Gossen MetraWatt P1500 Operating Instructions Manual Download

Page: 69 / 72

GMC-I Messtechnik GmbH

Index

Control Mode Query

PC Query

. . . . . . . . . . . . . . . . . . 47

Device Settings

Current Settings

Query from PC

. . . . . . . . . . . 40

Save

Via PC

. . . . . . . . . . . . . . 42

From Setup-Sequence Memory

Via PC

. . . . . . . . . . . . . . 41

Reset

Via PC

. . . . . . . . . . . . . . . . . 41

Transfer to / Query from Sequence Memory

Via PC

. . . . . . . . . . . . . . . . . 53

Digital Displays

Switch On and Off via PC

. . . . . . 44

Interface

Installation

. . . . . . . . . . . . . . . . . . . 6

Parameter Setting

. . . . . . . . . . . . 26

Technical Data

. . . . . . . . . . . . . . . . 7

Min-Max Memory

Display

Via PC

. . . . . . . . . . . . . . 46

Edit

Via PC

. . . . . . . . . . . . . . . . . 47

Operating Commands

List of Setting Commands

. . . . . . 58

Output Current

Measured Value

PC Query

. . . . . . . . . . . . . . . 46

Setpoint

Via PC

. . . . . . . . . . . . . . . . . 47

Setting Limit

Via PC

. . . . . . . . . . . . . . 46

Output Power

PC Query

. . . . . . . . . . . . . . . . . . 50

Output Switching stazs

Response at Power On

Via PC

. . . . . . . . . . . . . . . . . 50

Output Swithing Status

Switch/Query

Via PC

. . . . . . . . . . . . . . . . . 49

Output Voltage

Measured Value

PC Query

. . . . . . . . . . . . . . . 55

Setpoint

Via PC

. . . . . . . . . . . . . . . . . 55

Overcurrent Protection

Activate/Deactivate

Via PC

. . . . . . . . . . . . . . . . . 48

Query Device ID

. . . . . . . . . . . . . . . . . 40

RESET

. . . . . . . . . . . . . . . . . . . . . . . . 39

Response after Power On with Varying Line Voltage Ranges

Self-Test via PC

. . . . . . . . . . . . . . . . . . 42

Sequence

Control

Via PC

. . . . . . . . . . . . . . . . . 51

Dwell Time

Memory Location Independent

Via PC

. . . . . . . . . . . . . . 53

Memory Location Specific

Via PC

. . . . . . . . . . . . . . 54

Repetitions

Via PC

. . . . . . . . . . . . . . . . . 51

Start Address

Via PC

. . . . . . . . . . . . . . . . . . . . . 53

Status and Event Management

Clear Event Register

. . . . . . . . . . . 39

Device Clear Function

. . . . . . . . . 44

Enable Registers

. . . . . . . . . . . . . 40

Event Register Query

. . . . . . . . . . 40

Individual Status Query

. . . . . . . . . 40

Operation Complete Query

. . . . . 41

Power-On Status Clear Query

. . . 41

Status Byte Register Query

. . . . . 42

Status Register Query

. . . . . . . . . 44

Wait to Continue

. . . . . . . . . . . . . 42

Stop Address

Via PC

. . . . . . . . . . . . . . . . . . . . . 53

System Messages, Error Messages

. . . 64

Trigger Digital

Define Device Trigger

. . . . . . . . . . 39

Trigger

. . . . . . . . . . . . . . . . . 42

Trigger Response

Edit

Via PC

. . . . . . . . . . . . . . . . . 54

Waiting Time

. . . . . . . . . . . . . . . . . . . . 55

Summary of Contents for P1500

Page 1: ...Operating Instructions SYSKON P500 P800 P1500 P3000 and P4500 Computer Controlled Laboratory Power Supplies 3 349 373 03 13 10 16 ...

Page 2: ...r Panel P500 P800 P1500 20 5 3 Front Panel SYSKON P3000 P4500 22 5 4 Rear Panel SYSKON P3000 P4500 24 6 Menu Structure and Parameters 26 7 Analog Interface 28 7 1 Connector pin assignments 28 7 2 Auto sensing mode 30 7 3 Status Signal Outputs 30 7 4 Regulating Output Voltage 31 7 5 Controlling Output Current 31 7 6 Voltage Monitoring Output 32 7 7 Current Monitoring Output 32 7 8 Trigger Inputs 33...

Page 3: ...e concerning operation practical advice or other information which must be adhered to in order to prevent damage to the KONSTANTER and to assure correct operation Warning An operating procedure practical advice or other information which must be adhered to in order to assure safe operation of the KONSTANTER and to prevent personal injury The most important warnings are summarized below Warning Pro...

Page 4: ...mbH 2 Initial Start Up Dimensional Drawings 2 1 Dimensional Drawing SYSKON P500 P800 P1500 447 465 482 6 501 40 88 15 76 2 Installation position for optional IEEE 488 interface material no K384A All dimensions in mm 14 4 18 ...

Page 5: ...I Messtechnik GmbH 5 2 2 Dimensional Drawing SYSKON P3000 P4500 447 465 482 6 501 40 177 14 101 6 Installation position for optional interface IEEE 488 material no K384A All dimensions in millimeter 14 4 18 ...

Page 6: ...e device can be operated with either 115 or 230 V mains power Full output power 1500 W can be taken advantage of when operated with 230 V mains power Due to resulting input current only 750 W of output power can be supplied when operated with 115 V mains power SYSKON P3000 P4500 In order to exploit the full nominal power the device must be operated with a 400 Volt 3 phase current system Integrated...

Page 7: ...lected analog control function can be made here In order to keep cross interference with the analog signals to a minimum it is advisable to use shielded connector cables The individual signals are described under Analog Inter face 2 4 Switching the Device On After the described preparations have been completed the device can be switched on The mains switch is located at the bottom left hand side o...

Page 8: ...es see Err AC L and Err AC H in chapter 11 As from Firmware Version 005 After Power ON a distinction is made on the basis of the line voltage detected between the two available power ranges When the line voltage is low output power is limited to approxi mately 55 of the nominal power If the device is switched on in setting POWER_ON RST at low line voltage the setting limit value is reduced to half...

Page 9: ... three signal outputs are included at the analog inter face two of which are floating These can be activated depending upon various functions and can thus be used to control external devices or sequences Applications Range Konstanters are suitable for use wherever electronic modules with controlled direct voltage or controlled current need to be supplied with electrical power especially in the fie...

Page 10: ...e application the sink function can also be disabled Auto Sensing The device can be switched to sensing mode operation remote sensing in order to compensate for voltage drop at the output leads Sensing lead terminals are available to this end at the analog interface If the negative sensing terminal is connected to the negative load point the device is automatically switched to sensing mode operati...

Page 11: ...ET with the ability to invoke subsequences Sample Application Generation of a characteristic voltage curve in an automotive elec trical system when starting the engine Note The drop times can be influenced by the input impedance of the DUT Balancing Function adjust Offset and final values for setting and measured values for output quantities voltage and current are balanced digitally in the device...

Page 12: ...Characteristic U I P Curve SYSKON P4500 Output Regulator type Primary switched mode regulator Operating modes Adjustable constant voltage constant cur rent source with automatic sharp transition Output insulation Floating output with safe electrical separation from the mains input and computer interfaces Allowable potential output ground Max 240 V DC Capacitance output ground housing SYSKON P500 t...

Page 13: ... ground 2 2 kV Bus ground No electrical isolation Applicated Standards IEC 61010 1 2010 DIN EN 61010 1 2010 VDE 0411 1 2011 EN 61326 4 1 1 Electromagnetic Compatibility SYSKON P500 P800 P1500 Generic standard EN 61326 1 October 2006 Interference emission EN 55022 class B Interference immunity EN 61000 4 2 feature A EN 61000 4 3 feature B EN 61000 4 4 feature A EN 61000 4 5 feature A EN 61000 4 6 f...

Page 14: ... dia holes Analog interface Double row plug connector sensing leads with two 10 pole screw terminals IP XY 1st char X Protection against pene tration by solid particles IP XY 2nd char Y Protection against penetration by water 0 Not protected 0 Not protected 1 50 0 mm dia 1 Vertical dripping 2 12 5 mm dia 2 Dripping 15 inclination Article No Designation Dimensions W x H x D Weight K346A SYSKON P500...

Page 15: ... ms 120 mV 2 ms 2 ms 70 ms 11ms 1 4 ms 1 4 ms 16 ms 3 ms Output capacitor Sink continuous power Nominal value Power 2020 μF 40 W 65 W 2020 μF 40 W 65 W 2020 μF 40 to 65 W Measuring Function Measuring Range Voltage Current Power 16 384 98 300 V 32 766 98 300 A U x I 16 384 98 300 V 32 766 98 300 A U x I 16 384 to 98 300 V 2 766 to 98 300 A U x I Measuring resolution Voltage Current Power 2 mV 2 mA ...

Page 16: ...ms 70 ms 11 ms 1 2 ms 6 ms 16 ms 6 ms 120 mV 7 ms 19 ms 70 ms 11 ms 2 4 ms 11 ms 16 ms 6 ms Output capacitor Sink continuous power Nominal value Power 4040 μF 80 W 130 W 6060 μF 120 W 195 W Measuring Function Measuring Range Voltage Current Power 16 384 98 300 V 65 532 196 600 A U x I 16 384 98 300 V 98 298 294 900 A U x I Measuring resolution Voltage Current Power 2 mV 4 mA 100 mW 2 mV 6 mA 100 m...

Page 17: ... 4 3 1 Reference Conditions Ambient temperature 23 C 2 K Relative humidity 40 60 Warm up time 30 minutes Output operating characteristics ppm and percentage specificati ons refer to the respective setting and or measured value ...

Page 18: ...current regulating mode Iout Iset Mains Switch POWER LED lights up Device is switched on POWER switch Switches the device on and off Power Output On Off Key OUTPUT LED lights up Output is active OUTPUT switch Switches the power output on and off Rotary Encoder for Voltage Voltage setpoint Uset adjust output voltage Uset Condition UL_L lower setting limit Uset UL_H upper setting limit When the rota...

Page 19: ...ions Sset Switching function display and adjust signal level SAVE Save basic device settings device parameters RCL Recall basic device settings SEQ Sequence functions EDIT CONDITION CONTROL MEMORY NUM Numeric entry if active the ENTER LED lights up transfer setting value or acknowledge selection ESC LOCAL Return from menu level to standard display abort of entry Lock ESC LOCAL SEQ CTRL disable con...

Page 20: ...several devices for master slave operation Vary internal output resistance Control of a selected device function via the floating trigger input Air Vents In order to assure adequate cooling of the device the outlet vents for the integrated fans may not be covered Ground Terminal earth terminal The output or cable shields can be grounded here if shielded cables or control cables are used for the an...

Page 21: ...Symbols Indicates EC conformity Warning concerning a point of danger attention observe documentation Observe ESDS directives The device may not be disposed of with the trash Further information regarding the WEEE mark can be accessed on the Internet at www gossenmetrawatt com by entering the search term WEEE 20 19 18 Computer Interface IEEE 488 option Computer interface RS232 17 ...

Page 22: ... ovp parameter on OUTPUT off OCP LED lights up Overcurrent detection triggered oCset and oCdly parameters exceeded prerequisite oCp parameter on OUTPUT off OVP ON LED lights up Overvoltage shutdown is activated ovp parameter in device setup menu on OCP ON LED lights up Overcurrent shutdown is activated oCp parameter in device setup menu on Mains Switch POWER LED lights up Device is switched on POW...

Page 23: ...tus Displays REMOTE LED lights up Remote control is active ADDR DATA LED lights up Addressing data transmission is active SRQ ERR LED lights up Service request error LCL LOCKED LED lights up Control panel is disabled SEQ STS LED lights up Sequence function in HOLD status blinks Sequence is active RUN Numeric Keypad Menu Functions MENU Adjustment of parameters and functions Sset Switching function ...

Page 24: ...of several devices for master slave operation Vary internal output resistance Control of a selected device function via the floating trigger input Terminal Allocation Meaning Bottom Row of Terminals 1 TRG 1 Trigger input 1 plus 2 TRG 1 Trigger input 1 minus 3 TRG 2 Trigger input 2 plus 4 TRG 2 Trigger input 2 minus 5 SIG 1 Signal output 1 collector 6 SIG 1 Signal output 1 emitter 7 SIG 2 Signal ou...

Page 25: ... Symbols Indicates EC conformity Warning concerning a point of danger attention observe documentation Observe ESDS directives The device may not be disposed of with the trash Further information regarding the WEEE mark can be accessed on the Internet at www gossenmetrawatt com by entering the search term WEEE 19 18 Computer Interface RS232 20 Computer Interface IEEE 488 option 17 ...

Page 26: ...0105 store 0105 Memory functions Load sequence value Save as sequence value setvp meas meas mm v1 mm v1 off v_ 9 992 SETUP MEASUREMENT EXTREME MEASUREMENT Min Max memory Minimum measured voltage value Measuring menu meas v1 Cs meas v1_Cs vc_ 0 000 meas Cfg_m m lp 3 m tab meas spec rl0adfootnote 5 30 531 Avx 1nfo l Err 000 era 3 AUXILIARY Events and status memory Last error no Events memory A Memor...

Page 27: ... current value vc 60 000 1c_ 0 000 1c 60 000 m cfg em_v em_1 erb 0 erC 0 Cra 1 crb 0 Events memory B Events memory C Status memory A Status memory B 1off 1f5 Current setpoint zero point Current setpoint upper limit 8 9 Additional key functions With sequence status RUN after GO or CONT ENTER HOLD ESC Abort at actual address 0 Abort and jump to final value With sequence status STOP after Strt Hold S...

Page 28: ...nt 20 mA Interface Type Circuit Diagram Func tion Terminal Meaning UH 15 V AGND 1 AGND 2 11 12 10 15 V output This auxiliary voltage output 15 to 18 5 V DC with reference to AGND 1 or AGND 2 can be used to control the trigger inputs or to supply power to external components e g reference element for generating control voltages The output is equipped with electronic current limiting to approximatel...

Page 29: ...m with reference to AGND 1 U Iext External control voltage 0 5 V 0 Isetnom with reference to AGND 1 ki Control coefficient Isetnom 5 V Isetnom 60 A SYSKON P1500 060 060 Input impedance a total of 10 k each to AGND 1 Monitor U MON I MON 17 18 U MON output Analog voltage output with reference to AGND 1 Voltage is proportional to output voltage Uout detected by the sensing leads 0 10 V 0 Uoutnom Uout...

Page 30: ...ion it climbs to well above the selected value which finally triggers overvoltage protection and immediately deactivates the output Interrupted SENSE lead Voltage between the output terminals increases by approximately 15 Interrupted SENSE lead The sensing terminals are deactivated automatic return to local sensing If the sensing leads have been connected incorrectly rising voltage between the out...

Page 31: ... Wiring for Controlling Output Voltage with External Voltage External Potentiometer 7 5 Controlling Output Current Function Output current Iout can be set with external voltage Usi U Iext U Iext via control inputs Iext non inverting and Iext inverting The current control input functions as a differential voltage input The following applies with activated analog setpoint SEtUP dPYIF AnIF AI_I on Is...

Page 32: ... Internal resistance is 8 k Connection Figure 7 6 Voltage Monitor Wiring 7 7 Current Monitoring Output Function The I MON terminal reads out voltage Umi with reference to AGND 1 which is proportional to output current Iout I MON serves as a control voltage for master slave parallel connection However I MON can also be used for external measuring monitoring and recording The following applies Umi I...

Page 33: ...igger signals have no effect OUT OUTPUT Trigger signal acts upon the OUTPUT output on off Low OUTPUT depends upon manual setting or programming command Edge Low High OUTPUT remains OFF or OUTPUT is switched OFF High OUTPUT is OFF and cannot be activated neither manually nor by means of a program command Edge High Low The OUTPUT is activated exception OTP or OVP SQS Step function Memory recall step...

Page 34: ...o supplies a portion of the load current This procedure is continued until load current triggers current regulating at the output with the lowest voltage setting when the setpoint value for cumulative current is reached This output maintains constant load current until the load resistor is short circuited Figure 7 9 1b U I Diagram for Direct Parallel Connection Notes Slightly varying voltages occu...

Page 35: ... as the master device The voltage setting range of the other KONSTANTERs must be limited to this lowest value using the ULIM parameter General The current regulator s dynamics can be slowed down in order to achieve more stable performance Select the following setting to this end SEtUP dEVic CFG d C dYn L Rsym can be implemented as a 2 k fixed resistor adjusting error for the slaves is increased so...

Page 36: ...sly reduced all of the outputs deliver the same load current at first When load current reaches the lowest selected current setpoint value current regulating is triggered at the respective output If load resistance is further reduced this output maintains constant load current until its output voltage has dropped to 0 V If even further reduction of load current occurs the affected output is forced...

Page 37: ... output voltage Notes KONSTANTERs with differing nominal values The KONSTANTER with the smallest nominal current value must always be used as the master device The current setting range of the other KONSTANTERs must be limited to this lowest value with the ILIM parameter General If analog interface connector cables and the sensing leads are longer than 1 meter shielded cable should be used The shi...

Page 38: ...ircuit output voltage is reduced in proportion to increasing load figure 7 11 a Figure 7 11a Output Voltage with Reference to Load Calculation The following applies where Rext 0 where 0 Ri 1 11 Figure 7 11b Wiring for Varying Internal Resistance Ri 20kW 18kW Rext Rext 20kW Ri W 18k PSP KONSTANTER Einstellung USET Usoll ISET Isoll OUTPUT ON Analog Interface TRG 1 1 TRG 1 2 TRG 2 3 TRG 2 4 SIG 1 5 S...

Page 39: ... ERC Cleared Enable registers ESE ERAE ERBE ERCE SRE PREUnchanged Set or stored parameters Unchanged The CLS setting command also clears the error number list first 3 parameters in the response to the ERROR query command ERROR 000 000 000 xxx Setting Command Syntax CLS DDT DDT Define Device Trigger Function A list of commands including up to 80 characters can be entered to a register with the defi...

Page 40: ... of the content of the respective register An enable register is assigned to each event register IDN Device Identification Query Function In response to this query the device identifies itself by providing information regarding manufacturer type designation serial num ber hardware revision level and firmware revision level Query Command Syntax IDN Sample response string GMC I GOSSEN METRAWATT PSP1...

Page 41: ... device setting from setup memory can be used for other commands by entering a text parameter Rxx Example POWER_ON R01 means that the memory content of setup memory 1 is recalled at power up Setting Command Syntax RCL n Parameters List Register number n n 1 through 12 15 n 99 undo after RST RCL Parameter type numeric whole number Recalls a parameter set from setup memory Setting parameters stored ...

Page 42: ... bit 6 indicates the RQS status and is reset to 0 after completion of serial polling The CLS CLEAR STATUS command clears the status byte register except for the MAV bit and cancels any SRQ messages TRG Device Trigger Function Function A command or a list of commands which has been previously defined by means of the DDT string DEFINE DEVICE TRIGGER is executed with this command The device accepts t...

Page 43: ...he Konstanter selects a small current offset value The Konstanter must be short circuited via the ammeter or connected to a suitable resistive load for current balancing Attention Change the test setup for current measurement with a suitable ammeter The measuring instrument must be capable of processing the maximum occurring current value Read measured value w at the measuring instrument and trans...

Page 44: ...SDC SELECTED DEVICE CLEAR c Via the IEC bus interface as universal command DCL DEVICE CLEAR for all bus users DISPLAY DISPLAY Function Switching for Displays A and B Menu Function The display function makes it possible to control displays A and B separately in accordance with the table below If this view is exited e g by selecting another parameter with SELECT or with the rotary encoder or via the...

Page 45: ... CLEAR bus interface command and is returned to the standard default settings Addressing status Not addressed Input and output buffers Unchanged Service request SRQ Unchanged Status byte register STB Unchanged Event registers ESR ERA ERB ERC Unchanged Enable registers ESE ERAE ERBE ERCE SRE PRE Unchanged Set and stored parameters Unchanged Setting Command Syntax IFC Param eter Content Meaning n1 0...

Page 46: ...sponse string IL_L XXX XXX Comments The IL_L function is not active for setting output current by means of control signal Iext via the analog interface IMAX Maximum Measured Current Value Menu Function The IMAX function reads out the highest output current value which was measured by the Iout measuring function and saved to Min Max memory while the MINMAX function was set to ON If the measured cur...

Page 47: ...isplayed or queried via the interfaces The MINMAX ON setting is also a prerequisite for the tolerance band function setting command UI_C_SET w1 w2 w3 w4 for the reference values Setting Command Syntax MINMAX txt Parameter txt OFF ON RST Default setting or after RESET RST OFF Query Command Syntax MINMAX Sample response string MINMAX OFF Parameters List MODE Momentary Control Mode of the Power Outpu...

Page 48: ...Overcurrent Protection Trigger Value SELECT B Menu Function The triggering threshold reference value required for the OCP function is set with OCSET Setting Command Syntax OCSET w Value range OCSETmin w OCSETmax Default setting or after RESET RST OCSETmax Query Command Syntax OCSET Sample response string OCSET 080 000 OC_DELAY OC_DELAY Overcurrent Protection Trigger Delay Menu Function Desired res...

Page 49: ...ation Function The OVP function over voltage protection specifies how the power output will respond if output voltage is equal to or exceeds the selected OVSET value The OVP function is an overriding protective function and is independent of the voltage and current regulators The OVP function protects connected power consumers against continuous overvoltage although higher voltage is required inte...

Page 50: ...nse string POWER_ON RST Parameters List PSET PSET SELECT A Function The PSET Function1 is activated by preselecting a PSET parame ter value Pnom The PSET operating mode is indicated by the active green CP LED 1 query MODE leads to reply MODE CP The condition and event register queries CRA and ERA invariably supply the control status of the power section and are to be interpreted accordingly By usi...

Page 51: ...e The SEQUENCE function cannot be combined with the PSET function Setting Command sequence control command Syntax SEQUENCE txt Control Parameters List If an addressed memory location is empty no executable content the sequence jumps to the next higher executable mem ory location 1 Step by step control remote manual If the T_MODE parameter is set to RCL the step pulse can be specified by means of a...

Page 52: ..._LOAD n Value range 1 n 1536 1700 SM_STORE Store to Sequence Memory Location Menu Function The contents of the USET ISET TSET and FSET parameters from the current device settings can be written to the specified memory location with the SM_STORE command The range of memory locations between the start and stop addresses can be cleared with the SM_STORE 0 command These memory locations are then in th...

Page 53: ... sequence whose values need to be changed frequently i is an optional parameter which addresses the setup memory 1 to 12 15 to which the TDEF value will be written and from which it will be read Setting Command Syntax TDEF w i Value range 0 001 w 65 535 s Default setting or after RESET RST 0 001 Query Command Syntax TDEF i Sample response string TDEF w TIMEDATE TIMEDATE Programmable System Clock R...

Page 54: ...rrent values lie within the specified range tolerance band function The results of this comparison can be queried in condi tion register CRB bits 0 and 1 and in event register ERC bits 0 and 1 The results can also be assigned to signal outputs SIG123 at the analog interface with the help of the SIG123 txt1 txt2 txt3 command Setting Command Syntax UI_C_SET w1 w2 w3 w4 Value range w1 w2 0 w1 w2 Unom...

Page 55: ...d to the data string The Min Max memory value can be reset to the momentarily measured value with MINMAX RST for all 4 parameters at once Query Command Syntax UMIN Sample response string UMIN XXX XXX UOUT Querying the Momentary Voltage Value SELECT A Function The UOUT function reads out the momentary measured value for output voltage The upper range values may change minimally after balancing If t...

Page 56: ...st ESEn 0 n 255 ERAE ERA CRA ERAEn 0 n 255 ERB ERBE ERBEn 0 n 255 OPC OPC PREn 0 n 255 PPC Command ESR ESE 1 0 PSC PSCn n 0 1 Clear ESE SRE PRE Condition Register Event Register Enable Register Status Byte Register Enable Register Query Command TRUE 1 FALSE 0 Status Bit no Priority Setting Command 128 64 32 16 8 4 2 1 Power On Command Error Execution Error Query Error Operation Complete Message Av...

Page 57: ...in voltage regulating mode CME Unknown error syntax error standardized value limits for numeric parameters have been exceeded CMPC Compare current current value not within current tolerance band specified by UI_C_SET w1 w2 w3 w4 divided by w3 w4 ENABLE MINMAX ON CMPV Compare voltage voltage value not within voltage tolerance band specified by UI_C_SET w1 w2 w3 w4 divided by w1 w2 ENABLE MINMAX ON ...

Page 58: ...lt setting 10 s The following values can be selected manually 5 10 15 20 30 45 90 or 180 s unv X General Commands and Settings CLS Clear Status X DDT txt Define Device Trigger txt Command string with up to 80 characters delimiter for commands is slash instead of semicolon X ESE n Standard Event Status Enable 0 n 255 n decimal equivalent of register content X OPC Operation Complete X PRE n Parallel...

Page 59: ... V V 80 V X X POWER_ON txt Response after power on RST SBY RCL R01 R12 15 RST X X PSET w Power setpoint W 0 w Pnom 1500 3000 4500 W PSET PNOM P REG OFF Pnom X X REPETITION n i Number of repetitions for sequence function 0 n 255 0 means continuous repetition i is an optional parameter for the setup memory location 1 through 12 15 which should be written directly with REPETITION 0 X X SEQUENCE txt n...

Page 60: ...ent event register B query n 0 n 255 X X 0 3 ERBE Device dependent event register B enable query n 0 n 255 X 128 3 ERC Device dependent event register C query n 0 n 255 X X 64 3 ERCE Device dependent event register C enable Query n 0 n 255 X 0 3 Device Specific Functions and Queries ANALOG_IN Connection of analog control inputs U Uext U Iext txt1 txt2 OFF ON SSET xx X ANALOG_IN ON OFF 19 C_DYN Set...

Page 61: ...t directly n 0 n 255 0 means continuous repetition X X REPETITION 000 15 RLOAD Momentary load resistance Calculated value R U I w XXX XXX X X RLOAD 030 833 14 SEQUENCE SEQUENCE Status txt n1 n2 n3 txt RDY HALT RUN n1 000 n1 012 15 setup memory n2 001 n2 255 remaining repetitions n2 999 continuous n3 0001 n3 1536 1700 memory location xx X SEQUENCE RDY 000 999 0005 26 SIG123 Analog interface signal ...

Page 62: ... P A d d r e s s C O N T C O N T I N U E H O L D S T O P C U R R V A L U E S T O P F I N A L V A L U E S T O P C U R R V A L U E S T O P F I N A L V A L U E G O 1 s t V A L U E C O N T A d d r e s s G O 1 s t V A L U E C O N T A d d r e s s G O 1 s t V A L U E STEP NEXT B A C K S T E P P R E V SEQUENCE run STOP p o n ESC ESC 0 0 MENU MENU READY RUN HOLD PAUSE HOT KEY HOT KEY HOT KEY ...

Page 63: ...ation n CLR SEq_c St SP Clear memory contents from start to stop address CLR SEq_r n Content of memory location n is cleared between start and stop addresses memory locations up to stop address are reset n n 1 an empty memory location is inserted at the stop address CLR SEq_i n Empty memory location n inserted between start stop addresses memory locations up to stop address are added up n n 1 the ...

Page 64: ...r Only possible with IEEE 488 interface option 61 ADJUST parameter error 62 ADJUST order impermissible REMOTE 63 U I OFFSET FULL SCALE CV CC MODE Corresponding operating mode required 64 ADJUST LIMITs or OFFSET MEASUREMENT NEGATIVE or OVERFLOW 66 CALIBRATION ERROR EXIT UNCAL 69 MEMORY DATA ERROR Faulty data possible cause low battery 71 Table values USET UL_L USET UL_H ISET IL_L ISET IL_H Limit er...

Page 65: ...n from the upper line voltage range AC_H to the lower range AC_L generates message ERR AC L without shutdown if power derating has already been active as from firmware 005 Transition from the upper line voltage range to the lower range generates the message ERR AC L and results in power derating as long as the status AC LOW lower line voltage range applies Upon reversal of the line voltage to the ...

Page 66: ...EXE file no further installation is required The software detects devices which are connected to the various possible interfaces including USB RS 232 and GPIB Devices detected by the software are identified and can be selected If more than one device is connected the software can be started several times in order to operate them The activated device logs on via the soft front panel and is thus une...

Page 67: ...GMC I Messtechnik GmbH 67 Sub menus Further operation can be carried out as shown in the figures Basic panel Advanced panel Sequence panel Configuration panel Task panel Command panel ...

Page 68: ...68 GMC I Messtechnik GmbH ...

Page 69: ...witch Query Via PC 49 Output Voltage Measured Value PC Query 55 Setpoint Via PC 55 Overcurrent Protection Activate Deactivate Via PC 48 Q Query Device ID 40 R RESET 39 Response after Power On with Varying Line Voltage Ranges 8 S Self Test via PC 42 Sequence Control Via PC 51 Dwell Time Memory Location Independent Via PC 53 Memory Location Specific Via PC 54 Repetitions Via PC 51 Start Address Via ...

Page 70: ... the field of metrology from test reports and factory calibration certificates right on up to DAkkS calibration certificates Our spectrum of offerings is rounded out with free test equipment management Our service department includes an on site DAkkS calibration bench If errors are discovered during calibration our specialized person nel are capable of completing repairs using original replacement...

Page 71: ...GMC I Messtechnik GmbH 71 ...

Page 72: ...ct to change without notice PDF version available on the Internet GMC I Messtechnik GmbH Südwestpark 15 90449 Nürnberg Germany Phone 49 911 8602 111 Fax 49 911 8602 777 E Mail info gossenmetrawatt com www gossenmetrawatt com ...

Search results

Summary of Contents for P1500

Reviews:

Related manuals for P1500

Brands by name

Popular brands

Gossen MetraWatt P1500, Operating Instructions Manual

Search results

Summary of Contents for P1500

Reviews:

Related manuals for P1500

Brands by name

Popular brands