PeakTech logoOperation manual
Programmable Switching Mode Power
PeakTech 1885, 1890 Programmable Switching Mode Power

Contents hide
1 Safety Precautions
2 Technical Specifications of Power Supplies
3 Introduction
4 Controls and Indicators
5 General Operation Principle
6 User Manual
7 PC connection
8 Documents / Resources
8.1 References
9 Related Posts

Safety Precautions

This product complies with the requirements of the following directives of the European Union for CE conformity: 2014/30/EU (electromagnetic compatibility), 2014/35/EU (low voltage), 2011/65/EU (RoHS).
We herewith confirm that this product meets the essential protection standards, which are given in directions of council for adaptation of the administration regulations for UK of Electromagnetic Compatibility Regulations 2016 and the Electrical Equipment (safety) regulations 2016.

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To ensure safe operation of the equipment and eliminate the danger of serious injury due to shortcircuits (arcing), the following safety precautions  must be observed.
Damages resulting from failure to observe these safety precautions are exempt from any legal claims whatever.

  • Do not use this instrument for high-energy industrial installation measurement.
  • Prior to connection of the equipment to the mains outlet, check that the available mains voltage correspond to the voltage setting of the equipment.
  • Connect the mains plug of the equipment only to a mains outlet with earth connection.
  • Do not place the equipment on damp or wet surfaces.
  • Do not cover the ventilations slots of the cabinet to ensure that air is able to ciculate freely inside.
  • Do not insert metal objects into the equipment by the way of ventilation slots
  • Do not place water-filled containers on the equipment (danger of short-circuit in case of knockover of the container)
  • Do not operate the equipment near strong magnetic fields (motors, transformers etc.).
  • Do not operate the meter before the cabinet has been closed and screwed safely as terminal can carry voltage.
  • Replace a defective fuse only with a fuse of the original rating. Never short-circuit fuse or fuse holding.
  • Check test leads and probes for faulty insulation or bare wires before connection to the equipment.
  • Please use only 4mm-safety test leads to ensure immaculate function.
  • To avoid electric shock, do not operate this product in wet or damp conditions. Conduct measuring works only in dry clothing and rubber shoes, i. e. on isolating mats.
  • Never touch the tips of the test leads or probe.
  • Comply with the warning labels and other info on the equipment.
  • The measurement instrument is not to be to operated unattended.
  • Do not subject the equipment to direct sunlight or extreme temperatures, humidity or dampness.
  • Do not subject the equipment to shocks or strong vibrations.
  • Keep hot soldering irons or guns away from the equipment.
  • Allow the equipment to stabilize at room temperature before taking up measurement (important for exact measurements).
  • Use caution when working with voltages above 35V DC or 25V AC. These Voltages pose shock hazard.
  • Periodically wipe the cabinet with a damp cloth and mid detergent. Do not use abrasives or solvents.
  • The meter is suitable for indoor use only
  • Do not store the meter in a place of explosive, inflammable substances.
  • Opening the equipment and service – and repair work must only be performed by qualified service personnel
  • Do not place the equipment face-down on any table or work bench to prevent damaging the controls at the front.
  • Do not modify the equipment in any way

Cleaning the cabinet:
Prior to cleaning the cabinet, withdraw the mains plug from the power outlet.
Clean only with a damp, soft cloth and a commercially available mild household cleanser. Ensure that no water gets inside the equipment to prevent possible shorts and damage to the equipment.
Precautions For Use

  1. The unit has a built-in Tracking O.V.P (Over voltage Protection) features. In the event of output voltage becoming 10% greater than the set value, the O.V.P. will be triggered and the output power will be cut off and >FAULT< warning appears.
    When you get this warning , switch off the unit and remove all loading, switch the unit back on again and it should resume normal operation.
    In the event this problem persists, the unit must be investigated by your agent.
  2. This unit has a buzzer built inside. The buzzer will sound when over temperature/ overload/ over voltage has been triggered.
    When you get this warning sound , switch off the unit and remove all loading.
    Check your load and output settings.
    Allow the unit to cool down for 30 minutes.
    If you switch on the unit again, it should resume the normal operation.
    In the event of this problem persists, the unit must be investigate by your agent.

Technical Specifications of Power Supplies

Specifications P 1890 P 1885
 Output voltage  1-20 V DC  1-40 V DC
Output current 0-10 A 0-5 A
Rated Output Power 200 W
Ripple & Noise (p-p) 30 mVp-p
Load Regulation 300 mV 200mV
Line Regulation 10 mV
Input Voltage 100-240 V AC, 50/60 Hz
Max. Input Power 285 W
Power Factor ³ 0,9
Display Meter 4 digits – Display LCD Ammeter, Voltmeter and Power Meter
Meter´s Accuracy ( +/- 1% + 5 counts for range V < 5V, I < 0.5A),
( +/- 1% + 2 counts for range V ≥ 5V, I ≥ 0.5A)
LCD Dimension 48 x 66 mm
Cooling System Thermostatic Control Fan
Operating Temperature 0- 40°C
Operating Temperature -Tracking OVP (Over Voltage Protection),
-Current Limiting,
-Over Temperature Protection. D64
Approvals CE EMC — EN 55011, CE LVD — EN 61010
Dimension (WxHxD) 193 x 98 x 215 (mm)
Weight 3kg
Accessory -User’s Manual,
-PC Windows® software, Command Set, LabView ® Driver,
-USB cable, RS-485 Connector and one 120ohms Resistor
-USB to RS-485 Adapter
Optional Accessory -USB to RS-485 Adapter B78
Remarks -Adjustable Upper Voltage limit,
-Power Factor Correction.B79

Remote Programming Specifications

Communications Interface USB (single device) and RS-485 (up to 31 Power Supplies).
Remote Programming Functionality Full control of power supply functions and data readback.
Data Logging Yes, with supplied software.
Baud Rate 9600bps

Introduction

This series of Programmable Switching Mode Power Supplies are designed for full remote programming with data logging functionality. Up to 31 power supplies can be connected via RS- 485. It is ideal for applications which require various groups of output settings and running periods for repetitive tests especially with multiple power supplies.
The front panel allows users to all programming and output settings as a stand alone laboratory power supply.
Full command sets are given in this manual to facilitate the integration of your own control software.
This series of power supplies have obtained the safety approval EN-61010 and EN-55011 EMC approval for scientific , industrial equipment of the CE directives.
Please keep this manual in a safe place and contact your vendor for any special requirement in optional accessories for RS-485.
NOTE:
Laboratory Power Supplies are not designed for charging batteries. Any use of this type can cause serious damage to the device, which are exempt from any legal claims whatever.

Controls and Indicators

PeakTech 1885, 1890 Programmable Switching Mode Power - Indicators

  1. Jog Dial
  2. Up & Down Key
  3. Dual Function Control Key
  4. Black colour negative polarity output terminal
  5. Green colour ground terminal (connected to chassis).
  6. Red colour positive polarity output terminal.PeakTech 1885, 1890 Programmable Switching Mode Power - output terminal
  7. Power Switch
  8. AC 100-240 V AC Power Socket with input power fuse.
  9. RS-232 Port
  10. RS-485 Port

General Operation Principle

Note: This section contains a condensed overview of the unit. Read this section to quickly get started.
5.1 Quick Reference of Keypad Functions
The front Keypad is organised as follow:

  1. Number Keys, UP/DOWN Keys and Jog Wheel
  2. 4 Dual Function Control Keys

The front panel functions are summarized as follow:

Keypad Function Section
Number Keys, UP/DOWN Keys and Jog Wheel
PeakTech 1885, 1890 Programmable Switching Mode Power - thru Press to select numerical values 6.2.2
PeakTech 1885, 1890 Programmable Switching Mode Power - ascend Press to ascend the numerical values 6.2.1
PeakTech 1885, 1890 Programmable Switching Mode Power - numerical Press to descend the numerical values 6.2.1
Jog Wheel Rotate to adjust the voltage and current settings 6.2.1
Dual Function Control Keys
PeakTech 1885, 1890 Programmable Switching Mode Power - control Press to access second function of the control keys
PeakTech 1885, 1890 Programmable Switching Mode Power - terminate Press to terminate any input process and the unit will exit to normal operation
PeakTech 1885, 1890 Programmable Switching Mode Power - features Press to use recall preset program features.
Use PeakTech 1885, 1890 Programmable Switching Mode Power - presetto exit the use of any preset program
Use PeakTech 1885, 1890 Programmable Switching Mode Power - specifythru PeakTech 1885, 1890 Programmable Switching Mode Power - locationto specify the location of preset program to be used
Use to PeakTech 1885, 1890 Programmable Switching Mode Power - confirmconfirm		 6.3.1
6.3.3
PeakTech 1885, 1890 Programmable Switching Mode Power - menu Press PeakTech 1885, 1890 Programmable Switching Mode Power - menu2to enter RS-485 set menu 6.1.3
PeakTech 1885, 1890 Programmable Switching Mode Power - Wheel Press PeakTech 1885, 1890 Programmable Switching Mode Power - Unlock to Lock/Unlock the Keypad and Jog
Wheel		  

6.1.2
PeakTech 1885, 1890 Programmable Switching Mode Power - new settings Press to confirm the new settings
PeakTech 1885, 1890 Programmable Switching Mode Power - Disable the output Press PeakTech 1885, 1890 Programmable Switching Mode Power - Disable the output to Enable/Disable the output 6.1.1
PeakTech 1885, 1890 Programmable Switching Mode Power - power up Press to Enable the output at power up 6.1.5
PeakTech 1885, 1890 Programmable Switching Mode Power - output at power up Press to Disable the output at power up 6.1.5
PeakTech 1885, 1890 Programmable Switching Mode Power - Limit Setting
SPECIAL Function
Press to get to the Upper Voltage Limit Setting
Use PeakTech 1885, 1890 Programmable Switching Mode Power - Limit Setting icon to input the numerical values		 6.1.4
Keypad Function Section
Use PeakTech 1885, 1890 Programmable Switching Mode Power - terminateto confirm
PeakTech 1885, 1890 Programmable Switching Mode Power - Limit Setting2 Switch between set output Voltage and output Current

User Manual

6.1 Setting Operation Modes
6.1.1. Enable/Disable Output

Action LCD Display Description
1. PeakTech 1885, 1890 Programmable Switching Mode Power - icon1 PeakTech 1885, 1890 Programmable Switching Mode Power - icon3  Output ENABLE
2.  PeakTech 1885, 1890 Programmable Switching Mode Power - icon2 PeakTech 1885, 1890 Programmable Switching Mode Power - icon4   Output DISABLE

6.1.2 Lock/ Unlock the Keypad and Jog Dial

Action LCD Display Description
1. PeakTech 1885, 1890 Programmable Switching Mode Power - icon5 PeakTech 1885, 1890 Programmable Switching Mode Power - icon7  Keypad and Jog Dial Locked
2. PeakTech 1885, 1890 Programmable Switching Mode Power - icon6 PeakTech 1885, 1890 Programmable Switching Mode Power - icon8  Keypad and Jog Dial Un Locked

6.1.3 RS-485 address setting

Action LCD Display Description
1. PeakTech 1885, 1890 Programmable Switching Mode Power - Then PeakTech 1885, 1890 Programmable Switching Mode Power - enter  This will enter into RS-485 address set menu.
2. PeakTech 1885, 1890 Programmable Switching Mode Power - connection Use numbering keypad to key in address from 1 to 255 for RS-485 connection
3.  PeakTech 1885, 1890 Programmable Switching Mode Power - confirm3  Press this key to confirm

6.1.4 Upper Voltage Limit Setting

Action LCD Display Description
1. PeakTech 1885, 1890 Programmable Switching Mode Power - Then PeakTech 1885, 1890 Programmable Switching Mode Power - Display This will enter into Upper Voltage Limit Adjustment.
 e.g. 25.6V present upper voltage limit.
2. PeakTech 1885, 1890 Programmable Switching Mode Power - connection Use the number key to input your desired voltage
3. PeakTech 1885, 1890 Programmable Switching Mode Power - confirm3  Press this key to confirm

Note : Whenever to terminate the Upper Voltage Limit Setting, press “CLEAR” to return to normal operation.
6.1.5 Output Enable/Disable at Power Up

Action LCD Display Description
1. PeakTech 1885, 1890 Programmable Switching Mode Power - LCD Display PeakTech 1885, 1890 Programmable Switching Mode Power - switch This will enable the output at power up.
i.e. When you switch on the power supply, the output is also ON automatically with last set voltage value.
2. PeakTech 1885, 1890 Programmable Switching Mode Power - LCD Display PeakTech 1885, 1890 Programmable Switching Mode Power - next power This will disable the output at power up.
i.e. The output will be OFF at next power up. This is the default setting for safety reason !!

6.1.6 Adjust LCD brightness

Action LCD Display Description
1. Press Then PeakTech 1885, 1890 Programmable Switching Mode Power - brightness PressPeakTech 1885, 1890 Programmable Switching Mode Power - enter2 andPeakTech 1885, 1890 Programmable Switching Mode Power - enter3 to enter into brightness set menu.
2. PeakTech 1885, 1890 Programmable Switching Mode Power - Rotate Use JOG adjust LCD brightness. It has 10 level of brightness. 0 means LCD brightness off. 9 means the most brightest.
3. PeakTech 1885, 1890 Programmable Switching Mode Power - Press Press this key to confirm

6.1.7 Enable/Disable SCPI

Action LCD Display Description
1. PeakTech 1885, 1890 Programmable Switching Mode Power - power supply Press and to enter into SCPI enable/disable menu
2. PeakTech 1885, 1890 Programmable Switching Mode Power - Rotate Use JOG select between Y and N
3.  PressPeakTech 1885, 1890 Programmable Switching Mode Power - confirm Press this key to confirm

6.2 Basic Operation
6.2.1 Setting of Voltage and Current by Jog Dial and UP & DOWN Key

Action LCD Display Description
1.  PressPeakTech 1885, 1890 Programmable Switching Mode Power - V-set PeakTech 1885, 1890 Programmable Switching Mode Power - LCD Display2 Press toPeakTech 1885, 1890 Programmable Switching Mode Power - V-set switch between V-set and Iset.
2. RotatePeakTech 1885, 1890 Programmable Switching Mode Power - Rotate2or
 PressPeakTech 1885, 1890 Programmable Switching Mode Power - ascend andPeakTech 1885, 1890 Programmable Switching Mode Power - numerical		 Rotate JOG or PressPeakTech 1885, 1890 Programmable Switching Mode Power - ascend &PeakTech 1885, 1890 Programmable Switching Mode Power - numericalKey to set the voltage/current level.
Press Rotate JOG to switch between digit to be adjust.

6.2.2 Setting of Voltage and Current Using Keypad

Action LCD Display Description
1.  Press PeakTech 1885, 1890 Programmable Switching Mode Power - LCD Display2 Press PeakTech 1885, 1890 Programmable Switching Mode Power - V-set to switch between V-set and I- set.
2. PeakTech 1885, 1890 Programmable Switching Mode Power - connection Setting voltage/current by pressing numbers on Keypad.
3.  PressPeakTech 1885, 1890 Programmable Switching Mode Power - inter Press this key to confirm

Note : whenever to terminate the settings of voltage and current, press “CLEAR” to return to the normal operation.
6.3 Using the Programming Features
6.3.1 Preset Program

Action LCD Display Description
1. PressPeakTech 1885, 1890 Programmable Switching Mode Power - inter
Then PeakTech 1885, 1890 Programmable Switching Mode Power - icon10
   Press PeakTech 1885, 1890 Programmable Switching Mode Power - icon9and then PeakTech 1885, 1890 Programmable Switching Mode Power - icon10 to
select Preset program.
e.g. PeakTech 1885, 1890 Programmable Switching Mode Power - icon11 to select preset program 4
2. PeakTech 1885, 1890 Programmable Switching Mode Power - adjust Use JOG and V-set/I-set adjust Voltage an d Current setting if you want to adjust the preset value.
3.  PressPeakTech 1885, 1890 Programmable Switching Mode Power - new settings Press this key to confirm
4. PeakTech 1885, 1890 Programmable Switching Mode Power - ixon18 PeakTech 1885, 1890 Programmable Switching Mode Power - confirm3and PeakTech 1885, 1890 Programmable Switching Mode Power - presetto exit preset program.

Note : whenever to terminate the Timed Program, press “CLEAR” to return to the normal operation.
6.3.2 Setting of Timed Program

Action LCD Display Description
1. Press PeakTech 1885, 1890 Programmable Switching Mode Power - enter2
ThenPeakTech 1885, 1890 Programmable Switching Mode Power - specify		 PeakTech 1885, 1890 Programmable Switching Mode Power - ixon23 Press PeakTech 1885, 1890 Programmable Switching Mode Power - enter2and program step setting.
to enter into timed
2. PeakTech 1885, 1890 Programmable Switching Mode Power - ixon26 Use JOG or numbering Keypad to select step to be review.
3.  PressPeakTech 1885, 1890 Programmable Switching Mode Power - ascend andPeakTech 1885, 1890 Programmable Switching Mode Power - numerical Use UP/DOWN key to move around voltage, current and time setting of step.
The select part will flash to indicate it is under modification.
4. PeakTech 1885, 1890 Programmable Switching Mode Power - ixon26 Use JOG or numbering keypad to modify the voltage, current and time.
5.  PressPeakTech 1885, 1890 Programmable Switching Mode Power - inter button Press this key to confirm

Note : whenever to terminate the Timed Program, press “CLEAR” to return to the normal operation.

6.3.3 Run Timed Programming

Action LCD Display Description
1. PeakTech 1885, 1890 Programmable Switching Mode Power - ixon25 PeakTech 1885, 1890 Programmable Switching Mode Power - ixon27 Press PeakTech 1885, 1890 Programmable Switching Mode Power - ixon28to enter in run menu.
2. PeakTech 1885, 1890 Programmable Switching Mode Power - ixon26 Use JOG or numbering keypad select number of steps to be run start from step 0.
The minimum steps to be run is 2.
3.  PressPeakTech 1885, 1890 Programmable Switching Mode Power - inter button Press this key next to set number of cycle to be run.
4. PeakTech 1885, 1890 Programmable Switching Mode Power - ixon29 PeakTech 1885, 1890 Programmable Switching Mode Power - ixon30 Use JOG or numbering keypad select number of cycle to be run.
5.  PressPeakTech 1885, 1890 Programmable Switching Mode Power - inter button Press this key to start running
6. PeakTech 1885, 1890 Programmable Switching Mode Power - terminate Press this key terminate the program running anytime.

Note : whenever to terminate the Preset Program, press “CLEAR” to return to the normal operation.

PC connection

The new SDP series can be connect use USB or RS-485. It is auto select between USB and RS485.
*Please do not connect both USB and RS-485 at the same.

Connect Multiple Power Supplies to PC via RS-485
For multiple power supplies, use the RS-485 Interface through the RS-485 port at rear panel of the power supply. Up to 31 power supplies can be connected via RS-485.
You will need a USB to RS-485 Adapter and the connection shown in Figure 6a & 6b.

PeakTech 1885, 1890 Programmable Switching Mode Power - Power Supplies

Important note:

  • The SCPI command set is only available via the old RS232 or the new USB connection
  • The PSCS software is only available for the RS485 interface

APPENDIX A
COMMMAND SET

Remarks in using the Remote Programming Mode The USB/485 interface is always ready for
connection to PC for remote programming operation .
{ }- command data, [ ] – return data, [OK] = “OK”, [CR] = 0dh
???? = 30h, 30h, 30h, 30h – 39h, 39h, 39h, 39h (4 bytes data)
??? = 30h, 30h, 30h – 39h, 39h, 39h (3 bytes data)
?? = 30h, 30h – 39h, 39h (2 bytes data)
<address> 30h, 30h – 3fh, 3fh (2 bytes data).
Bold – Input Command
Italic – Return Data from Power Supply
PS = Power Supply

Command Code & Return Data Description
Input Command:
SESS <address> <CR>
Return Data from Power Supply:
[OK] [CR]		 Disable front panel keypad and make PS to Remote Mode
Input Command:
ENDS <address> <CR>
Return Data from Power Supply:
[OK] [CR]		 Enable front panel keypad and make PS to exit Remote Mode
Input Command:
CCOM <address> <RS> {000-256} <CR>
Return Data from Power Supply:
[OK] [CR]		 Change RS485
<RS> = 0 -> RS-232
<RS> = 1 -> RS-485
Input Command:
GCOM <address> <CR>
Return Data from Power Supply:
[RS] RS485 Address [??] [CR] [OK] [CR]		  

Get the RS-485 address
Input Command:
GMAX <address> <CR>
Return Data from Power Supply:
Voltage [???] Current [???] [CR] [OK] [CR]		  

Get maximum voltage and current of PS
Input Command:
GOVP <address> <CR>
Return Data from Power Supply:
Voltage [???] [CR] [OK] [CR]		 Get Upper Voltage Limit of PS
Input Command:
GETD <address> <CR>		 Get Voltage & Current reading from PS
Return Data from Power Supply:
Voltage [????] Current [????] [0] [CR] [OK] [CR] Voltage [????] Current [????] [1] [CR] [OK] [CR]		 PS in CV mode PS in CC mode
Input Command:
GETS <address> <CR>
Return Data from Power Supply:
Voltage [???] Current [???] [CR] [OK] [CR]		  

Get Voltage & Current Set Value from PS
Input Command:
GETM <address> <CR>
Return Data from Power Supply:
Memory 1 Voltage [???] Current [???] [CR] Memory 2 Voltage [???] Current [???] [CR] .        .        .                   .                  .
.        .        .                   .                  .
.        .        .                   .                  .
Memory 9 Voltage [???] Current [???] [CR] [OK] [CR]		 Get All Preset Memory Values from PS
Input Command:
GETM <address> location {1-9} <CR>
Return Data from Power Supply:
Voltage [???] Current [???] [CR] [OK] [CR]		 Get Memory from Specific Preset of PS
Input Command:
GETP <address> <CR>
Return Data from Power Supply:
Program 00 Voltage [???] Current [???] Minute [??] Second [??] [CR] Program 01 Voltage [???] Current [???] Minute [??] Second [??] [CR] .        .       .                      .                   .                 .                 .
.        .       .                      .                   .                 .                 .
.        .       .                       .                   .                 .                 .
Program 19 Voltage [???] Current [???] Minute [??] Second [??] [CR] [OK] [CR] 		Get all the Timed Program Memory of PS
Input Command:
GETP <address> program {00-19} <CR>
Return Data from Power Supply:
Voltage [???] Current [???] Minute [??] Second [??] [CR] [OK] [CR]		 Get Timed Program Memory from Specific Program of PS
Input Command:
GPAL <address> [CR] Return Data from Power Supply:
Reading voltage [####] V [ON] Reading current [####] A [ON]		 Get LCD Display Information
Reading watt [####] W [ON] Timer minute [####] second [##] timer [ON] colon [ON] m [ON] s [ON] Setting voltage [###] V-const [ON] V-bar [ON] V [ON] Setting current [###] I-Const [ON] I-bar [ON] A [ON] Program [#] Program [ON] P-bar [ON] SETTING [ON] Key lock [ON] Key open [ON] FAULT [ON] Output on [ON] Output off [ON] Remote [ON] [CR] [OK] [CR]
Input Command:
VOLT <address> voltage {000-XXX} <CR>
Return Data from Power Supply: [OK] [CR]		 Set Voltage Level XXX-Max. Output Rating
Voltage = XX.X V Current = X.XX V
Input Command:
CURR <address> current {000-XXX} <CR>
Return Data from Power Supply: [OK] [CR]		 Set Current Level
Input Command:
SOVP <address> voltage {000-XXX} <CR>
Return Data from Power Supply:
[OK] [CR]		  

Set Upper Voltage Limit of PS
Input Command:
SOUT <address> 1 <CR>
Return Data from Power Supply:
[OK] [CR]		  

Disable Output of PS
Input Command:
SOUT <address> 0 <CR>
Return Data from Power Supply: [OK] [CR]		  

Enable Output of PS
Input Command:
POWW <address> location {1-9}0 <CR>
Return Data from Power Supply:
[OK] [CR]		 Enable the output when switch on the power supply.
Input Command:
POWW <address> location {1-9}1 <CR>
Return Data from Power Supply:[OK] [CR]		 Disable the output when switch on the power supply.
Input Command:
PROM <address> location {1-9} Voltage {000-XXX} Current {000-XXX} <CR> Return Data from Power Supply: [OK] [CR]		 Set Voltage and Current values of Preset Memory
Input Command:
PROP <address> location {00-19} Voltage {000-XXX} Current {000-XXX} Minute {00-99} Second {00-59} <CR>
Return Data from Power Supply: [OK] [CR]		 Set Voltage, Current and Time period of Timed Program
Input Command:
RUNM <address> location {1-9} <CR>
Return Data from Power Supply: [OK] [CR]		 Recall Preset Memory 1-9
Input Command:
RUNP <address> times {000-256} <CR>
Return Data from Power Supply: [OK] [CR]		 Run Timed Program (000 = run infinite times)
Input Command:
STOP <address> <CR>
Return Data from Power Supply: [OK] [CR]		 Stop Timed Program

This manual is according the latest technical knowing. Technical changings, which are in the interest of progress, reserved.
We herewith confirm that the units are calibrated by the factory according to the specifications as per the technical specifications.
We recommend to calibrate the unit again, after 1 year.
© PeakTech®04/2021 / AW./EHR./PL

PeakTech logoPeakTech Prüf- und
Messtechnik GmbH – Gerstenstieg 4 –
DE-22926 Ahrensburg / Germany
LeuchtenDireckt Icon+49-(0) 4102-97398 80
PeakTech 1885, 1890 Programmable Switching Mode Power - icon55+49-(0) 4102-97398 99
PeakTech 1885, 1890 Programmable Switching Mode Power - icon56 info@peaktech.de  SEALEY CP20VIWX DRIVE BRUSHLESS IMPACT WRENCH 300NM - IIcon 2 www.peaktech.de

Documents / Resources

PeakTech 1885, 1890 Programmable Switching Mode Power [pdf] Instruction Manual
1885, 1890, 1885 1890 Programmable Switching Mode Power, 1885 1890, Programmable Switching Mode Power, Switching Mode Power, Mode Power, Power

References

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