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ELTEX PRO IONIZER ES61 Series Operating Instructions Manual

Power supply for ac operation
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Operating Instructions
PRO IONIZER
Series ES61 Power Supply for AC operation
BA-en-2089-2311

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Summary of Contents for ELTEX PRO IONIZER ES61 Series

  • Page 1 Operating Instructions PRO IONIZER Series ES61 Power Supply for AC operation BA-en-2089-2311...
  • Page 2 BA-en-2089-2311_PRO IONIZER...

  • Page 3: Table Of Contents

    3.7.2 ModbusTCP (optional) ....... . . 24 3.8 Use of the Eltex signal cable CS and mains cable KN ..25 Operation .
  • Page 4 4.5.1.8 Loading the factory settings ......39 4.5.1.9 Acknowledge error or warning messages....39 4.5.1.10 Setup menu Device settings.
  • Page 5 ANNEX..........78 A.1 Assembly of the plugs .
  • Page 6 A variety of Eltex discharging bars for AC operation as well as ion blower nozzles, ion blower pistols and distributors, each with a permanently con- nected high-voltage cable, are available.

  • Page 7: Outline Of Appliance

    1. Outline of appliance Fig. 1: ES61 high voltage power supply with display 1 Power supply lead 2 Fuse (type: see name plate) 3 Operating switch ON / OFF 4 Ground terminal 5 High voltage connections ( 4 pieces) 6 Sensor input (optional) 7 Interface 1 and 2 field bus (optional) 8 I/O interface (optional) 9 Service interface...
  • Page 8 Fig. 2: ES61 high voltage power supply with membrane keyboard BA-en-2089-2311_PRO IONIZER...

  • Page 9: Variants

    1.1 Variants The high voltage power supplies of the ES61 family are available in diffe- rent variants. The possible combinations depend on the mains voltage, operation and interfaces etc. Reference code with the individual characteristics: ES61 / Article Version Characteristic code Variable Standard...

  • Page 10: Safety

    2.2 Contact protection The site of installation and/or use of the units is outside the control of Eltex, contact protection against inadvertent contact of the bars and of live components by personnel as specified by the employer’s liability insu- rance association may have to be provided (e.g. DGUV V3 in Germany).

  • Page 11: Work And Operational Safety

    (e.g. metal foil or metal composites) are processed, the release of the high voltage must be disabled (see chapter 3.8 "Use of the Eltex signal cable CS and mains cable KN”, page chapter 4.4 "Releasing the high voltage”, page 35).
  • Page 12 Eltex, the colored markings and the bending radii must be observed when connecting the individual leads (see chapter 3.8 "Use of the Eltex signal cable CS and mains cable KN”, page 25). • Check the power supply, all connected units, the electrical wiring and the high voltage cables at regular intervals for any damage.

  • Page 13: Technical Advance

    The manufacturer reserves the right to make changes to the technical specifications without prior notice in order to adapt the units to state-of- the-art engineering. Eltex will be happy to provide you the latest informa- tion on any changes or modifications in the operating instructions on request.

  • Page 14: Installation And Assembly

    3. Installation and assembly 3.1 Assembly the power supply The unit is prepared for wall mounting. It is attached using the mounting brackets. When mounting the unit, make sure that the operating elements and the connector terminals remain easilyaccessible and that the unit can be checked.

  • Page 15: Ground Connection

    A cross section of 2.5 mm is required for cable lengths exceeding 0.5 meters. Eltex recommends using the ground cable supplied with the power supply. Ground terminal Insert the ground cable into the side slot of the open terminal until it pro- trudes on the opposite side.

  • Page 16: Discharging Bars, Ion Blower Nozzles / Heads, Ion Blower Pistols And Distributors Suitable For Connection

    3.3 Discharging bars, ion blower nozzles / heads, ion blower pistols and distributors suitable for connection Only Eltex discharging bars for AC operation as well as the ion blower nozzles, ion blower pistols and distributors may be connected with a per- manently connected high-voltage cable.

  • Page 17: Maximum Active Bar Length And Length Of The High Voltage Cable

    3.3.1 Maximum active bar length and length of the high voltage cable Both the lengths of the high voltage cable and of the active bars are li- mited. The shielded high voltage cables cause a capacitive load on the transformer inside the power supply. The load increases at higher discharge frequencies.

  • Page 18: Connecting The High Voltage Cable

    Note: The details of the maximum connectable cable length or active bar length refer to the maximum setting of the discharge voltage setpoint. If this set- ting is reduced, the maximum connectable length for the bars and high voltage cables increases. 3.3.2 Connecting the high voltage cable Warning! Electric shock hazard!

  • Page 19: Disconnecting The High Voltage Cable

    3.3.3 Disconnecting the high voltage cable Warning! Electric shock hazard! Work may be carried out only if: • the supply voltage to the power supply has been disconnected, • the machine is at a standstill, as the bars pick up charge while the material web is running.

  • Page 20: Connecting The Supply Voltage Ac (Es61/_A)

    3.4.2 Connecting the supply voltage AC (ES61/_A) The supply voltage of 90 - 264 V AC is connected via the prefabricated mains cable with angled shock-proof plug or open ends for connection to terminals in the control cabinet. 3.4.3 External protection For external fusing of the power supply unit, we recommend the following circuit breaker, depending on the design variant: ES61/A: 2 A, Tripping-Characteristics "C"...

  • Page 21: I/O Interface (Optional)

    3.6 I/O interface (optional) only variants ES61/_...C and ES61/_...R see table Pos. 6, chapter 1.1 "Variants”, page 9 The interface enables the power supply unit to be integrated into a PLC or other environments for function and fault signal monitoring. Hardware release is optional.

  • Page 22: Field Bus Interfaces

    Fault signal output wire color: brown 0 V: The power supply is not ready to start or has detected an error; the high voltage is switched off. 24 V DC: The power supply is in operation and no errors have occurred. 24 V DC / I <...

  • Page 23: Canopen® (Optional)

    EDS file "ES61.eds" are available in sepa- rate files. The files are available for download on the product page Discharge/Power Supplies/PRO IONIZER at www.eltex.de. The bus network (beginning / end) has to be terminated at both sides.

  • Page 24: Modbustcp (Optional)

    The files are available for download on the product page Discharge/Power Supplies/PRO IONIZER at www.eltex.de. Caution! Suitable, shielded cables must be used to connect the power supply unit to the network;...

  • Page 25: Use Of The Eltex Signal Cable Cs And Mains Cable Kn

    3.8 Use of the Eltex signal cable CS and mains cable KN When using the CS signal cable or the KN mains cable optionally available from Eltex, the following data, color markings and bending radii should be observed when connecting the individual leads.
  • Page 26 Cable assignment for open end connection CS/E Signal cable I/O interface Signal Core no. Core color white release 1 brown fault signal output green release 2 yellow signal output gray fault signal output shirm CS/C Signal cable CANopen ® Signal Core no.

  • Page 27: Operation

    4. Operation In all power supply variants, the operating status of the device is indicated LEDs. Fig. 14: Operating status indicated by illuminated LED 4.1 Startup If all connections and the installation have been carried out correctly, the system is ready for operation and the supply voltage can be switched on. 4.2 Setting the power supply ES61 After switching on, the individual settings for the individual parameters are shown on the LED display on the power supply unit.
  • Page 28 kV - Discharge voltage The setpoint of the discharge voltage can be varied within a range of 3.5 - 5 kV. The ionization range can be extended by increasing th voltage. The discharge voltage also affects the ion balance. Reducing the discharge vol- tage improves the ion balance.

  • Page 29: Function Monitoring

    4.3 Function monitoring The correct functioning of the unit is signaled via LEDs. In addition, func- tion monitoring is possible with the optional fault signal and signal outputs of the I/O interface. Note! Malfunctions are not saved. The disruption of the supply voltage automati- cally cancels the malfunction message.
  • Page 30 • LED "STATUS" LED STATUS State Red steady light Initializing Red flashing Error Red 1 x flashing System error Green steady light Hight voltage ON Green flashing Warning and High voltage ON Green 1 x flashing Power supply in standby mode High voltage OFF Green 2 x flashing Warning and High voltage OFF...
  • Page 31 • LED "DIAGNOSIS" only variants ES61/_...P see table Pos. 8, chapter 1.1 "Variants”, page 9 DIAG LED State No diagnostic error detected Red steady light Dagnostic error detected • BUS LED, LINK LED Indicates the status of the respective bus network. In variants without field bus support, these LEDs are permanently off.
  • Page 32 ModbusTCP (optional) only for variants ES61/_...M see table Pos. 7, chapter 1.1 "Variants”, page 9 BUS LED State No IP address assigned Green steady light Modbus messages received correctly Green flashing Waiting for first Modbus message Red steady light Invalid IP address LINK LED State No connection...
  • Page 33 • Brush LED Green steady light only for variants ES61/P, see table Pos. 1, chapter 1.1 "Variants”, page 9 - LED 1 Yellow steady light Display of the percentage of pollution Connection 1 - LED 2 Yellow steady light Display of the percentage of pollution Connection 2 - LED 3 Yellow steady light Display of the percentage of pollution Connection 3 - LED 4 Yellow steady light...
  • Page 34 Fault signal output (optional) only for variants ES61/_...C and ES61/_...R, see table Pos. 6, chapter 1.1 "Variants”, page 9 Display of the function State Error or the power supply is not ready for operation 24 V Power supply switched on, no error occured Signal output (optional) only for variants ES61/_...C and ES61/_...R,...

  • Page 35: Releasing The High Voltage

    4.4 Releasing the high voltage Several options are available for releasing the high voltage. These may differ depending on the device variant. Attention! If electrically conductive substrates or substrates coated with conductive material (e.g. metal foil or metal composites) are used, the release of the high voltage must be blocked.

  • Page 36: Integrated Control Elements

    4.5 Integrated control elements Settings on the power supply are made via the integrated control ele- ments. Error and warning messages can be acknowledged directly on the device. Depending on the power supply variant, the operator can use the integra- ted membrane keyboard or the touchscreen.

  • Page 37: Describtion Of The Buttons

    4.5.1.1 Describtion of the buttons • Button: + Button for changing the setting • Button: - Button for changing the setting • Button: kV / Hz / Brush / Balance Button for switching the display of the LED bar • Button: Setup Activating the Setup Menu •...

  • Page 38: Setting The Frequency Discharge Voltage

    4.5.1.4 Setting the frequency Discharge voltage The frequency of the discharge voltage can be set using the +/- buttons of the LED bar when selecting the display mode for the frequency (LED Hz lights up continuously). The frequency is set in steps in a range of 50 - 200 Hz.

  • Page 39: Setting And Deleting The Software Release

    4.5.1.6 Setting and deleting the software release Press the ON/OFF button to set or delete the software release. The "Release via integrated control elements" setting must be activated (default setting). 4.5.1.7 Saving the parameters To save the entire parameter set, press and hold the OK button until the LEDs flash twice.
  • Page 40 • Sensor input mode only for variants ES61/_...C and ES61/_...S, see table Pos. 6, chapter 1.1 "Variants”, page 9 Selection of the sensor input mode • CANopen® node address only for variants ES61/_...C see table Pos. 7, chapter 1.1 "Variants”, page 9 Setting the node address of the device for the CANopen®- network •...

  • Page 41: Start Setup Menu

    4.5.1.10.1 Start Setup menu To start the setup menu, first select the discharge voltage, frequency or balance display mode of the LED bar. Then press and hold the Setup but- ton until the "SETUP" LED lights up continuously. Pressing the OK button takes you to the menu item for the Software release or Activate reference point option.

  • Page 42: Option Hardware Release

    4.5.1.10.3 Option Hardware release only for variants ES61/_...C and ES61/_...R, see table Pos. 6, chapter 1.1 "Variants”, page 9 The 2. configuration LED indicates the selection of the menu item for set- ting the option for the hardware release of the high voltage generation. The LED bar shows the current setting of the hardware release.

  • Page 43: Signal Output Mode

    4.5.1.10.4 Signal output mode only for variants ES61/_...C and ES61/_...R, see table Pos. 6, chapter 1.1 "Variants”, page 9 The menu item for setting the mode for the signal output is signaled by the 3. configuration LED. The LED bar shows the current setting of the para- meter.

  • Page 44: Sensor Input Mode

    4.5.1.10.5 Sensor input mode only for variants ES61/_...C and ES61/_...R, see table Pos. 6, chapter 1.1 "Variants”, page 9 The 4. configuration LED indicates the selection of the menu item for set- ting the sensor input mode. The currently selected mode of the sensor input is shown by the LED bar.

  • Page 45: Canopen® Node Address

    4.5.1.10.6 CANopen® Node address only for variants ES61/_...C, see table Pos. 7, chapter 1.1 "Variants”, page 9 The CANopen® node address is set in two steps. First, the tens-digit of the node address is set in the range from 0 - 9. In the second step, the ones-digit is set in the range 0 - 9.

  • Page 46: Canopen® Baud Rate

    4.5.1.10.7 CANopen® Baud rate only for variants ES61/_...C, see table Pos. 7, chapter 1.1 "Variants”, page 9 The selection of this menu item is signaled by the BUS LED and the 3. configuration LED lighting up green continuously. The currently selected setting is shown in the LED bar with the corresponding LED.

  • Page 47: Setup Menu Performance Control

    4.5.1.11 Setup menu Performance Control only for variants ES61/P see table Pos. 1, chapter 1.1 "Variants”, page 9 The setup menu is basically divided into two parts. On the one hand, a general setup menu is available for the device settings (see chapter 4.5.1.10 "Setup menu Device settings”, page 39).

  • Page 48: Start Setup Menu

    Fig. 24: Start Setup menu with illuminated "SETUP" LED The LEDs to the left of the LED bar indicate the current menu item in the setup menu. The setting is displayed using the LED bar. The LEDs to the right of the LED bar are used to display the currently selected connection for carrying out the setup menu.

  • Page 49: Activation Reference Point

    4.5.1.11.2 Activation reference point The "Brush" LED signals the selection of the menu item for setting the activation of the reference point. All four connection LEDs also light up. The LED bar shows the current setting of the parameter. The + and - but- tons can be used to change the setting of the software release option.

  • Page 50: Pollution Monitoring Connection

    4.5.1.11.3 Pollution monitoring connection The "Pollution monitoring connection" menu item is indicated by the "kV" LED lighting up. The corresponding connection LED also lights up to indi- cate which connection is selected for setting. The illuminated LED of the LED bar shows the current setting. The setting can be adjusted using the + and - buttons.

  • Page 51: Active Length Of The Device

    4.5.1.11.4 Active length of the device The "Hz" LED indicates the selection of the menu item for setting the active length of the connected device of the selected connection. The cor- responding connection LED also lights up to the left of the LED bar. The LED bar shows the current setting.

  • Page 52: Cable Length

    4.5.1.11.5 Cable length The menu item for setting the connected cable length of the respective connection is signaled by the "Balance" LED and the corresponding con- nection LED lighting up. The LED bar shows the current setting. This can be changed using the + and - buttons. The cable length can be set in the ranges described below.

  • Page 53: Using The Display

    4.5.2 Uding the display only for variants ES61/_...D, see table Pos. 5, chapter 1.1 "Variants”, page 9 The operating options of the display integrated in the power supply unit are shown below: Fig. 29: Overview of the main menu 1 Release Power supply release, high voltage settings 2 Configuration Settings for configuring the screen view...

  • Page 54: Release

    4.5.2.1 Release Press the "Release" button. To lock or set the high-voltage release, slide the switch in the bottom left- hand corner to the relevant position. A possible password prompt must be confirmed with the correct password. 4.5.2.2 Configuration Press the "Configuration" button. Fig.

  • Page 55: Ecc User

    4.5.2.2.1 ECC User Press the "ECC user" button. Dialog for changing the password and logging the user in or out. Fig. 31: Password To change the password, enter the current password in the field “Current password”, enter the new password in the field “New password” and again in the field “Confirm new password”;...

  • Page 56: Access Management

    4.5.2.2.2 Access Management Press the "Access Management" button. Dialog for setting and configuring the individual parameters for the respec- tive user level. Fig. 32: Access Management Select the access level in the selection list of the respective parameter and confirm with OK. If you press the "Cancel" button, changes are not applied and the last valid settings are active.

  • Page 57: Settings

    4.5.2.2.3 Settings Language, standard access level, indication of the voltage and current values, release query Press the "Settings" button. Dialog for setting the display language and the help information, setting / configuring the standard access level and display setting the display of the voltage and current values.

  • Page 58: Highlight Values

    4.5.2.2.4 Highlight Values Press the "Highlight Values" button. Dialog for setting the "Parameters / Status" view. Fig. 34: Highlight Values Depending on the access authorization, adjustable actual values are dis- played . Select the parameters and confirm with OK. If you press the "Cancel"...

  • Page 59: Preset

    4.5.2.3 Preset Press the "Preset" button. Dialog for loading, saving, editing and deleting presettings of the complete set for quick adjustment of the different values for the respective opera- tion. The left part of the screen shows the currently saved presets, the right part shows the possible editing options.

  • Page 60: Message Overview

    4.5.2.4 Message overview Press the "Message overview" button. Display of currently occuring error and warning messages Fig. 36: Message overview After pressing the "Error history" button, a chronological list of all mes- sages that have occurred appears. Click on the respective entry to display further information on the cause of the message and how to resolve it.

  • Page 61: Parameters

    4.5.2.5 Parameters Press the "Parameters" button. Fig. 38: Parameters overview Change the parameter value using either the slide switch or the selection list, confirm the selected value with OK. If you do not have the required access authorization, a password prompt is displayed. Select “Change all”...

  • Page 62: General Parameters

    4.5.2.6 General Parameters Fig. 39: General parameters overview For a better overview, the individual parameters are organized in several tabs. For example, the "General" tab can be used to change the high vol- tage release mode. Using this parameter, it is possible to activate or deac- tivate the options for setting or blocking the high voltage release.

  • Page 63: Maintenance

    5. Maintenance Warning! Electric shock hazard! • Switch the power supply off and disconnect the supply voltage before carrying out any maintenance or repair work. • The machine which has the units fitted must not be in operation. • Repairs and maintenance work must be carried out by qualified electri- cians only.

  • Page 64: Trouble-Shooting

    6. Trouble-shooting Warning! Electric shock hazard! • Switch the power supply off and disconnect the supply voltage before carrying out any maintenance or repair work. • Any work involving the units must be carried out by qualified electrici- ans only. 6.1 Error messages If an error occurs, the high voltage will be disabled at once and the fault signal output is pulled to 0 V.
  • Page 65 Error Error Cause Measure number clearable Invalid warning status • Interrupt the supply voltage. • If this error occurs again, send in the device for repairs. • Interrupt the supply voltage. Invalid lock of the output stages • If this error occurs again, send in the device for repairs.
  • Page 66 Error Error Cause Measure number clearable • Check the 24 V DC supply. Overcurrent supply voltage • Clear the error. • If this error occurs again, send in the device for repairs. • Interrupt the supply voltage. Lock of the high voltage has •...
  • Page 67 Error Error Cause Measure number clearable • Clean the bar. High voltage Discharge • Check the mounting position. • Reduce the setpoint value. • Clear the error. • If this error occurs again, send in the device for repairs. • Clean the bar. Current High voltage •...
  • Page 68 Error Error Cause Measure number clearable • Check high voltage cables and connections. Connection Discharge 1 • Clean the bar. • Clear the error. • If this error occurs again, send in the device for repairs. • Check high voltage cables and connections. Connection Discharge 2 •...

  • Page 69: Warning Messages

    6.2 Warning messages If a warning message appears, the output of the high voltage is not blocked. Note! Warnings are not saved. The disruption of the supply voltage automati- cally cancels the warning message. The individual error numbers are listed by number in the following table. Warning Cause Measure...
  • Page 70 Warning Cause Measure number • Clean the bar. Pollution Discharge 1 • Check the mounting position. • Clear the warning. • Clean the bar. Pollution Discharge 2 • Check the mounting position. • Clear the warning. • Clean the bar. Pollution Discharge 3 •...
  • Page 71 Warning Cause Measure number • Check bus cabling. General CANopen® • Check CANopen® transmission. communication error • Clear the warning. • If this warning occurs again, send in the device for repairs. • Check SDO transmission protocol. CANopen® SDO access •...
  • Page 72 Warning Cause Measure number • Parameter was automatically corrected to Parameter value below minimum. minimum • Clear the warning. • Parameter was automatically corrected to Parameter value above maximum. maximum • Clear the warning. • Parameter was not changed. Invalid parameter value Transmit correct value.

  • Page 73: Technical Specifications Es61

    7. Technical specifications ES61 Input ES61/_A ES61/_D Supply voltage 90 - 264 V AC, 47 - 63 Hz 24 V DC ±15 % The voltage must not exceed 60 V at the input plugs of the 24 V DC supply voltage, the analog interfaces of the discharge and the field bus interfaces.
  • Page 74 Output Voltage 3.5 - 5 KV AC Current max. 6.2 mA Frequency 50 - 200 Hz Connections 4, adjustable in stages Load capacity depending on bar type and bar length and high voltage cable length (see Chapter 3.3.1) Features Ion balance Ion balance adjustable between 0 - 15 % of the set target value of the discharge voltage.

  • Page 75: Dimensions

    8. Dimensions Fig. 40: Dimensions Power Supply with fixing positions Assembly with 2 x hexagon screws M5 (alternatively M6) including flat washer BA-en-2089-2311_PRO IONIZER...

  • Page 76: Spare Parts And Accessories

    9. Spare parts and accessories Article Article-No. High voltage distributor Dischargie, 4 terminals (1 high voltage cable, 4 outputs) Specify plug and socket types as well as cable length ESV61/_ _ _ _ High voltage distributor Discharge, 2 terminals (1 high voltage cable, 2 outputs) Specify plug and socket types as well as cable length ESVY61/_ _ _ _ Extension cable...

  • Page 77: Waste Disposal

    10. Waste disposal The ES61 power supply unit can be disposed of using the general waste disposal methods (electronic waste). BA-en-2089-2311_PRO IONIZER...

  • Page 78: Annex

    A. ANNEX A.1 Assembly of the plugs A.1.1 Plug M16 for 24 V DC supply voltage straight version, version with shield clamping ring Fig. 41: Plug M16 for 24 V DC power supply 1. Bead the pressure screw, pinch ring, seal, distance shell onto the first shield clamping ring.

  • Page 79: Plug M12, 4 Or 5-Pin For I/O Interface And Sensor Input

    A.1.2 Plug M12, 4 or 5-pin for I/O interface and sensor input A = 5 mm Fig. 42: Plug M12, 4 or 5-pin for I/O interface and sensor input BA-en-2089-2311_PRO IONIZER...

  • Page 80: Overview Of The Actual Values

    A.2 Overview of actual values A.2.1 Actual values Discharge Standard Function Description access level Voltage Effective value (RMS) of the sinusoidal output voltage of Viewer Discharge the discharge Positive voltage Effective value (RMS) of the positive sinusoidal output Super User voltage of the discharge Negative voltage Effective value (RMS) of the negative sinusoidal output...

  • Page 81: Actual Values Performance Control

    A.2.2 Actual values Performance Control only for variants ES61/P, see table Pos. 1, chapter 1.1 "Variants”, page 9 Standard Function Description access level Status Discharge status User Discharge 1 Connection 1 Pollution Detected pollution Discharge User Discharge 1 Connection 1 Power Effective power Discharge Super User...

  • Page 82: Actual Values Sensor

    A.2.4 Actual values Sensor only for variants ES61/_...C and ES61/_...S, see table Pos. 6, chapter 1.1 "Variants”, page 9 Standard Function Description access level Revolutions Current number of revolutions of the external speed User Speed sensor sensor 1 A.3 Overview Parameters A.3.1 Parameters Discharge Standard access Factory...

  • Page 83: Parameters Performance Control

    A.3.2 Parameters Performance Control only for variant ES61/P see table Pos. 1, chapter 1.1 "Variants”, page 9 Standard access Factory Function Description Range level setting Activation Setting to activate the User High voltage High Reference reference point (read, write) release voltage point for executing the...
  • Page 84 Performance Performance limit Super User 0 - 10.000 mW 0 mW limit B1 Discharge, connection 1 (read, write) Upper performance limit for assessing pollution Pollution Setting of the pollution Viewer (read) detection 2 monitoring User (write) Discharge, connection 2 Calibracion Active Indication of the connected Viewer (read)
  • Page 85 Nominal Indication of the nominal Viewer (read) 0 - 3.500 mW 0 mW power 3 power of the discharge User (write) Connection 3 Reference point for deter- mining the pollution Performance Performance limit Super User 0 - 3.500 mW 0 mW limit A3 Discharge, connection 3 (read, write)

  • Page 86: Parameters General

    A.3.3 Parameters General Depending on the variant, the specifications for the setting range and the factory settings of the respective parameter may differ. The information refers to a variant with the maximum possible equipment. Standard access Factory Function Description Range level setting High voltage...

  • Page 87: Parameters Sensor

    A.3.4 Parameters Sensor only for variants ES61/_C snd ES61/_S, see table Pos. 6, chapter 1.1 "Variants”, page 9 Standard access Factory Function Description Range level setting Sensor Setting the sensor Viewer (read) input input mode User (write) Speed sensor mode Minimum Setting the moni- Super user...

  • Page 88: Optimisation Of The Residual Charge

    A.4 Optimization of the residual charge All power supply units of the ES61 series support a wide range of setting options for optimizing the residual charge measured on the surface of the substrate to be discharged. This measured value can be changed by set- ting the frequency or the voltage setpoint of the discharge voltage and the ion balance.
  • Page 89 R50 - 50 mm -100 -200 -300 Ion balance Minimum Range residual charge 5000 V / 50 Hz 3500 V / 200 Hz F00082y R60L - 100 mm -100 Ion balance Minimum Range residual charge 5000 V / 50 Hz 3500 V / 200 Hz F00083y BA-en-2089-2311_PRO IONIZER...

  • Page 90: Pollution Monitoring

    A.5 Pollution monitoring Pollution monitoring is a component of the Performance Control integrated into the power supply unit for monitoring the individual connections. The Performance Control is only available in the ES61/P device variants. Each connection can be individually set for the requirements of the pollution monitoring, see chapter A.3.2 "Parameters Performance Control”, page 83.
  • Page 92 Eltex offices and agencies The addresses of all Eltex agencies can be found on our website at www.eltex.de Eltex-Elektrostatik-Gesellschaft mbH Blauenstraße 67-69 79576 Weil am Rhein | Germany Phone +49 (0) 7621 7905-422 eMail info@eltex.de Internet www.eltex.de...

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