Related Manuals for Toshiba T300MVi
Summary of Contents for Toshiba T300MVi
- Page 1 Document: IF08CZ08 TOSHIBA T300MVi/MTX MEDIUM VOLTAGE ADJUSTABLE SPEED MOTOR DRIVE ELECTRONIC OPERATOR INTERFACE MANUAL Software A3TY07X November, 2019 TOSHIBA INTERNATIONAL CORPORATION...
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- Page 3 The sales contract contains the entire obligation of Toshiba International Corporation. The warranty contained in the contract between the parties is the sole warranty of Toshiba International Corporation and any statements contained herein do not create new warranties or modify the existing warranty.
- Page 4 Toshiba International Corporation reserves the right, without prior notice, to information, make product changes, or to discontinue any product or service identified in this publication. TOSHIBA is a registered trademark of the Toshiba Corporation. All other product or trade references appearing in this manual are registered trademarks of their respective owners.
- Page 5 General Safety Instructions DO NOT attempt to install, operate, maintain or dispose of this equipment until you have read and understood all of the product safety information and directions that are contained in this manual. Safety Alert Symbol The Safety Alert Symbol indicates that a potential personal injury hazard exists. The symbol is comprised of an equilateral triangle enclosing an exclamation mark.
- Page 6 Special Symbols To identify special hazards, other symbols may appear in conjunction with the DANGER, WARNING and CAUTION signal words. These symbols indicate areas that require special and/or strict adherence to the procedures to prevent serious injury to personnel or death. Electrical Hazard Symbol A symbol which indicates a hazard of injury from electrical shock or burn.
- Page 7 Qualified Personnel Installation, operation, and maintenance shall be performed by Qualified Personnel Only. A Qualified Person is one that has the skills and knowledge relating to the construction, installation, operation, and maintenance of the electrical equipment and has received safety training on the hazards involved (Refer to the latest edition of NFPA 70E for additional safety requirements).
- Page 8 Please contact Toshiba for application-specific information and for training support. The Toshiba ASD is part of a larger system and the safe operation of the device will depend on observing certain precautions and performing proper system integration. ...
- Page 9 System Setup Requirements WARNING The parameter settings affect how the drive operates. Only Qualified Personnel should set or change parameters. When using the ASD as an integral part of a larger system, it is the responsibility of the ASD installer or maintenance personnel to ensure that there is a fail-safe in place, i.e., an arrangement designed to switch the system to a safe condition if there is a fault or failure.
- Page 10 Charge LED has gone out before opening the door of the ASD once the ASD power has been turned off. Do Not attempt to disassemble, modify, or repair the ASD. Call your Toshiba sales representative for repair information. ...
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Page 11: Table Of Contents
Table of Contents Table of Contents ................................... x Introduction ..................................1 MVi-EOI Diagram Installation and Connections Interface....................................3 Moving Around 2.1.1 Navigation Sequence Scroll Bar Links and Parameters ... - Page 12 This page intentionally left blank. Software A3TY07X November, 2019...
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Page 13: Introduction
Introduction The TOSVERT-300MVi Electronic Operator Interface (MVi-EOI) is comprised of a graphical LCD with tabs for the display of various functional data, 3 LED’s, an encoder, and 8 keys. These items are described below along with a diagram showing their locations. MVi-EOI Diagram Figure 1. -
Page 14: Installation And Connections
1. Graphical LCD – Displays user information in text and numerical form. 2. LOCAL/REMOTE LED – This green LED is illuminated when in local mode, and extinguished while in remote mode. 3. Status LED: Not ready and not running – Both Red and Green off. ... -
Page 15: Interface
Interface The MVi-EOI is an easy to use, yet powerful, interface to the Medium Voltage ASD. The following sections describe navigation through the various areas of the interface. Moving Around Immediately following ASD initialization, the user will be directed to the Main Tab. Movement to and from other tabs is accomplished via the MON/PRG and ESC keys. -
Page 16: Initialization And Splash Screen
The display screens available to the user during normal programming and or operation are organized in a tabular format allowing the user to select between the Main operational data and command tab, a tab displaying various data points Monitored during operation, and the Programming tab. Initialization and Splash screen The splash screen appears at power up only. -
Page 17: Main Tab Operation
Main Tab operation The Main Tab is used to control the ASD and monitor the basic operating conditions. The user can start and stop the motor, toggle between local and remote mode, select the motor direction of rotation, and change the ASD speed reference. ... -
Page 18: Monitor Tab
Monitor Tab The Monitor Tab provides the user a window to monitor real-time ASD performance data. The data is divided into five pages of data. The following data is available for viewing from the Monitor Tab: Inverter: Converter: Text Symbol Unit Text Symbol... -
Page 19: Program Tab
Program Tab The Program Tab provides a means to navigate through the ASD adjustable parameter list in the MVi-EOI. From this area, the user can read and modify parameters used to control the ASD operation. Parameters are displayed one per screen. Each screen consists of the group or subgroup tab, the parameter symbol, and a description of the parameter. - Page 20 Primary Group Sub Group 1 Sub Group 2 Keypad Name Symbol list Vect Analog I/O Analog Analog Input 2 Gain AIN2_GS Input Analog Input 2 Offset AIN2_OS Analog Input 2 Type AIN2_TYPE Analog Analog Output 1 Code AOUT1_CODE Output Analog Output 1 AOUT1_OP_AS Optional Address Analog Output 1...
- Page 21 Primary Group Sub Group 1 Sub Group 2 Keypad Name Symbol list Vect Analog I/O D/A Analog D/A4 Analog Output DA4_OS Output Offset D/A5 Analog Output DA5_AS Address D/A5 Analog Output DA5_GS Gain D/A5 Analog Output DA5_OS Offset Digital I/O Digital I/O Digital Input Word Masking...
- Page 22 Primary Group Sub Group 1 Sub Group 2 Keypad Name Symbol list Vect Digital I/O Digital Digital Input Data1 FLG_DI_DATA1_SEL Input Selection Flag External Reset Function Selection FLG_EXRST Flag Digital Input Standard DI_G Assignment Group Digital Digital Output 0 Word DO0_AS Output Assignment...
- Page 23 Primary Group Sub Group 1 Sub Group 2 Keypad Name Symbol list Vect Communication Comm Comm Read Start Address SCAN_R_ADRS Addressing Read Addressing Number Of Words To SCAN_R_SIZE Be Received Read Word 1 SCAN_RCV01_AS Assignment Read Word 2 SCAN_RCV02_AS Assignment Read Word 3 SCAN_RCV03_AS Assignment...
- Page 24 Primary Group Sub Group 1 Sub Group 2 Keypad Name Symbol list Vect Communication Comm Comm Write Word 12 SCAN_WR12_AS Addressing Write Assignment Addressing Write Word 13 SCAN_WR13_AS Assignment Write Word 14 SCAN_WR14_AS Assignment Write Word 15 SCAN_WR15_AS Assignment Write Word 16 SCAN_WR16_AS Assignment Write Word 17...
- Page 25 Primary Group Sub Group 1 Sub Group 2 Keypad Name Symbol list Vect Communication Comm Drive to Drive Comm Configuration Read Start Address 2 TL_OP2_DT Drive to Drive Comm Read Station Number 2 TL_OP2_ST Drive to Drive Comm Read Start Address 3 TL_OP3_DT Drive to Drive Comm Read Station Number 3 TL_OP3_ST...
- Page 26 Primary Group Sub Group 1 Sub Group 2 Keypad Name Symbol list Vect Protection Current Limit Total Current Limit LMT_I1 Total Current Limit LMT_I1_EX Via External Control Low Frequency Total LMT_I1_LOWF Current Limit Low Frequency Total Current Limit Upper LMT_I1_LOWF_H Frequency Low Frequency Total Current Limit Lower...
- Page 27 Primary Group Sub Group 1 Sub Group 2 Keypad Name Symbol list Vect Protection Input Voltage Input Voltage Loss CP_UVA Fault Fault Level Detection Input Phase Loss CP_VAC_PH_LOSS Fault Level Miscellaneous Analog Input Fault TIME_AIN_FAULT Time Delay Motor Cooling Fan TIME_MFAN Time Delay Spare 1 Input Fault...
- Page 28 Primary Group Sub Group 1 Sub Group 2 Keypad Name Symbol list Vect Protection Overload Motor 20 Minute RMS CP_RMS_20 Overload Trip Setting Motor 5 Minute RMS CP_RMS_5 Overload Trip Setting Motor 5 Minute RMS Overload Alarm CP_RMS_A Setting Motor 20 Minute RMS Overload Alarm CP_RMS_A20 Setting...
- Page 29 Primary Group Sub Group 1 Sub Group 2 Keypad Name Symbol list Vect Protection Protection Intermediate Fault MSK_UVA4 Masking Word 4 Mask Rotation Fault Reverse Rotation CP_REV_ROT Detection Detection Percent Stalled Detection CP_ROT_F_DIFF Speed Difference Stalled Detection CP_ROT_F_EN Minimum Speed Stalled Detection TIME_ROT_F Time Delay...
- Page 30 Primary Group Sub Group 1 Sub Group 2 Keypad Name Symbol list Vect Protection Traceback Standard Standard Traceback TRB04_OP_AS Traceback Data 4 Assignment Standard Traceback TRB05_OP_AS Data 5 Assignment Standard Traceback TRB06_OP_AS Data 6 Assignment Standard Traceback TRB07_OP_AS Data 7 Assignment Standard Traceback TRB08_OP_AS Data 8 Assignment...
- Page 31 Primary Group Sub Group 1 Sub Group 2 Keypad Name Symbol list Vect Protection Under Undercurrent Zero % -current Speed Detection CP_UL_L Level Undercurrent Detection delay timer TIME_UL Undercurrent 100% Speed Detection CP_UL_H Level Optional Speed DI Reference UP/Down Input Ramp Reference Rate CR_RATE_MRH...
- Page 32 Primary Group Sub Group 1 Sub Group 2 Keypad Name Symbol list Vect Special Control Automatic Automatic Maximum Number of Restart Reset Automatic Reset RTRY_MAX Attempts Automatic Reset Mask RTRY_MSK Automatic Reset Delay Timer RTRY_INTVL Automatic Reset Enable RTRY_F_EN Power Power Failure Restart Failure Time...
- Page 33 Primary Group Sub Group 1 Sub Group 2 Keypad Name Symbol list Vect Special Control Flying Restart IPLL IPLL Restart Enable FLG_IPLL_RESTART Restart Flag IPLL Restart PLL FLT_IPLL Filter IPLL Restart IPLL_P Proportional Gain IPLL Restart IPLL_W1 Response Gain IPLL Restart Minimum LVL_VF_LOW Voltage Level IPLL Restart Error...
- Page 34 Primary Group Sub Group 1 Sub Group 2 Keypad Name Symbol list Vect Special Control Flying Restart V/F Speed V/F Flying Restart Search Speed Search Torque VF_SRCH_IQ_LV Restart Reference V/F flying restart speed search torque VF_SRCH_IQ_RATE recovery rate V/F flying restart speed search torque VF_SRCH_SP_END recovery start...
- Page 35 Primary Group Sub Group 1 Sub Group 2 Keypad Name Symbol list Vect Special Control Soft Stall Normal Soft Stall Reference CR_SOFT_STALL Soft Stall Reduction Setting Soft Stall Enable Flag FLG_SOFT_STALL Optional Soft Stall VF_FLT_STL Optional Filter Soft Stall Optional Soft Stall VF_LMT_STL Limit Optional Soft Stall...
- Page 36 Primary Group Sub Group 1 Sub Group 2 Keypad Name Symbol list Vect Special Control Speed Low Speed LOW CR_SP_LOW Detection Level Speed LOW Dead CR_SP_LOW_BAND Band Speed Reach/ Speed Reach/Trace FLG_SP_RCH Trace Selection Flag Speed Reach CR_SP_RCH Detection Speed Speed Reach/Trace CR_SP_RCH_BAND Dead Band...
- Page 37 Primary Group Sub Group 1 Sub Group 2 Keypad Name Symbol list Vect Special Control V/F DC Over V/F DC DC Overvoltage Stall Voltage Over Response Gain VF_VDCR_W1 Control Voltage Control DC Overvoltage Stall Proportional Gain VF_VDCR_P Regenerati Regeneration Control on Control Torque Level VF_TQZ_LV...
- Page 38 Primary Group Sub Group 1 Sub Group 2 Keypad Name Symbol list Vect Special Control V/F Stability Dc Feedback Filter FLT_VDC_F Torque Current Stability Gain VF_FCMP_A Torque Current Stability Time VF_FCMP_AT Constant Speed Reference Filter For Low Speed VF_FLT_SP_R Field Current Compensation Torque Current Stability...
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Page 39: Program Menu Structure Converters
3.6.2 Program Menu structure Converters Primary Group Sub Group 1 Sub Group 2 Keypad Name Symbol ction Fundamental Equipment Drive Input Voltage CS_AC_VOLT Ratings Rating Drive DC Voltage CS_DC_VOLT Rating Drive Output Current CS_EQUIP_CURR Rating Drive Output kVA CS_EQUIP_KVA Rating Drive Output Voltage CS_EQUIP_VOLT Rating... -
Page 40: Selection Lists
3.6.3 Selection Lists Some parameters, such as analog inputs and outputs, have selection lists associated with them. For these parameters, only a limited number of settings may be chosen from. The lists contain the most common parameters used. If some special application requires a setting not in the list, other selections are available, by using the Wi Tool commissioning software. - Page 41 Selection List Selections Description Note 3 DO_AUTO_SET Digital output automatically set as per DO_G setting. 4 DUST Memory location that will not effect software operation. SERSEQDATA1 Serial input word 1. SERSEQDATA2 Serial input word 2. DI_EX4 Serial/digital input word 4. SP_REF_AIN1 analog input speed reference.
- Page 42 Selection List Selections Description Note 5 VDC_UP_FLT VSD U-phase Positive DC Link Voltage (100counts/%) VDC_UN_FLT VSD U-phase Negative DC Link Voltage (100counts/%) VDC_VP_FLT VSD V-phase Positive DC Link Voltage (100counts/%) VDC_VN_FLT VSD V-phase Negative DC Link Voltage (100counts/%) VDC_WP_FLT VSD W-phase Positive DC Link Voltage (100counts/%) VDC_WN_FLT VSD W-phase Negative DC Link Voltage (100counts/%) OP_SEQ_OUT1...
- Page 43 Selection List Selections Description Note 7 VDC_VN V-phase negative DC bus feedback. 10000counts=100% VDC_WP W-phase positive DC bus feedback. 10000counts=100% VDC_WN W-phase negative DC bus feedback. 10000counts=100% DI_DATA1 Digital input word 1. SSEQ_OUT1 Drive operation sequence output word 1. SSEQ_OUT3 Drive operation sequence output word 3.
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Page 44: Utility Functions
Utility Functions EOI Access This screen allows the user to set and change the password and define the functionality of the keypad. The password when shipped from the factory is ‘0’. Entering the password will allow the user to change the password to any number from 0 to 65535. -
Page 45: Parameter Control
Parameter Control This screen allows the drive parameters to be saved to the keypad and written to the drive control board. The screen shows the drive software version, the software version of the file saved in the EOI, and the time and date it was saved. -
Page 46: Faults And Alarms
Faults and Alarms First Fault The First Fault screen will appear immediately when a fault has occurred telling the user the time the fault occurred, and a list of faults. There may be multiple events listed as a result of a fault. Up to 10 items may be listed. - Page 47 FI_CODE BitGroup 08 Symbol 08 Description 53 BLR1 10 N.U. Not Used 54 BLR1 9 REC_OH_ Rectifier Overheat 55 BLR1 8 OH_T_U_ Power Module U Overheat 56 BLR1 7 OH_T_V_ Power Module V Overheat 57 BLR1 6 OH_T_W_ Power Module W Overheat 58 BLR1 5 CURU_ U Phase HCT Fault...
- Page 48 FI_CODE BitGroup 08 Symbol 08 Description 94 BLR3 1 N.U. Not Used 95 BLR3 0 XFR_FAIL_ Transfer Failure 96 BLR4 15 REC_F_ DC Bus Charging Failure 97 BLR4 14 N.U. Not Used 98 BLR4 13 N.U. Not Used 99 BLR4 12 N.U.
- Page 49 FI_CODE BitGroup 08 Symbol 08 Description 135 BLR6 8 OV_VN_ V Phase Negative DC Overvoltage 136 BLR6 7 OV_WP_ W Phase Positive DC Overvoltage 137 BLR6 6 OV_WN_ W Phase Negative DC Overvoltage 138 BLR6 5 N.U. Not Used 139 BLR6 4 N.U.
- Page 50 FI_CODE BitGroup 08 Symbol 08 Description 176 UVA3 15 UVP_B_ Positive DC Bus Undervoltage B Bank 177 UVA3 14 UVN_B_ Negative DC Bus Undervoltage B Bank 178 UVA3 13 UVP_ Positive DC Bus Undervoltage 179 UVA3 12 UVN_ Negative DC Bus Undervoltage 180 UVA3 11 OH_ACL_T_ AC Link Reactor Time Delayed Overheat...
- Page 51 FI_CODE BitGroup 08 Symbol 08 Description 217 UV1 6 N.U. Not Used 218 UV1 5 N.U. Not Used 219 UV1 4 N.U. Not Used 220 UV1 3 N.U. Not Used 221 UV1 2 UVA_EX External UVA 222 UV1 1 UVA Intermediate Electrical Fault 223 UV1 0 C_IL...
- Page 52 FI_CODE BitGroup 08 Symbol 08 Description 258 LFD2 13 CPT_FAIL_ Capture Failure 259 LFD2 12 SL_CHG_ Auto Sensorless Control Switch Interlock 260 LFD2 11 TL_F1_ Drive Side Communication Board CPU Error 261 LFD2 10 TL_F2_ Communication Initializing Error 262 LFD2 9 TL_F3_ Communication Transmission Error 263 LFD2...
- Page 53 FI_CODE BitGroup 08 Symbol 08 Description 299 READY2 4 N.U. Not Used 300 READY2 3 N.U. Not Used 301 READY2 2 SPA1 Spare Input 1 302 READY2 1 SPA2 Spare Input 2 303 READY2 0 N.U. Not Used 304 HFD1 15 N.U.
- Page 54 FI_CODE BitGroup 08 Symbol 08 Description 340 STPRQ1 11 OH_ACL_ AC Link Reactor Overheat 341 STPRQ1 10 MTMP_S_ Motor Temperature Sensor Fault 342 STPRQ1 9 M_OH_ Motor Overheat 343 STPRQ1 8 M_OH_A_ Motor Overheat Alarm 344 STPRQ1 7 OL_A_ Motor Overload Alarm 345 STPRQ1 6 CL_TA_ Current Limit Alarm...
- Page 55 FI_CODE BitGroup 08 Symbol 08 Description 381 ACIL1 2 N.U. Not Used 382 ACIL1 1 GPSF_B_ Gate Power Supply Failure B Bank 383 ACIL1 0 UV Light Fault 384 ACT1 15 SPA4_T Spare Input 4 Time delayed 385 ACT1 14 SPA4 Spare Input 4 386 ACT1 13 N.U.
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