]
Disable Keyboard
Input Command: SESS [CR] Return Value: [OK] [CR]
Result: Disable Keyboard
21
ENDS[CR]
Return Value: [OK] [CR]
Enable Keyboard
Input Command: ENDS [CR] Return Value: [OK] [CR]
Result: Enable Keyboard
22
GALL[CR]
Return Value: <AbcSele> <Get Channel> <Get UVL> <Get UCL> <Get Output > <Swtime[1]> <Swtime[2] > <Swtime[3] > <Deltatime[1-6]> <mode> <Setv[1]> <Seti[1] > <Setv[2] > <Seti[2] > <Setv[3]> <Seti[3] > <Setv[4] > <Seti[4]> [CR] [OK] [CR]
Get information from Power Supply
<AbcSele> = ? <Get Channel> = ? <Get UVL> = ???? <Get UCL> = ???? <Get Output > = ? <Swtime[1]> = ??? <Swtime[2] > = ??? <Swtime[3] > = ??? <Deltatime[1-6]>= ???????????? <mode> = ???? <Setv[1]> = ???? <Seti[1] > = ???? <Setv[2] > = ???? <Seti[2] > = ???? <Setv[3]> = ???? <Seti[3] > = ???? <Setv[4] > = ???? <Seti[4]> = ???? * Setv[4] Normal Mode Voltage Seti[4] Normal Mode Current
Input Command: GALL[CR] Return Value: 3 0 4220 1020 1 350 001 001 00 00 00 00 00 00 8160 1000 0100 2000 0200 3000 0300 4000 0400 [CR] [OK] [CR]
Result: <AbcSele> =3 Normal Mode <Get Channel> =0 <Get UVL> =4220 <Get UCL> =1020 <Get Output > =1 <Swtime[1]> = 350 <Swtime[2] > = 001 <Swtime[3] > =001 <Deltatime[1]> =00 <Deltatime[2]> =00 <Deltatime[3]> =00 <Deltatime[4]> =00 <Deltatime[5]> =00 <Deltatime[6]> =00 <mode> = 8160 <Setv[1]> = 1000 <Seti[1] > =0100 <Setv[2] > =2000 <Seti[2] > =0200 <Setv[3]> =3000 <Seti[3] > =0300
<Setv[4] > =4000 <Seti[4]> =0400
23
SETM[CR]
<Setv[1] ><Seti[1] ><Swtime[1]><Setv[2] ><Seti[2]><Swtime[2]><Setv[3] > <Seti[3] ><Swtime[3]> [CR]
Return Value: [OK] [CR]
Configure Preset1/2/3
<Setv[1] > =???? <Seti[1] > =???? <Swtime[1]>=??? <Setv[2] > =???? <Seti[2] > =???? <Swtime[2]>=??? <Setv[3] > =???? <Seti[3] > =???? <Swtime[3]>=???
Input Command: SETM 05001000010 13801000015 40000200020 [CR] Return Value: [OK] [CR]
Result: preset1voltage is set to 5.00V Current10.00A SwTime 10S preset2voltage is set to 13.80V Current10.0A SwTime 15S preset3voltage is set to 40.00V Current2.0A SwTime 20S
Test Equipment Depot - 800.517.8431 - 99 Washington Street Melrose, MA 02176
TestEquipmentDepot.com
V121015
Loading...
Buy Points How it Works FAQ Contact Us Questions and Suggestions Privacy Policy Cookie Policy Terms of Use