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Summary of Contents for heinzinger EVO Series
- Page 2 <description of polarity: positiv/negativ/reversible/floating> Input <supply voltage> <frequency range> <primary fuse> Output <output voltage> <output current> <max. output power> Part number <Heinzinger part number> Serial number <S/N of device> Heinzinger electronic GmbH High Voltage – Smart Solutions Anton-Jakob-Strasse 4 83026 Rosenheim – GERMANY Phone: +49-8031-2458-0 info@heinzinger.de...
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Page 3: Table Of Contents
User Manual EVO – V2.0 CONTENTS Contents ....................2 Important basic information ..............5 1.1. Standard scope of delivery ............5 1.2. Legal notes ................5 Liability, warranty, guarantee .......... 5 1.3. Owner's responsibilities ............... 5 1.4. What you need to know about this user manual ......5 User manual as part of device.......... - Page 4 User Manual EVO – V2.0 "Code" menu ..............22 "Identification" menu ............. 23 "SW/HW packages" sub-menu ........23 "Info / Event" menu ............23 "Error History" sub-menu ..........23 6.4. Monitoring and controlling the unit via web server ......24 General Control ............
- Page 5 User Manual EVO – V2.0 STAT:OPER:BIT[Value] ..........44 STAT:OPER:ENAB [Value] ..........44 STAT:OPER:ENAB? ............45 STAT:QUES?..............45 STAT:QUES:BIT[Value] ..........45 STAT:QUES:ENAB [Value] ..........46 STAT:QUES:ENAB? ............46 STAT:OPT:DISC [Value] (option) ........46 STAT:OPT:DISC? (option) ..........47 STAT:VOLT:ARC:STAT [Value] (option) ......47 STAT:VOLT:ARC:STAT? (option) ........
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Page 6: Important Basic Information
L i a b i l i t y , w a r r a n t y , g u a r a n t e e Heinzinger electronic GmbH shall not be held liable for damage resulting from improper use of the products, from incorrect programming or from failure to observe the operating in- structions as a whole or in part. -
Page 7: Significance Of The User Manual
User Manual EVO – V2.0 1 . 5 . S i g n i f i c a nc e o f t h e u s e r m a n u a l Please note that The user manual is part of the product. ... -
Page 8: Safety
User Manual EVO – V2.0 2 . S A F E T Y 2 . 1 . S a f e t y s y m bo l s o n t h e de v i c e R I S K O F S H O C K There is a risk of shock from contacting electrically live parts in this labelled area. -
Page 9: Residual Risk And Precautions
R e s i d u a l r i s k a n d p r e c a u t i o n s The high-voltage power supply unit of the EVO series is delivered in perfect working condi- tion. -
Page 10: Technical Specifications
1,5kV up to 10kV units: approx. 11.5kg 20kV up to 30kV units: approx. 16.5kg Manufacturer Heinzinger Electronic GmbH Anton-Jakob-Str. 4 83026 Rosenheim, Germany A M B I E N T C O N D I T I O N S Ambient temperature 0°C ... - Page 11 User Manual EVO – V2.0 V O L T A G E S T A B I L I S A T I O N Setting range from approx. 0.01 % U to 100 % U Setting accuracy 16 bit Reproducibility ≤...
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Page 12: Design And Function
The high voltage is also switched on in the aforementioned ways. The high-voltage output socket is safe to touch and flashover-safe, even when unplugged. The devices in the EVO series can be supplied with various options, e.g. "arc detection" and "ramp control". 4 . 2 . -
Page 13: Safety Concept
4 . 3 . S a f e t y c o n c e p t EVO-series devices by Heinzinger may only be started and operated by qualified techni- cians. They also have the following integrated safety features: The device output voltage is not activated by the power switch. Rather, the operator ... -
Page 14: Set-Up And Start-Up
User Manual EVO – V2.0 5 . S E T - U P A N D S T A R T - U P 5 . 1 . S e t - u p S p e c i a l s a f e t y i n s t r u c t i o n s f o r s e t - u p When selecting a location for setting up the device, be careful to provide ambient condi- tions as specified in this manual (cf. -
Page 15: Using The Evo As A Tabletop Unit
A T T E N T I O N If you have any difficulties starting the unit or suspect technical problems, please contact Heinzinger's service department. C o n n e c t i n g t h e u n i t Please follow these steps: ... -
Page 16: Checks / Tests
User Manual EVO – V2.0 Connect the load using the OEM HV connector (as supplied) and the attached HV cable. The HV cable's inner conductor conducts the high voltage, while the cable shielding acts as the return conductor and is connected to the earth potential in the unit. R I S K O F S H O C K When connecting a load an insulation coordination is mandatory concerning the external electrical circuit connected to the device. - Page 17 User Manual EVO – V2.0 R I S K O F S H O C K Dangerous residual charges may exist at the HV connection after the device is shut down. Remove any residual charge, if required! R I S K O F S H O C K If the "PO Restart: RESTORE"...
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Page 18: Operation
User Manual EVO – V2.0 6 . O P E R A T I O N 6 . 1 . S p e c i a l s a f e t y i ns t r u c t i o n s f o r o p e r a t i o n A T T E N T I O N Only qualified personnel may start up or operate the device! 6 . - Page 19 User Manual EVO – V2.0 I N D I C A T O R S Description HMI display: The display allows you to view the individual menus and their set- tings. Fields that can be selected are highlighted in dark grey; light grey fields are merely for indication.
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Page 20: Operating The Device
This cable is to be used to connect a load before every switch-on with the appropriate HV plug. The original Heinzinger HV cable must be used to connect a load. The HV output is short-circuit resistant. -
Page 21: Set Voltage/Current" Menu
User Manual EVO – V2.0 All other settings menus are reached from the "Settings" menu; their functions are de- scribed below. Some menus can only be selected if the corresponding options are inte- grated. " S e t V o l t a g e / C u r r e n t " m e n u The "Set Voltage/Current"... -
Page 22: Limit V/C" Menu
User Manual EVO – V2.0 " L i m i t V / C " m e n u The "Limit V/C" menu shows the current limit values for the adjustable current and voltage (control fields). This limits the adjustable nominal values on the device. The set values continue to apply accordingly when the polarity is switched. -
Page 23: Setup" Menu
User Manual EVO – V2.0 N O T E The modified values are only adopted when the device is restarted. The function button is used to go back to the "Settings" menu. The HV field is not active and cannot be used. "... -
Page 24: Identification" Menu
User Manual EVO – V2.0 If the correct PIN has been entered, the message "Pin OK" will appear in the bottom section of the display. Otherwise you will see the message "Wrong Pin". To enter a new PIN, select the "new PIN code" field: A window for entering the new PIN will appear. -
Page 25: Monitoring And Controlling The Unit Via Web Server
User Manual EVO – V2.0 6 . 4 . M o ni t o r i n g a n d c o n t r o l l i n g t h e u n i t v i a w e b s e r v e r The device offers a web server interface which can be reached via a browser and the IP address of the device, which can be entered into the address bar of the browser, when in the same net. -
Page 26: Controlling The Unit Via I/O Terminal
User Manual EVO – V2.0 6 . 5 . C o n t r o l l i n g t h e u n i t v i a I / O t e r m i n a l The following device functions/information are available externally via the I/O terminal: Interlock function ... - Page 27 User Manual EVO – V2.0 The switch must be operated for a minimum of 250 ms to trigger the toggling of the HV output. If the Switch is released within 250 ms, the Signal will be ignored. For the recognition of the signal the maximum operation time of the switch is 1,75 s. The Signal is ignored, if the switch is operated more than 1,75 s.
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Page 28: Device Options
User Manual EVO – V2.0 7 . D E V I C E O P T I O N S 7 . 1 . G e ne r a l i n f o r m a t i o n EVO power supply units can be supplied with various options. -
Page 29: Technical Specifications For The Digital Interfaces
User Manual EVO – V2.0 T E C H N I C A L S P E C I F I C A T I O N S F O R T H E D I G I T A L I N T E R F A C E S 8 . -
Page 30: Time Response
User Manual EVO – V2.0 8 . 3 . T i m e r e s po n s e SCPI commands via Ethernet must not be sent faster than 4 ms SCPI commands via RS232 must not be sent faster than 16 ms ... -
Page 31: Programming
User Manual EVO – V2.0 P R O G R A M M I N G The following describes the SCPI commands available for controlling the device. They apply regardless of the interface (Ethernet / RS232) that is used. A T T E N T I O N When operating the device, including via the digital interface, please ensure that you observe the applicable user manual! Optional device functions may include additional interface functions and/or... - Page 32 User Manual EVO – V2.0 Each command sequence is closed with an LF character "«". Each command sequence via Ethernet can also be closed with 0x00. There is generally a space between the command and a possible parameter (hex 0x20: " " ). Once the command has been sent by the com- puter (PC) to the interface, it is executed immediately if another command is not already being executed.
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Page 33: Scpi Commands
User Manual EVO – V2.0 9 . 3 . S C P I c o m m a n ds N O T E The following commands are executed depending on the status of the device (HV ON/OFF) and the status of the communication channel (bus master/bus slave) for the interface (Ethernet / RS232). -
Page 34: Idn
Identification query. Returns an identification string from the EVO device. Command: *IDN?« Response: [Manufacturer],[Item number],[Serial number],[Firmware version]« Example: Command Response *IDN?« Heinzinger,00˽210164.1,123456789,P001.000« * O P T ? HV ON HV OFF Option query. Returns a string with the functions and options of the device. Command: *OPT?« Response: [Option/function abbreviation](,…)«... -
Page 35: Esr
User Manual EVO – V2.0 * E S R ? HV ON HV OFF Returns the current ESR and empties it. Command: *ESR?« Response: [Value]« cf. 9.4.2 Event Status Register Example: Command Response *ESR?« 32« (CME) *ESR?« 0« (No status bit is set) * E S E [ V a l u e ] HV ON HV OFF... -
Page 36: Sre [Value]
User Manual EVO – V2.0 Returns the STB and empties it. Command: *STB?« Response: [Value]« cf. 9.4.5 Status Byte Register Example: Command Response *STB?« 16« (EMQ is not empty) * S R E [ V a l u e ] HV ON HV OFF Sets the bits in the SRE for passing on to the STB, cf. -
Page 37: Outp:stat
User Manual EVO – V2.0 Example: Command Response OUTP:STAT?« 0« OUTPut:STATe˽ON« OUTPut:STATe?« 1« OUTP:STAT˽0« OUTP:STAT?« 0« O U T P : S T A T ? HV ON HV OFF Returns the current HV status. -
Page 38: Volt [Value]
User Manual EVO – V2.0 V O L T [ V a l u e ] HV ON HV OFF Sets the nominal value for the output voltage. The maximum nominal value is limited by the device type and the setting of the voltage limit value. You can also modify the polarity by setting the reference voltage, but only in a 'reversible' device. -
Page 39: Volt:lim
User Manual EVO – V2.0 VOLT:LIM˽+3000« (generates: -100,"Command˽Error", in case of negative device polarity) VOLT:LIM?« 3000.0« VOLTage:LIM˽2500,0V« (generates: -100,"Command˽Error", in case of negative device polarity) VOLT:LIMit?« 2500.0« VOLT:LIMit˽-2000.0« (generates: -100,"Command˽Error", in case of positive device polarity) VOLTage:LIMit? -2000.0«... -
Page 40: Volt:ramp [Value] (Option)
User Manual EVO – V2.0 Command: VOLTage:PROTection?« Response: [Value]« cf. 9.3.16 Example: cf. 9.3.19 V O L T : R A M P [ V a l u e ] ( o p t i o n ) HV ON HV OFF Sets the value for the voltage ramping in volts per second, if this option is integrated into the device. -
Page 41: Volt:ramp:stat? (Option)
User Manual EVO – V2.0 Switches the current set voltage ramping on or off, if this option is integrated into the de- vice. Otherwise, calling up the command will trigger an 'execution error'. Command: VOLTage:RAMPing:STATe [Value]« ('ON' or '1' | 'OFF' or '0') Response: none Example:... -
Page 42: Curr
User Manual EVO – V2.0 Command: CURRent [Value]« (Number with an optional decimal place. Both ',' and '.' are accepted as decimal points. A preceding '+' is optional. A preceding '-' is man- datory if the device has negative polarity. An 'mA' after the number is optional.) Response: none... -
Page 43: Curr:lim
User Manual EVO – V2.0 C U R R : L I M ? HV ON HV OFF Returns the set limit value for the current in milliamperes. Command: CURRent:LIMit?« Response: [Value]« cf. 9.3.27 Example: cf. 9.3.28 C U R R : P R O T [ V a l u e ] HV ON HV OFF Sets the value for the overcurrent protection (OCP) in milliamperes. -
Page 44: Curr:prot:mod
User Manual EVO – V2.0 Response: none Example: Command Response CURR:PROT:MOD˽0« CURR:PROT:MOD?« 0« (OCP not active) CURRent:PROT:MODe˽1« CURR:PROTection:MODe?« 1« (OCP active) C U R R : P R O T : M O D ? HV ON HV OFF Returns if the over current protection (OCP) is active or inactive. -
Page 45: Vers
User Manual EVO – V2.0 Example: Command Response VERS?« P001.000,P001.000« VERSion?« P001.002,P001.003« S T A T : O P E R ? HV ON HV OFF Returns the status of the OSR. Command: STATus:OPERation?« Response: [Value]«... -
Page 46: Stat:oper:enab
User Manual EVO – V2.0 Example: Command Response STAT:OPER:ENAB˽06« STATus:OPER:ENABle?« 6« (Enable bits 'CC', 'CV' are set) STAT:OPER:ENAB˽00004« STATus:OPER:ENABle?« 4« (Enable bit 'CV' is set) STAT:OPER:ENAB˽25« STATus:OPERation:ENAB?« ... -
Page 47: Stat:ques:enab [Value]
User Manual EVO – V2.0 S T A T : Q U E S : E N A B [ V a l u e ] HV ON HV OFF Writes the QSE, i.e. determines which bits of the QSR can set the 'QUES' bit in the STB, cf. 9.4.6 Enable registers. -
Page 48: Stat:opt:disc? (Option)
User Manual EVO – V2.0 S T A T : O P T : D I S C ? ( o p t i o n ) HV ON HV OFF Returns the status of the 'rapid discharge' option. Command: STATus:OPTion:DISCharge?«... -
Page 49: Stat:volt:arc:mod? (Option)
User Manual EVO – V2.0 Example: Command Response STAT:VOLT:ARC:MOD˽ON« STAT:VOLT:ARC:MOD?« 1« (Warning and HV OFF active) STAT:VOLTage:ARC:MOD˽0« STATus:VOLTage:ARC:MOD? 0« (Warning active) S T A T : V O L T : A R C : M O D ? ( o p t i o n ) HV ON HV OFF Reads the set mode for the ARC detection. -
Page 50: Syst:set
User Manual EVO – V2.0 Example: Command Response SYST:SET˽ETHTCP« SYST:SET?« ETHTCP« (Bus master Ethernet TCP/IP) SYSTem:SET˽UART« SYSTem:SET? UART« (Bus master RS232) S Y S T : S E T ? HV ON HV OFF Returns the current bus master channel. -
Page 51: Syst:comm:lan:ip
User Manual EVO – V2.0 Example: Command Response SYST:COMM:LAN:IP˽192.168.1.1« SYST:COMM:LAN:IP?« 192.168.001.001« SYSTem:COMM:LAN:IP˽192.168.1.20« SYST:COMMunication:LAN:IP?« 192.168.001.020« S Y S T : C O M M : L A N : I P ? HV ON HV OFF Reads out the device's current IP address. -
Page 52: Syst:comm:lan:gw [Value]
User Manual EVO – V2.0 S Y S T : C O M M : L A N : G W [ V a l u e ] HV ON HV OFF Gives the device a new gateway address, which is stored permanently. The device must be switched off and back on again in order to be able to use the newly assigned gateway ad- dress. -
Page 53: Syst:comm:lan:port
User Manual EVO – V2.0 S Y S T : C O M M : L A N : P O R T ? HV ON HV OFF Reads out the device's current port number. Command: SYSTem:COMMunication:LAN:PORT?« Response: [Value]« (0..65525) Example: cf. -
Page 54: Syst:comm:lan:to
User Manual EVO – V2.0 S Y S T : C O M M : L A N : T O ? HV-ON HV-OFF Get the current EVO Ethernet TCP/IP connection Timeout in seconds. Command: nominal SYST:COMM:LAN:TO?« Optional SYSTem:COMMunication:LAN:TO?« Response: [Value]«... -
Page 55: Event Status Register
User Manual EVO – V2.0 Relevant SCPI commands STAT:OPER? STAT:OPER:BIT[Value] STAT:OPER:ENAB [Value] STAT:OPER:ENAB? E v e n t S t a t u s R e g i s t e r The Event Status Register (ESR) contains information on events that occur, as per the fol- lowing table. -
Page 56: Error/Event Message Queue
User Manual EVO – V2.0 Relevant SCPI commands STAT:QUES? STAT:QUES:BIT[Value] STAT:QUES:ENAB [Value] STAT:QUES:ENAB? E r r o r / E v e n t M e s s a g e Q u e u e The EMQ contains the system's (up to) 10 latest event and error messages. The following error messages are implemented. -
Page 57: Enable Registers
User Manual EVO – V2.0 The RQS bit is set if a bit is set in the STB and this bit is also set in the Service Request Enable Register, cf. 9.4.7. If the bit is set, it results in the string '!RQS!' in addition to a system response. -
Page 58: Service Request Enable Register
User Manual EVO – V2.0 Example: & & & & & & & & & & & & & & & & OSR-Enable STB-Bit OPER & & & & & & & & & & & & & & & &... -
Page 59: Malfunctions / Troubleshooting
1 0 . 2 . S e r v i c e a d d r e s s Service and repairs are carried out directly by Heinzinger. Please contact: Heinzinger electronic GmbH Phone +49 8031 2458 0 Anton-Jakob-Str. -
Page 60: Service, Maintenance, Calibration, Spare Parts
1 1 . 4 . C a l i br a t i o n Upon request, Heinzinger will calibrate the device in accordance with DIN EN ISO 9000. 1 1 . 5 . S p a r e p a r t s Description Art. - Page 61 User Manual EVO – V2.0 L I S T O F A B B R E V I A T I O N S Constant current Command error Overcurrent protection Constant voltage Operation State Enable Register Operation State Register Overvoltage protection Device error Power factor correction Error/Event Message Queue...
- Page 62 User Manual EVO – V2.0 I N D E X *CLS *ESE [Value] function *ESE? functional description *ESR? fuses *IDN? *OPT? *RST guarantee *SRE [Value] *SRE? *STB? highest precision HV output analogue 102, 103 ARC Detection 97, 103 ASCII terminal I/O terminal Identification indicators...
- Page 63 User Manual EVO – V2.0 SYST:COMM:LAN:IP [Value] SYST:COMM:LAN:IP? Questionable Status Register SYST:COMM:LAN:MAC? SYST:COMM:LAN:PORT [Value] SYST:COMM:LAN:PORT? SYST:COMM:LAN:SN [Value] Ramp SYST:COMM:LAN:SN? rapid discharge SYST:COMM:LAN:TO [Value] register SYST:COMM:LAN:TO? residual risk SYST:ERR? RS232 connecting cable SYST:SET [Value] SYST:SET? SYST:VERS? safety safety concept safety symbols technical specifications 85, 106 scope of delivery...
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Page 64: Certificate Of Conformity
User Manual EVO – V2.0 1 2 . C E R T I F I C A T E O F C O N F O R M I T Y... - Page 65 D I S C L A I M E R The information contained in this document is subject to change without no- tice. Heinzinger electronic GmbH shall not be liable for errors contained in this document or for incidental or consequential damages in connection with the furnishing, performance or use of this material.
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