S&S Northern ODE-3-110023-101 Setup Manual Download Page 50 | Manualshive

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48

Optidrive E3 Set-up Guide

16

Dynamic Braking

Optidrive E3 minimum and recommended braking resistor values

Part number

Drive kW

rating

Minimum braking

resistor value (Ω)

Recommended braking

resistor value (Ω)

Approx. braking power with
recommended resistor (kW)

ODE-3-210105-1F42-01

0.55

25

50

0.7

ODE-3-220105-1F42-01

1.1

25

100

1.5

ODE-3-210058-1042

1.1

25

100

1.5

ODE-3-220070-1F42

1.5

25

75

2

ODE-3-220105-1F42

2.2

25

50

3

ODE-3-320153-1042

4

25

25

6

ODE-3-240041-3F42

1.5

75

250

2.4

ODE-3-240058-3F42

2.2

75

200

3

ODE-3-240095-3F42

4

75

100

6

ODE-3-340140-3F42

5.5

25

75

8

ODE-3-340180-3F42

7.5

25

50

12

ODE-3-340240-3F42

11

25

40

15

ODE-3-440300-3F42

15

30

30

20

ODE-3-440390-3F42

18.5

22

22

27.5

ODE-3-440460-3F42

22

22

22

27.5

ODE-3-540610-3F42

30

12

15

40.5

ODE-3-440720-3F42

37

12

12

50.7

The recommended braking resistor will allow the drive to produce 150% braking torque although in most
applications, this level of braking torque is not required.

The power rating of the resistor depends on the application and the average braking power to be dissipated. If
the application is a small inertia which stops once a day, the braking resistor power rating can be small when
compared to a large inertia which is stopped 20 times a day.

Usually a worse case resistor size for arduous applications is ‘drive kW rating X 40%’ so for a 2.2kW drive, a
1kW resistor should satisfy most applications.

Below is an example circuit of how to connect the braking resistor thermal protection so that it removes
power from the inverter in the event of a resistor overload.

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Summary of Contents for ODE-3-110023-101

Page 1: ...Optidrive E3 Simple Set Up Guide 0 37kW 37kW V2 0 0 ...

Page 2: ... Motor Connections 8 6 Basic EMC Information 11 7 Getting Started 19 8 Parameter P 15 23 9 Keypad Control 29 10 Analogue Inputs 34 11 Analogue Digital Output 35 12 Relay Output 36 13 Start Mode Auto Restart 37 14 Motor Control 38 15 DC Injection braking 43 16 Dynamic Braking 47 17 Read Only Status Parameters 50 18 Fire Mode 54 19 Trip Codes 55 20 IP66 Switched Units 62 ...

Page 3: ...o part of this Set Up Guide maybe reproduced or transmitted in any form or by any means electrical or mechanical including photocopying recording or by any information storage or retrieval system without permission in writing from the publisher General information about this Set Up Guide This set up guide gives basic information on setting up the Optidrive E3 in terminal and keypad control It give...

Page 4: ...0 301 1 1 5 7 No No ODE 3 220070 3F4 2 1 5 7 Yes Yes ODE 3 220105 3F4 2 2 2 10 5 Yes Yes ODE 3 320018 3F4 3 4 0 18 Yes Yes ODE 3 320240 3F4 3 5 5 24 Yes Yes ODE 3 420300 3F4 4 7 5 30 Yes Yes ODE 3 420460 3F4 4 11 46 Yes Yes ODE 3 520610 3F42 5 15 61 Yes Yes ODE 3 520720 3F42 5 18 5 72 Yes Yes ODE 3 140022 3F1 1 380 to 480VAC 10 3 0 to 400V 500V max 0 75 2 2 Yes No ODE 3 140041 3F1 1 1 5 4 1 Yes No...

Page 5: ...elease the NAVIGATE button to select parameter edit mode 10 00 Adjust to tge required value using the UP and DOWN buttons Press and release the NAVIGATE button to return to the parameter menu parameter changes are saved when the NAVIGATE button is pressed Use the UP and DOWN buttons to select another parameter to edit P 08 StoP Press and hold the NAVIGATE button 2s to return to the operating displ...

Page 6: ...frequency Output speed Output current Output power From default settings when the drive is enabled the display will show output frequency H 500 Press and release the NAVIGATE button the display will show Output current A 46 Press and release the NAVIGATE button the display will show Output power P 72 ...

Page 7: ...o parameter P 10 1500 When the NAVIGATE button is pressed the display will cycle from Output frequency Output RPM Output Current Output Power Output frequency NOTE On high inertia loads fans flywheels etc if the display is required to show RPM set parameter P 10 to the synchronous speed of the motor 2 pole 3000 4 pole 1500 6 pole 1000 8 pole 750 ...

Page 8: ... above When used as an analogue input 0V to 10V 0 to 20mA 4 to 20mA 5 10VDC User output 10VDC 10mA maximum 1kΩ minimum pot resistance 6 Analogue input 1 Digital input 4 When used as an analogue input 0V to 10V 0 to 20mA 4 to 20mA When used as a digital input as above 7 0V 0V common internally connected to terminal 9 8 Analogue output Digital output Analogue output 0 to 10V 20mA maximum Digital out...

Page 9: ... Open Motor speed controlled by analogue input 1 potentiometer input Switch Closed Motor speed controlled by setting of preset speed 1 parameter P 20 Terminal 5 10V Reference power supply Speed potentiometer 10V reference Terminal 6 Analogue input 1 Speed potentiometer wiper 0 to 10V Terminal 7 0V Speed potentiometer 0V reference internally connected to Terminal 9 Terminal 8 Analogue output motor ...

Page 10: ...y model dependant 200V single phase 200V three phase 400V three phase NOTE On E3 size 4 5 there are earth connections on the drives heatsink at the top and bottom of the drive NOTE For information on connecting a braking resistor see Section 15 Dynamic Braking NOTE Dynamic braking is not available on size 1 drives L1 L2 N L3 U V W Motor Mains Supply Screen shielded motor cable DC DC BR Control Ter...

Page 11: ...ase 400V three phase Size 2 3 4 Mains supply Model dependant 200V single phase 200V three phase 400V three phase NOTE For information on connecting a braking resistor see Section 15 Dynamic Braking NOTE Dynamic braking is not available on size 1 drives Screen shielded motor cable L1 L2 N L3 U V W Mains Supply Motor DC DC BR Control Terminals Optional motor earth ...

Page 12: ...ct connection The usual issues when the wrong connections are made 230V AC drive connected to a 400V star connected motor or 400V AC drive connected to a 690V star connected motor The motor will probably run if starting a lightly loaded motor If the motor tries to start a heavy load or if a heavy load is applied to the motor while running the motor will stall due to a lack of torque and the drive ...

Page 13: ...nvironment Category C2 Stationary drive systems for rated voltages 1000 V for use in the second environment Use in the first environment is possible if the drive system is operated and installed by qualified personnel The warning information and installation instructions supplied by the manufacturer must be observed Category C3 Drive systems for rated voltages 1000 V for exclusive use in the secon...

Page 14: ... Permissible cable length with additional external EMC filter The following diagrams gives examples of connecting the E3 IP20 and IP66 Outdoor rated units for good EMC performance IP20 Power Wiring Method 1 Motor Cable Motor Terminal Box U1 V1 W1 Keep earth tails as short as possible Keep earth tails as short as possible Cable screen to cover at least 85 of the cable surface area Motor Cable Motor...

Page 15: ... as short as possible Cable screen to cover at least 85 of the cable surface area Metal U or P clip to bond cable screen to panel backplate Motor connected in DELTA Please check motor rating for correct connection Either use IP66 nylon cable gland and connect screen to earth terminal as diagram or use IP66 metal EMC gland fitted correctly in accordance with manufacturers guidelines ...

Page 16: ...L3 U V W Mains Supply Cable EMC Motor Cable IP66 Nylon Cable Gland Motor Terminal Box Single Phase Supply Motor Terminals U1 V1 W1 IP66 Nylon Cable Gland Keep earth tails as short as possible Keep earth tails as short as possible Cable screen to cover at least 85 of the cable surface area Motor connected in DELTA Please check motor rating for correct connection IP66 Nylon Cable Gland ...

Page 17: ...L3 U V W Mains Supply Cable EMC Motor Cable IP66 Nylon Cable Gland IP66 Metal EMC Gland Ensure EMC gland is fitted correctly in accordance with manufacturers guidelines IP66 Metal EMC Gland Ensure EMC gland is fitted correctly in accordance with manufacturers guidelines Motor Terminal Box Single Phase Supply Motor Terminals Cable screen to cover at least 85 of the cable surface area ...

Page 18: ...Wiring The following diagrams give examples of control wiring for good EMC performance 1 9 8 7 6 5 4 3 2 11 10 24V DI 1 DI 2 DI 3 AI 2 10V DI 4 AI 1 0V 0V DO 1 AO 1 Status Relay 1 9 8 7 6 5 4 3 2 11 10 DI 1 DI 2 DI 3 AI 2 10V DI 4 AI 1 0V 0V DO 1 AO 1 mA 24V Status Relay ...

Page 19: ...s Supply Motor terminal box Main earth busbar Cable shield exposed and 360o clamp bonded to metal backplate or earth busbar Same for control cables Motor Cable 3 phase and earth shielded screened cable Maintain shield as far as possible along cable Control Cables Twisted pair shielded cables for analogue signals 100mm 100mm Panel mounting backplate with conductive surface Metal backplate bonded to...

Page 20: ...raking resistor Optional external braking resistor Resistor thermal overload protection Resistor thermal overload protection Use screened cable if the braking cable is leaving the enclosure Screened cable Braking cable does not need to be screened cable if not leaving the enclosure But screened cable can be used if so desired Note Some earth cables have been omitted for clarity Please make sure br...

Page 21: ...erminal 2 open The speed potentiometer is set to minimum 2 Power up the drive The display should show S S S ST T T To o o oP P P P 3 Enter the minimum and maximum speeds if required to be different from default settings Parameter P 01 Maximum frequency Default 50 0Hz Parameter P 02 Minimum frequency Default 0 0Hz 50Hz is equivalent to 2 pole motor 3000rpm 4 pole motor 1500rpm 6 pole motor 1000rpm ...

Page 22: ...r the majority of applications especially high inertia loads fans P 10 Motor rated speed does not need to be set 6 Run Enable the drive Close the connection between terminal 1 24VDC and terminal 2 Stop Run The display should show H H H H 0 0 0 0 0 0 0 0 7 Turn the speed potentiometer Turning the speed potentiometer will increase and decrease the speed of the motor While the motor is running openin...

Page 23: ...or in keypad control Minimum control terminal connections 1 Before powering up check The correct mains supply voltage is connected to the drive The motor connections are correct for Y or Star or delta The motor is connected to the drive U to U V to V W to W for forward direction of motor rotation The RUN signal is not given terminal 2 open 2 Power up the drive The display should show S S S ST T T ...

Page 24: ... rated frequency Default 50Hz o Usually the default setting is OK for standard motors NOTE For the majority of applications especially high inertia loads fans P 10 Motor rated speed does not need to be set 6 Set the primary control mode Set the primary control mode Parameter P 12 Default 0 terminal control o P 12 1 Uni directional keypad control Forward only o P 12 2 Bi directional keypad control ...

Page 25: ...arameters can be used to further adapt the terminal set up Parameter P 16 Used to determine the format of the input signal connected to analogue input 1 terminal 6 E g 0 to 10V 4 to 20mA 20 to 4mA etc Parameter P 30 Determines whether the drive should automatically run following a power on if the enable input is present Parameter P 30 also determines the input logic for Fire Mode operation Paramet...

Page 26: ...speed 1 P 20 Closed Preset speed 2 P 21 Analogue input 1 P 15 2 P 15 Digital input 1 Terminal 2 Digital input 2 Terminal 3 Digital input 3 Terminal 4 Preset speed selected Analogue input 1 Terminal 6 2 Open Stop disable Closed Run enable Open Open Preset speed 1 P 20 Open Preset speed 1 to 4 Closed Maximum speed P 01 Closed Open Preset speed 2 P 21 Open Closed Preset speed 3 P 22 Closed Closed Pre...

Page 27: ...l trip input Open Trip Closed Run No trip Analogue input 1 NOTE For motor thermistor connect PTC between 24V and digital input 3 terminals 1 and 4 and set parameter P 47 PTc Th NOTE Closing digital inputs 1 and 2 terminals 2 and 3 together carried out a Fast Stop parameter P 24 P 15 8 P 15 Digital input 1 Terminal 2 Digital input 2 Terminal 3 Digital input 3 Terminal 4 Analogue input 1 Terminal 6 ...

Page 28: ...nput 2 terminal 3 closed Normal acceleration and deceleration ramps P 03 P 04 Digital input 2 terminal 3 open Fast stop P 24 P 15 13 P 15 Digital input 1 Terminal 2 Digital input 2 Terminal 3 Digital input 3 Terminal 4 Analogue input 1 Terminal 6 13 Normally Open NO Momentary close to run forward Normally Closed NC Momentary open to stop Normally Open NO Momentary close to run reverse Open keypad ...

Page 29: ...ed selected 17 Open Stop disable Closed Run enable Open Fire mode activation Logic set in P 30 Open Preset speed 1 P 20 Closed Open Preset speed 2 P 21 Open Closed Preset speed 3 P 22 Closed Closed Preset speed 4 P 23 NOTE Analogue input 1 used as a digital input NOTE 4 preset speeds selectable using digital input 2 and analogue input 1 terminals 3 and 6 P 15 18 P 15 Digital input 1 Terminal 2 Dig...

Page 30: ...P a g e 28 Optidrive E3 Set up Guide 8 Control Terminal Functionality 1 7 6 5 4 3 2 24V DI 1 DI 2 DI 3 10V DI 4 0V P 15 14 Motor thermistor or Klixon or normally closed contact ...

Page 31: ...5 Set parameter P 14 101 to access parameters P 01 to P 50 Set parameter P 14 201 to access parameters P 01 to P 60 P 15 0 Default P 15 Digital input 1 Terminal 2 Digital input 2 Terminal 3 Digital input 3 Terminal 4 Analogue input 1 Terminal 6 0 Open Stop disable Closed Run enable Open No function Closed Increase speed Open No function Closed Decrease speed Open Forward Closed Reverse NOTE Analog...

Page 32: ...d Run enable Open Forward Closed Reverse Open Keypad speed ref Closed Analogue input 1 Analogue input 1 P 15 6 P 15 Digital input 1 Terminal 2 Digital input 2 Terminal 3 Digital input 3 Terminal 4 Analogue input 1 Terminal 6 6 Open Stop disable Closed Run enable Open Forward Closed Reverse External trip input Open Trip Closed Run No trip Open Keypad speed ref Closed Preset speed 1 P 20 NOTE For mo...

Page 33: ...l 4 Analogue input 1 Terminal 6 15 Open Stop disable Closed Run enable Open Preset speed 1 or 2 Closed Keypad reference Fire mode activation Logic set in P 30 Open Preset speed 4 P 23 Closed Preset speed 2 P 21 NOTE Analogue input 1 used as a digital input P 15 16 P 15 Digital input 1 Terminal 2 Digital input 2 Terminal 3 Digital input 3 Terminal 4 Analogue input 1 Terminal 6 16 Open Stop disable ...

Page 34: ...connected to 24V the motor will change direction and run in the forward direction of motor rotation even though reverse was selected via keypad control Connection diagrams for P 15 when P 12 1 or 2 NOTE These connection diagrams only show the connections for Digital inputs 1 2 3 and analogue input 1 Terminals 2 3 4 and 6 Motor thermistor or Klixon or normally closed contact 1 7 6 5 4 3 2 24V DI 1 ...

Page 35: ...um speed Terminal start When terminals 1 and 2 are connected together the drive will Run Enable at the minimum speed set in parameter P 02 3 Previous speed Terminal start When terminals 1 and 2 are connected together the drive will Run Enable at the speed it was running at before the Stop button was pressed or before the drive was powered off 4 Current speed Keypad start When the keypad Run Start ...

Page 36: ...ive will run at preset speed 1 P 20 if the input signal falls below 3mA U U U U 0 0 0 0 0 0 0 0 Unipolar 10 to 0V signal 10V minimum speed P 02 and 0V maximum speed P 01 with default settings I I I IN N N N P P P Po o o ot t t t Default on IP66 switched units Integral potentiometer speed control IP66 switched units only 0V minimum speed P 02 and 10V maximum speed P 01 with default settings Analogu...

Page 37: ...xceeds the adjustable limit set in P 19 6 Output frequency Limit Logic 1 when the drives output frequency is below the adjustable limit set in P 19 7 Output current Limit Logic 1 when the drives motor current is below the adjustable limit set in P 19 Analogue output mode 0 to 10V 8 Default Output frequency speed 0 to 10V proportional to output frequency speed 10V P 01 maximum frequency 9 Output mo...

Page 38: ...fault condition 4 Output frequency Limit Logic 1 when the drives output frequency exceeds the adjustable limit set in P 19 5 Output current Limit Logic 1 when the drives motor current exceeds the adjustable limit set in P 19 6 Output frequency Limit Logic 1 when the drives output frequency is below the adjustable limit set in P 19 7 Output current Limit Logic 1 when the drives motor current is bel...

Page 39: ...y closed NC STOP terminal must be toggled opened and closed and then the drive will run when the normally open NO run pushbutton is pressed NOTE If the drive is set up in with P 15 in any mode apart from the momentary modes P 15 10 11 or 13 and P 30 is set to E E E ED D D DG G G GE E E E R R R R or A A A AU U U UT T T To o o o 0 0 0 0 mode if the drive trips and digital input 1 or digital input 2 ...

Page 40: ...and pump type applications The following section of this User Guide gives information on the various parameters that can influence motor performance Energy Optimiser Parameter P 06 Setting Motor Energy Optimisation Optidrive E3 Energy Optimisation 0 Disabled Disabled 1 Enabled Disabled 2 Disabled Enabled 3 Enabled Enabled Parameter P 06 0 With both the motor energy optimizer and Optidrive E3 energ...

Page 41: ...Motor rated current in P 08 A Suggested magnetising current value A ODE 3 120023 1F1 1 200 to 240VAC 10 1 0 to 230V 250V max 0 37 2 3 1 4 ODE 3 120043 1F1 1 0 75 4 3 2 5 ODE 3 120070 1F1 1 0 75 7 0 4 2 ODE 3 220070 1F4 2 1 5 7 0 4 2 ODE 3 220105 1F4 2 2 2 10 5 5 2 ODE 3 320153 1 4 3 4 15 3 7 2 ODE 3 140022 3F1 1 380 to 480VAC 10 3 0 to 400V 500V max 0 75 2 2 1 3 ODE 3 140041 3F1 1 1 5 4 1 2 4 ODE ...

Page 42: ...ction NOTE If parameter P 13 is set to 1 or 2 pump or fan mode setting parameter P 06 Energy optimizer to a 1 will have no effect If P 06 2 or 3 the Optidrive E3 energy optimization is enabled Spin Start P 33 Setting Description Explanation 0 Default Disabled 1 Enabled On run enable the drive will attempt to determine if the motor is already rotating and if it is will control the motor from its cu...

Page 43: ... enabled the drive immediately carries out a non rotating autotune to measure required data for optimal motor operation NOTES The autotune should be carried out on a cold motor If an autotune has been carried out and the motor or motor cable is changed it is advisable to re autotune the drive to the motor An autotune can be used when P 51 0 Simple vector speed control mode An autotune is not requi...

Page 44: ...tained after the mains power is removed from the drive Index 2 Thermal overload limit reaction 0 Default It trp When the overload accumulator reaches the limit the drive will trip on It trp to prevent damage to the motor 1 Current limit reduction When the overload accumulator reaches 90 the output current limit is internally reduced to 100 of P 08 in order to avoid an It trp The current limit will...

Page 45: ...e in P 04 When it reaches 25 0Hz DC is injected into the motor at the current level set in P 59 for the time set in index 1 of P 32 After the DC injection braking time has elapsed the drive will disable If P 58 is set to P 01 Following a Stop command DC is injected immediately into the motor at the current level set in P 59 for the time set in index 1 of P 32 After the DC injection braking time ha...

Page 46: ... is only initiated on a Start Run or Stop command When DC injection braking on start has been set if the run command is removed during the DC injection braking phase the drive will disable When DC injection braking on stop has been set if the run command is re applied during the DC injection braking phase the DC injection phase must be complete before the drive will re enabled The following diagra...

Page 47: ... 1 DC Injection Braking time Normal speed deceleration ramp profile P 58 DC Injection speed set to 0 0Hz DC Injection Braking On Stop Inject DC at 50Hz Stop command P 59 DC Injection Braking current P 31 Index 1 DC Injection Braking time P 58 DC Injection speed set to 50 0Hz The stopping profile and time depends on DC injection braking current and inertia characteristics ...

Page 48: ...n Stop Inject DC at 30Hz Stop command P 59 DC Injection Braking current P 31 Index 1 DC Injection Braking time P 58 DC Injection speed set to 30 0Hz The stopping profile and time depends on DC injection braking current and inertia characteristics Normal speed deceleration ramp profile ...

Page 49: ...ated as heat in a braking resistor The software protection when enabled on the Invertek 200W size 2 3 or 500W size 4 internally mounted braking resistor OD BR100 IN OD BRES4 IN will trip the drive on 0 0 0 0L L L L B B B BR R R R if the resistor is overloaded The OD BR100 IN and OD BRES4 IN are fail safe resistors and do not require an external thermal overload device If the software protection is...

Page 50: ...440390 3F42 18 5 22 22 27 5 ODE 3 440460 3F42 22 22 22 27 5 ODE 3 540610 3F42 30 12 15 40 5 ODE 3 440720 3F42 37 12 12 50 7 The recommended braking resistor will allow the drive to produce 150 braking torque although in most applications this level of braking torque is not required The power rating of the resistor depends on the application and the average braking power to be dissipated If the app...

Page 51: ...Optidrive E3 Set up Guide P a g e 49 16 Dynamic Braking Basic Connection Diagram ...

Page 52: ...lied to the motor P00 08 DC Bus voltage VDC Displays the drives internal DC bus voltage P00 09 Heatsink temperature o C Displays the drives internal heatsink temperature P00 10 Run time since date of manufacture Displays the run time since date of manufacture This parameter is not affected by setting factory defaults P00 13 Trip log Displays the 4 most recent trips with time stamp P00 20 Internal ...

Page 53: ...the drives internal DC bus in conjunction with the input phase loss circuitry to protect the drive in the event of one input phase being lost With one input phase missing with no motor load the DC ripple is very small As the motor load increases the DC bus ripple will increase At approx 50 motor load the DC bus ripple will increase above the trip threshold and the drive will trip on FLt dc DC bus ...

Page 54: ... press the UP and DOWN buttons together P00 20 Internal drive temperature P00 20 displays the drives internal ambient temperature in o C If the drives internal ambient temperature increases about the trip level the drive will trip on O hEAt P00 26 kWh MWh KiloWatt hours MegaWatt hours P00 26 displays the kWh MWh consumed by the drive When P00 26 is accessed kWh is displayed To display MWh press th...

Page 55: ...Optidrive E3 Set up Guide P a g e 53 17 Read Only Status Parameters P00 32 Actual switching frequency P00 32 displays the actual switching frequency See P00 09 Heatsink temperature ...

Page 56: ...P P L L L LO O O O5 5 5 55 5 5 5 Input Phase Loss Trip S S S S T T T TR R R RP P P P Communications Loss Trip 1 1 1 1T T T T T T T TR R R RP P P P Accumulated overload Trip The following faults will result in a drive trip auto reset and restart 0 0 0 0 U U U Uo o o o1 1 1 1T T T T Over Voltage on DC Bus U U U U U U U Uo o o o1 1 1 1T T T T Under Voltage on DC Bus h h h hO O O O 1 1 1 1 Fast Over c...

Page 57: ...P P P P L L L LO O O O5 5 5 55 5 5 5 Input phase loss trip h h h hO O O O 1 1 1 1 Fast over current trip on drive output T T T Th h h h F F F FL L L LT T T T Faulty thermistor on heat sink d d d da a a aT T T Ta a a a F F F F Internal memory fault IO PCB processor 4 4 4 4 2 2 2 20 0 0 0 F F F F 4 20mA analogue input signal loss d d d da a a aT T T Ta a a a E E E E Internal memory fault Power PCB p...

Page 58: ... O O OV V V VT T T T F F F F Drive output fault Can indicate a possible phase to earth fault on motor motor cable Can indicate an output power stage internal fault within the drive Remove motor cables from drive power down and back up to see if fault clears If fault remains contact the supplier of your drive 1 1 1 1 T T T T T T T TR R R RP P P P Motor thermal overload trip The drive has tripped af...

Page 59: ...ive E E E E T T T TR R R Ri i i iP P P P External trip requested on digital input 3 terminal 4 Normally closed contact between 24V and terminal 4 has opened for some reason Check correct setting of parameter P 15 If motor thermistor is connected to terminal 4 check setting of P 47 check motor is not too hot T T T Th h h h F F F FL L L LT T T T Faulty heatsink thermistor If trip persists and cannot...

Page 60: ... RTU cable connections Check that at least one register is being polled cyclically within the timeout limit set in P 36 index 3 S S S S F F F FO O O O2 2 2 2 CANopen serial communications loss Check the CANopen cable connections Check that cyclic communications takes place within the timeout limit set in P 36 index 3 d d d da a a aT T T Ta a a a F F F F Internal memory fault Control PCB processor ...

Page 61: ...ls 1 2 or change P 30 to A A A AU U U UT T T To o o o 0 0 0 0 With P 30 at A A A AU U U UT T T To o o o 0 0 0 0 the drive will enable and run as soon as power is applied to it Not enough starting torque for application See Knowledge Base document MCW E3 044 Carry out an autotune See parameter P 52 Increase P 11 Torque boost voltage in small increments The drive does not react to signals on the ana...

Page 62: ... active See parameters P 15 15 16 17 18 Mains loss is active The voltage applied to L1 input phase is low or has been lost When mains loss is active the drive will remain in STOP mode Drive is in Standby mode See parameter P 48 Switching frequency has been reduced If parameter P 17 is viewed and it shows the following rEd message it means that the drive has automatically switched down the switchin...

Page 63: ... e 61 19 Trip Codes and Fault Finding The drive does this to try to keep the drive running and prevent the drive from tripping on heatsink over temperature Parameter P00 32 shows the actual switching frequency the drive is running at ...

Page 64: ... P 16 is used to select the analogue input format of analogue input 1 terminal 6 It is also used to enable and disable the integral potentiometer On the IP66 switched units P 16 In Pot default setting When P 16 In Pot terminal 6 is disabled On IP20 units the default setting for P 16 U01 0 To disable the integral switch select a different value for P 16 see table below Setting Description Further i...

Page 65: ...ting Lc OFF means integrated switch is enabled Lc On means integrated switch is disabled ALtErn means integral switch is enabled but function as per table below Use the UP or DOWN buttons to select the setting required Press the STOP button to exit and save the setting Lc On Internal switch disabled Lc OFF Internal switch enabled and works as per E3 IP66 indoor rated ALtErn Internal switch enabled...

Page 66: ...ter Preset speed 1 provides a Jog speed set in P 20 Run in AUTO STOP Run in HAND 0 4 Run in HAND speed controlled from local potentiometer Run in AUTO speed controlled using analogue input 2 e g from PLC with 4 20mA signal format set in P 47 Run in speed control STOP Run in PI control 5 1 In speed control the speed is controlled from local potentiometer In PI control local potentiometer controls P...

Page 67: ...mode P 15 Digital input function select P 44 PI setpoint source P 16 Analogue input 1 format P 45 PI digital setpoint P 17 Switching frequency P 46 PI feedback source select P 18 Output relay function select P 47 Analogue input 2 format P 19 Relay threshold level P 48 Standby mode timer P 20 Preset speed 1 P 49 PI controller wake up error level P 21 Preset speed 2 P 50 Output relay hysteresis P 22...

Page 68: ...inimum speed P 09 Motor rated frequency P 03 Acceleration time P 10 Motor rated speed P 04 Deceleration time P 11 Low speed voltage boost P 05 Stopping mode P 12 Primary command source P 06 Energy optimizer P 13 Operating mode select P 07 Motor rated voltage P 14 Extended menu access Default Control Terminal Connections ...

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