Leroy-Somer FMV 2307 Installation And Maintenance Manual
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Leroy-Somer FMV 2307 Installation And Maintenance Manual

Digital frequency inverters for induction motors
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FMV 2107/FMV 2307
Digital frequency inverters
for induction motors
Installation and maintenance
C3
888
C2
M
C1
C6
C7
Programming
C8
b5 = 1
C10
b9 = 1
b20 = 0
b50 = 1
C12
B8
A1
B9
Minimum
A2
frequency
B10
B1
B2
Réf. 2210 - 033 / a - 2.96
+10V
Frequency
reference
RP
0V
0V
External trip
Reset
Forward
Reverse
KA1
SB4
Analogue outputs

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Summary of Contents for Leroy-Somer FMV 2307

  • Page 1 Réf. 2210 - 033 / a - 2.96 +10V Frequency reference External trip Programming Reset b5 = 1 Forward b9 = 1 b20 = 0 b50 = 1 Reverse Minimum frequency Analogue outputs FMV 2107/FMV 2307 Digital frequency inverters for induction motors Installation and maintenance...
  • Page 3 If the motor is not mechanically capable of operating at such speeds, the user risks serious damage arising from mechanical deterioration of the motor. Before programming a high speed, it is essential that the user ensures that the motor can tolerate it. LEROY-SOMER declines all responsibility in the event of the above recommendations not being observed........DANGER...
  • Page 4 FMV 2107 refers to frequency inverters - Power supply 200 to 240V single phase, range 1.5M to 3.5M. FMV 2307 refers to frequency inverters - Power supply 200 to 240V 3-phase, range 1.5TL to 3.5TL, - Power supply 380 to 480V 3-phase, range 1.5T to 5.5T.

  • Page 5: Table Of Contents

    4.3 - Using terminal C9 : maintain ramp ....................4.4 - Regulation with integrated PI control loop................... 4.5 - FMV 2107 and FMV 2307 parameters ..................33 to 45 4.6 - Guide to settings.......................... 46 to 48 5 - FAULTS - DIAGNOSTICS 5.1 - Display indication - error messages.....................

  • Page 6: General Information

    (option) FMV 2107 / FMV 2307 inverters power the motor by means of a voltage generated from a steady internal Control D.C. voltage. Voltage modulation is achieved using the principle of pulse width modulation (P.W.M.).

  • Page 7: Product Designation

    Frequency inverters FMV 2107 FMV 2307 1.2 - Product designation Examples : FMV 2107 - 1.5M, FMV 2307 - 1.5TL and FMV 2307 FMV 2307 - 1.5T 1.5 TL FMV 2107 : frequency inverter for general applications It is essential to read Il est indispensable de lire and single phase 200V/240V supply.

  • Page 8: Characteristics

    Frequency inverters FMV 2107 FMV 2307 1.3.2 - Characteristics and functions CHARACTERISTICS Regulation mode Voltage/Frequency characteristic Regulation Frequency reference. " Torque " reference : current regulation in the motor. Ratio : U/f ratio may be adjusted by the base frequency.
  • Page 9 Supply cut phase imbalance Supply voltage drop : - < 170V for FMV 2107, - < 300V for FMV 2307. Undervoltage D.C. bus voltage below its operating range. Overvoltage For an inappropriate deceleration time or for too high a voltage on the mains supply.
  • Page 10 RS 485 and RS 422, protocol ANSI x 3.28 - 2.5 - A4. OPTIONS RFI filter - FMV 2107 : FN 350-8-29 and FN 350-20-29 - FMV 2307 : FN 351-8-29 and FN 351-16-29 Leakage current SELF - MC 3.5T and 11T attenuation chokes...

  • Page 11: Environmental Characteristics

    Frequency inverters FMV 2107 FMV 2307 1.4 - Environmental characteristics 1.4.1 - General Characteristics Level Ingress protection IP31 Storage temperature - 40°C to + 50°C, 12 months maximum. Operating temperature - 10°C to + 50°C. • ≤ 1000 m without derating.

  • Page 12: Weight And Dimensions

    1.5 - Weight and dimensions 1.5.2 - Dimensions These are identical for inverters : 1.5.1 - Weight - FMV 2107 1.5M to 3.5M FMV 2107 Weight (kg) - FMV 2307 1.5TL to 3.5TL 1.5M 3,05 - FMV 2307 1.5T to 5.5T 2.5M 3,25 3.5M...

  • Page 13: Mechanical Installation

    3) Insert the foot mounting into the groove at the base of the 2.2 - Installation precautions cooling unit. FMV 2107 and FMV 2307 inverters must be installed in a 4) Fix the foot mounting to the chassis using an M5 screw. risk-free atmosphere, away from conductive dust, corrosive gases and water leaks.

  • Page 14: Through-Panel Mounting

    Frequency inverters FMV 2107 FMV 2307 2.4 - Through-panel mounting Screw 2107 Screw Cut-out Label Screw Dimensions (mm) 1) Cut out and drill the rear panel of the cubicle. 2) Fix the Z shaped support above the cooling unit. 3) Insert the inverter in the cut-out of the rear panel and fix it in place using 2 M5 screws.

  • Page 15: Connections

    Connection of the control terminal blocks is identical for inverters : 3.1.2 - FMV 2307 1.5TL to 3.5TL - FMV 2307 1.5T to - FMV 2107 1.5M to 3.5M, 5.5T - FMV 2307 1.5TL to 3.5TL, The power supply terminal block is located at the base of - FMV 2307 1.5T to 5.5T.

  • Page 16: Control Terminal Blocks

    Frequency inverters FMV 2107 FMV 2307 3.2 - Control terminal blocks These are located at the top of the product and above to the right. 0 to 10V Analogue outputs 4 to 20mA Relay output Inverter reception Logic ouput Serial link...
  • Page 17 Frequency inverters FMV 2107 FMV 2307 Terminals Function Type Electrical characteristics Non isolated outputs Serial link, TX Transmission Logic output 0 to 5VDC, ± 60mA High logic level (TX = +5V TX = 0V) Serial link, TX Transmission Logic output...

  • Page 18: Electrical And Electromagnetic Phenomena Associated With Frequency Inverters

    Frequency inverters FMV 2107 FMV 2307 This current carries harmonics 6n ± 1. 3.3 - Electrical and electromagnetic phenomena The amplitude of these harmonics decreases as their associated with frequency inverters frequency increases. 3.3.1 - General Harmonics 5, 7, 11, and 13 are 250 Hz, 350 Hz, 550 Hz,...

  • Page 19: Wiring Instructions

    - interference levels below which sensitive equipment is not affected : the following interference immunity : Radio frequency emission EN 50082.1 for domestic equipment, FMV 2107 and FMV 2307 inverters fitted with RFI EN 50082.2 for industrial equipment. (Radio-Frequency Interference)
  • Page 20 Frequency inverters FMV 2107 FMV 2307 3.4.5 - Installation in an industrial environment Keep the power supply terminal blocks separate from the In an industrial environment, it is unlikely that one user motor power terminal blocks and the signal terminal blocks.

  • Page 21: Description Of Cables And Protective Devices

    D.C. bus (kW) * (A) motor mains bus C.C. 1.5M 0,75 2.5M 3.5M Protection of FMV 2307 1.5TL to 3.5TL inverters FMV 2307 Motor Current gI fuses Power cable cross-section ** B B B B Rating rating motor mains D.C.

  • Page 22: Special Connections

    It avoids the need to use or limits the number of optional braking units when the motive energy is greater than the energy fed back. 3.6.5.2 - Connection diagram for FMV 2307 L1 L2 L3 L1 L2 L3 3.6.3 - Opening of the motor contactor at stop...

  • Page 23: Connection Of The Serial Link

    T : transmitter output * Impedance matching resistances are installed on the furthest inverter, directly between terminals B3 and B4. 3.7.3 - Configuration of the FMV 2107 and FMV 2307 • Program : - P09 : serial address, - b12 : Baud rate selector, •...

  • Page 24: Connection Diagrams

    Frequency inverters FMV 2107 FMV 2307 3.8 - Connection diagrams 3.8.1 - Controlled via operator panel R - FMV The number of power Option Protection of optional ups is limited to resistors via thermal 20 per hour relay is essential.
  • Page 25 Frequency inverters FMV 2107 FMV 2307 3.8.2 - Controlled via terminal block : - operation with controlled stop, - jog. R - FMV The number of power Option Protection of optional ups is limited to resistors via thermal 20 per hour relay is essential.
  • Page 26 Frequency inverters FMV 2107 FMV 2307 3.8.3 - Controlled via terminal block : - operation : 7 preset speeds + reference, - brake control. R - FMV The number of power Option Protection of optional ups is limited to resistors via thermal 20 per hour relay is essential.
  • Page 27 Frequency inverters FMV 2107 FMV 2307 3.8.4 - Controlled via terminal block : - faster/slower reference via pushbutton, - 2 running directions. R - FMV The number of power Option Protection of optional ups is limited to resistors via thermal 20 per hour relay is essential.

  • Page 28: Procedure For Using The Operator Panel

    Frequency inverters FMV 2107 FMV 2307 4 - COMMISSIONING • Display indication The indications supplied by the display depend on the inverter status and the control mode. 4.1 - Procedure for using the operator panel Inverter Control mode 4.1.1 - Presentation of the operator panel...
  • Page 29 Frequency inverters FMV 2107 FMV 2307 4.1.3 - Using the parameters 4.1.3.3 - Return to factory settings 4.1.3.1 - Modification of a main parameter (Ex : b9) 1) Switch on the inverter : " rdY " is displayed. 1) Switch the inverter on : " rdY " is displayed.
  • Page 30 Frequency inverters FMV 2107 FMV 2307 4.1.3.5 - Access to parameters when a security 4.1.3.7 - Modification of b14 (8.8 - 480) code has been programmed 1) Switch the inverter on : " rdY " is displayed. 1) Switch the inverter on : " rdY " is displayed.

  • Page 31: Setting Up The Motor-Inverter

    Frequency inverters FMV 2107 FMV 2307 4.2 - Setting up the motor-inverter 4.2.2 - Control via the terminal block • Wiring the motor-inverter See diagrams in section 3.8.2 in negative logic (b5 = 1). 4.2.1 - Control via the operator panel •...

  • Page 32: Using Terminal C9 : Maintain Ramp

    20 % of its maximum value. - power supply (if provided by the FMV 2107 or - Increase the value of P25 again until the motor FMV 2307) : 24 VDC, 100 mA max. becomes unstable, then decrease it by 20 %. • Wiring :...
  • Page 33 Frequency inverters FMV 2107 FMV 2307 4.5 - FMV 2107 and FMV 2307 parameters Numerical parameters are preceded by " P ". Logic parameters are preceded by " b ". Abbreviations used : : rated output current, : rated supply voltage, ULF : Upper Limit Frequency (see b14).
  • Page 34 Frequency inverters FMV 2107 FMV 2307 4.5.1 - Continued Parameter Description Adjustment range Unit Factory setting Switching frequency and ULF Switching frequency/ULF b14 = 2.9/120 or 240 kHz/Hz 2.9/120 b14 = 5.9/120 or 240 or 480 b14 = 8.8/120 or 240 or 480 b14 = 11.7/120 or 240 or 480 or 960...
  • Page 35 Frequency inverters FMV 2107 FMV 2307 Pd = 30 : specific acceleration ramps Parameter Description Adjustment range Unit Factory setting Acceleration preset speed - 1 Acceleration preset speed - 2 Acceleration preset speed - 3 Acceleration preset speed - 4 0.2 to 600...
  • Page 36 960 Hz corresponding to more than 19 times the speed of a standard motor. Check that the motor being used is capable of tolerating this value mechanically; if not use a motor with special characteristics (please consult LEROY-SOMER). : Acceleration ramp Adjustment range : 0.2 to 600s. Factory setting : 5.0s.
  • Page 37 Frequency inverters FMV 2107 FMV 2307 : Maximum overload current Note : It is important to increase the BOOST value Adjustment range : P5 to 150 % I gradually, to start the motor smoothly and without any Factory setting : 150 % I delay.
  • Page 38 Frequency inverters FMV 2107 FMV 2307 : Slip compensation : Fault log Adjustment range : 0 to 5 Hz (ULF = 120 Hz) A Adjustment range : 1 to 9. 0 to 10 Hz (ULF = 240 Hz) B Mnemonic : PA0 to PA9.
  • Page 39 Frequency inverters FMV 2107 FMV 2307 : Stopping mode b3 = 1 : manual BOOST, (set by P6) for fixed loads with Adjustment range : 0 or 1. higher starting torque. Factory setting : 0. Mnemonic : DS 12 and DS7.
  • Page 40 Frequency inverters FMV 2107 FMV 2307 : Control mode : Switching frequency and ULF Adjustment range : 0 or 1. Fswitching (kHz) ULF (Hz) Factory setting : 1. Adjustment 120 - 240 Mnemonic : DS 5. range 120 - 240 - 480...
  • Page 41 (Pc value too high). It P10 - P13 Frequency may then be necessary to use a motor with special reference characteristics (please consult LEROY-SOMER). : Access to specific parameters Adjustment range : 0 to 50. Note : Factory setting : 0.
  • Page 42 Frequency inverters FMV 2107 FMV 2307 b21 b23 : Preset speeds/inching (jog) Adjustment range : 0 or 1. The preset speeds use P02 and P03. Factory setting : 0. The preset speeds use P30 to Mnemonic : C1-8. P36 and P40 to P46.
  • Page 43 Frequency inverters FMV 2107 FMV 2307 : Disable safety C-L : Deceleration ramps for preset speeds Adjustment range : 0 or 1. 1 to 7 Factory setting : 0. Adjustment range : 0.2s to 600s. Mnemonic : C1-3. Factory settings : 10s.
  • Page 44 Frequency inverters FMV 2107 FMV 2307 Note : CAUTION • The counter for number of remaining resets is reset to zero when : - Do not open the line contactor during this - the cause of the trip disappears before all the reset operation.

  • Page 45: Fmv 2107 And Fmv 2307 Parameters

    Frequency inverters FMV 2107 FMV 2307 : Processing minor trips Adjustment range : 0 or 1. Factory setting : 0. Mnemonic C1-0. b56 = 0 : all trips cause an inverter freewheel stop. b56 = 1 : minor trips (Et, cL, Oh and th) cause the deceleration of the motor following the reference ramp.

  • Page 46: Guide To Settings

    Frequency inverters FMV 2107 FMV 2307 4.6 - Guide to settings This guide to settings is designed to help you customise your inverter and to highlight functions which are described in detail in section 4.5.2. PRINCIPAL SETTINGS Selecting inverter commands Run, reverse, stop the motor.
  • Page 47 Frequency inverters FMV 2107 FMV 2307 SPECIFIC SETTINGS Selecting inverter commands Run, reverse, stop the motor. • Via RS 485, RS 422 serial link : b6 = 1. • Via terminal block : b6 = 0. • Option to prohibit changing direction by pressing key on the operator panel with b51.
  • Page 48 Frequency inverters FMV 2107 FMV 2307 Running : optimising the inverter - motor drive system Adjustment of the switching frequency. • Adjust b14. Vibration : prohibit critical frequencies. • 3 skip frequencies programmed in P10 to P12. • Skip band adjustable via P13 to P15.

  • Page 49: Faults - Diagnostics

    D.C. bus • Terminals L, N (FMV 2107) • Check the power supply. undervoltage Terminals L1, L2, L3 (FMV 2307) : • Check the power components. prolonged undervoltage on the mains supply. D.C. bus • Rapid deceleration (inertial load).

  • Page 50: Display Indication - Inverter Status

    Frequency inverters FMV 2107 FMV 2307 5.2 - Display indication - inverter status Display Description " rdY " Motor stopped, inverter output inactive. " xxx " A run command is given. The numeric value displayed is : - the output frequency (Hz) if b8 = 0,...

  • Page 51: Flowcharts For Locating Malfunctions

    Frequency inverters FMV 2107 FMV 2307 5.4 - Flow charts for locating malfunctions • The inverter does not react to programming instructions via the serial link • The inverter display does not come on Is the inverter configured • Connect terminal C11 for control via the serial to 0V.

  • Page 52: Maintenance

    D.C. bus terminals for at least 15 seconds. FMV 2107 - FMV 2307 inverters require a minimum of 6.3.3 - Measuring the inverter input and output power maintenance and repair operations on the part of the The inverter input and output power can be measured user.

  • Page 53: Testing The Inverter Isolation And Withstand Voltage

    - FMV 2107 1.5M to 3.5M FMV 2307 1.5TL to 3.5TL or FMV 2307 1.5T to 5.5T - FMV 2307 1.5TL to 3.5TL or FMV 2307 1.5T to 5.5T Use the L, N or L1, L2, L3 and U, V, W, +, - terminals on the power circuit.

  • Page 54: Operating Extensions

    Frequency inverters FMV 2107 FMV 2307 7 - OPERATING EXTENSIONS 7.2 - L - FMV lifting interfaces for FMV 2307T * 7.2.1 - Operating principle 7.1 - R - FMV braking resistances The L - FMV interface drives an FMV 2307T frequency...

  • Page 55: Mains Filters (R.f.i.)

    7.5 - PEGASE parameter-setting software 7.3.2 - FMV 2307 1.5TL to 3.5TL and FMV 2307 1.5T to This software enables the serial link and an RS 232/RS 5.5T 485 interface to access all FMV 2107 and FMV 2307 in- verter parameters via a PC.
  • Page 56 Notes...

  • Page 57: Summary Of Settings

    Frequency inverters FMV 2107 FMV 2307 8 - SUMMARY OF SETTINGS FMV type Rating Software (P61) Serial no. Motor type Motor no. Commissioning Your setting Your setting Parameter Factory setting date : date : Minimum output frequency Maximum output frequency...
  • Page 58 Frequency inverters FMV 2107 FMV 2307 Your setting Your setting Parameters Factory setting date : date : Jog frequency Jog/preset speeds 0 (jog) b21 - b23 Standard or specific ramps 0 - 0 b24 - b25 Information on terminals B1 and B2...
  • Page 59 Notes...
  • Page 60 MOTEURS LEROY-SOMER 16015 ANGOULEME CEDEX-FRANCE Imprimerie MOTEURS LEROY-SOMER RC ANGOULEME B 671 820 223...

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Fmv 2107

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