Siemens SIMOVERT MV Series Commissioning Instructions
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Siemens SIMOVERT MV Series Commissioning Instructions

Siemens SIMOVERT MV Series Commissioning Instructions

Medium-voltage converters with hv-igbt and ihv filter
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Order No. 6SE8004-0BH76

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  • Page 1 Order No. 6SE8004-0BH76...
  • Page 2 However, the information in this document is regularly checked and the necessary corrections included in subsequent editions. We are thankful for any recommendations or suggestions. © Siemens AG 2000 All rights reserved We reserve the right to make technical changes Order No.: 6SE8004-0BH76 Order to A&D LD S1...

  • Page 3: Table Of Contents

    Checking the protective functions............49 4.2.3 Safety circuit ..................50 4.2.4 Fault shutdown ................... 50 4.2.5 Parameterization of the ON/OFF 1 command........51 4.2.6 Parameterizing the inverter enable............. 52 4.2.7 Changeover, remote/local control............52 Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...
  • Page 4 FP-NRV1 .................... 82 4.4.8 FP-WRS....................86 4.4.9 FP-BUB....................86 4.4.10 FP-TRC....................86 4.4.11 FP-TRV....................86 4.4.12 FP-STV ....................87 4.4.13 FP-RAN ....................87 4.4.14 FP-@SEND1 ..................87 4.4.15 FP-@SEND2 ..................87 4.4.16 FP-@EMPF1 ..................87 Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...
  • Page 5 The sales contract contains the entire obligation of Siemens. The warranty contained in the contract between the parties is the sole warranty of Siemens. Any statements contained herein do not create new warranties nor modify the existing warranty.
  • Page 6 This personnel must be completely knowledgeable about all the warnings and service measures according to this Instruction Manual. The successful and safe operation of this equipment is dependent on proper handling, installation, operation and maintenance. Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...
  • Page 7 = Conductive flooring d = Anti-static overall − − b = Anti-static table e = Anti-static chain − − c = Anti-static footwear f = Grounding connections of cabinets 6HDWHG 6WDQGLQJ 6WDQGLQJVHDWHG Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...
  • Page 8 These conditions and specifications must be maintained. The instructions for transport, storage and correct handling must be observed. Climatic conditions must be maintained corresponding to EN 50178. Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...
  • Page 9 The appropriate warning labels on the drive converter must be observed. All of the covers and doors must be kept closed during operation. Observe the manufacturer’s documentation. These safety instructions should be kept in a safe place! Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...

  • Page 10: Transport

    If you don’t inform the transport company immediately, under certain circumstances, you may lose your claim for damage or defects. If required, you can request support from your local Siemens office. If the equipment was damaged during transport, then it has been subject to an inadmissible stress level.

  • Page 11: Storage

    − In this case, it must be ensured, that the regional damage commissioner for Siemens AG is involved as independent appraisal person. This has to be done for the following damage amounts: within Germany, for damage above DM 10,000.-- outside Germany, for damage above DM 3,000.--...

  • Page 12: Installation

    The air to cool the power module is drawn-in through the cooling mesh in the cabinet doors, and the hot air is discharged upwards. Air can be drawn-in through the false floors, air ducts etc. Siemens AG 6SE8004-0BH76 SIMOVERT MV...

  • Page 13: Emc Information

    SIMOVERT MV drive converters. The drive converters, as far as the 3-ph. 400 V AC auxiliary power supply is concerned, when correctly used, correspond to the following requirements for use in industrial environments. Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...

  • Page 14: Application And Operation

    Block diagram: Cabinet Interface modules < 2 m SIMADYN D Screen rail Permanently (serrated rail) connected with the cabinet frame To the other Power plant/system Potential bonding rail components components Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...
  • Page 15 Analog signal cables must be routed, both in the cabinet, as well as outside the cabinets, using screened cables. Cable cores which are not used, must be grounded at both ends to increase the screening effect. Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...
  • Page 16 Additional wiring in the cabinet should be kept as short as possible and should be routed as close as possible to the cabinet housing or the mounting panels. Unscreened cables of the same circuit (incoming and outgoing conductor) must be twisted. Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...

  • Page 17: Connecting The Power Circuit

    The motor feeder cables must be screened. The screen must be grounded at both ends. In addition, a potential bonding conductor (cross-section > 50 mm ) must be routed between the motor and drive converter (connected to the grounding plate). Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...

  • Page 18: Control Cable Connections

    External equipment Internal equipment (plant/system side) Connection, 400 V aux. supply PE X100 Cross-section, 4 mm X100 X100 X100 X100 X100 X100 Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...
  • Page 19 1 signal 13 to 30 V DC M24V X100 Checkback signal 0 signal − 3 to +6 V DC (or open) Cct.-breaker OPEN P24V X100 Input current (1 signal) 6 mA Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...
  • Page 20 P24V Connecting-up the X100 external M24V digital outputs X100 external P24V Connection to the Remove jumper M connections of when an external 24-V supply the binary inputs is used X100 X100 X100 X100 Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...
  • Page 21 Input current (1 signal) 6 mA A122 (SB61): 24 V input voltage 1 signal 13 to 30 V DC 0 signal − 3 to +6 V DC (or open) Input current (1 signal) 6 mA M24V P24V Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...
  • Page 22 0-10V / optional 4-20mA 0-10V 4-20mA Output current : ±10 mA X100 Main actual value (− ) 0-10V / optional 4-20mA Short-circuit protection to ground Main actual value (+) X100 0-10V / optional 4-20mA 0-10V Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...
  • Page 23 0 signal −30 V to +4 V Cable 1 signal +8 V to +30 V Max. pulse frequency, 1 MHz Phase difference of the track signals Min. 200 ns System ground Housing ground Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...

  • Page 24: Automation Interface

    Maximum permissible cable lengths for the SINEC L2 DP bus cable (Order No.: 6VX1830-0AH10, 6VX1830-0BH10, 6VX1830-3AH10, 6VX1830-3BH10, 6VX1830-3CH10): 9.6 to 187.5 kbaud max. 1000 m 500 kbaud max. 400 m 1.5 Mbaud max. 200 m 3 - 12 Mbaud max. 100 m Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...

  • Page 25: Protective Functions

    4. The short-circuiting device is not active. 5. Binary input No. 4 of the SUL module is high. If one of these conditions is not fulfilled, the circuit-breaker is opened and the crowbar thyristor triggered. Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...
  • Page 26 The relay contact of the buffer memory module is closed as soon as the SIMADYN D subrack was initialized and cyclic program processing has started. If the system crashes on a module in the SIMADYN D subrack, this relay drops- out, and the circuit-breaker is opened. Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...
  • Page 27 Circuit-breaker (OPEN command using on/off -A141-X2:82 control -K12 Circuit-breaker OPEN from -X100:C13 the undervoltage release -X100:C11 Circuit-breaker OPEN from -X100:A11 the operating current -X100:A13 release Fig. 3.1 Safety circuit and circuit-breaker OPEN command Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...

  • Page 28: Insulation Monitoring

    The A-ISOMETER IRDH265 automatically executes a self-test, if the insulation resistance of the line supply is > 20 MΩ, or every 24 h, if an output relay was pre- selected for the system error message. Siemens AG 6SE8004-0BH76 SIMOVERT MV...
  • Page 29 LEDs light-up (go bright). If a system fault is identified during the test, "TEST ALARM" is displayed on the LCD. The faults are acknowledged by pressing the "TEST/RESET" button <3> (< 1 s). Siemens AG 6SE8004-0BH76 SIMOVERT MV...
  • Page 30 11 Output relay K1 with a changeover contact (R ALARM1 12 Output relay K2 with a changeover contact (R ALARM2 13 RS485 interface (not used) 14 Monitored by the control (SUL module) 15 Series resistor 16 Coupling device (AGH520S) Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...
  • Page 31 After the start-up, the current measured value and an alarm value are displayed the second alarm value can be displayed using the operator button, 6, 8. You can branch into Setup1 by pressing button 7. Siemens AG 6SE8004-0BH76 SIMOVERT MV...
  • Page 32 The hyphen between the contact names indicates which contact is closed in the fault-free condition: − Open-circuit operation "K1: 12 - 11 14" − Closed-circuit operation "K1: 12 11 - 14" You can branch into Setup2 in this menu. Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...
  • Page 33 ♦ No settings may be made in SETUP3. In this case, it involves factory settings for the measuring technique. Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...
  • Page 34 The automatic monitoring of the line supply connection can be enabled/disabled in this menu. As this connection monitoring represents an essential safety aspect for monitoring the line supply, it should always be enabled. Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...
  • Page 35 A new password can be entered in this menu. The password is only saved after an acknowledgement using a password interrogation. All settings can be reset to the factor setting in this menu. The software version is displayed on the LCD in this menu. Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...

  • Page 36: Open-Loop Control Functions

    Word 1 STW 1 automation bit 10 bit 10 − Clockwise Word 1 X100: STW 1 rotating field bit 11 41 .. 44 *) bit 11 − CCW rotating Word 1 X100: STW 1 Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...
  • Page 37 STW 2 signal cooling bit 7 43A/C bit 7 unit alarm − Checkback Word 2 X100: STW 2 signal cooling bit 8 44A/C bit 8 unit fault Circuit-breaker − − − − − X100: Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...
  • Page 38 4) Factory setting, for an L signal level, P280 (FP-ULS, C50.I) must be set to 0 5) Factory setting, for an L signal level, P268 (FP-ULS, A80.I) must be set to 1 Siemens AG 6SE8004-0BH76 SIMOVERT MV...
  • Page 39 OP2. If there are no faults, the system changes into the POWER-ON INHIBIT or READY TO POWER- UP status. If faults are present, the drive converter remains in the FAULT status. Siemens AG 6SE8004-0BH76 SIMOVERT MV...
  • Page 40 Also refer to the "function diagram, setpoint channel". After the command has been accepted, the system changes-over into the FAULT status. The inverter pulses are inhibited and the circuit-breaker is opened. Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...
  • Page 41 One of 4 possible fixed setpoints can be selected using the fixed setpoint bits. Also refer to the "setpoint channel" function diagram. The command switches the drive from closed-loop speed control to closed-loop torque control. Also refer to the function diagrams, closed-loop speed control. Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...
  • Page 42 53A/C bit 8 − − − − − PZD control requested bit 9 − − − − − Comparison frequency bit 10 reached − − − − − Reserve changeover bit 11 active Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...
  • Page 43 An H signal is always available as long as the system requests control from the automation system Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...
  • Page 44 The ramp for response to class 2 faults can be selected: ♦ standard down ramp ♦ or the ramp provided for fast stop The sequences are described in more detail in the sequence diagrams in Section 5.3.2. Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...

  • Page 45: Actual Value Sensing

    The block diagram shows the signal flow from sensing via twisted duplex fiber-optic cables at the IAL module. In the configuring, the measured values appear at the module connection IWE or IWE100, specified in the diagram, in function package TRV, at processor 2. Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...
  • Page 46 It is not permissible to with the Further, it is not permissible that objects are placed on the top roof assembly of the drive converter, as these could obstruct the pressure equalization flaps. Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...
  • Page 47 It is assumed that personnel have been trained in the handling of the digital SIMADYN D control system. diagrams supplied with the equipment are for the function and start-up of the drive converter. Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...

  • Page 48: Recommended Equipment For Start-Up

    Connecting cable from the notebook to the CS7-X1 service interface Calibrator 0 - 20 mA / 0 - 10 V Software SIMADYN D IBS, program version 5.0 Anti-static equipment Standard tool, measuring cables, voltage-divider probe for the oscilloscope etc. Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...

  • Page 49: Start-Up Steps

    ON, binary input 4 (safety circuit) must be high. If one of these conditions is not fulfilled, then the circuit-breaker CLOSE can only be re-enabled by removing the cause of the failure and ACKNOWLEDGING at the drive converter (LP or terminal strip). Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...

  • Page 50: Safety Circuit

    When a ground fault occurs, significant capacitive re-charging currents can flow as a result of the operating mode. These currents can result in subsequent damage. We recommend that the power circuit of the SIMOVERT-MV drive converter is disconnected when a ground fault occurs. Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...

  • Page 51: Parameterization Of The On/Off 1 Command

    In order to activate OFF1 via the operator panel, depending on the particular requirement, in addition, C158.I1 / P130 ("Remote" setting of the key-actuated switch) and C158.I2 / P131 ("Local" setting of the key-actuated switch) must be set to 1. Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...

  • Page 52: Parameterizing The Inverter Enable

    In order that the key-actuated switch has the required function, the "Standby" setting of the control signal- and setpoint sources must be selected, so that the local control devices are active (pushbutton in the door, OP2 operator panel). This corresponds to the factory setting. Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...

  • Page 53: Parameterizing The Circuit-Breaker

    B70.I / P277 Select negation, circuit-breaker CLOSE B100.I / P279 Select negation, circuit-breaker OPEN C50.I / P280 Select negation, checkback signal circuit-breaker, leading contact C70.I / P281 Select continuous/pulse signal checkback signal circuit-breaker, leading contact Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...

  • Page 54: Testing The Pre-Charging Via The Pre-Charging Circuit

    DC link voltage will gradually decrease as a result of intrinsic discharge. This can be seen on the operator panel display. Pre-charging can be aborted at any time using an OFF command (door-mounted pushbutton), or using the safety off switch. Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...

  • Page 55: Testing The Inverter Without Dc Link Voltage (Simulation Mode)

    S10.I2 and S20.I8 represent a set- and a reset command. When the inverter enable is withdrawn, the inverter is not automatically inhibited. It is only permissible to enable the inverter via these two blocks for test purposes. Siemens AG 6SE8004-0BH76 SIMOVERT MV...

  • Page 56: Handling The Setpoint Generator Block Swg In Function Package Trv

    Acknowledge fault - cancel mode - enable inverter - inhibit inverter SWG operation is now possible by re-selecting the mode and then enabling the inverter. Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...

  • Page 57: Testing Pre-Charging With The Main Supply Connected

    OK message. The drive converter is now in the ready condition. The inverter is enabled using the selected source FP IO D70. The inverter now clocks the semiconductor devices. The inverter is automatically inhibited when the inverter enable is withdrawn. Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...

  • Page 58: Parameterizing The Transvektor Closed-Loop Control

    P605 Nominal power factor [-] (0.85) P606 DP.RSM = n Rated motor speed [RPM] (995 RPM) P607 DP.RFM = f Rated motor frequency [Hz] (50 Hz) P622 DP.PP = Motor pole pair number Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...
  • Page 59 P621 DP.X2Q = X rotor leakage reactance (0.1231 p.u.) 2σ in the d axis [p.u.] For values, which have to be set in d- and q axis, normally the same value is taken. Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...
  • Page 60 The following values are determined from the drive converter rating plate, and are entered at the DP block in function package TRV: P609 DP.UDI Rated DC link voltage [V] P608 DP.FMX Maximum output frequency [Hz] Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...
  • Page 61 * 3 * I * 3 * I P611 DP.R1L P613 DP.X1L At the DP block in function package TVR the pulse number per revolution is entered: Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...

  • Page 62: Changing Over To Setpoint Generator Operation

    I should be connected to an oscilloscope in the X-Y display mode. Only a circle should be seen on the oscilloscope. At lower speeds, the display may rotate in a counter-clockwise direction. Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...

  • Page 63: Checking The Angular Offset

    ) and WFA.FLS (f mechanical electrical in function package TRV. The values which have been read should be approximately numerically the same as those of the frequency setpoint. Different frequency setpoints must be used when checking. Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...

  • Page 64: Checking The Closed-Loop Control Settings (Asm)

    6. Check the motor voltage actual values KPW1.YB at half the rated frequency and at the rated motor frequency. Approximately 47 % or 95 % respectively, should be displayed. Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...
  • Page 65 EMF Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...

  • Page 66: Operation Without Speed Encoder

    P390 (1.NRV1.C70.X2). Setting range: 0 - 150 %. The pre-control is disabled for f > 8 % (or f < −8 %) as the speed controller is then fully operational. Siemens AG 6SE8004-0BH76 SIMOVERT MV...

  • Page 67: Operating The Drive Converter Under Load

    The other values correspond to the sources for the torque limit when motoring. The motor limits must be set corresponding to the plant situation (motor, load etc.). The limit values when generating must be entered as negative values (−). Siemens AG 6SE8004-0BH76 SIMOVERT MV...

  • Page 68: Adapting The Ramp-Up- And Ramp-Down Times

    Interface, word 6 Technological setpoint 2 Technological setpoint 3 The gain can be adapted using N320.X2 / P398. The integral action time of the speed controller can be set at N100.TN / P399 (FP-NRV). Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...

  • Page 69: Setting The Closed-Loop Current Control And Switching Frequency

    ♦ Enabling the sources for the OFF1 command ♦ Assignment of the sources for control words 1 and 2 ♦ Assignment of the checkback signals (transformer, circuit-breaker, motor and cooling unit) ♦ Error- and alarm messages from the FP IO Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...
  • Page 70 Fig. 4.1 Control word generation in the function package Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...

  • Page 71: Fp-Kom1

    4.4.2 FP-KOM1 ♦ Assignment of the actual values to the corresponding PZD ♦ Normalization and smoothing of the received actual values Fig. 4.2 Automation interface (Sheet 1) Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...
  • Page 72 Fig. 4.3 Automation interface (Sheet 2) Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...
  • Page 73 Fig. 4.4 Automation interface (Sheet 3) Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...

  • Page 74: Fp-Grs

    ♦ Parameterization of the fixed setpoints, including setpoint ♦ Parameterization of suppression bandwidth 1 and 2 ♦ Selection of the setpoint sources ♦ Parameterization of the ramp-function generator ♦ Fault messages from the FP SWK Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...
  • Page 75 Fig. 4.5 Setpoint channel (Sheet 1) Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...
  • Page 76 Fig. 4.6 Setpoint channel (Sheet 2) Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...
  • Page 77 Fig. 4.7 Setpoint channel (Sheet 3) Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...
  • Page 78 Fig. 4.8 Setpoint channel (Sheet 4) Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...
  • Page 79 Fig. 4.9 Setpoint channel (Sheet 5) Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...
  • Page 80 Ã ! Ã Fig. 4.10 Setpoint channel (Sheet 6) Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...
  • Page 81 Fig. 4.11 Setpoint channel (Sheet 7) Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...

  • Page 82: Fp-Nrv1

    4.4.7 FP-NRV1 ♦ Speed monitoring ♦ Speed controller ♦ Fault- and alarm messages from FP NRV1 Fig. 4.12 Speed control (Sheet 1) Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...
  • Page 83 Fig. 4.13 Speed control (Sheet 2) Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...
  • Page 84 Fig. 4.14 Speed control (Sheet 3) Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...
  • Page 85 Fig. 4.15 Speed control (Sheet 4) Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...

  • Page 86: Fp-Wrs

    ♦ Communications to the SUL ♦ Sub-station monitoring ♦ Speed actual value sensing ♦ Parameterization, motor data ♦ Parameterization, Transvektor control ♦ Gating unit, SIMOVERT MV ♦ Error messages of the FP TRV Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...

  • Page 87: Fp-Stv

    4.4.14 FP-@SEND1 ♦ Initialization of the couplings USS and monitor – send 4.4.15 FP-@SEND2 ♦ Initialization of the special communications 4.4.16 FP-@EMPF1 ♦ Initialization of the couplings USS and monitor – receive Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...

  • Page 88: Operator Control Elements And Door-Mounted Instruments

    Pushbutton B3 lamp test Pushbutton B4 fault acknowledgement ♦ S10 Mushroom head pushbutton for safety shutdown S11 Pushbutton, drive converter ON S12 Pushbutton, drive converter OFF S13 Key-actuated switch for changeover, local/remote operation Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...

  • Page 89: Operator Control Panel Op2

    SPR. In this case, a logical 0 corresponds to German and a logical 1 to English In addition, the basic address of the OP2 operator control device must be changed. The OP2 address 0 (station address) for German and the OP2 address 1 for English. Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...

  • Page 90: Parameterization For The Uss Interface

    Enter Transfer Enter value keypad 7hˆqÃ…h‡rÂsÇurÃVTTÃiˆ† Baud rate BAUDRATE (KBAUD) USS-INTERFACE 9.6 19.2 93.75 187.5 Transfer Select the function Enter H‚v‡‚…vtÇv€rÃs‚…ÇurÃVTTÀh†‡r…Ãp’pyrÇv€r Baud rate DELAY-TIME (ms) USS-INTERFACE 0...100 Numeric. Transfer Enter value Enter keypad Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...

  • Page 91: Commands To The Drive Converter (Binary Value Processing)

    This deletes the ring buffer trace. This command deletes the values saved in the ring buffer. ♦ When the drive converter is in the OFF condition, the fan or the cooling unit can be powered-up with binary value 9 from the OP2 operator control device. Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...

  • Page 92: Setpoint Inputs

    The LED flashes until the function is completed using the Enter key. Operating message No. 35 ”EPROM SAVE UNSUCCESSFUL”. The value is not transferred if an error occurred. Enter 6<6 6<67(0 The currently executed function is aborted using: Return to display operation: Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...
  • Page 93 A negative setpoint corresponds to a counter-clockwise motor direction or rotation. The setpoint is not limited here. The setpoint from OP2 is transferred to the setpoint channel, where it is limited by the selectable maximum-/minimum speed. Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...

  • Page 94: Actual Value Displays

    V11 (V23) Value selection to represent/display the binary vectors for key "Shift+V12" of the OP2 (also refer to Section 5.2.7) V12 (V24) Actual value display of the binary vector selected by key "Shift+V11" Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...

  • Page 95: Message System Processing

    The latest message is displayed when the key is pressed again. You can scroll in the selected OP2 message system using the raise/lower keys. Invalid key combinations are rejected directly at the OP2 with an appropriate acknowledgement. Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...
  • Page 96 Messages without prefix/suffix with text are always administered in the OP2. Prefix is evaluated as message class. If it is valid, the message is administered in the text format. Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...
  • Page 97 (d = day, m = month or minute, y = year, h = hour, z = milliseconds, T = message type (alarm, fault etc.): dd.mm.yy hh:mm:ss.zzz T P:54321 S:54321 -999.12345678 E+99 DIMENSIO dd.mm.yy hh:mm:ss.zzz T P54321 S:54321 Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...

  • Page 98: Status Displays

    Counter-clockwise rotating field selection (a log. 1 CCRF) Motorized potentiometer, raise (a log. 1 command, raise motorized potentiometer) Motorized potentiometer, lower (a log. 1 command, lower motorized potentiometer) External fault (a log. 1 fault) Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...
  • Page 99 Enable inverter Enable setpoint Change the ramp-function generator ramp time Inhibit setpoint Inhibit inverter Inhibit rectifier Circuit-breaker OFF command Command, discharge DC link Auxiliaries OFF command Not assigned Command, drive converter ON Not assigned Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...
  • Page 100 Not assigned Not assigned Not assigned Not assigned Not assigned Not assigned Not assigned Command, select inverter system A Command, select inverter system B (only for parallel circuit configuration !) Not assigned Not assigned Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...
  • Page 101 The converter is in the condition, SETPOINT-ACTUAL VALUE-deviation outside the tolerance range The converter is in the status, LOCAL OPERATOR control selected The converter is in the status, COMPARISON FREQUENCY REACHED not assigned not assigned not assigned not assigned not assigned Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...
  • Page 102 Counter-clockwise rotating field selection (a log. 1 CCRF) Motorized potentiometer, raise (a log. 1 command, raise motorized potentiometer) Motorized potentiometer, lower (a log. 1 command lower motorized potentiometer) External fault (a log. 1 fault) Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...
  • Page 103 Checkback signal auxiliaries ON; BE13; X100:45A; X100:45B Command, basic/standby changeover (key-actuated switch "Remote"/"Local"; BE14; A122.X2:6; A122.X2:56 Command, OFF1 from the door-mounted pushbutton; BE15; A122.X2:7; A122.X2:57 Command, ON from the door-mounted pushbutton; BE16; A122.X2:8; A122.X2:58 Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...

  • Page 105: Power-On And Power-Off Sequences

    Command GR ON GR ON RM time expired ? RM GR is ON Ready Command from Inverter enable the operator Converter Operation status Program step Fault Fig. 5.2 Sequence diagram, power-on Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...
  • Page 106 The ramp-function generator down ramps must be set so that the drive converter does not go into a fault condition with DC link overvoltage. Siemens AG 6SE8004-0BH76 SIMOVERT MV...

  • Page 107: Power-Off Sequence

    RM 6RA24 OFF *) status Program **) The drive converter goes into the "ready to power-on" *) only for SM step status, further, the fan/HIB run-on is started Fig. 5.3 Sequence diagram, OFF1 Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...
  • Page 108 Ready to power- Converter Fault status Program **) Drive converter goes into the "not ready to power-on" step status, further, the fan/HIB run-on is started *) only for SM Fig. 5.4 Sequence diagram, OFF2 Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...
  • Page 109 Ready to power- Converter Fault status Program **) Drive converter goes into the "not ready to power-on" step status, further, the fan/HIB run-on is started *) only for SM Fig. 5.5 Sequence diagram, OFF3 Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...
  • Page 110 No OFF1 command and command no OFF 2 command and Converter no OFF 3 command status Ready to power- Program *) ony for SM step Fig. 5.6 Sequence diagram OFF, Class 1 fault Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...
  • Page 111 No OFF 1 command and Converter No OFF 2 command and status No OFF 3 command Program Ready to power- *) only for SM step Fig. 5.7 Sequence diagram OFF, Class 2 fault Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...
  • Page 112 Siemens AG 6SE8004-0BH76 SIMOVERT MV Commissioning Instructions...
  • Page 113 First edition 02.00 Siemens AG Group: Automation and Drives (A&D) Division: Large Drives (LD) © Siemens AG, 2000 Postfach 3269, D-91050 Erlangen Subject to change without prior notice Siemens Aktiengesellschaft Order No.: 6SE8004-0BH76 Printed in the Federal Republic of Germany...

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