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47

© 2006, Elektro-Automatik GmbH & Co. KG 

Irrtümer und Änderungen vorbehalten

EN

Date: 06-05-2014

Instruction Manual 

PS 8000 E 3U Series

Operating the device 

8.  Device setup

The device setup is intended to adjust certain operation para-

meters. It can only be accessed while the output is off. Push 

both  pushbuttons  of  the  rotary  knobs  (also  see  section  6.3) 

simultaneously for longer than 2s. Leaving the setup and sto-

rage of  the settings is done the same way. Three elementary 

settings are always available, see below. Other settings are only 

available if a digital interface card is equipped.

Elementary settings

:

Parameter

:

 

AutoPwrOn

  

Default: 

on

 

Settings: 

on, off

Meaning: „

on

“ --> device restores the last output state and set 

values of last time the device was switched off or a blackout 

occured. The purpose is to make the unit automatically continue 

operation after a blackout.

off

“ --> the output is switched on and the set values of U, UVL 

and I are set to 0%, P to 100% and OVP to 110%, everytime 

the unit is powered.

Parameter

AI range

  

 

Default: 

0-10

Settings: 

0-5, 0-10

Meaning: selects the control voltage range to use with the 

analogue interface. Further details in section 10.

Parameter

Contrast

 

  Default: 

70

Settings: 

50...100

Adjusts the contrast of the LCD display.

For 

all

 interface cards this setting applies:

Parameter

Device node

  

Default: 

1

Settings: 

1...30

Meaning: Selects the device‘s address (i.e. device node, term 

taken from the CAN terminology). When using the device on a 

bus system (CAN or GPIB), every device must have a unique 

address!

Following settings only with 

CAN interface IF-C1:

Parameter

Baud

    

Default: 

100k

Settings: 

10k,

 

25k,

 

50k,

 

100k,

 

125k,

 

250k,

 

500k,

 

1M

Meaning: Selects the CAN transmission baud rate.

Parameter

Base ID

  

 

Default: 

0x000

Settings: 

0x000...0x7FC (0...2044)

Meaning: Defines the base ID (BAID) for the CAN ID system with 

three IDs (Vector compatible, dbc files). Three IDs are reserved 

for a device, based upon the adjusted base ID. Thus this values 

is only adjustable in steps of four. Display can be switched from 

decimal to hexadecimal by pushing any of the rotary knobs.
Only available, if 

ID Sys

 

Vector

 

has been selected. See 

below at parameter 

ID Sys

.

Parameter

Broad ID

  

 

Default: 

0x7FF

Settings: 

0x000...0x7FF (0...2047)

Meaning: Adjusts the broadcast ID (BCID) for the CAN ID sy

-

stem with three IDs (Vector compatible, dbc files). This extra 

ID is a fourth ID for the device which can be used for broadcast 

messages to multiple units on a bus. Purpose if this ID is to 

adjust it to the same value on all units that are targeted to be 

controlled simultaneously by set values or device conditions. 

Display can be switched from decimal to hexadecimal by pus-

hing any of the rotary knobs.
Only available, if 

ID Sys

 

Vector

 

has been selected. See 

below at parameter 

ID Sys

.

Parameter

RID

 

    

Default: 

0

Settings: 

0...31

Meaning: Selects the relocatable identifier segment (RID). Refer 

to CAN terminology or instruction manual of the IF-C1 CAN 

interface card for further information.

Parameter

Bus term

  

 

Default: 

yes

Settings: 

yes, no

Meaning: activates/deactives the bus termination resistor of 

the CAN interface card. This is required if the device is at the 

end of the bus.

Parameter

ID Sys

  

 

Default: 

Vector

Settings: 

Vector, normal

Meaning: Selects the CAN ID systems (IDSY). With „

Normal

“, 

the former, old CAN ID system with two CAN IDs per unit is used, 

where the IDs are built from „

Device node

“ (see above) and 

RID

“ (see above) . Also see the external user manual for the in

-

terface cards regarding the calculation scheme of the CAN IDs. 
The other ID system, selected with „

Vector

“, uses three CAN 

IDs per unit and it thus enables the use of so-called DBC files 

to implement the device into Vector company software. By 

selecting this ID system, two ID related settings (see above) 

become active, where the user adjusts a base ID that defines 

the three CAN IDs, plus a broadcast ID (if used).

Following settings only with 

RS232 interface IF-R1

:

Parameter

Baud

  

 

 

Default: 

57600

Settings: 

9600, 19200, 38400, 57600

Meaning: Selects the serial transmission baudrate (in baud). 

Further  parameters  for  the  RS232  are  not  configurable,  but 

defined as follows:

Parity = odd 

Stop bits = 1 

Data bits = 8 

and have to be set to the same co nfiguration at the PC.

Following settings only with 

Profibus interface IF-PB1

:

Parameter

Profibus  

 

Default: 

1

Settings: 

1-125

Meaning:  Defines  the  Profibus  address  of  the  device. This 

address is used apart from the device node to implement and 

access the unit on a field bus system.

Summary of Contents for PS 8000 E 3U Series

Page 1: ...PS 8000 E 3U Laboratory Power Supply Series Operating Guide...

Page 2: ...3 CN PS 8000 E 3U 06 05 2014 Elektro Automatik 60VDC...

Page 3: ...are 15 5 9 15 6 16 6 1 16 6 2 16 6 2 1 Preset Voltage 16 6 2 2 Preset UVL OVP 17 6 2 3 Preset Power 17 6 2 4 Preset Current 17 6 2 5 Memory Select M1 M5 17 6 2 6 Memory Start Memory Save 3s 18 6 2 7 L...

Page 4: ...232 IEEE GPIB Ethernet LAN Profibus 0 5V 0 10V 0 100 3 3kW 5kW 6 6kW 10kW 15kW 150kW OT OVP CC CV CP 5 Share Bus CAN Vector 6 01 Vector CAN Windows LabView VIs 2 2 1 202 x 32 2 9 2 4 0 00V 99 99V 0 0V...

Page 5: ...00mV 10mV 2 5V 2 5V 6V 10V 2 5V 0 44V 0 88V 0 220V 0 550V 0 44V INom 170A 170A 70A 30A 340A 0 INom 0 INom 0 INom 0 INom 0 INom 10 UIN 0 05 0 05 0 05 0 05 0 05 0 100 UOUT 0 15 0 15 0 15 0 15 0 15 BWL 2...

Page 6: ...V 0 88V 0 176V 0 220V 0 440V INom 510A 340A 170A 140A 70A 0 INom 0 INom 0 INom 0 INom 0 INom 10 UIN 0 05 0 05 0 05 0 05 0 05 0 100 UOUT 0 15 0 15 0 15 0 15 0 15 BWL 20MHz 900mApp 120mArms 600mApp 80mA...

Page 7: ...2 0 2 100mV 1V 10mV 10mV 100mV 10V 20V 2 5V 2 5V 6V 0 550V 0 1100V 0 88V 0 88V 0 220V INom 60A 30A 250A 510A 210A 0 INom 0 INom 0 INom 0 INom 0 INom 10 UIN 0 05 0 05 0 05 0 05 0 05 0 100 UOUT 0 15 0 1...

Page 8: ...100mV 100mV 100mV 1V 7 5V 10V 18V 30V 0 264V 0 550V 0 660V 0 1650V INom 170A 90A 70A 30A 0 INom 0 INom 0 INom 0 INom 10 UIN 0 05 0 05 0 05 0 05 0 100 UOUT 0 15 0 15 0 15 0 15 BWL 20MHz 333mApp 27mArm...

Page 9: ...10 2006 Elektro Automatik GmbH Co KG Irrt mer und nderungen vorbehalten CN 06 05 2014 PS 8000 E 3U 3 3 1 A D B E 80V C F 2 1...

Page 10: ...11 CN PS 8000 E 3U 06 05 2014 3 4...

Page 11: ...12 2006 Elektro Automatik GmbH Co KG Irrt mer und nderungen vorbehalten CN 06 05 2014 PS 8000 E 3U 5...

Page 12: ...1 5 2 3 3kw 5kW 6 6kW 10kW 15kW PE L1 L2 L3 Imax Imax Imax 3 3kW 2 5mm 11A 2 5mm 11A 5kW 2 5mm 16A 2 5mm 16A 6 6kW 2 5mm 19A 2 5mm 11A 2 5mm 11A 10kW 4mm 28A 4mm 16A 4mm 16A 15kW 4mm 28A 4mm 28A 4mm...

Page 13: ...4 PS 8000 E 3U 6 6kW 10kW L1 R L1 L1 max 44A L2 max 56A L3 max 60A 6 6kW 10kW 5 4 6 F16A 500V 6 3x32mm 5 5 1 5m 30A 6mm 70A 16mm 90A 25mm 140A 50mm 170A 70mm 210A 95mm 340A 2x70mm 510A 2x120mm 70mm 2...

Page 14: ...15 CN PS 8000 E 3U 06 05 2014 400V 6mm 5 6 300V 5 7 Sense 2 2 3 1 7 7 5 8 Share Share 11 1 5 9 9...

Page 15: ...KG Irrt mer und nderungen vorbehalten CN 06 05 2014 PS 8000 E 3U 8 6 6 1 8 OVP UVL CV on OT OVP CC on CP on Fine PF 6 0 1 V UVL OVP 2 CC CV 3 I P 4 5 I P 6 7 V UVL OVP 6 2 6 2 1 Preset Voltage Voltag...

Page 16: ...L UVL Voltage UVL OVP 0 USet UVL OVP 0 110 UNom 5s OVP LOCK 6 2 8 UVL OVP 6 2 3 Preset Power Current Power 0 100 PNom 5s LOCK 6 2 8 6 2 4 Preset Current Current Power 0 100 INom 5s LOCK 6 2 8 6 2 5 Me...

Page 17: ...On c 3s GPIB LOCK 6 2 8 6 2 7 Local LOCAL LOCAL LOCAL Local LOCAL Remote LOCK 6 2 8 LOCAL LOCAL LOCAL 6 2 8 Lock Unlock LOCK LOCK LOCK 6 02 LOCK 6 2 9 Output On Output Off Output On Output Off LED CC...

Page 18: ...0 1V 210 250A 2A 0 1A 600V 5V 0 1V 340A 2A 0 1A 1000V 10V 1V 510A 5A 0 1A 1500V 10V 1V 3 3 5kW 50W 1W 6 6 10kW 100W 10W 15kW 100W 10W Note 2 3 2 10 3 9 7 7 1 8 AutoPwrOn on U I P OVP UVL off U I 0 P...

Page 19: ...atik GmbH Co KG Irrt mer und nderungen vorbehalten CN 06 05 2014 PS 8000 E 3U 7 6 CV CV CC CC 0 PNom isen 1 2 P U I CP CC CC CV CP 7 7 Sense 9 7 8 400V 15 340V 460V 340V AC 460V AC 6 01 AC power fail...

Page 20: ...000 0x7FC 0 2044 IDs Vector DBC CAN ID ID BAID ID IDs ID Sys Vector ID Sys Broad ID 0x7FF 0x000 0x7FF 0 2047 IDs Vector DBC CAN ID ID BCID ID ID ID ID Sys Vector ID Sys RID 0 0 31 RID CAN IF C1 CAN Bu...

Page 21: ...CAN IF G1 GPIB IEEE IF E1 IF E1B Ethernet LAN USB IF PB1 Profibus USB LabView IF 8 OVP UVL GPIB 100 hex 0x6400 110 hex 0x6E00 OVP GPIB 10 10 1 15 OT OVP CC CV AI AI AI OVP AI 3 AI 0 5V 0 10V 0 100 8...

Page 22: ...23 CN PS 8000 E 3U 06 05 2014 10 2 PLC 10 1 REM SB DGND PLC VREF VSEL CSEL VREF 3mA 10kOhm VREF 100...

Page 23: ...High 4V LOW ULow 1V Vcc 5V 1mA UCE 0 3V Imax 10mA Umax 0 30V DGND 7 N C 8 PSEL AI 0 10V 0 5V PNom 0 100 0 5 Ri 100K 9 VMON AO 0 10V 0 5V UNom 0 100 Imax 2mA 0 2 AGND 10 CMON AO 0 10V 0 5V INom 0 100 1...

Page 24: ...are 5 8 Share 12 Sense PS 8000 E 3U 11 2 PE 300V AGND DGND 200V PDC 1200 70 3U 600V 400V 500V 12 12 1 a USB RS232 CAN GPIB IEEE SCPI LAN SCPI Profibus a High Speed Ramping b 12 2 Windows IF U1 USB IF...

Page 25: ...26 2006 Elektro Automatik GmbH Co KG Irrt mer und nderungen vorbehalten CN 06 05 2014 PS 8000 E 3U 12 13...

Page 26: ...itched off Keep in mind Only operate the device at a mains voltage as stipulated on the type plate Never insert mechanical parts especially from metal through the air ventilation slots Avoid any use o...

Page 27: ...Pushbutton Preset UVL OVP 42 6 2 3 Pushbutton Preset Power 42 6 2 4 Pushbutton Preset Current 42 6 2 5 Pushbutton Memory Select M1 M5 43 6 2 6 Pushbutton Memory Start Memory Save 3s 43 6 2 7 Pushbutt...

Page 28: ...ccurate measurement and indication of actual values The main functions at a glance Set voltage current and power each with 0 100 Adjustable overvoltage threshold 0 110 UNom Optional pluggable digital...

Page 29: ...rms 300mApp 40mArms 44mApp 11mArms 14mApp 8mArms 600mApp 80mArms Accuracy 0 2 0 2 0 2 0 2 0 2 Resolution of display 100mA 100mA 10mA 10mA 100mA Transient recovery time 10 90 load 2ms 2ms 2ms 2ms 2ms O...

Page 30: ...mArms 33mApp 9mArms Accuracy 0 2 0 2 0 2 0 2 0 2 Resolution of display 100mA 100mA 10mA 100mA 10mA Transient recovery time 10 90 load 2ms 2ms 2ms 2ms 2ms Output Power Nominal power PNom 10000W 10000W...

Page 31: ...App 16mArms 22mApp 11mArms 900mApp 120mArms 900mApp 120mArms 167mApp 33mArms Accuracy 0 2 0 2 0 2 0 2 0 2 Resolution of display 10mA 10mA 100mA 100mA 100mA Transient recovery time 10 90 load 2ms 2ms 2...

Page 32: ...hreshold adjustable 0 264V 0 550V 0 660V 0 1650V Output Current Nominal current INom 170A 90A 70A 30A Adjustable range 0 INom 0 INom 0 INom 0 INom Stability at mains fluctuation 10 U IN 0 05 0 05 0 05...

Page 33: ...06 05 2014 Instruction Manual PS 8000 E 3U Series About the device 3 Device description 3 1 Views A Mains switch D Share bus and remote sense terminals B Control panel E DC output figure shows output...

Page 34: ...36 EN Date 06 05 2014 Instruction Manual PS 8000 E 3U Series About the device Figure 3 Figure 4...

Page 35: ...37 2006 Elektro Automatik GmbH Co KG Irrt mer und nderungen vorbehalten EN Date 06 05 2014 Instruction Manual PS 8000 E 3U Series About the device Figure 5...

Page 36: ...ower stage is remai ning operable because another power stage has switched off due to overheating the power supply will continue to provide power to the output Refer to section 2 2 Device specificatio...

Page 37: ...5 5 DC output terminal The power output is located on the rear of the device The output is not fused In order to avoid damage to the load application always take care for the nominal values of the lo...

Page 38: ...e output voltage so that the desired voltage is provided to the load For maximum regulation see section 2 2 Device specifications information Remote sense compensation The connection for remote sense...

Page 39: ...t display area Actual current or set value I P 4 Control buttons Setting the device condition etc 5 Rotary knob right Set value adjustment of I and P as well as settings in the device setup 6 Preset b...

Page 40: ...ht display area will then show like this In preset mode the right rotary knob Current Power is used to adjust the power set value from 0 100 PNom The adjusted value is instantly transferred to the out...

Page 41: ...tput remains off the memory mode exits after saving The memory sets can also be defined by remote control and corresponding commands using a digital interface except GPIB They re stored immediately Th...

Page 42: ...ue the button Preset Power has to be pushed Note The OVP value can be lower than the voltage set value and will cause an OV alarm as soon as the output is switched on and the actual voltage reaches th...

Page 43: ...me time and are not yet acknowledged 7 5 Overtemperature alarms As soon as an overtemperature OT alarm occurs by internal overheating the output is switched off and the status text OT is indicated Sim...

Page 44: ...out any restrictions regarding power Input voltages below 340VAC are considered as supply undervoltage and will store the last condition as well as switch the power output off Same happens at overvolt...

Page 45: ...ee below at parameter ID Sys Parameter Broad ID Default 0x7FF Settings 0x000 0x7FF 0 2047 Meaning Adjusts the broadcast ID BCID for the CAN ID sy stem with three IDs Vector compatible dbc files This e...

Page 46: ...utput on off The analogue interface short AI allows to remotely control current voltage and power of the power supply but always in combination It means that it s not possible to adjust voltage via th...

Page 47: ...ing the output off is done by connecting the pin to ground DGND via a low resistive contact like a switch open collector transistor or relay Note A digital output of for example a PLC may not be able...

Page 48: ...proof against DGND 7 N C Not connected 8 PSEL AI Set value power 0 10V or 0 5V correspond to 0 100 of PNom Accuracy 0 5 Impedance Ri 100K 9 VMON AO Actual value voltage 0 10V or 0 5V correspond to 0...

Page 49: ...f the analogue interfaces of the units in series connection must not be wired to each other Remote sense must not be wired It is recommended to build a series connection only with unit of same model E...

Page 50: ...52 EN Date 06 05 2014 Instruction Manual PS 8000 E 3U Series Figure 12 Parallel connection with Share Bus Figure 13 Series connection Miscellaneous...

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