Type 8750 Classic with Type 8693 Flow controller Quickstart English
We reserve the right to make technical changes without notice. Technische Änderungen vorbehalten. Sous réserve de modifications techniques.
Typ 8750 Inhaltsverzeichnis 1. Quickstart Guide.....................................................................................5 1.1. Definition of terms / Abbreviation.................................................. 5 2. Symbols.............................................................................................................5 3. Authorized use..........................................................................................6 3.1. Restrictions......................................
Typ 8750 13. PROFIBUS DP start-up...................................................................... 35 13.1. Settings in BUS.COMM........................................................ 35 13.2. Configuration of the process values.........................................36 14. DeviceNet start-up............................................................................ 39 14.1. Settings in BUS.COMM........................................................ 39 14.2. Configuration of the process data.....
Typ 8750 Quickstart Guide 1. Quickstart Guide The quickstart guide describes the entire life cycle of the device. Keep these instructions in a location which is easily accessible to every user and make these instructions available to every new owner of the device. Important Safety Information. Read Quickstart carefully and thoroughly. Study in particular the chapters entitled Basic Safety Instructions and Authorized Use. ▶▶ Quickstart must be read and understood.
Typ 8750 Authorized use 3. Authorized use Non-authorized use of the flow controller Type 8750 may be a hazard to people, nearby equipment and the environment. • The device is designed as a simple system for determining and controlling the volumetric flow rate of gases. • Do not expose the device to direct sunlight. • Do not use the device outdoors. • Use according to the authorized data, operating conditions, and conditions of use specified in the contract documents and operating instructions.
Typ 8750 General information ▶▶ That the system cannot be activated unintentionally. ▶▶ After an interruption in the power supply or pneumatic supply, ensure that the process is restarted in a defined or controlled manner. ▶▶ The device may be operated only when in perfect condition and in consideration of the operating instructions. ▶▶ The general rules of technology apply to application planning and operation of the device. ▶▶ Do not supply the pilot air port with aggressive or flammable media.
Typ 8750 System description 6. System description 6.2. Structure Process controller Type 8693 6.1. General description Actuator control valve Type 2712 To determine and control the volumetric flow rate, the pressure drop over the control valve is measured continuously by the two pressure sensors. This pressure difference and the valve flow characteristic are the parameters used to determine the volumetric flow.
Typ 8750 System description Electrical interfaces 24 V DC Process controller Type 8693 PROFIBUS DP DeviceNet Outputs Inputs Inputs for process actual value (4 – 20 mA) P1 P2 T (optional) Operation Fig.
Typ 8750 Technical data 7. Technical data 7.1. Conformity Type 8750 conforms to the EC directives according to the EC Declaration of Conformity. Packing gland PTFE rings with silicone grease Other wetted parts stainless steel 1.4571 Inlet and outlet sections acc. to EN ISO 5167-1 Inlet sections 7.2. Standards The applied standards which are used to demonstrate compliance with the EC Directives are listed in the EC type test certificate and/or the EC Declaration of Conformity.
Typ 8750 Technical data 7.5. Type label Dimensions Example: ∅ 91 D-74653 Ingelfingen Operating voltage / control Type HG ∅E Control function Pilot valve 8750 24 V DC single act Pilot 0,6 Pmax 7 bar Tamb 0°C - +55°C CE S/N 001000 W14UN 00179026 Identification number Fig. 7: 2x DN 6x DN Tab.
Typ 8750 Technical data Temperature range control medium 0 – +50 °C Pressure range control medium 5.5 – 7 bar (DN 15 – DN 65) 5 – 6 bar (DN 80 – DN 100) Intrinsic air consumption 0 l/min Connections plug-in hose connector 6 mm / 1/4” threaded connection G 1/8 Flow media air and gases steam on request Temperature range Media 0 – +80 °C Pressure range Media 0 – 16 bar Connections flange acc.
Typ 8750 Technical data Kv value table for FMR versions (specifications for valve stroke and flow rate in %) The measured set of values for each seat combination is stored in the FMR memory at the factory. Valve design DN DN pipe seat [mm] [mm] 8 15 10 15 15 25 20 25 25 40 32 40 32 50 40 50 40 65 50 65 50 80 65 80 65 100 80 100 Tab.
Typ 8750 Control and display elements 8. Control and display elements The functions of the 4 keys differ depending on the operating state (AUTOMATIC or MANUAL) and operating level (process level or setting level). Designation: Function of the keys % MENU MENU INPUT OPN CMD Display AUTO Arrow key up arrow Arrow key down arrow Save symbol Arrow key MENU OPN (OPEN) Manual opening of the actuator Change the displayed value (z.B. POS-CMD-TEMP-...
Typ 8750 Control and display elements Function of the keys on the setting level: Function of the keys Key Arrow key Scroll down in the menus MENU – Decrease numerical values ← MENU Change by one digit to the left; when entering numerical values MENU EXIT (BACK) MENU CMD Return to the process level MENU ESC Leave a menu MENU STOP Stop a sequence MENU ENTER MENU SELEC MENU OK MENU INPUT Select, activate or deactivate a menu option (BACK) Gradually return from a sub-menu option MENU RUN Sta
Typ 8750 Control and display elements 8.4. Display in AUTOMATIC operating state 8.3. Operating levels The process controller has 2 operating levels: • Process level Description of the display Display and operation of the current process Operating state: AUTOMATIC / MANUAL Set-point position of the valve actuator (0 – 100 %) • Setting level Inputting the operating parameters Supplementing the menu by optional menu options 8.3.1. setting level Switching from setting level process level Tab.
Typ 8750 Control and display elements Description of the display Simultaneous display of the nominal position and the set-point position of the valve actuator (0 – 100 %) Display Description of the display SP PV m3/min m3/min 0.0 0.0 MENU CMD/POS POS MANU Graphical display of SP and PV with time axis SP / PV (t) MENU CMD / POS (t) HOLD 0.0 0.0 P1 bar P2 bar MENU P.LIN SP/PV MANU CLOCK Time, weekday and date 12:00 00 Thu. 01 . 09 .
Typ 8750 Assembly 9. Assembly 9.2. Before installation 9.1. Safety instructions Danger! Risk of injury from high pressure in the equipment/device. ▶▶ Before working on equipment or device, switch off the pressure and deaerate/drain lines. Risk of electric shock. ▶▶ Before reaching into the device, switch off the power supply and secure to prevent reactivation. ▶▶ Observe applicable accident prevention and safety regulations for electrical equipment. Warning! Risk of injury from improper assembly.
Typ 8750 Assembly Warning! Risk of injury from unsuitable connection hoses. Hoses which cannot withstand the pressure and temperature range may result in hazardous situations. ▶▶ Use only hoses which are authorized for the indicated pressure and temperature range. ▶▶ Observe the data sheet specifications from the hose manufacturers. Procedure: →→Connect the control medium to the pilot air port (1) (3 – 7 bar; instrument air, free of oil, water and dust).
Typ 8750 Electrical installation 10. Electrical installation DANGER! Risk of electric shock. ▶▶ Before reaching into the device, switch off the power supply and secure to prevent reactivation. ▶▶ Observe applicable accident prevention and safety regulations for electrical equipment. Warning! 10.1. Electrical installation, 24 V DC with circular plug-in connector (multi-pole variant) Signal values Operating voltage Actual value Risk of injury from improper installation.
Typ 8750 Electrical installation 3 2 4 1 8 5 7 6 1 3 4 Circular plug M12, 8-pole Input signals from the control center Output signals from the control center (optional) Circular plug M8, 4-pole Pressure sensor P1, P2 2 2 1 3 Circular plug M12, 4-pole Operating voltage 4 Fig.
Typ 8750 Electrical installation 10.2. Electrical installation PROFIBUS DP 1 5 2 4 Procedure: →→Connect the process controller according to the following tables. 3 Circular plug M8, 4-pole Pressure sensor P1, P2 1 3 The electrical connection module of Type 8693 features a setscrew with nut which is used to connect the Technical Earth (TE) (see “Fig. 13: Connection with PROFIBUS DP”). 4 2 2 →→Connect setscrew (TE connection) to a suitable grounding point.
Typ 8750 Electrical installation Circular plug M8, 4-pole (pressure sensor) Pin Wire color7) Assignment 1 brown + 24 V pressure sensor power supply 2 white 4 – 20 mA output from pressure sensor Tab. 11: Circular plug M8, 4-pole (pressure sensor) Circular plug M12, 4-pole (operating voltage) Pin Wire color8) Assignment 1 brown Operating voltage + 24 V DC 3 blue Operating voltage GND Tab. 12: Circular plug M12, 4-pole (operating voltage) 10.3.
Typ 8750 Electrical installation 2 1 3 Circular plug M12, 5-pole DeviceNet 5 4 Circular plug M8, 4-pole 1 3 Pressure sensor P1, P2 4 2 Circular plug M12, 5-pole (bus connection) Pin Signal 1 Shielding 2 V+ 3 V4 CAN H 5 CAN L Tab.
Typ 8750 Start-up 24 V DC 11. Start-up 24 V DC 11.1. Warning! Risk of injury from improper operation. Improper operation may result in injuries as well as damage to the device and the area around it. ▶▶ Before start-up, ensure that the operating personnel are familiar with and completely understand the contents of the operating instructions. ▶▶ Observe the safety instructions and intended use. ▶▶ Only adequately trained personnel may operate the system/the device.
Typ 8750 Start-up 24 V DC 11.2.
Typ 8750 Start-up 24 V DC 11.3. Automatic adjustment (X.TUNE) Warning! Danger of injury due to the valve position changing when the X.TUNE function is run at operating pressure. ▶▶ Never run X.TUNE while the process is running. ▶▶ Secure system against unintentional activation. Procedure: Taste MENU MENU / MENU RUN Note! An incorrect control pressure or incorrectly connected operating pressure at the valve seat may cause the controller to be wrongly adjusted. • X.
Typ 8750 Start-up 24 V DC 11.4. Configuring the F.CONTROL auxiliary function F.CONTROL ENTER PID.PARAM ENTER →→Add the auxiliary function F.CONTROL to the main menu using the configuration menu (ADDFUNCTION). Procedure: Key MENU MENU / MENU ENTER / MENU ENTER EXIT Action Press for approx. 3 s Select ADD.FUNCTION EXIT F.PARAM DBND 1 % KP 1,00 TN 999,9 TV 0,0 X0 0,0 % FILTER 0 MTMP ENTER DENS Press Select F.CONTROL EXIT Press SETUP MENU EXIT Press The F.
Typ 8750 Start-up 24 V DC F.CONTROL - Settings: Parameter settings for the PID process PID.PARAM controller Insensitivity area (dead band) of the PID DBND 0,1 % process controller KP 0,00 TN 0,5 Reset time TV 0,0 Hold-back time X0 0,0 % FILTER 0 F.PARAM Working point SP-SCALE13) P.CO-INIT VALVE The parameter settings for the PID process controller can be created automatically with the help of the P.TUNE function (description see “operating instructions for Type 8693”).
Typ 8750 Additional FMR functions 11.4.1. Change the process set-point value 12. Additional FMR functions Procedure: Overview 1. Set the set-point value default on the setting level: ADD.FUNCTION In the main menu (MAIN), select the F.CONTROL function F.CONTROL ENTER SETUP ENTER ENTER intern SP-INPUT SELEC →→Use the MENU EXIT 2. On the process level, manually change the process set-point value: to select the display for the process set-point value (SP). →→Press MENU INPUT key. 30.
Typ 8750 Additional FMR functions No Description 1 Selecting the transfer characteristic between input signal and stroke (correction characteristic) 2 Sealing function for position controller 3 Effective sense of direction between input signal and nominal position Assignment of the aeration state of the actuator chamber to the set-point position Signal split range14); input signal as a % for which the valve runs through the entire stroke range.
Typ 8750 Additional FMR functions 12.1. Activating and deactivating auxiliary functions You can activate the auxiliary functions on the setting level by adding them to the main menu (MAIN). The parameters for the auxiliary functions can then be set. To deactivate an auxiliary function, remove it from the main menu. The previous settings created using this auxiliary function will then be rendered invalid again as a result. 12.1.1.
Typ 8750 Additional FMR functions CAL.USER ENTER calibr. SP calibr. POS ENTER SP 4 mA 016) ENTER POS. pMIN INPUT OK INPUT OK EXIT INPUT OK POS. pMAX calibr. PV17) INPUT OK PV 4 mA 016) ENTER Enter value (POS.upper:) INPUT OK CAL.FMR ENTER SP 20mA 016) EXIT Enter value (POS.lower:) PV 20mA 016) EXIT CAL.PLIM INPUT CAL.P1 OK CAL.P2 EXIT CAL.P1‘P2 RUN Press for approx. 3 s CAL.TLIM EXIT CAL.TEMP Fig. 19: Operating structure CAL.
Typ 8750 Additional FMR functions CAL.USER - Settings: calibr. PV calibr. POS Calibration of the position actual value POS. pMIN Set the minimum position of the valve POS. pMAX Set the maximum position of the valve CAL.FMR Calibration of the flow controller CAL.
Typ 8750 PROFIBUS DP start-up OUT ANALOG ENTER POS Output of set-point position CMD Output of nominal position Procedure: • Perform the automatic adjustment (X.TUNE) of the process controller. PV Output of the process actual value • Add the F.CONTROL auxiliary function to the main menu using the configuration menu (ADDFUNCTION) and make settings. SP Output of the process set-point value • Make settings in the BUS.COMM function.
Typ 8750 PROFIBUS DP start-up BUS.COMM ENTER Address 0 + INPUT – BUS PDO Enter value 18) OK Input device address. Adjustment range: 0 – 126 CMD ENTER Operation mode Error reset Mtmp BUS FAIL SELEC ENTER SafePos off SafePos on Start up of the safety position EXIT EXIT SELEC POS ENTER CMD Temperature Operation mode Errors P1 P2 Mtmp EXIT P.CONTROL active Fig. 22: Operating structure BUS.
Typ 8750 PROFIBUS DP start-up PDI: Process Data Input (from the process controller to the controller) Name Description Identifier PDI:POS Actual position (position) GSD file: PDI:POS Actual value of positioner as ‰. Value range 0 – 1000. Values < 0 or > 1000 are possible if e.g. X.TUNE has not run through correctly. PDI:CMD PDI:SP Description Identifier PDI:TEMP Device temperature (temperature) GSD file: PDI:TEMP Temperature of 0.
Typ 8750 PROFIBUS DP start-up Name Description Identifier PDI:P1 Pressure before the valve 0000-XXXX depending on sensor range GSD file: PDI:P1 Pressure before the valve 0000-XXXX depending on sensor range GSD file: PDI:P2 PDI:P2 PDI:MTMP Medium temperature Temperature in °C on 1 °C exactly PDI: PCONact Identifier (HEX): 41, 40, 07 Description Identifier PDO: CMD/SP Process set-point value (set-point) GSD file: PDO:CMD/SP Set-point value of process conIdentifier (HEX): troller in physical u
Typ 8750 DeviceNet start-up Name Description Identifier 14. DeviceNet start-up PDO:ERR Reset error display GSD file: PDO: ERR Procedure: Identifier (HEX): 81, 00, 17 • Add the F.CONTROL auxiliary function to the main menu using the configuration menu (ADDFUNCTION) and create settings. GSD file: PDO:MTMP • Make settings in the BUS.COMM function. If the value > 0, ERR is reset.
Typ 8750 DeviceNet start-up BUS FAIL SafePos off SafePos on Activate or deactivate approach of the safety position The actuator remains in the position which corresponds to the set-point value last transferred (default setting). BUS.COMM ENTER Address 0 + INPUT – If there is a fault in the bus communication, the behavior of the actuator depends on the activation of the SAFEPOS auxiliary function.
Typ 8750 DeviceNet start-up 14.2. Configuration of the process data The following components are required for the configuration: • Software suitable for the configuration. For example RSNetWorx for DeviceNet (Rev. 4.12.00). 14.2.1. Static Input Assemblies Name Address of data attribute of the assemblies for read access.
Typ 8750 DeviceNet start-up Name Address of data attribute of the assemblies for read access. Class, instance, attributes Format of the data attribute Name Address of data attribute of the assemblies for read access.
Typ 8750 DeviceNet start-up Name Address of data attribute of the assemblies for read access. Class, instance, attributes Format of the data attribute Name Description of the input data attributes PV+POS+ERR+ PCON+P1 4, 9, 3 Byte 0: PV low Byte 1: PV high Byte 2: POS low Byte 3: POS high Byte 4: ERR Byte 5: PCON active Byte 6: P1 low Byte 7: P2 low POS 111, 1, 59; Actual position INT, 2 byte Actual value of process controller as ‰. Value range 0 – 1000.
Typ 8750 DeviceNet start-up Name ERR Description of the input data attributes Attribute Address Class, Instance, Attribute; Data type, Length Error 100, 1, 1; Indicates the number of the process USINT, 1 byte value (output) which was not written. The value is retained until it is deleted with "1" by acyclically writing the "Error" attribute (access via Explicit Message – Set Attribute Single). HEX 0X14 INP 14.2.2.
Typ 8750 DeviceNet start-up This I/O connection can be used to transfer the attributes described in more detail in the following “Tab. 29” as output process data. Name Description of the output data attributes Attribute Address Class, Instance, Attribute; Data type, Length SP Process set-point value 120, 1, 2; Nevertheless, by using this address data, the attributes combined in the assemblies can also be accessed acyclically at any time via Explicit Messages.
Typ 8750 Safety end positions 16. Error messages 15. Safety end positions Actuator system Safety end positions after Designation failure of the auxiliary power electrical pilot-controlled control system: single-acting up Control function A down down Control function B up up direct-acting control system: not defined double-acting Control function I down down / up (depending on the connection of the control cables) Tab.
Typ 8750 Error messages Error messages while the X.TUNE function is running Error messages while the P.Q‘LIN / P.TUNE function is running Display Cause Remedial action Display Cause X.TUNE ERROR 1 No compressed air connected. Connect compressed air. P.Q LIN ERROR 1 No compressed air connected. Connect compressed air. X.TUNE ERROR 2 Compressed air failure while X.TUNE is running Check compressed air supply. X.
Typ 8750 Error messages 16.1. Error messages on field bus devices Display Cause MFI fault Not possible, Field bus board device defective. defective. On DeviceNet Display Device state Remedial action Remedial action BUS offline Offline. Not possible, device defective. is displayed approx. every 3 seconds Device is not connected to the bus, the network access procedure (duplicate MAC-ID test, duration approx. 2 s) has still not ended or device is only active network node Tab.
Typ 8750 Error messages BUS timeout I/O connection is displayed approx. every 3 seconds timeout. BUS critical err is displayed approx. every 3 seconds An I/O connection is in the TIME OUT state. →→New connection estab- lishment by master; ensure that I/O data is transferred cyclically or, if COS confirmed, that corresponding Acknowledge messages are sent by the master. Critical bus error. Other device with the same address in the network or BUS OFF due to communication problems.
Typ 8750 Accessories 17. Accessories 18. Shutdown Designation Order no. M12 connecting cable, 8-pole, 2 m assembled cable 919061 M12 connecting cable, 4-pole, 5 m assembled cable 918038 M8 connecting cable, 4-pole 5 m assembled cable 92903475 USB adapter for connection to a PC in conjunction with an extension cable 227093 Communications software based on FDT/ DTM technology Information at www.burkert.com Tab. 38: Accessories 18.1.
Typ 8750 Operating structure Process controller 19. Operating structure The factory presets are highlighted in blue to the right of the menu in the operating structure. Electrical connection / Menu options activated or selected at the factory / Menu options not activated or selected at the factory 2 %, 10 sec Values set at the factory ACTUATOR SINGLE CHARACT CHARACT DOUBLE Pneumatic connection 4-20 mA INPUT 0-20 mA 0-10 V 0-5 V Address X Address: 63 BAUDRATE19) 125 kBd BUS.
Typ 8750 Operating structure BUS PDI20) Manual X.TUNE Position X.TUNE.CONFIG CMD X.TUNE.PARAx Setpoint X.TUNE.LEAKAGE Temperature X.TUNE.Ypwm Operation mode X.TUNE.Yfric Errors X.TUNE.POS F.CONTRL active BUS PDO20) Setpoint X.TUNE.PWM F.CONTRL active P.Q‘LIN X.TUNE ready 20) 21) Only for field bus Only DeviceNet Only PROFIBUS DP 52 english TUNE.yE P.Q‘LIN Q.LIN#0 CMD.. Q.LIN#0 CMD. Q.LIN ready P.TUNE starting process.. ... TUNE ready ADD.FUNCTION Fig.
Typ 8750 Operating structure ADD.FUNCTION CHARACT CUTOFF Activatable auxiliary functions CUTOFF Min 0 % Max 100 % DIR.CMD 0% 100 % Type PCO CUT-type Type XCO DIR.CMD SIMULATION Fall DIAGNOSE DIR.ACT Activatable auxiliary functions: CHARACT Rise Rise Fall linear SPLTRNG GP 1:25 GP 1:33 GP 1:50 X.LIMIT GP 25:1 Min 0 % Max 100 % GP 33:1 X.TIME GP 50:1 FREE Min 0 % Max 100 % Graph 0% 100 % 0% 100 % T.open 1.0 sec 1.0 sec T.close 1.0 sec 1.0 sec GRAPH Y0 -> 0 % Y5 -> 5 % CUTOFF Fig.
Typ 8750 Operating structure X.CONTROL 1.0 % 1 1 0 0 0 0 DBND KXopn 1 KXcls 1 KDopn 0 KDcls 0 YBfric 0 YEfric 0 F.CONTROL DIAMETER ? PV-INPUT PT 100 SECURITY KP 1.00 TN 999.9 TV 0.0 X0 0 % FILTER 0 MTMP xxx°C F.PARAM 1.00 999.9 sec 0.0 sec 0% 0 °C Fig. 32: Operating structure FMR - 7 DENS x.xxx MTMP.INPUT SETUP MANUELL SENSOR BUS SECURITY DIAMETER Fig. 31: Operating structure FMR - 6 54 PV-SCALE DBND 1.0 % 1.0 % PID.
Typ 8750 Operating structure PV-SCALE PVmin 0.0 P.CO-INIT 0.0 l/s standard PVmax 100.0 100.0 l/s zeroinit K-Factor21) VALVE VALUE 1.0 KV.FACT KV.USER TEACH-IN TEACH-IN bumpless SECURITY Access Code CODE 0000 MAIN Valve closing MANU/AUTO Teach-in at work ADDFUNCT -> filling VOLUME P.Q‘LIN1) SP-INPUT internal SP-SCALE22) X.TUNE P.TUNE1) external SAFEPOS Safepos SPmin 0.0 SIG.ERROR23) SP/CMD Input 0.0 l/s 0% Error on SPmax 100.0 SECURITY SAFEPOS 100.
Typ 8750 Operating structure PV Input Error off MTMP Error on OUT.type SAFEPOS 4 - 20 mA SafePos off 0 - 20 mA SafePos on 0 - 10 V 0-5V BINARY.IN SafePos OUT BIN 1 Manu/Auto X.CO/P.CO POS.Lim-1 Limit 0.0% ERR.SP/CMD 25) normally closed OUT ANALOG ERR.PV25) POS Remote CMD Tune.Status PV DIAG.State-1 SP OUT BIN 1 PV FUNC.CHECK P1 MAINTENANCE ptional. The number of outputs varies depending on the O version. 56 OUT.type CAL.USER MTMP Fig.
Typ 8750 Operating structure OUT BIN 2 POS.Dev CAL.P2 Deviation 1.0% CAL.P1‘P2 1.0 % Limit 100.0% POS.Lim-1 CAL.TLIM 100 % Safepos CAL.TEMP ERR.SP/CMD26) calibr. SP29) ERR.PV26) Tune.Status calibr. PV FAILURE DIAG.State-1 SET VALUE PT10032) FUNC.CHECK MAINTENANCE normally closed POS.pMAX calibr. FMR CAL.PLIM CAL.P1 SET.FACTORY calibr. SP copy FACT->USER SET.FACTORY factory reset SER. I/O I/O.MODE x27) x27) CAL reset CAL.P2 Auto EXTRAS BAUDRATE Fig.
Typ 8750 Operating structure EXTRAS POS DISP.ITEMS CMD/POS (t) CMD PV CMD/POS SP CMD/POS (t) SP/PV PV SP/PV (t) SP CLOCK SP/PV INPUT33) SP/PV (t) TEMP CLOCK X.TUNE INPUT33) P.TUNE TEMP P.LIN X.TUNE DISP.MODE P.TUNE invers P.LIN SERVICE POS START-UP.ITEMS CMD CMD/POS SERVICE DISP.MODE CMD/POS (t) Fig. 39: Operating structure FMR - 14 31) 32) 33) The signal type selected in the INPUT menu is displayed. Only for signal type 4-20 mA (P.
Typ 8750 Operating structure SIMUALTION SIGNAL.sim SIGNAL.form Extern STROKE.CHECK Sinus PV.MONITOR Square POS.MONITOR Triangle Mixed CONFIG.MSG34) SERVICE.TIME FAILURE FUNC.CHECK Offset Amplitude Periode CONTROL.sim 50.0 % 80.0 % 5.0 sec OUT.SPEZ MAINTENANCE TRAVEL.ACCU x.SIM OUT.SPEZ p.SIM SIM.Gain SIM.Delay DIAGNOSE MAINTENANCE 1.0 1.0 sec CYCLE.COUNTER FAILURE FUNC.CHECK SERVICE.TIME D.MSG34) FAILURE FUNC.CHECK OUT.SPEZ TRAVEL.ACCU MAINTENANCE CYCLE.COUNTER TEMP.
Typ 8750 Operating structure TEMP.CHECK FAILURE ADD.DIAGNOSE SERVICE.TIME FUNC.CHECK STROKE.CHECK OUT.SPEZ TAVEL.ACCU MAINTENANCE CYCLE.COUNTER TEMP.CHECK FAILURE STROKE.CHECK FUNC.CHECK PV.MONITOR OUT.SPEZ POS.MONITOR MAINTENANCE PV.MONITOR FAILURE FUNC.CHECK OUT.SPEZ MAINTENANCE POS.MONITOR HISTOGRAM RESET.HISTORY Reset done Activatable diagnostic functions HISTOGRAM POS-Class FAILURE DIR-Class FUNC.CHECK SYSTEM-DATA OUT.SPEZ MAINTENANCE SERVICE.TIME LIMIT NEXT M.
Typ 8750 Operating structure TAVEL.ACCU HUB LIMIT 20.0 mm 1000000 cm STROKE.CHECK MAX MIN LIMIT NEXT.M HISTORY CYCLE.COUNTER LIMIT 0.5 % 1000000 HISTORY NEXT.M CURRENT 1000000 POS.MONITOR DEADBAND COMP.TIME MIN 2.0 % 10.0 sec HISTORY TEMP.MAX 60.0 °C PV.MONITOR TEMP.MIN TEMP.MAX DEADBAND COMP.TIME 0.0 °C HISTORY ZERO MAX MAX LIMIT 0.5 % MAX.TOL HISTORY TEMP.CHECK ZERO.TOL 2.0 % 10.0 sec HISTORY Fig. 46: Operating structure FMR - 21 TEMP.MAX STROKE.CHECK Fig.
Typ 8750 Transport, Storage, Packaging 20. Transport, Storage, Packaging Note! Transport damage. ▶▶ Inadequately protected devices may be damaged during transportation. ▶▶ Protect the device against moisture and dirt in shock-resistant packaging during transportation. ▶▶ Prevent the temperature from exceeding or dropping below the permitted storage temperature. ▶▶ Protect the electrical interfaces of the coil and the pneumatic connections from damage by placing protective caps on them.
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