Beijer Electronics Frequency Inverter BFI-P2
KI00306B 2020-03
www.beijer.se www.beijer.no www.beijer.dk
www.beijerelectronics.com www.beijerelectronics.de www.beijerelektronik.com.tr
2 (31)
3 Contents
1
START-UP DOCUMENT
1
2
IMPORTANT SAFETY INFORMATION
1
3
CONTENTS
2
4
INSTALLATION
3
4.1
P
HYSICAL DIMENSIONS
IP66
........................................................................................................................................... 3
4.2
P
HYSICAL DIMENSION
IP20
............................................................................................................................................. 4
4.3
P
HYSICAL DIMENSIONS
IP55
........................................................................................................................................... 5
4.4
F
USES
,
CABLE DIMENSIONS AND POWER LOSSES
........................................................................................................... 6
4.5
D
ERATING
I
NFORMATION
................................................................................................................................................. 7
4.6
O
VERVIEW OF POWER SUPPLY
,
GROUNDING AND MOTOR CABLE
................................................................................... 8
4.7
S
AFE
T
ORQUE
O
FF
,
STO
................................................................................................................................................ 9
4.8
AC-F
LUX BRAKING AND BRAKE TRANSISTOR AND EXTERNAL BRAKE RESISTOR
............................................................ 9
4.9
EMC-
FILTER
.................................................................................................................................................................. 10
4.10
IP66
I
NTEGRATED
C
ONTROL
S
WITCH AND
P
OTENTIOMETER
W
IRING
......................................................................... 10
4.11
O
VERVIEW CONTROL INPUTS
/
OUTPUTS
......................................................................................................................... 11
5
BASIC PARAMETER SETTING
12
5.1
D
IGITAL START IN
1
OR
2
DIRECTIONS AND
1
P
RESET
-
AND ANALOG SETPOINT
.......................................................... 12
5.2
D
IGITAL START SIGNAL IN
2
DIRECTIONS AND
8
FIXED
P
RESET SPEEDS
...................................................................... 13
5.3
A
LARM RESET
................................................................................................................................................................. 14
5.4
T
RANSISTOR OUTPUTS
24
VDC
OR ANALOG OUTPUT
,
0-10
V/4-20
M
A
...................................................................... 14
5.5
PTC-
THERMISTOR
......................................................................................................................................................... 14
5.6
R
ELAY OUTPUTS
............................................................................................................................................................. 15
5.7
F
IELDBUS CONTROL SETTINGS
...................................................................................................................................... 15
5.8
F
IELDBUS COMMUNICATION PROTOCOL
........................................................................................................................ 16
5.9
E
NERGY
O
PTIMIZATION FUNCTION
................................................................................................................................ 16
5.10
C
ONTROL FROM A
M
ODBUS
RTU
MASTER
.................................................................................................................... 17
5.11
C
ONTROL FROM A
CAN
OPEN MASTER
.......................................................................................................................... 18
5.12
BFI-S
MARTSTICK
........................................................................................................................................................... 19
6
AUTOTUNING FOR VECTOR CONTROL
20
6.1
V
ECTOR
C
ONTROL
......................................................................................................................................................... 21
6.2
E
NCODER
....................................................................................................................................................................... 21
6.3
PM
MOTOR
..................................................................................................................................................................... 22
6.4
PLC
................................................................................................................................................................................ 22
6.5
K
EYPAD
.......................................................................................................................................................................... 22
6.6
D
RIVE
O
PERATING
D
ISPLAY
–
OLED
K
EYPAD
,
IP55
AND
IP66
.................................................................................. 23
6.7
A
CCESSING AND
C
HANGING
P
ARAMETER
V
ALUES
–
OLED
K
EYPAD
.......................................................................... 23
6.8
R
ESETTING
P
ARAMETERS TO
F
ACTORY
D
EFAULT
S
ETTINGS
....................................................................................... 24
6.9
C
HANGING THE
L
ANGUAGE ON THE
OLED
D
ISPLAY
–
OLED
K
EYPAD
....................................................................... 24
6.10
K
EYPAD
S
HORT CUTS
.................................................................................................................................................... 25
6.11
IP20
C
HANGING PARAMETERS OR
R
UN MOTOR FROM KEYPAD
................................................................................... 25
6.12
M
ONITORING FROM
K
EYPAD
.......................................................................................................................................... 26
7
GENERAL SPECIFICATION
28
8
WARNING AND ALARM CODES
29
Copyright © Beijer Electronics, 2020
This software/documentation/information (below referred to as ‘the material’) is the property of Beijer Electronics. The
holder or user has a non-exclusive right to use the material.
The holder is not allowed to distribute the material to anyone outside his/her organization except in cases where the
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The material may only be used with products or software supplied by Beijer Electronics. Beijer Electronics assumes no
responsibility for any defects in the material, or for any consequences that might arise from the use of the material.
It is the responsibility of the holder to ensure that any systems, for whatever applications, which is based on or includes the
material (whether in its entirety or in parts), meets the expected properties or functional requirements.
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