TECO E510 series Manuel utilisateur

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TECO E510 Inverter

Quick Start Guide

1) Ensure that the Inverter & the motor have the correct

KW power and voltage ratings.

Motor full load amps must not exceed the Inverter rating.

2) Ensure that the supply & Motor cables are connected

correctly prior to power up.

3) For single phase supply, use L1(L) & L3(N) on units which

have 3 supply terminals.

4) Connect motor cable to terminals T1, T2 &T3.

(Swap two leads if motor runs in reverse direction).

5) Connect supply Earth and the motor Earth to the drive Earth

terminal.

Note:-

I ) For detailed installation

and wiring refer to the

Instruction manual.

This guide is to assist you in installing and running the inverter and verify that it is

functioning correctly for it’s main and basic features.

For detailed information and if there are any doubts please refer to the instruction manual.

Step 1

Supply & Motor connection

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Apply power to the drive, the display will briefly show the supply voltage

220V followed by flashing.

This is the default (factory set) frequency.

If the unit has been used previously then it will show the last frequency

programmed.

Note:- 50 HZ is set as maximum default frequency. This Provides motor full speed.

Step 2

Apply power to the drive

5.00

Step 3

Test run from keypad

Press RUN KEY to run.

The frequency will ramp up to 5.0 Hz or the user pre-set frequency and

according to the default acceleration ramp time.

Press STOP key to stop.

The frequency will ramp down to zero according to the default decel ramp

time.

Step 4

To alter frequency from keypad. (Default setting).

Use the Arrow keys </RESET and READ/ENTER

To alter the digits to the required frequency.

eg. 50.0 HZ then use RUN and STOP keys to start / stop.

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Remote speed reference and Remote run

1) Ensure that you have carried out installation & wiring requirements as per

previous page before you proceed.

2) For analogue signals 2-10V / 0-10V dc or 0-20mA / 4-20 mA.dc. Use

either terminal AI1or AI2.

Check & set Jumper bars JP2&JP3 as required to position V (voltage)

or I ( current) as below:

V (Voltage) I (Current)

For remote potentiometer OR remote 2-10V / 0-10V dc signal use the

following terminals:

Terminal 10V. The supply provided for use with the potentiometer.

Terminal AI1 or AI2. Potentiometer wiper connection.

Terminal AGND. 0Vdc.

For 0-20mA / 4-20mA signals use the following terminals:

Terminal AI1 or AI2.

Terminal AGND. 0Vdc.

Step 1

Remote mode wiring. Speed reference .

Step 2

Remote mode Run

1) Remote Run signal can be either a PNP or NPN input type.

Set PNP or NPN selection as required by Jumper JP1 as shown below:

Note: PNP ( positive voltage switching) selection is recommended for use in EU.

PNP NPN

2) Connect remote start switch if required according to diagram in the

instruction manual.

Terminals 24V & S1 (Forward run)

Terminals 24V & S2 (Reverse run)

24V is the common terminal for PNP type inverters.

COM (0Vdc) terminal is common for the NPN type inverters.

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How to alter parameters

Step 3

Check/ verify and alter parameters

Check / verify and alter parameters for remote start & remote frequency as

necessary before you proceed. Parameters 00-02 & 00-05

See quick start parameter list & How to alter parameters.

Step 4

RUN using remote speed reference. (Potentiometer 0-10vdc or 4 -

20ma )

1) To run. Activate the remote run switch connected to terminals

S1 ( FWD) or S2 ( REV) as required. Parameter 00-02 = 1

The frequency will ramp up to the frequency set by one of the

following selections according to the set acceleration ramp time:-

Potentiometer on the keypad Parameter 00-05 = 1

External potentiometer. Parameter 00-05 = 2(AI1) or 3(AI2)

External Analogue input Parameter 00-05 = 2(AI1) or 3(AI2)

2) To Stop. De-activate the remote run switch.

The frequency will ramp down to zero and according to the decel ramp

time.

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How to alter parameters using the keypad

1) To alter parameters:- Press the DSP/FUN key,

until the first parameter 00-00 is displayed.

2) Then use the arrow keys </RESET to select the parameter

required then

Press READ/ENTER key to read the preset value.

3) Use the and </RESET keys to alter the setting of the parameters

as per basic quick start parameter list.

Note:- For full parameter list refer to the instruction manual.

4) To save each parameter change, press READ/ENTER key then

the word END will be displayed.

5) Use </RESET key to select the next parameter to alter and

follow steps 2 to 4 until all changes are complete.

6) Pressing the DSP/FUN key repeatedly will alternate the display

between the preset frequency ( flashing display) and the last parameter

accessed or other selectable displays 0 to 7 when selected by parameter

12-00 according to the table below.

【0】:Disable display 【1】:Output Current 【8】:Count Status

【2】:Output Voltage 【3】:DC voltage

【4】:Temperature 【5】:PID feedback

【6】:AI1 【7】:AI2

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Basic Quick Start Parameter List

Parameter

Default

Range

Note

00-00

0-1

0: V/F control mode

1: Vector mode (SLV)

00-14

10.0

0.1~3600.0

Acceleration time in Secs

00-15

10.0

0.1~3600.0

Deceleration time in Secs

00-04

0-2

0: Forward/Stop-Reverse/Stop

1: Run/Stop-Reverse/Forward

2: 3-Wire Control Mode-Run/Stop

00-12

50/60Hz

0.01~650.00

Max frequency limit.

00-13

0.0

0.00~649.00

Min frequency limit

00-02

0-3

Start mode:-

0: Keypad

1: Remote

2: Communication

3: PLC

00-05

0-7

Main frequency source:-

0: Keypad

1: Potentiometer on keypad

2: External AI1 analogue signal

3: External AI2 analogue signal

4: External up/down frequency control

5: Control by Communication method

6: PID output

7: Pulse input

07-09

0-1

Stop method:-

0: Decel to stop

1: Coast to stop

02-01

**A

Motor overload protection according to motor

name plate

13-08

0000

Set to factory setting.

1150: 50HZ system

1160: 60HZ system

1112: Reset PLC

Note:- For Full Parameter List see the Instruction manual

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Control Modes & Auto Tune

E510 provides two control modes

Select the relevant control mode for the application, using parameter 00-00 Control mode.

Default control mode is V/f.

V/f can be used for most applications specifically multi-motor

or applications where auto tune is not successful

or when a customized v/f pattern may be required.

Several V/f patterns are available selectable by parameter 01-00.

Select the appropriate V/f pattern based on the application load type and the motor base

frequency of 50 or 60 Hz.

For selections of the V/f patterns . Refer to the instruction manual.

For Vector modes SLV is used for obtaining best performance from a motor.

V/f Mode Parameters:-

Parameter

Default

Range

Note

01-00

0/9

0-18

0= General Purpose. 50 Hz. System

9= General Purpose. 60Hz. System

For full list of preset patterns set by 01-00,

refer to the manual.

18= Customized V/f.

Set parameters 01-01 to 01-09.

SLV ( vector) mode set parameters in parameter Group 2 .

1) Set the motor parameters highlighted below in Group 2 from motor name plate data.

2) Ensure that the motor is connected correctly then,

3) Enable auto tune function by setting parameter 02-14= 1 ( auto tune Enable).

Auto tune type is Static. No rotation of the motor.

After Auto tune is completed successfully ( no errors) the motor stator & resistance values will

be stored automatically in parameters 02-15 & 02-16.

Group 2 Parameters. Motor data & auto tune

No.

Description

Range

Factory

Setting

Unit

02-00

Motor No Load Current

----

Amps(AC)

02-01

Motor Rated Current (OL1)

----

02-02

Motor rated Slip

Compensation

----

0.0

02-03

Motor rated speed

----

Rpm

02-04

Motor rated voltage

200V: 170.0~264.0

400V: 323.0~528.0

220.0/440.0

02-05

Motor rated power

----

02-06

Motor rated frequency

0~650.0

50.0/60.0

02-07

Motor number of poles.

2 ~16

02-14

Auto Tune

0: Disable

1: Start Auto tune function.

02-15

Stator resistance gain

----

02-16

Rotor resistance gain

----

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Standard wiring. Single phase

Frequency indicator device

or PID input

Frequency

Indicator

10V

AI1

AI2

AGND

0 ~10V

0~20mA

Inverter

output

Induction

Motor

FWD

(Run/Stop) S1

R2B

250 VAC/1A

(30VDC/1A)

Relay

Output

Relay

Output

RS485

CON2

AGND

-0~10VDC

NPN

PNP

AI1 AI2

AV1AV2

Ground

REV (Run/Stop)

250 VAC/1A

(30VDC/1A)

R2A

R1A

R1B

R1C

PBR

Braking resistor

(Option)

+ 24V(PNP)

COM (NPN)

Output disable SG

Speed Control

Multifunction Input Terminals

Pin 1 to Pin 8

Reset

Indicates twisted-pair shield wire

Shows control circuit

Shows main circuit

Indicates shield wire

*1: JP1:NPN/PNP selection, JP2:AI1 0~10V/0~20mA selection, JP3:AI2 0~10V/0~20mA selection

1:Data+

2:Data-

3:Data+

4:RXD0

5:TXD0

6:Data-

7:5V

8:GND

AC Power

source

L1(L)

Fuse

Main

Switch

Power

input

L3(N)

Model:

200V: E510-2P5-H1F (N4S) / E510-201-H1F (N4S) / E510-202-H1F (N4S) / E510-203-H1F (N4S)

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Page 9 of 9 08/08/14

Three phase

Frequency indicator device

or PID input

Frequency

Indicator

10V

AI1

AI2

AGND

0 ~10V

0~20mA

Inverter

output

Induction

Motor

FWD

(Run/Stop) S1

R2B

250 VAC/1A

(30VDC/1A)

Relay

Output

Relay

Output

RS485

CON2

AGND

-0~10VDC

NPN

PNP

AI1 AI2

AV1AV2

Ground

REV (Run/Stop)

250 VAC/1A

(30VDC/1A)

R2A

R1A

R1B

R1C

PBR

Braking resistor

(Option)

Output Disable SG

Speed Control

Multifunction Input Terminals

Pin 1 to Pin 8

Reset

1:Data+

2:Data-

3:Data+

4:RXD0

5:TXD0

6:Data-

7:5V

8:GND

+ 24V(PNP)

COM (NPN)

Indicates twisted-pair shield wire

Shows control circuit

Shows main circuit

Indicates shield wire

*1: JP1:NPN/PNP selection, JP2:AI1 0~10V/0~20mA selection, JP3:AI2 0~10V/0~20mA selection

AC Power

source

Fuse

Main

Switch

Power

input

Model:

200V: E510-202-H3 (N4) / E510-205-H3 (N4) / E510-208-H3 (N4) / E510-210-H3 (N4) / E510-215-H3 (N4) /

E510-220-H3 (N4)

400V: E510-401-H3F (N4S) / E510-402-H3F (N4S) / E510-403-H3F (N4S) / E510-405-H3F (N4S) / E510-

408-H3F (N4S) / E510-410-H3F (N4S) / E510-415-H3F (N4S) / E510-420-H3(F) (N4) / E510-425-

H3(F) (N4)

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