KEB COMBIVERT R6-N Programming Manual
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KEB COMBIVERT R6-N Programming Manual

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C O M B I V E R T
Programming Manual
COMBIVERT R6-N
Version 1.3
Translation of the original manual
Document
Part
Version
20129189
GBR
00

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Summary of Contents for KEB COMBIVERT R6-N

  • Page 1 C O M B I V E R T Programming Manual COMBIVERT R6-N Version 1.3 Translation of the original manual Document Part Version 20129189...

  • Page 2: Introduction

    Introduction Page1.1 - 2 COMBIVERT R6-N © KEB, 2015-07...

  • Page 3: Table Of Contents

    Introduction Table of contents; Features, operating conditions and intended use of the KEB COM- Introduction BIVERT; Description of the controls The fundamental operation of the KEB COMBIVERT like password Operation input, parameter and set selection. Integration of the KEB COMBIVERT into existing networking.

  • Page 4: Introduction

    Introduction Page1.1 - 4 COMBIVERT R6-N © KEB, 2015-07...
  • Page 5 HSP5 cable PC / control board 00F50C0-0010 ..........2.3 - 4 2.3.4 Interface operator F5 00F5060-2000 ............. 2.3 - 4 2.3.5 Patch cable for parallel connection of regenerative units ....... 2.3 - 4 © KEB, 2015-07 COMBIVERT R6-N Page1.1 - 5...
  • Page 6 3.4.20 Selection of flags (do.33...do.40) ..............3.4 - 16 3.4.21 Linking the flags (do.41) ................3.4 - 17 3.4.22 Status digital outputs (ru.25) and digital output state (ru.80) ......3.4 - 17 3.4.23 Hardware output allocation (do.51) ............... 3.4 - 18 Page1.1 - 6 COMBIVERT R6-N © KEB, 2015-07...
  • Page 7 Special Functions ..................3.8 - 3 3.8.1 Timer and Counter ..................3.8 - 3 3.8.2 Mask out inverter state (Pn.30) ............... 3.8 - 6 3.8.3 Master / Slave input selection ................. 3.8 - 6 © KEB, 2015-07 COMBIVERT R6-N Page1.1 - 7...
  • Page 8 Dimensioning power supply and regenerative units ........6.1 - 4 6.1.3 Dimensioning power supply and regenerative units flow chart ....... 6.1 - 5 6.1.4 DC link capacitors of KEB frequency inverters F5 .......... 6.1 - 6 6.1.5 DC link capacitors of KEB frequency inverters G6 ......... 6.1 - 6 6.1.6...
  • Page 9 Product overview Introduction Table of contents Operation Functions Start-up Product overview Error Diagnosis Project Design Hardware Appendix © KEB, 2015-07 COMBIVERT R6-N Page1.2 - 1...
  • Page 10 Product overview 1.2.1 Preface ............................1.2 - 3 1.2.2 View of power supply and regenerative units ............... 1.2 - 3 1.2.3 Function principle ........................1.2 - 4 1.2.4 Unit identification ........................1.2 - 5 Page1.2 - 2 COMBIVERT R6-N © KEB, 2015-07...

  • Page 11: Product Overview

    Product overview 1.2 Product overview 1.2.1 Preface First we would like to welcome you as a customer of KEB and congratulation to the purchase of this product. You have decided for a product on highest technical niveau. The enclosed documents as well as the specified hard- and software are developments of KEB. Errors excepted. The Karl E. Brinkmann GmbH has created these documents, this hard- and software with the best knowledge.
  • Page 12 If the regenerative power decreases an adjustable value, the COMBIVERT R6-N switches off the regeneration after expiration of a turn-off delay and it will be turn into motoric operation.

  • Page 13: Unit Identification

    A-Z: As digits, varnished A: varnished (standard) B: varnished (flat rear) C: varnished (water cooling) D: varnished (external fan) E: varnished (special fan) Design 0: default Design 0: KEB default design 1: modified default Voltage, connection type, KEB standard units: interference suppression 9: 3-ph.; 400 V; AC Housing size Previously defined: E, R, P...
  • Page 14 Product overview Page1.2 - 6 COMBIVERT R6-N © KEB, 2015-07...
  • Page 15 Hardware Introduction Table of contents Operation Functions Start-up Product overview Error Diagnosis Project Design Hardware Appendix © KEB, 2015-07 COMBIVERT R6-N Page1.3 - 1...
  • Page 16 HSP5 operator interface X4B ................1.3 - 7 1.3.1.6 Connection mains contactor X1B at R and P housing ........... 1.3 - 7 1.3.1.7 Connection of the control release of the connected inverter ......... 1.3 - 8 Page1.3 - 2 COMBIVERT R6-N © KEB, 2015-07...

  • Page 17: Control Boards

    1.3.1.1 Control board 1N.R6 Connection terminals of the control board Control terminal strip Install control and mains cable separately ! Master/slave synchronization socket Operator interface No direct PC connection 1.3.1.2 Control terminal strip X2A © KEB, 2015-07 COMBIVERT R6-N Page1.3 - 3...
  • Page 18 *) The relay outputs must be operated with max. 48 V DC protective separation voltage to guarantee the CE standard. After consultation KEB a current of max. 1 A DC is permissible for 120 V AC. Page1.3 - 4 COMBIVERT R6-N ©...
  • Page 19 25 mA DC per digital output Analog output 0…±10 V DC / 5 mA Voltage supply of the inputs max. 30 V DC 0.01…2 A Control release max. 30 V DC 0.01…2 A © KEB, 2015-07 COMBIVERT R6-N Page1.3 - 5...

  • Page 20: Synchronisation Line X2D

    SLAVE active, high IGBT on, high IGBT on, low SLAVE active, low – – If two regenerative units are switched parallely they have to be connected via patch cable (Part No. 00F50C3- 1010 1m). Page1.3 - 6 COMBIVERT R6-N © KEB, 2015-07...

  • Page 21: Hsp5 Operator Interface X4B

    9-pole SUB-D connector RS 232 cable Operator Part number 00.58.025-001D Length 3 m Housing (PE) 1.3.1.6 Connection mains contactor X1B at R and P housing Mains contactor Connection for mains contactor K1 14/K2 13/K2 © KEB, 2015-07 COMBIVERT R6-N Page1.3 - 7...

  • Page 22: Connection Of The Control Release Of The Connected Inverter

    Relay 1 / NC contact Ready for operation relay Relay 1 / switching contact G3, G4 Frequency inverter Control terminal strip STO Control release General terminal assignment for frequency inverters 24V-output Mass S3, S4 Control release Page1.3 - 8 COMBIVERT R6-N © KEB, 2015-07...
  • Page 23 Fundamentals Introduction Fundamentals Operation Functions Start-up Password input Error Diagnosis Project Design Network components Appendix © KEB, 2015-07 COMBIVERT R6-N Page2.1 - 1...
  • Page 24 Not set-programmable parameters ..................2.1 - 5 2.1.6 Resetting of error messages....................2.1 - 5 2.1.7 Resetting of peak values ......................2.1 - 5 2.1.8 Acknowledgement of status signals ..................2.1 - 5 Page2.1 - 2 COMBIVERT R6-N © KEB, 2015-07...

  • Page 25: Operation

    There are 8 parameter sets (0...7) in order to preset sev- eral values for a parameter.If the respective active values shall be indicated during operation, set the digit to „A “. The digit is not applicable at set-programmable parame- ters. © KEB, 2015-07 COMBIVERT R6-N Page2.1 - 3...

  • Page 26: Selection Of A Parameter

    ▲ ▲ STOP STOP ▼ ▼ START START ENTER The parameter values can only be changed, if the parameter set is not adjusted to „active parameter set“ (A)! (see 4.1.6) 2.1.4 ENTER-Parameter Page2.1 - 4 COMBIVERT R6-N © KEB, 2015-07...

  • Page 27: Reset Of Error Messages

    Some parameters send a feedback in order to monitor the proper operation. Par example, the display "PASS" indicates after copying a set, that the operation was completed error free. These feedbacks must be accepted with ENTER. © KEB, 2015-07 COMBIVERT R6-N Page2.1 - 5...
  • Page 28 Fundamentals Page2.1 - 6 COMBIVERT R6-N © KEB, 2015-07...
  • Page 29 Password input Introduction Fundamentals Operation Functions Start-up Password input Error Diagnosis Project Design Network components Appendix © KEB, 2015-07 COMBIVERT R6-N Page2.2 - 1...
  • Page 30 Password input 2.2.1 Password levels ........................2.2 - 3 2.2.2 Passwords ..........................2.2 - 4 2.2.3 Changing of the password level ..................... 2.2 - 5 Page2.2 - 2 COMBIVERT R6-N © KEB, 2015-07...

  • Page 31: Password Structure

    Password input 2.2 Password structure The KEB COMBIVERT is equipped with an extensive password protection. With the individual passwords it is possible: - to change the operating mode - to set a write protection - to activate the service mode...

  • Page 32: Passwords

    Password input 2.2.2 Passwords It can be changed into the respective password level by selection of one of the following passwords: Passwords Password level Page2.2 - 4 COMBIVERT R6-N © KEB, 2015-07...

  • Page 33: Changing Of The Password Level

    2.2.3 Changing of the password level Example 1: Change from CP mode into application mode The entered password lev- els are generally stored non-volatile, except service password! Example 2: Change from application mode into CP read only mode © KEB, 2015-07 COMBIVERT R6-N Page2.2 - 5...
  • Page 34 Password input Page2.2 - 6 COMBIVERT R6-N © KEB, 2015-07...

  • Page 35: Network Components

    Network components Introduction Fundamentals Operation Functions Start-up Password input Error Diagnosis Project Design Network components Appendix © KEB, 2017-07 COMBIVERT R6-N Page2.3 - 1...

  • Page 36: Hardware ........................................................................................................ 1

    HSP5 cable PC / control board 00F50C0-0010 ..............2.3 - 4 2.3.4 Interface operator F5 00F5060-2000 ..................2.3 - 4 2.3.5 Patch cable for parallel connection of regenerative units ........... 2.3 - 4 Page2.3 - 2 COMBIVERT R6-N © KEB, 2015-07...

  • Page 37: Available Hardware

    The RS232 cable is suitable exclusively for the communication between PC and operator. If the cable is plugged in directly onto the control board, it can lead to the destruction of the interface of the PC. © KEB, 2017-07 COMBIVERT R6-N Page2.3 - 3...
  • Page 38 Supply voltage -Plus +5V (Imax=10mA) Data reference potential; Mass for VP TxD-A (+) Transmission signal A/RS485 TxD-B (-) Transmission signal B/RS485 2.3.5 Patch cable for parallel connection of regenerative units The parallel connection of regenerative units is made with the patch cable (Part No.: 0090829-9902) between the X2D sockets. Page2.3 - 4 COMBIVERT R6-N © KEB, 2015-07...
  • Page 39 Parameter summary Parameter summary Introduction Operating and appliance data Operation Analog outputs Functions Digital in- and outputs Start-up Regenerative adjustments Protection functions Error Diagnosis Parameter sets Project Design Special Functions Appendix Define CP-Parameters © KEB, 2015-07 COMBIVERT R6-N Page3.1 - 1...
  • Page 40 Parameter summary 3.1.1 Parameter list R6-N ........................3.1 - 3 Page3.1 - 2 COMBIVERT R6-N © KEB, 2015-07...

  • Page 41: Functions

    4095 3.4-9, 3.4-10 di.38 set deactivation delay ST 0B26h 10,0 3.4-9, 3.4-10 3.2-8, 3.4-2, 3.4-12, 3.4- do.00 Condition 0 0C00h 13, 3.4-14 do.01 Condition 1 0C01h 3.4-15 continued on the next page © KEB, 2015-07 COMBIVERT R6-N Page3.1 - 3...
  • Page 42 LE.07 comparison level 7 0D07h --- -10737418,24 10737418,23 0,00 0.01 3.4-14, 3.8-6 LE.08 hysteresis 0 0D08h 0,00 300,00 0,00 0.01 3.4-15 LE.09 hysteresis 1 0D09h 0,00 300,00 0,00 0.01 3.4-15 continued on the next page Page3.1 - 4 COMBIVERT R6-N © KEB, 2015-07...
  • Page 43 Timer 1 display 022Bh 655,35 0,01 3.2-10, 3.4-13, 3.8-3, 3.8-5 ru.44 Timer 2 display 022Ch 655,35 0,01 3.2-10, 3.4-13, 3.8-3, 3.8-5 ru.68 rated DC voltage 0244h 1000 3.2-10 continued on the next page © KEB, 2015-07 COMBIVERT R6-N Page3.1 - 5...
  • Page 44 0812h -32767 32767 3.9-5, 3.9-7, 3.9-9 ud.19 multiplier display norm 0813h -32767 32767 3.9-7, 3.9-9 ud.20 offset display norm 0814h -32767 32767 3.9-7, 3.9-9 ud.21 ctrl. display norm 0815h 1791 3.9-7, 3.9-8 Page3.1 - 6 COMBIVERT R6-N © KEB, 2015-07...
  • Page 45 Operating and appliance data Parameter summary Introduction Operating and appliance data Operation Analog outputs Functions Digital in- and outputs Start-up Regenerative adjustments Protection functions Error Diagnosis Parameter sets Project Design Special Functions Appendix Define CP-Parameters © KEB, 2015-07 COMBIVERT R6-N Page3.2 - 1...

  • Page 46: Overview Of The Ru-Parameters ....................................................................... 3

    Overview of the Sy-Parameters ....................3.2 - 4 3.2.4 Description of the ru-Parameters ................... 3.2 - 5 3.2.5 Description of the In-Parameters..................3.2 - 12 3.2.6 Description of the SY-Parameters ..................3.2 - 16 Page3.2 - 2 COMBIVERT R6-N © KEB, 2015-07...
  • Page 47 Power module temperature OL counter display Power on counter Modulation on counter Timer 1 display Timer 2 display Rated DC voltage Digital output state Actual power Total regen Total motor Total net Actual net © KEB, 2015-07 COMBIVERT R6-N Page3.2 - 3...
  • Page 48 Baud rate ext. bus / PC HSP5 watchdog time Baud rate int. bus Scope timer Control word high Status word high Control word long Status word long Control word low Status word low Start display address Page3.2 - 4 COMBIVERT R6-N © KEB, 2015-07...
  • Page 49 020Ah Display of the actual input current of the respective phase. Parameter Addr. PG E Min. value Max. value Res. Default ru.11 Input voltage 020Bh 1000 Display of the actual mains voltage © KEB, 2015-07 COMBIVERT R6-N Page3.2 - 5...
  • Page 50 Min. value Max. value Res. Default ru.19 DC output voltage 0213h 1000 Display of the actual DC output voltage. The value is measured at the DC output terminals of the COMBIVERT R6. Page3.2 - 6 COMBIVERT R6-N © KEB, 2015-07...
  • Page 51 (i.e. accepted through strobe, edge-triggering or logic operation). According to table like ru.21 a specific decimal value is output for each digital input. If several inputs are con- trolled, the sum of the decimal values (see ru.21) is indicated (also see chapt. 3.4 „Digital inputs“). © KEB, 2015-07 COMBIVERT R6-N Page3.2 - 7...
  • Page 52 Display of the output flags after logic step 1. The selected switching conditions are linked in logic step 1 (do.8...24) and indicated here (see chapt. 7.3 „Digital outputs“). According to following table a specific dec- imal value is given out for any output flags. If several output flags are set, the sum of the decimal values is indicated. Decimal value Output Flag 0 Flag 1 Flag 2 Flag 3 Flag 4 Flag 5 Flag 6 Flag 7 Page3.2 - 8 COMBIVERT R6-N © KEB, 2015-07...
  • Page 53 Active parameter set 021Ah The KEB COMBIVERT can have access to 8 parameter sets (0-7). Through programming the inverter can change parameter sets autonomously and can thus start different modes of operation. This parameter dis- plays the actual parameter set. Independent of it another parameter set can be edited by bus (also see chapter 3.7).
  • Page 54 PG E Min. Max. value Res. [?] Default value ru.68 Rated DC voltage 0244h 1000 This parameter displays the rated DC voltage automatically determined by the inverter. The value is measured at switch-on. Page3.2 - 10 COMBIVERT R6-N © KEB, 2015-07...
  • Page 55 Parameter Addr. PG E Min. value Max. value Res. Default Actual net / ru.85 0255h 0,00 655,35 0,01 Mains input Display of the current apparent power at the mains input. © KEB, 2015-07 COMBIVERT R6-N Page3.2 - 11...
  • Page 56 Software date 0E07h 707,8 707,8 Display of the software date. The value contains day, month and year, from the year only the last digit is indicated. Example: Display = 2102.0 Date = 21.02.2000 Page3.2 - 12 COMBIVERT R6-N © KEB, 2015-07...
  • Page 57 Res. Default In. 24 Last error 0E18h In.24 stores the 8 errors that occurred last. The display is set-programmable. E. UP is not stored. The error messages are described in chapter 5. © KEB, 2015-07 COMBIVERT R6-N Page3.2 - 13...
  • Page 58 (here „023 “) is stored in the three low-order words of set 2. The value of 23 hexadecimal cor- responds decimal to a difference time of 35 minutes. No errors are stored in set 4…7. Page3.2 - 14 COMBIVERT R6-N © KEB, 2015-07...
  • Page 59 65535 I n . E.OH error counter 0E1Dh In.30 E.OHI error counter 0E1Eh The error counters (for E.OC, E.OL, E.OP, E.OH, E.OHI) specify the total number of errors of each error type. © KEB, 2015-07 COMBIVERT R6-N Page3.2 - 15...
  • Page 60 The HSP5 watchdog function monitors the communication of the HSP5 interface (control board - operator; or control board - PC). After expiration of an adjustable time (0,01...10 s) without incoming telegrams, the response adjusted in Pn.5 is triggered. The value „off“ deactivates the function. Page3.2 - 16 COMBIVERT R6-N © KEB, 2015-07...
  • Page 61 The current condition of the COMBIVERT can be readout with the status word. The status word long (SY.44) consists of the two 16 bit parameters status word high (SY.42) and status word low (SY.51). The status word is bit-coded. © KEB, 2015-07 COMBIVERT R6-N Page3.2 - 17...
  • Page 62 Direction of rotation release or the „start “(„run “) command can 0: Stop Start / stop be given via the control word, if oP.01 „rotation source“ contains 4: Start the values 6, 8, 9 or 10. continued on the next page Page3.2 - 18 COMBIVERT R6-N © KEB, 2015-07...
  • Page 63 9 in parameter Pn.65 „special functions“. 8: reserved 0: Set 0 16: Set 1 32: Set 2 48: Set 3 4...6 Display of the actual parameter set 64: Set 4 80: Set 5 96: Set 6 112: Set 7 reserved reserved reserved continued on the next page © KEB, 2015-07 COMBIVERT R6-N Page3.2 - 19...
  • Page 64 (neither in the inverter nor assigned in the operator) the operator searches for the next existing address of the parameter group. If this parameters is available in the CP mode, the setting becomes effective there. Otherwise CP.00 is indi- cated as start parameter. Page3.2 - 20 COMBIVERT R6-N © KEB, 2015-07...
  • Page 65 Analog output Parameter summary Introduction Operating and appliance data Operation Analog outputs Functions Digital in- and outputs Start-up Regenerative adjustments Protection functions Error Diagnosis Parameter sets Project Design Special Functions Appendix Define CP-Parameters © KEB, 2015-07 COMBIVERT R6-N Page3.3 - 1...

  • Page 66: Short Description Analog Output ...................................................................... 3

    ANOUT 1 function (An.31 / An.36 / An.41, An.47) ..............3.3 - 4 3.3.5 Amplifier of the output characteristic (An.33...35 / An.43...45 / An.49...51) ......3.3 - 5 3.3.6 ANOUT 1 digital setting (An.32 / 42 / 48) ................3.3 - 6 Page3.3 - 2 COMBIVERT R6-N © KEB, 2015-07...

  • Page 67: Output Signals

    3.3.1 Short description analog output The KEB COMBIVERT has one programmable analog output (ANOUT1). The variable which shall be output at the outputs X2A.21 can be selected with An.31. ANOUT 3 and ANOUT 4 (An.41 / 47) can be output as switching condition 42 or 43 with the digital outputs as PWM signal.

  • Page 68: Analog Output / Display (Ru.33

    Digital with An.32 / 42 / 48 0...100 % Power module temperature ≙ 100% 100 °C (ru.38) ≙ Actual power (ru.81) 100% 2x Regeneration rated actual power Not listed values are not assigned. Page3.3 - 4 COMBIVERT R6-N © KEB, 2015-07...

  • Page 69: Amplifier Of The Output Characteristic (An.33

    Picture 7.2.5.b Invert the analog output An.35 100% An.33 An.34 -100% 100% -100% This adjustments cause an inversion of the analog signal. corresponds at the output 100% corresponds at the output Analog output as switch © KEB, 2015-07 COMBIVERT R6-N Page3.3 - 5...

  • Page 70: Anout 1 Digital Setting (An.32 / 42 / 48)

    Analog values for the respective input can be preset in percentage with parameters An.32/ An.42/ An.48 . For that purpose the value 8: „digital setting“ must be adjusted. The setting is in the range of ±100 %. Page3.3 - 6 COMBIVERT R6-N © KEB, 2015-07...
  • Page 71 Digital in- and outputs Parameter summary Introduction Operating and appliance data Operation Analog outputs Functions Digital in- and outputs Start-up Regenerative adjustments Protection functions Error Diagnosis Parameter sets Project Design Special Functions Appendix Define CP-Parameters © KEB, 2015-07 COMBIVERT R6-N Page3.4 - 1...

  • Page 72: Summary Description Digital Inputs ................................................................. 3

    Selection of flags (do.33...do.40) ..................3.4 - 16 3.4.21 Linking the flags(do.41) ......................3.4 - 17 3.4.22 Status digital outputs (ru.25) and status before allocation (ru.80) ........3.4 - 18 3.4.23 Hardware output allocation (do.51) ..................3.4 - 18 Page 3.4 - 2 COMBIVERT R6-N © KEB, 2015-07...
  • Page 73 3.4 Digital in- and outputs 3.4.1 Summary description digital inputs The KEB COMBIVERT R6 has 4 external digital inputs (ST, I1…I3) and 8 internal inputs (F, R, RST, I4, IA…ID). All inputs can be assigned to one or several functions.
  • Page 74 Digital inputs can be set without external circuit with parameter di.01 "select signal source" and di.02 "digital input setting". The control release must be switched generally by hardware, even if it is switched by software (see picture 7.3.3 AND connection with di.02 and SY.50)! Page 3.4 - 4 COMBIVERT R6-N © KEB, 2015-07...

  • Page 75: Input Terminal Status (Ru.21), Internal Input Status (Ru.22)

    The internal input state (ru.22) displays the logical state of the digital inputs set internally for processing. If an input is set, the appropriate decimal value according to the table 7.3.1 is output. If several inputs are set, the sum of the decimal values is output. © KEB, 2015-07 COMBIVERT R6-N Page3.4 - 5...

  • Page 76: Digital Noise Filter (Di.03)

    Which inputs are switched by strobe? Any input can be selected as strobe-dependent input with parameter di.08. With the control release di.08 has no function since this is a static input. Page 3.4 - 6 COMBIVERT R6-N © KEB, 2015-07...
  • Page 77 Figure 3.4.8.a Edge active strobe (di.07 = 0) Scanning grid (ac- ceptance upon rising edge) Strobe input resulting strobe signal Signal at terminals Input state Picture 3.4.8.b Static strobe mode 1 (di.07 = 1) © KEB, 2015-07 COMBIVERT R6-N Page3.4 - 7...

  • Page 78: Reset Input Selection (Di.09) And Neg Slope F. Reset Inputs (Di.10)

    , only one function can be selected with parameters di.24...di.35. Both variants have influence on each other; if an input is assigned to a function, also parameters di.11...di.22 and di.24...di.35 are accordingly adjusted. Due to the two variants the operation combines two advantages: by the function-related programming of the inputs it can also be specified which inputs shall activate the function, the input-related representation gives an overview of the complete input function and finally it can be checked whether unwanted function overlappings have been occured. The following table indicates a parameter list whereby digital inputs can be assigned to the individual functions: di.09 reset input selection Page 3.4 - 8 COMBIVERT R6-N © KEB, 2015-07...

  • Page 79: Software St And Locking Of The Control Release

    „Fct. para“ displays the function-related parameter, which corresponds to the value in di.11...di.22 3.4.11 Software ST and locking of the control release di.36 software ST, di.37 ST lock, di.38 turn off ST delay time © KEB, 2015-07 COMBIVERT R6-N Page3.4 - 9...
  • Page 80 The switching off of an input (selection in di.36) is delayed by the time adjusted in di.38. Within this time the locking input (selection into di.37) must be active in order to secure the function. Fig. 3.4.11 Software-ST and locking of the control release Page 3.4 - 10 COMBIVERT R6-N © KEB, 2015-07...
  • Page 81 OD do.15 do.32 do.23 do.40 =128 =128 & & > 1 > 1 ru.23 output condi- ru.80 digital ru.25 output ru.24 state of output tion status output state terminal state flags © KEB, 2015-07 COMBIVERT R6-N Page3.4 - 11...

  • Page 82: Output Signals / Hardware

    The current of X2A.17, 19 is limited to 25mA. A protective wiring shall be provided at inductive load at the relay outputs or transistor output (free-wheeling diode)! 3.4.14 O utput filter (do.43, do.44) A filter can be set for switching condition 0 with do.43. With do.44 for switching condition 1. The change of a switching condition must be applied for the filter time, then it becomes active at the output of the filter. If the change is cancelled during the filter time, the filter time is reset and restarted with the next change. The filter time can be adjusted in a range of 0 (off)...1000 ms. 3.4.15 Switching conditions (do.00...do.07) Page 3.4 - 12 COMBIVERT R6-N © KEB, 2015-07...
  • Page 83 Number of the state (e.g. 18 at error! watchdog) = switching level pow. mod. temp. (ru.38) > level Power module temperature (ru.38) > switching level external temp. > level DC current > level continued on the next page © KEB, 2015-07 COMBIVERT R6-N Page3.4 - 13...
  • Page 84 Level 0 (LE.0) applies for switching condition 0; LE.1 for switching condition 1 ... and so forth. Hysteresis 0...7, LE. 08...LE.15 The hysteresis in reference to the adjusted values, define parameters LE. 08...LE.15. Hysteresis 0 (LE.08) is valid for switching level 0; LE.09 for switching level 1... etc. 3.4.16 I nvert conditions for flags 0...7 (do.08...do.15) Page 3.4 - 14 COMBIVERT R6-N © KEB, 2015-07...

  • Page 85: Selection Of Switching Conditions For Flags 0

    After the switching conditons are selected for each output, it can now be determined, how these are linked. As a default all conditions are OR-operated, i.e. if one of the selected conditions is met, the flag is set. An AND connection is available as further possibility which can be adjusted with do.24. AND connection means that all selected conditions must be fulfilled before the flag is set. Parameter do.24 is bit-coded. The table under 3.4.19 shows the assignment. © KEB, 2015-07 COMBIVERT R6-N Page3.4 - 15...
  • Page 86 > 1 do.23 & 1 Bit 7 Flag 7 > 1 3.4.19 I nverting of flags (do.25...do.32) Fig. 3.4.19 Inverting and selection of flags With the parameters do.25...do.32 each of the 8 flags (bit 0...7) from logic step 1 can be inverted separately. Through this function it is possible to set any chosen flag as non-flag. The parameter is bit-coded. The value of the flag to be inverted must be entered in do.25...do.32 according fig. 3.4.19. If several flags shall be inverted, the sum is to be formed. 3.4.20 S election of flags (do.33...do.40) In the second logic step a selection of the flags of the first logic step can be made. The selection is done for each output separately, where one can choose between no one and up to all 8 flags. The value of the selected flags must be entered in do.33...do.40 according fig. 3.4.19. If several flags shall be selected, the sum must be formed. Page 3.4 - 16 COMBIVERT R6-N © KEB, 2015-07...
  • Page 87 If an output is set the appropriate decimal value according to the table below, is output. If several outputs are set, then the sum of the decimal values is output. Name Function Decimal val- Transistor output Transistor output Relay output © KEB, 2015-07 COMBIVERT R6-N Page3.4 - 17...
  • Page 88 The output signals are assigned to output terminals O1, O2, R1 and R2 with parameter do.51. The assignment is done according to following table: do.51: hardw. output allocation V a l - Signal Output Default 0 + 1 O1 (terminal X2A.19) O2 (terminal X2A.20) R1 (terminal X2A.24...26) R2 (terminal X2A.27...29) Page 3.4 - 18 COMBIVERT R6-N © KEB, 2015-07...
  • Page 89 Regenerative adjustments Parameter summary Introduction Operating and appliance data Operation Analog outputs Functions Digital in- and outputs Start-up Regenerative adjustments Protection functions Error diagnosis Parameter sets Project Design Special Functions Appendix Define CP-Parameters © KEB, 2015-07 COMBIVERT R6-N Page3.5 - 1...

  • Page 90: Regenerative Adjustments ........................................................................... 3

    Regenerative adjustments 3.5.1 Operating mode........................3.5 - 3 3.5.2 Activate regeneration ......................3.5 - 3 3.5.3 Deactivate regeneration ......................3.5 - 4 3.5.4 Optimization for regeneration ....................3.5 - 4 Page 3.5 - 2 COMBIVERT R6-N © KEB, 2015-07...
  • Page 91 The input query at 4 or 5 will once held by power on reset. The parameterization for the KEB standard commutation choke or the KEB standard harmonic filter is preset by changing the setting of Pn.19. When using KEB products no further parameter setting is necessary. 3.5.2 Activate regeneration The activation of the regeneration is dependent on the reference value of the DC voltage (ru.18) and the re- generation level cS.02.
  • Page 92 Parameter Addr. PG E Min. Max. Res. Default value value cS.11 Kp - harm.filter 0F0Bh rw – Gain of the controlled variable at harmonic filter. Parameter Addr. PG E Min. Max. Res. Default value value cS.12 Ki - harm.filter 0F0Ch – Controller speed at harmonic filter. Page 3.5 - 4 COMBIVERT R6-N © KEB, 2015-07...
  • Page 93 If the value is too low, the regeneration can be activated unintentionally when there are fluctuations at the DC link voltage. Parameter Addr. PG E Min. Max. Res. Default value value cS.17 current deviation E.net – A supply failure is generated if the phase currents differ by the adjusted value. © KEB, 2015-07 COMBIVERT R6-N Page3.5 - 5...
  • Page 94 Protection functions Parameter summary Introduction Operating and appliance data Operation Analog outputs Functions Digital in- and outputs Start-up Regenerative adjustments Protection functions Error Diagnosis Parameter sets Project Design Special Functions Appendix Define CP-Parameters © KEB, 2015-07 COMBIVERT R6-N Page3.6 - 1...
  • Page 95 Overvoltage error (E.OP) ..................3.6 - 9 3.6.3.3 Overcurrent error (E.OC) ..................3.6 - 9 3.6.3.4 Malfunction messages and pre-warnings .............. 3.6 - 9 3.6.4 Special functions ........................3.6 - 9 Page 3.6 - 2 COMBIVERT R6-N © KEB, 2015-07...

  • Page 96: Error And Warning Messages

    After decreasing the temperature the unit carry out an automatic restart. If, however, the heat sink temperature continues to rise and exceeds the error limit, the COMBIVERT raises an "Error! Heat sink temperature" (E. OH). © KEB, 2015-07 COMBIVERT R6-N...

  • Page 97: Overvoltage

    The "Error! Overcurrent“ (E.OC) is triggered, if the „OC tripping current“ (see technical data in the instruction manual) is exceeded. If this error occurs permanently, either the parameter setting is not correct or the COMBIVERT is defective. Page 3.6 - 4 COMBIVERT R6-N © KEB, 2015-07...

  • Page 98: Overload

    With Pn.04 „Input selection external fault", one or more digital inputs can be programmed which can trigger the error „31: ERROR! External input" (E.EF). With Pn.03 "Response to external error" , the response of the inverter to the digital input is defined. With Bit 1 „2: Pn.04 = E.UP“, the function of Pn.04 can be changed and the triggering of an error via a digital input can be deactivated. 3.6.1.7 Bus error The COMBIVERT contains two watchdogs that monitor the communication between an external bus, the oper- © KEB, 2015-07 COMBIVERT R6-N Page3.6 - 5...

  • Page 99: Set Selection Error

    If any other value is written, then the default set is loaded. On some systems after writing Sy.03 a Power-On-Reset is necessary. Error ! Power circuit Error: Software version for power circuit and control card are different. E.PUIN coding Error cannot be reset. 3.6.1.10 Regeneration error Page 3.6 - 6 COMBIVERT R6-N © KEB, 2015-07...

  • Page 100: Response To Malfunction Messages

    OL stop. mode Heat sink overtemperature Pn.10 Heat sink overtemperature response internal overtemperature Pn.16 Internal overtemperature response The descriptions of the errors and the corresponding pre-warning signals are contained in chapter 5.1 "Error assistance". © KEB, 2015-07 COMBIVERT R6-N Page3.6 - 7...

  • Page 101: General Fault Reset (Pn.15)

    Therefore, it must be selected after which errors an automatic restart should be executed Because of the independent starting of the machine safety measures must be provided for operating personnel and machine! Page 3.6 - 8 COMBIVERT R6-N © KEB, 2015-07...

  • Page 102: Undervoltage Error (E.up)

    Input selection for 4 and 5 in the parameters I1:di11/I2:di12/I3:- or I3 di13 each Bit 1 or pn.31 5: Selection of Master/Slave with harmonic filter via input I1, I2 or I3 The input query at 4 or 5 will once held by Power-on reset. © KEB, 2015-07 COMBIVERT R6-N Page3.6 - 9...
  • Page 103 Parameter sets Parameter summary Introduction Operating and appliance data Operation Analog outputs Functions Digital in- and outputs Start-up Regenerative adjustments Protection functions Error Diagnosis Parameter sets Project Design Special Functions Appendix Define CP-Parameters © KEB, 2015-07 COMBIVERT R6-N Page3.7 - 1...

  • Page 104: Not Set-Programmable Parameters ................................................................. 2

    Copying of parameter sets via bus (Fr.01, Fr.09) ..............3.7 - 5 3.7.6 Parameter set selection ......................3.7 - 6 3.7.7 Locking of parameter sets ...................... 3.7 - 9 3.7.8 Parameter set ON/OFF delay (Fr.05, Fr.06) ................3.7 - 10 Page 3.7 - 2 COMBIVERT R6-N © KEB, 2015-07...
  • Page 105 Parameter sets 3.7 Parameter sets KEB COMBIVERT includes 8 parameter sets (0. .. 7), i.e., all programmable parameters are 8 times available in the inverter and can be assigned independently with different values. Since many parameters in the param- eter sets have the same values, it would be complicated to adjust each parameter individually in each set. This section describes how to copy, lock and select entire parameter sets and to reinitialize the inverter.
  • Page 106 "I_op" (invalid operation) is If the target set is > 0, only the program- displayed. mable parameters are overwritten! After copying „PASS“ appears in the dis- play and could be erase by „ENTER“. Page 3.7 - 4 COMBIVERT R6-N © KEB, 2015-07...

  • Page 107: Functions ...............................................................................................3

    Default values are copied in all parameters of all sets (exception security -4: ini_A parameters). All definitions defined by the machine builder are reset by loading the factory setting! This can include the ter- minal assignment, set changeover or operating conditions. Ensure before loading the default set that there are no unwanted operating conditions. © KEB, 2015-07 COMBIVERT R6-N Page3.7 - 5...
  • Page 108 Set selection deactivated; set 0 always active Set selection via keyboard/bus with Fr.4 Set selection binary-coded via terminal strip Set selection input-coded via terminal strip Priority: ST >RST>R>F>I1>I2>I3>I4>IA>IB>IC>ID Set selection input-coded via terminal strip Priority: ID >IC>IB>IA>I4>I3>I2>I1>R>F>RST>ST Set source via control word SY.43 / 50 Page 3.7 - 6 COMBIVERT R6-N © KEB, 2015-07...
  • Page 109 - maximally 3 of the internal or external inputs may be programmed to set selection (2 =8 sets) to avoid set selection errors. if the value of the inputs programmed for set selection is ascending (ID>IC>IB>IA>I4>I3>I2>I1>R>F>RST>ST) © KEB, 2015-07 COMBIVERT R6-N Page3.7 - 7...
  • Page 110 Fr.02 = „4“ (ID>IC>IB>IA>I4>I3>I2>I1>R>F>RST>ST) Example 1: set 0...5 shall be selected with 5 inputs (I1, I2, I3, IB and ID) Adjust parameter Fr. 07 to value „2672“ Set Fr.02 to value „3“ (set source input-coded via terminal strip) Page 3.7 - 8 COMBIVERT R6-N © KEB, 2015-07...
  • Page 111 Parameter sets, which shall not be selected, can be locked with Fr.03. If one of the locked sets is selected, the adjusted response in Pn.18 is executed (default: set source error E.SEt) . Value Locked set Example (set 2 and 5 locked) Sum: 36 3.7.8 Parameter set ON/OFF delay (Fr.05, Fr.06) © KEB, 2015-07 COMBIVERT R6-N Page3.7 - 9...
  • Page 112 ON delay for set 1 of 2 s immediate changeover as no delay is adjusted OFF delay for set 2 of 1s + ON delay for set 3 of 2s OFF delay for set 3 of 2s Page 3.7 - 10 COMBIVERT R6-N © KEB, 2015-07...
  • Page 113 Special Functions Parameter summary Introduction Operating and appliance data Operation Analog outputs Functions Digital in- and outputs Start-up Regenerative adjustments Protection functions Error Diagnosis Parameter sets Project Design Special Functions Appendix Define CP-Parameters © KEB, 2015-07 COMBIVERT R6-N Page3.8 - 1...

  • Page 114: Special Functions ......................................................................................... 3

    Special Functions 3.8.1 Timer and counter ........................3.8 - 3 3.8.2 Mask out inverter state (Pn.30) ....................3.8 - 6 3.8.3 Master / Slave input selection ....................3.8 - 6 Page 3.8 - 2 COMBIVERT R6-N © KEB, 2015-07...
  • Page 115 38 „Timer 2 > Level A“ Mode of LE.23 is met or an input of LE.0...LE.7 ? fulfilled ? is being set! LE.22 is set ru.44 Timer 2 display Reset to zero Timer / mode (LE.21 / LE.26) © KEB, 2015-07 COMBIVERT R6-N Page3.8 - 3...
  • Page 116 Additionally the timer can be activated by one or several inputs. The sum of the valences is to be entered, if the timer shall be started by different inputs The individual inputs are OR-operated. The start input selection is OR-operated with the timer / starting condition (LE.18 / LE.22). Page 3.8 - 4 COMBIVERT R6-N © KEB, 2015-07...
  • Page 117 I2 prog. input 2) X2A.11 I3 (prog. input 3) X2A.12 I4 (prog. input 4) X2A.13 IA (internal input A) IB (internal input B) 1024 IC (internal input C) 2048 ID (internal input D) © KEB, 2015-07 COMBIVERT R6-N Page3.8 - 5...
  • Page 118 With parameter Pn.31 the digital input can be selected with which the master / slave mode is activated.By de- fault, no value is selected. Pn.31: Input selection Master/Slave Value Description 16: I1 Digital input 1 32: I2 Digital input 2 64: I3 Digital input 3 Page 3.8 - 6 COMBIVERT R6-N © KEB, 2015-07...
  • Page 119 Define CP-Parameters Parameter summary Introduction Operating and appliance data Operation Analog outputs Functions Digital in- and outputs Start-up Regenerative adjustments Protection functions Error Diagnosis Parameter sets Project Design Special Functions Appendix Define CP-Parameters © KEB, 2015-07 COMBIVERT R6-N Page3.9 - 1...

  • Page 120: Define Cp-Parameters .................................................................................. 3

    Define CP-Parameters 3.9.1 Survey ............................3.9 - 3 3.9.2 Assignment of CP-Parameters ....................3.9 - 4 3.9.3 Example ............................ 3.9 - 6 3.9.4 Display standardization ......................3.9 - 7 Page 3.9 - 2 COMBIVERT R6-N © KEB, 2015-07...
  • Page 121 Parameters which are not permissible as CP-Parameters (e.g. ud.15 ... 17 and Fr.1) are confirmed with "data invalid". Input of an invalid parameter address switches the parameter to "oFF" (-1). The corresponding CP-Pa- rameter is not displayed in this setting. 3.9.2 Assignment of CP-Parameters © KEB, 2015-07 COMBIVERT R6-N Page3.9 - 3...
  • Page 122 / edited indirect set addressing, the parameter set determined by the set pointer Fr.09 is displayed / edited reserved Display standardization Bit 10 .. 12 determines how to display the parameter value. With parameters ud.18 ... 21 it is possible to define up to seven different user standardizations (below in this chapter). Page 3.9 - 4 COMBIVERT R6-N © KEB, 2015-07...

  • Page 123: Display Standardization ................................................................................... 3

    2048 Display standardization of parameters ud.18...21 of set 2 7168 Display standardization of parameters ud.18...21 of set 7 3.9.3 Example An user menu with the following features shall be programmed as example: Display of the actual line frequency (ru.03) in the respective set © KEB, 2015-07 COMBIVERT R6-N Page3.9 - 5...
  • Page 124 The acceptance of values occurs only after power-on reset of the operator. 3.9.4 Display standardization KEB COMBIVERT offers the user the possibility to define the own standardizations in the CP mode. Parame- ters ud.18...20 serve as conversion, ud.21 serves as specification of the calculation method, decimal places, as well as the displayed unity in KEB COMBIVIS. Page 3.9 - 6 COMBIVERT R6-N © KEB, 2015-07...
  • Page 125 Adjusts the offset in the range of ±32767 (default 0). The parameter is set-programmable. ud.21 Display standardization Mode ud.21 adjusts the calculation mode, decimal places as well as the displayed unity in KEB COMBIVIS. The pa- rameter is bit-coded and set-programmable. The parameter can be adjusted in the range of 0...1791.
  • Page 126 Table 1 unity (bit 0...5) Value Unit Value Unit Value Unit Value Unit km/h lbin in/s ft/s ft/min ft/s² ft/s³ °F °C lbft Table 2 calculation mode (bit 6...7) Value Function Page 3.9 - 8 COMBIVERT R6-N © KEB, 2015-07...
  • Page 127 Non-standardized value = standardized value / resolution Table 3 display (bit 8...11) Value Display 0 decimal places 1 decimal place 2 decimal places 3 decimal places 1024 4 decimal places 1280 variable decimal places 1536 Hexadecimal free © KEB, 2015-07 COMBIVERT R6-N Page3.9 - 9...
  • Page 128 Define CP-Parameters Page 3.9 - 10 COMBIVERT R6-N © KEB, 2015-07...
  • Page 129 Preparatory measures Introduction Operation Preparatory measures Functions Start-up Error Diagnosis Start-up Project Design Appendix © KEB, 2015-07 COMBIVERT R6-N Page4.1 - 1...

  • Page 130: Start-Up ...................................................................................................4

    After unpacking the goods ...................... 4.1 - 3 4.1.2 Installation and connection ..................... 4.1 - 3 4.1.3 Checklist prior to start-up ....................... 4.1 - 4 4.1.4 Safety Instructions ........................4.1 - 4 Page 4.1 - 2 COMBIVERT R6-N © KEB, 2015-07...

  • Page 131: Start-Up

    Preparatory measures Start-up The following chapter is intended for everybody who has no experience with the KEB power supply and regen- erative units. It shall allow a correct entering into this field. But because of the complex application possibilities we must restrict ourselves to explaining the start-up of standard applications. 4.1 Preparatory measures 4.1.1 After unpacking the goods...

  • Page 132: Safety Instructions

    Electro-Per- experience and those with knowledge of the relevant standards and who are familiar with sonnel the field of power transmission. Page 4.1 - 4 COMBIVERT R6-N © KEB, 2015-07...
  • Page 133 EN requirements are met. With frequency inverters that are not iso- Secure lated from the supply circuit all control lines must be included in other protective measures Isolation (e.g. double insulation or shielded, earthed and insulated). © KEB, 2015-07 COMBIVERT R6-N Page4.1 - 5...
  • Page 134 This is permissible in compliance with the standard, since all inverters are given a high volt- age test in the end control at KEB. In the case of special requirements please contact KEB. When using components without isolated inputs/outputs, it is necessary that equipotential bonding exists between the components to be connected (e.g.
  • Page 135 When using systems with RCD, the instructions or the requirements of VDE 0100 -T 530 RCD (Resid- (IEC 60364-5) must be observed. The recommended tripping current of the RCD type „B“ ual Current is 300 mA. Operated Cir- cuit-Breaker) © KEB, 2015-07 COMBIVERT R6-N Page4.1 - 7...
  • Page 136 Preparatory measures Page 4.1 - 8 COMBIVERT R6-N © KEB, 2015-07...

  • Page 137: Bivert

    Start-up Introduction Operation Preparatory measures Functions Start-up Error Diagnosis Start-up Project Design Appendix © KEB, 2015-07 COMBIVERT R6-N Page4.2 - 1...

  • Page 138: R6 Operation Power Supply And Regenerative Unit .......................................... 4

    Start-up 4.2.1 R6 operation power supply and regenerative unit..............4.2 - 3 4.2.2 R6 operation only as regenerative unit .................. 4.2 - 4 Page 4.2 - 2 COMBIVERT R6-N © KEB, 2015-07...
  • Page 139 = application mode). The selection of the password level is described in the manual chapter 2.2. The start-up should be executed with COMBIVIS in order to have a short start-up time. Operating lists are available on the KEB homepage (www.keb.de). This lists contain the necessary parameters for start-up.

  • Page 140: Start-Up

    The parameter settings can usually be left at the default settings! 4.2.2 R6 operation only as regenerative unit Generally also for operating mode regeneration all relevant parameters of the regenerative unit are preset when using a R6 unit and KEB commutation choke or harmonic filter based on default values, power unit code and the operating mode Pn.19 (CP.33). Deactivate regeneration cS.05 Puls off delay, cS.06 puls off level (CP.32)

  • Page 141: Functions

    Error Diagnosis Introduction Operation Functions Start-up Error Diagnosis Troubleshooting Project Design Appendix © KEB, 2015-07 COMBIVERT R6-N Page5.1 - 1...

  • Page 142: Error Messages And Their Causes ................................................................... 5

    Error Diagnosis 5.1.1 General Information ......................... 5.1 - 3 5.1.2 Error messages and their causes................... 5.1 - 3 Page 5.1 - 2 COMBIVERT R6-N © KEB, 2015-07...

  • Page 143: Error Diagnosis

    5.1.2 Error messages and their causes At KEB COMBIVERT error messages are always represented with an "E." and the appropriate error in the display. Error messages cause the immediate deactivation of the modulation. Restart possible only after reset or autoreset.
  • Page 144 0% again. Occurs, if an excessive load is applied longer than for the permissible time (see technical data). E. OL Error ! Overload (Ixt) Causes: Overload in the application continued on the next page Page 5.1 - 4 COMBIVERT R6-N © KEB, 2015-07...
  • Page 145 The re- sponse to this warning can be programmed. It has been attempted to select a locked parameter set. The A.SEt Warning ! Set response to this warning can be programmed. © KEB, 2015-07 COMBIVERT R6-N Page5.1 - 5...
  • Page 146 Error Diagnosis Page 5.1 - 6 COMBIVERT R6-N © KEB, 2015-07...

  • Page 147: Project Design

    General designs Introduction Operation Functions Start-up Error Diagnosis Project Design General designs Appendix © KEB, 2015-07 COMBIVERT R6-N Page6.1 - 1...

  • Page 148: Dimensioning Power Supply And Regenerative Units ....................................... 6

    Dimensioning power supply and regenerative units ............6.1 - 4 6.1.3 Dimensioning power supply and regenerative units flow chart .......... 6.1 - 5 6.1.4 DC link capacitors of KEB frequency inverters F5 ............... 6.1 - 6 6.1.5 DC link capacitors of KEB frequency inverters G6............... 6.1 - 6 6.1.6 Dimensioning of decoupling diodes ..................

  • Page 149: Project Design

    Mains connection power circuit Control circuit Power circuit Direction of 11 A Mains connection control circuit Control lines cooling fins Large area contact at the mount- ing plate EMC-compatible control cabinet installation © KEB, 2015-07 COMBIVERT R6-N Page6.1 - 3...
  • Page 150 - The regenerative DC load current in continuous operation must be ≤ than the DC regenerative rated current. Observe OL function at high load currents. - The maximum permissible DC link capacity can be taken from the power data of the respective regenerative units! ∑ C ≤ max. permissible DC link capacity ZK capacitors Page 6.1 - 4 COMBIVERT R6-N © KEB, 2015-07...
  • Page 151 DC load motoric current ILGmax Max. DC load regenerative current Number of R6 ILMmax max. DC load motoric current CZK_all DC link capacity of all frequency inverters CZK_max max. connecting capacity R6 © KEB, 2015-07 COMBIVERT R6-N Page6.1 - 5...
  • Page 152 General designs 6.1.4 DC link capacitors of KEB frequency inverters F5 200 V units 400 V units Size Capacity Size Capacity 780 µF 180 µF 880 µF (940 µF*) 180 µF (300 µF*) 1080 µF 300 µF 1080 µF 345 µF 2220 µF...
  • Page 153 1600 V / 560 A 2 x 2 0,09 Legend Ta: maximum ambient temperature Th: maximum heat sink temperature Rha: required thermal resistance of the heat sink at rated operation (thermal value of the thermal compound ≥ 0.5 W/(m*K)) 6.1.7 Overload characteristics OL release time at load reduction Decremental time for OL release [s] 100 110 Load [%] © KEB, 2015-07 COMBIVERT R6-N Page6.1 - 7...
  • Page 154 General designs OL release time at load increase (standard) Release time [s] Load [%] OL release time at load increase (Peak Power) Release time [s] ① Load [%] Page 6.1 - 8 COMBIVERT R6-N © KEB, 2015-07...

  • Page 155: Appendix

    Appendix Introduction Operation Functions Start-up Error Diagnosis Project Design Appendix Search and Find © KEB, 2015-07 COMBIVERT R6-N Page7.1 - 1...
  • Page 156 Appendix 7.1.1 Index ............................7.1 - 3 Page 7.1 - 2 COMBIVERT R6-N © KEB, 2015-07...
  • Page 157 - 2,3.4 - 16,3.4 - 17 In.10 ......3.2 - 13,3.7 - 3 CP-Parameter do.41 ..... 3.4 - 2,3.4 - 12,3.4 - 17 In. 11 ........3.2 - 13 define ........3.9 - 3 © KEB, 2015-07 COMBIVERT R6-N Page7.1 - 3...
  • Page 158 Pn.09 ..... 3.4 - 13,3.6 - 5,3.6 - 10 ru.15 ....3.2 - 6,3.3 - 3,3.3 - 4 8 - 5 Pn.10 . 3.4 - 13,3.6 - 3,3.6 - 5,3.6 - 8,3. ru.16 ........3.2 - 6 Page 7.1 - 4 COMBIVERT R6-N © KEB, 2015-07...
  • Page 159 Slave......3.2 - 16,3.5 - 3 Special functions .........3.8 - 3 Factory Setting ......3.7 - 5 Peak value ........3.2 - 3 ST..........3.4 - 3 Static strobe......3.4 - 7 Interference suppression filter ..3.4 - 6 Strobe........3.4 - 7 © KEB, 2015-07 COMBIVERT R6-N Page7.1 - 5...
  • Page 160 KEB Italia S.r.l. fon: +32 5443 7860 • fax: +32 5443 7898 Via Newton, 2 • I-20019 Settimo Milanese (Milano) mail: vb.belgien@keb.de fon: +39 02 3353531 • fax: +39 02 33500790 net: www.keb.de • mail: kebitalia@keb.it KEB Power Transmission Technology (Shanghai) Co.,Ltd. No. 435 Qianpu Road, Chedun Town, Songjiang District, KEB Japan Ltd. CHN-Shanghai 201611, P.R. China 15–16, 2–Chome, Takanawa Minato-ku fon: +86 21 37746688 • fax: +86 21 37746600 J-Tokyo 108-0074 net: www.keb.de • mail: info@keb.cn...

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