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Easy Start Guide

Page 5

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4. Parameters - overview

Parameter

Description

How to set

b0.00

Access to additional parameters

Default is 0 for Basic Parameters. Set to

to enable Advanced Parameters.

2

E0.08

Maximum output frequency (Hz)

Maximum frequency of the

. Default is

; suitable for most applications.

Inverter

50.00

E0.09

Output frequency high limit (Hz)

Maximum frequency of

. Default is

; suitable for most

speed reference (eg. keypad dial)

50.00

applications. Cannot be higher than E0.08.

E0.10

Output frequency low limit (Hz)

Default is 0.00; set to

for most applications .

05.00

E0.26

Acceleration time (s)

Default is rating dependent; set to

for most applications.

5

E0.27

Deceleration time (s)

Default is rating dependent; set to

for most applications.

5

C2.00

V/F curve mode

Default is

(linear); set to 1 if the motor is driving a Fan or Centrifugal Pump.

0

C1.05

Rated motor power (kW)

Set to match motor nameplate - eg.

0.8 (for 0.75kW)

C1.06

Rated motor voltage (V)

Set to match motor nameplate - eg.

230

C1.07

Rated motor current (A)

Set to match motor nameplate - eg.

3.34

C1.08

Rated motor frequency (Hz)

Default is 50.00. Change to 60.00 for 60Hz motor only - otherwise set at

50.00

C1.09

Rated motor speed (rpm)

Set to match motor nameplate - eg.

1380

C0.05

Carrier frequency (Hz)

Default is rating dependent and will suit most applications.

Increasing Carrier frequency may reduce motor noise.

The Inverter contains a number of settings
which can be changed to tailor it for use in a
wide range of applications. These settings are
known as parameters.

Parameters are typically referred to by code or
number (eg. C1.07 = Rated Motor Current)
with a description available in the manual.

The parameters listed in section 5 are intended
to provide a starting point to allow for basic
operation of the EFC 5610 Inverter.

The parameters contain critical information
essential to the correct operation of the
Inverter. Therefore, they should at least be
checked by the user before the Inverter is
operated for the first time.

5. Parameters to set before use

See section 6 to learn how to set a parameter value.

Set the following parameters to allow the EFC
5610 to control a motor with Run, Stop and
Speed Control from the keypad.

If any of the parameters have been changed
previously, follow the procedure in section 15
to reset the Inverter to Factory Defaults.

5.1 Parameters to check and values to set

Bosch Rexroth EFC 5610 Series Inverter

Summary of Contents for EFC 5610 Series

Page 1: ...ermarket customers It should not be used as a replacement for the manual issued by the manufacturer Issue 1 20180705 This product is not a safety device All safety considerations including but not lim...

Page 2: ...tions Star and Delta How to enable Sensorless Vector control Parameters Overview How to set a Parameter value Power and Motor Connections Three Phase How to Operate the Inverter from the keypad STO Sa...

Page 3: ...y isolated from the power supply have been isolated for at least 5 minutes and that the motor is not turning Bosch Rexroth EFC 5610 Series Inverter Motor Power Earth Phase W Phase V Phase U Live L1 Ne...

Page 4: ...e screened or armoured cable between the I n v e r t e r a n d M o t o r To m i n i m i s e electromagnetic interference ensure the cable screen is grounded as shown The order of the three motor phase...

Page 5: ...o at one side Only two links are required for Star Double up the links if changing from Delta to allow the motor to be changed back in future The order of the three phases determines the direction the...

Page 6: ...eg 230 C1 07 Rated motor current A Set to match motor nameplate eg 3 34 C1 08 Rated motor frequency Hz Default is 50 00 Change to 60 00 for 60Hz motor only otherwise set at 50 00 C1 09 Rated motor spe...

Page 7: ...eg E0 Some parameter groups may be hidden when Advanced Parameters are not enabled Press Set to select E0 There are a total of 17 parameter groups when Advanced Parameters are enabled 6 3 Find a Para...

Page 8: ...ed by parameter E0 10 and the maximum reference by E0 09 7 2 Press the green Run button to start the motor Press the green button firmly to start the motor The motor will accelerate to the speed set i...

Page 9: ...that cannot be decoupled from the motor a stationary Autotune set C1 01 to 1 instead of 2 is possible but is not as accurate A rotating Autotune is therefore the preferred option Parameter Descriptio...

Page 10: ...nvenient location such as a cabinet door if the EFC 5610 is cabinet mounted or on the machine itself A Potentiometer of rating should be used 10kOhm The number of turns depends on the application but...

Page 11: ...ication a remote switch can be used instead The parameters described in Section 5 enable Run Stop operation via the red and green buttons on the Inverter This section explains how to enable 2 wire con...

Page 12: ...he Forward Reverse switch can be omitted A wiring diagram is shown in the illustration opposite The SC and COM terminals must be linked 11 2 Connecting the Switches When run is selected 24V to X1 and...

Page 13: ...is required for this example 35 E1 01 X2 input Default is for Reverse Run default is required for this example 36 E1 02 X3 input Default is 0 set to to select 3 wire control with reverse select 25 E1...

Page 14: ...ng diagram is shown in the illustration opposite Connect the brake resistor to the B and Terminals on the Inverter The order of the connections is unimportant The braking resistor may get hot during o...

Page 15: ...re appropriate for the application It is not recommend to stop a motor using the Inverter STO function The motor should be stopped before STO is activated or an error message will be displayed Sto r S...

Page 16: ...ows b0 do not press and hold the Func button 15 2 Select Parameter b0 10 Press the Set button to select the b0 Parameter group then use the up button to locate parameter b0 10 15 3 Change value of b0...

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