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Related Manuals for Omron 3G3MV-AB001
Summary of Contents for Omron 3G3MV-AB001
- Page 1 3G3MV → 3G3MX Migration guide...
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Page 2: Table Of Contents
CONTENTS 1. PRECAUTIONS DURING REPLACEMENT....................2 2. MAIN UNIT DIMENSIONS / MOUNTING DIMENSIONS................3 3. WIRING (１) MAIN CIRCUIT TERMINAL........................4 (２) CONTROL CIRCUIT TERMINAL......................5 (３) THE DIFFERENCES ON TERMINAL SCREW AND WIRE SIZE BETWEEN MV AND MX....6 4. STANDARD BRAKING TORQUE AND MINIMUM CONNECTABLE RESISTANCE VALUE.......8 5. -
Page 3: Precautions During Replacement
1. Precautions during Replacement These topics especially require your attention when replacing the 3G3MV series (referred below as: MV) to the 3G3MX series (referred below as: MX). 1) Pulse train input/ pulse monitor output are not available. Pulse train input and pulse monitor output terminals are not available on the MX control. Thus operation and command with a pulse train is not possible. -
Page 4: Main Unit Dimensions / Mounting Dimensions
2. Main unit dimensions / mounting dimensions ・The outer dimensions and mounting dimensions of the MX drive are larger than the MV series. Please note that the size value is larger than the MV depending on capacity. ・The mounting screw position on 3G3MV-AE002・AE004/A2002 to 2007 differs from the MV drive. Please be careful when mounting (refer to the Figure below). -
Page 5: Main Circuit Terminal
3. Terminal Table (1) Main circuit terminal ・Please note that MV and MX sometimes have terminals with different names. Remarks R/L1 R/L1 AC power input terminal S/L2 S/L2 T/L3 T/L3 U/T1 U/T1 Motor output terminal V/T2 V/T2 W/T3 W/T3 P/+2 Braking resistor connection terminal DC reactor connection terminal, At DC power input: positive pole... -
Page 6: Control Circuit Terminal
(2) Control circuit terminal The terminal configurations and terminal names are different on the MV and MX drives. ・ The default value will display the multi function setting allocated on both MV and MX. ・ On the default setting, the control terminals of S3 and S4 on MV have switched to the ones on MX. ・... -
Page 7: The Differences On Terminal Screw And Wire Size Between Mv And Mx
(3) Terminal size and wire size differences between MV and MX. ・Main circuit terminal size and electrical wire size (Recommended wiring breaker and electromagnetic contactor will be same) ・Control circuit terminal size and electrical wire size... - Page 8 The shape of terminal screw used for control circuit terminal differs on MV or MX. MV: Minus MX: Plus Please be careful at wiring. *１ When connecting 100V or 200V series on a relay output terminal block, please use 0.75mm When equal or more 7 wires on control circuit terminal block.
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Page 9: Standard Braking Torque And Minimum Connectable Resistance Value
4. Standard damping resistance value and Minimum connectable resistance value ・The conditions for calculating average deceleration torque on a single inverter differ on the MV series and the MX series. [MV] the average deceleration torque when decelerating in the shortest time From 60Hz on a single unit motor [MX] the average deceleration torque when deceleration in the shortest time From 50Hz on a single unit motor. - Page 10 bold. Depending on cases, please consider using a larger capacity drive. Minimum connectable resistance value on each capacity Following is the braking options used on MX. ・...
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Page 11: Parameter Table
5 Parameter table Model Remarks Function value value Parameter write-prohibit b031 b031:Parameter protection function n001 selection/ initial constant b084 b084: Parameter initialization select The default value of MX series is vector Control mode selection n002 A044 control. RUN command selection n003 A002 Frequency reference... - Page 12 Model Remarks Function value value Frequency reference 1 F001 setting frequency on F001 enables to set (Principal velocity n024 6.00 A020 the same value on A020. frequency) Frequency reference 2 n025 0.00 A021 Frequency reference 3 n026 0.00 A022 Frequency reference 4 n027 0.00 A023...
- Page 13 Model Remarks Function value value Multi function input n050 C001 selection 1 Multi function input n051 C002 selection 2 Multi function input n052 C003 selection 3 Multi function input n053 C004 selection 4 Multi function input n054 C005 selection 5 Multi function input n055 C006...
- Page 14 Model Remarks Function value value Multi function analog current n073 0.10 ――― ――― input filter time constant Pulse train frequency n074 ――― ――― reference gain Pulse train frequency n075 ――― ――― reference bias Pulse train frequency n076 0.10 ――― ――― reference input filter time constant Multi function analog input...
- Page 15 Model Remarks Function value value Stall prevention n094 ――― ――― operation level C042 Frequency detection level n095 0.00 C042:at acceleration C043:at deceleration C043 Over-torque detection n096 ――― ――― function level 1 Over-torque detection n097 ――― ――― function level2 Rated Over-torque detection level n098 C041 current...
- Page 16 Model Remarks Function value value Acc/deceleration time select at stall protection on n1 16 ――― ――― operation Under torque detection n1 17 ――― ――― function select Under torque detection level n1 18 ――― ――― Under torque detection time n1 19 ―――...
- Page 17 Model Remarks Function value value Energy saving control n139 ――― ――― selection Varies Energy saving control n140 with ――― ――― coefficient K2 capacity Energy saving voltage low n141 ――― ――― limit at 60Hz output. Energy saving voltage lower n142 ――― ―――...
- Page 18 Model Remarks Function value value Varies Motor code n158 with ――― ――― capacity Energy saving voltage n159 ――― ――― upper limit at 60Hz output Energy saving voltage n160 ――― ――― upper limit at 6Hz output Power detection width for n161 ―――...
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Page 19: Rated Output Capacity / Current And Carrier Frequency Default Value
The differences between EV and JX: rated output capacity / current and carrier frequency default value Carrier Carrier Rated Rated Rated Rated Power Carrier frequency Carrier frequency Model output output output output Model frequency at 10kHz frequency at 10kHz 3G3MX capacity current capacity... - Page 20 Buyer indemnifies Omron against all related costs or expenses. rights of another party. 10. Force Majeure. Omron shall not be liable for any delay or failure in delivery 16. Property; Confidentiality. Any intellectual property in the Products is the exclu-...
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