Alarm code running single phase motor with 3-phase output BFI

It is not possible to disconnect the 3-phase output current balance protection. Meaning it is not possible to run a single phase motor from a Drive with 3*400VAC or 3*230VAC power supply. The alarm Out-PH can not be disconnected.

Solution is to use a BFI-E3 single phase input and single phase output. It a special hardware version of BFI-E3.

24 VAC connected to terminal 1 will damaged the drive

If 24 VAC is connected to the internal 24 VDC power supply on terminal 1 the drive will damaged.

Contact Beijer Electronics for repair and service.

Overvoltage levels

Thermal protection inside motor connected to BFI-E3/P2/H3

An external temperature sensor located inside the motor can be connected to all BFI-models, BFI-E3/P2/H3.

The sensor is supplied with 24 VDC from the Drive.

Triplevel is a resistance above 2,5 kOhm and reset level is under 1, 9 kOhm.

The signal can also be a digital signal, like Klixon, and it is to be connected to the same terminal in the Drive.

The input is not ATEX classified.

For connection and settings, see manual for the dedicated drive.

OLED Remote External Keypad, Working with Multiple Drive Networks

OLED Remote External Keypad, Working with Multiple Drive Networks

To setup the communication address
By default, the OPT-2-OPPAD-BFI will try to communicate with the drive that has Address 1 in the network after powering up for the first time.
The OPT-2-OPPAD-BFI will display “Scanning for Drive 01.” after power up, which indicates that the OPT-2-OPPAD-BFI is searching for the drive with the correct drive address in the network. Once the drive has been found, the message “Load...” will be displayed on the OPT-2-OPPAD-BFI, which indicates that the OPT-2-OPPAD-BFI is reading the configuration information from the drive. Usually it will take 1~2 seconds for the OPT-2-OPPAD-BFI to read this information. After the data has been loaded, the OPT-2-OPPAD-BFI will display the drive real time status.
If the OPT-2-OPPAD-BFI cannot find the drive in the network, i.e. there is no drive in the network with address equal to 1, the OPT-2-OPPAD-BFI will display “Select drive address 01”. The user can then adjust the address from 1 to 63 by using the UP or DOWN buttons on the OPT-2-OPPAD-BFI.
Once the address has been changed to a value to match that of a connected drive, the STOP button must be pressed to enable the OPT-2-OPPAD-BFI to search for the drive again.

Working with Multiple Drive Networks
When the OPT-2-OPPAD-BFI is used on networks with multiple drives, the user can change the drive address to set up communication with another drive in the same drive network at anytime.
Briefly pressing the STOP and DOWN buttons together results in the message “Select drive address xx” being displayed, where “xx” represents the present drive address. Use the UP or DOWN button to select the desired drive address. After selecting the new address, pressing STOP and DOWN button together again will result in OPT-2-OPPAD-BFI establishing communications with the drive that has this address.
NOTE
For detailed parameter listing and functional setup, please refer to the corresponding BFI user guide

Networks with 2 OPT-2-OPPAD-BFIs connected
A maximum of 2 OPT-2-OPPAD-BFIs can be connected within the same drive network to communicate with the same drive or different drives.
When using two OPT-2-OPPAD-BFIs simultaneously on a network, the user must change the OPT-2-OPPAD-BFI Device Number on the second OPT-2-OPPAD-BFI to ensure correct operation. All OPT-2-OPPAD-BFI units are set to Device Number 1 by default.
To change the Device Number, press the NAVIGATE, STOP and DOWN buttons together. The message “Select OPT-2-OPPAD-BFI ID xx” (xx = 01 or 02) will be displayed. The User can then use the UP or DOWN buttons to change the OPT-2-OPPAD-BFI Device Number to 1 or 2 as required. Press the STOP button to return to normal operation.
Note:

Once the User has set the OPT-2-OPPAD-BFI as Device Number 2, BFI-Tools software cannot be used on the same drive network.

The OPT-2-OPPAD-BFI Device Address should only be changed to 2 if 2 OPT-2-OPPAD-BFI units are connected on a network. An OPT-2-OPPAD-BFI with Device Number 1 must always be present for the network to function correctly.

OPT-2-OPPAD-BFI Possible connections.png

Single phase motors run by BFI-E3/H3/P2

Beijer Electronics Frequency inverter BFI-H3 or BFI-P2 are not intended for drive of single phase motors.

BFI-E3 exists in a special version that can run single phase motors. Contact Beijer Electronics for more information.

DC-choke for BFI-E3, BFI-H3 and BFI-P2

It is not possible to connect a external DC-choke to any model of BFI. But AC-choke can be connected to the Power supply side of the Drive.

Analog input BFI-E3

Analog input to BFI-E3 can be of either format:

- 0 to 10 V or 10 to 0 V ( One dirction)

- 0-10 V ( 0 V=> full speed backwards, 5 V => standing still, 10 V => full speed forward

- 4-20 mA or 20 to 4 mA

- 0-20 mA

BFI to factory default

BFI to factory default

Do like this to reset BFI inverter to factory default parameters:

- Press arrow up + arrow down + stop at the same time for 2 sec.
- Release
- Press stop again to acknowledge.

Alarm, Excessive DC-rippel

Alarm, Excessive DC rippel

The drive trips if DC-rippel for a 3x400VAC drive exceeds 80 V for more than 30 seconds. Normally one phase is lost or there is a wiring problem from power supply to terminal L1, L2 and L3.

How to establish were the problem is:

1: Put the drive in stop

- Verify in parameter P0-37 the 8 latest samples of DC-rippel before the Drive tripped.

- Check P0-16( DC-rippel), should be a few volts standing still.

- Check P0-74( L1-L2 V), P0-75 ( L2-L3 V), P0-76 (L1-L3 V). The measured difference of voltage between the 3 input phases must be less than 3 %.

- Measure voltage between L1, L2 and L3 with an external instrument and confirm that values correspond to P0-74, P0-75 and P0-76..

2: Run the drive with normal load and do the same measuring as above.

If measured values by instrument correspond with parameter values:

Problem might occur if the drive is run in vector control mode. Please change P7-01=0 (U/f-control). Test again and see if problem disappear.

If Vector control is a must condition(P04-01=1) do an Autotuning follwing the manual. Still problem, decrease Speed Loop gain, P04-03 until problem disappears.

If measured values by instrument do not correspond with parameter values: There might be an internal error in the drive. Contact Beijer Electronics.

Alarm O-I Instantaneous over current on drive output

Difference between hO-I and O-I

The only difference is, hO-I is the hardware protection, usually the fault signal from the power module causes the trip. O-I is from the drive software, based on the current measurement on the current transformers.

Alarm, INHIBIT

Larmar BFI-P2/H3 för INHIBIT är de säkra ingångarna inte rätt inkopplade.
Skall man inte koppla dessa signaler till ett säkerhetsrelä så måste man koppla in byglar, se bild

; & nbsp; &nb sp; ; & nbsp;

Fans, external cooling fans

Profibus contacts for BFI-P2 and BFI-H3

There is a physical limitation of the Profibus connector to be used inside BFI-H3 and BFI-P2 up to 7,5 kW (size3).

Profibus connectors from some supplier has a width of 70 mm. This length together with cable outlet on the right side does not fit inside the drive.

The width of a Profibus connector must not exceed 64 mm. Beijer Electronics has 3 st Profibus connector which all fits BFI-P2 and BFI-H3, with and without termination and one with a termination switch.

For BFI-P2 and BFI-H3 from 11 kW( size 4) Profibus contact is mounted on the right side inside the drive. This means Profibus contact must have cable outlet straight out or to the left side. This Profibus contacts Beijer Electronics does not have.

DC-ripple

Due to the hardware design of BFI-H3 with film caps the amount of allowed DC-ripple is 200 VDC which also is the trip level. Former BFI-H3 and BFI-P2 has a trip level of 90 VDC.

Alarm, Excessive DC rippel

The drive trips if DC-rippel for a 3x400VAC drive exceeds 200 V for more than 30 seconds. Normally one phase is lost or there is a wiring problem from power supply to terminal L1, L2 and L3.

How to establish were the problem is:

1: Put the drive in stop

- Verify in parameter P0-37 the 8 latest samples of DC-rippel before the Drive tripped.

- Check P0-16( DC-rippel), should be a few volts standing still.

- Check P0-74( L1-L2 V), P0-75 ( L2-L3 V), P0-76 (L1-L3 V). The measured difference of voltage between the 3 input phases must be less than 3 %.

- Measure voltage between L1, L2 and L3 with an external instrument and confirm that values correspond to P0-74, P0-75 and P0-76..

2: Run the drive with normal load and do the same measuring as above.

If measured values by instrument correspond with parameter values:

Problem might occur if the drive is run in vector control mode. Please change P7-01=0 (U/f-control). Test again and see if the problem disappear.

If Vector control is a must condition(P04-01=1) do an Autotuning follwing the manual. Still problem, decrease Speed Loop gain, P04-03 until problem disappears.

If measured values by instrument do not correspond with parameter values: There might be an internal error in the drive. Contact Beijer Electronics.

Modbus RTU and Modbus TCP communication at the same time

Modbus RTU will not work if the BFI also has a Modbus TCP option module, ABCC-EIT_2P installed. But Modbus TCP will work.

PID-control. Scaling of actual processvalue in display and unit

In the display a provessvalue and unit when runing PID-control can be displayed.

Exampel of how to do this is shown below. In this case a pressure of 0 - 10 bar is measured by a 0 - 10 V.

First of all a small plc program inside BFI-H3 and BFI-P2 needs to be created as below:

Finally the value needs to be scaled in parameter P3-12.

Displayed Value = Value of analof Input2 (0-100%) * P3-12

Forced manual control when runing Fieldbus control

Application

Motor is normally runing by Fieldbus control. With an external switch motor should be able to be stopped and also run manually from the switch. Can be usefull if control motor must be run eventhough fieldbus communication is not working.

Switch should have 3 physical positions and each position should have a normally opend contact.

Position Fieldbus: Control by Fieldbus. Hardware: No input activated to BFI-H3. Position Stop: Motor standing still. Hardware: Wire with 24 VDC from this switchposition connectd to terminal 4 on BFI-H3

Position Manual run: Motor runing forward with spedd in parameter P02-01 Hardware: Wire with 24 VDC from this switchposition connectd to terminal 3 on BFI-H3

For above fuctionality following parameters needs to be set

P1-12=4
P1-13=0
P1-14=201
P9-01=0
P9-03=2
P9-09=2
P9-10=6

Other parameters for optimizing the motor behaviour is not described here.

Emergency runing by a digital signal when normal running by Fieldbus/Ethernet

Normal running by Fieldbus/Ethernet of BFI-H3

Start and speed is normally set by Fieldbus or Ethernet.

If communication fault, speed is automatically changes to Preset Speed 4 (P02-04), without any type of .

If Terminal 2 is activated (Digital input 1) is activated by 24 VDC drive will automatically run forward with speed Prest Speed 1( P02-01).

Nödkörning.doc

CC-Link communication

To think about regarding CC-Link communication between Mitsubishi master and BFI-P2 and BFI-H3.

BFI-P2/H3 is to be defined as Remote Device Station, Exclusive station 2. Means it is occupies 2 stations which is equal to 64 bits/8 words input/output
Master station setting should be Remote Net(Ver2 mode).
The communication to the Drive from the master is not started up automatically. This is done by plc-code in the FB for control of Drive.
Stationnumber is set P05-01, Runing drive by CC-Link P1-12=4 and communication speed in P5-03 as below

Setting 9.6 menas =156kbps, Setting 19.2=625kbps, Setting 38.4=2.5mbps, Setting 57.6=5mbps, Setting115.2=10mbps

BFI-H3, PID reference/setpoint from Fieldbus

All terminals is controlled from group 9 and it is depending on values in P1-12 & P1-13
You can also open up group 9 and configure it all by yourself, this is what we need to do

Settings in group 9 below is same settings as when you have P1-12=4 & P1-13=1.
Except from P9-10 is configured to PID Speed and not Fieldbus speed.
And P9-38 PID reference source is not from P3-05, its from Word 3 in our 4 cyclic in/out words from Profinet.

Settings below is a combination of using start signal from fieldbus, PID reference from fieldbus and speed source is PID speed

You can use Word3 with the normal 4 in/out control words.
You also need to set the function for Word3 in P5-14

Alarm, Excessive DC rippel

Alarm, Excessive DC rippel

The drive trips if DC-rippel for a 3x400VAC drive eceeds 80 V for more than 30 seconds. Normally one phase is lost or there is a wiring problem from power supply to terminal L1, L2 and L3.

How to establish were the problem is:

1: Put the drive in stop

- Verify in parameter P0-37 the 8 latest samples of DC-rippel before the Drive tripped.

- Check P0-16( DC-rippel), should be a few volts standing still.

- Check P0-74( L1-L2 V), P0-75 ( L2-L3 V), P0-76 (L1-L3 V). The measured difference of voltage between the 3 input phases must be less than 3 %.

- Measure voltage between L1, L2 and L3 with an external instrument and confirm that values correspond to P0-74, P0-75 and P0-76..

2: Run the drive with normal load and do the same measuring as above.

If measured values by instrument correspond with parameter values:

Problem might occur if the drive is run in vector control mode. Please change P4-01=2 (U/f-control). Test again and see if problem disappear.

If Vector control is a must condition(P04-01=0) do an Autotuning follwing the manual. Still problem, decrease Speed Loop gain, P04-03 until problem disappears.

If measured values by instrument do not correspond with parameter values: There might be an internal error in the drive. Contact Beijer Electronics.

Cooling fans in the BFI-P2

This list shows whether the Drive is only convection cooled, has fan/fans in the heatsink or fan/fans in the electronics.

To test the fan manually ensure the drive is in a stop condition.
Then activate all five push buttons on the front of the drive, starting with the Stop button.
This will cause all segments to light on the drive display and cause the heat sink fan or internal fan to come on.
If the fan does not activate when the display segments are lit then this indicates a fan fault.

Fan located in the heatsink	Fan located in the electronics	BFI-P2 drive
1	0	BFI-P2-22-0043-1F42-SN
0	1	BFI-P2-22-0043-1F4X-SN
0	1	BFI-P2-22-0043-1F4X-TN
0	1	BFI-P2-22-0043-1F4Y-SN
0	1	BFI-P2-22-0043-1F4Y-TN
1	0	BFI-P2-22-0043-3F42-SN
0	1	BFI-P2-22-0043-3F4X-SN
0	1	BFI-P2-22-0043-3F4X-TN
0	1	BFI-P2-22-0043-3F4Y-SN
0	1	BFI-P2-22-0043-3F4Y-TN
1	0	BFI-P2-22-0070-1F42-SN
0	1	BFI-P2-22-0070-1F4X-SN
0	1	BFI-P2-22-0070-1F4X-TN
0	1	BFI-P2-22-0070-1F4Y-SN
0	1	BFI-P2-22-0070-1F4Y-TN
1	0	BFI-P2-22-0070-3F42-SN
0	1	BFI-P2-22-0070-3F4X-SN
0	1	BFI-P2-22-0070-3F4X-TN
0	1	BFI-P2-22-0070-3F4Y-SN
0	1	BFI-P2-22-0070-3F4Y-TN
1	0	BFI-P2-22-0105-1F42-SN
0	1	BFI-P2-22-0105-1F4X-SN
0	1	BFI-P2-22-0105-1F4X-TN
0	1	BFI-P2-22-0105-1F4Y-SN
0	1	BFI-P2-22-0105-1F4Y-TN
1	0	BFI-P2-22-0105-3F42-SN
0	1	BFI-P2-22-0105-3F4X-SN
0	1	BFI-P2-22-0105-3F4X-TN
0	1	BFI-P2-22-0105-3F4Y-SN
0	1	BFI-P2-22-0105-3F4Y-TN
1	0	BFI-P2-24-0022-3F42-SN
0	1	BFI-P2-24-0022-3F4X-SN
0	1	BFI-P2-24-0022-3F4X-TN
0	1	BFI-P2-24-0022-3F4Y-SN
0	1	BFI-P2-24-0022-3F4Y-TN
1	0	BFI-P2-24-0041-3F42-SN
0	1	BFI-P2-24-0041-3F4X-SN
0	1	BFI-P2-24-0041-3F4X-TN
0	1	BFI-P2-24-0041-3F4Y-SN
0	1	BFI-P2-24-0041-3F4Y-TN
1	0	BFI-P2-24-0048-3F42-SN
0	1	BFI-P2-24-0048-3F4X-SN
0	1	BFI-P2-24-0048-3F4X-TN
0	1	BFI-P2-24-0048-3F4Y-SN
0	1	BFI-P2-24-0048-3F4Y-TN
1	0	BFI-P2-24-0095-3F42-SN
0	1	BFI-P2-24-0095-3F4X-SN
0	1	BFI-P2-24-0095-3F4X-TN
0	1	BFI-P2-24-0095-3F4Y-SN
0	1	BFI-P2-24-0095-3F4Y-TN
1	0	BFI-P2-32-0180-3F42-SN
0	1	BFI-P2-32-0180-3F4X-SN
0	1	BFI-P2-32-0180-3F4X-TN
0	1	BFI-P2-32-0180-3F4Y-SN
0	1	BFI-P2-32-0180-3F4Y-TN
1	0	BFI-P2-32-0240-3F42-SN
1	0	BFI-P2-34-0240-3F42-SN
0	1	BFI-P2-34-0240-3F4X-SN
0	1	BFI-P2-34-0240-3F4X-TN
0	1	BFI-P2-34-0240-3F4Y-SN
0	1	BFI-P2-34-0240-3F4Y-TN
1	0	BFI-P2-34-0180-3F42-SN
0	1	BFI-P2-34-0180-3F4X-SN
0	1	BFI-P2-34-0180-3F4X-TN
0	1	BFI-P2-34-0180-3F4Y-SN
0	1	BFI-P2-34-0180-3F4Y-TN
1	0	BFI-P2-34-0240-3F42-SN
1	0	BFI-P2-42-0240-3F4N-SN
1	0	BFI-P2-42-0240-3F4N-TN
1	0	BFI-P2-42-0300-3F4N-SN
1	0	BFI-P2-42-0300-3F4N-TN
1	1	BFI-P2-42-0460-3F4N-SN
1	1	BFI-P2-42-0460-3F4N-TN
1	0	BFI-P2-44-0240-3F4N-SN
1	0	BFI-P2-44-0240-3F4N-TN
1	0	BFI-P2-44-0300-3F4N-SN
1	0	BFI-P2-44-0300-3F4N-TN
1	1	BFI-P2-44-0390-3F4N-SN
1	1	BFI-P2-44-0390-3F4N-TN
1	1	BFI-P2-44-0460-3F4N-SN
1	1	BFI-P2-44-0460-3F4N-TN
2	1	BFI-P2-52-0610-3F4N-SN
2	1	BFI-P2-52-0610-3F4N-TN
2	1	BFI-P2-52-0720-3F4N-SN
2	1	BFI-P2-52-0720-3F4N-TN
2	1	BFI-P2-54-0610-3F4N-SN
2	1	BFI-P2-54-0610-3F4N-TN
2	1	BFI-P2-54-0720-3F4N-SN
2	1	BFI-P2-54-0720-3F4N-TN
1	1	BFI-P2-62-0900-3F1N-SN
1	1	BFI-P2-62-0900-3F1N-TN
1	1	BFI-P2-62-0900-3F4N-SN
1	1	BFI-P2-62-0900-3F4N-TN
1	1	BFI-P2-62-1100-3F1N-SN
1	1	BFI-P2-62-1100-3F1N-TN
1	1	BFI-P2-62-1100-3F4N-SN
1	1	BFI-P2-62-1100-3F4N-TN
1	1	BFI-P2-62-1500-3F1N-SN
1	1	BFI-P2-62-1500-3F1N-TN
1	1	BFI-P2-62-1500-3F4N-SN
1	1	BFI-P2-62-1500-3F4N-TN
1	1	BFI-P2-62-1800-3F1N-SN
1	1	BFI-P2-62-1800-3F1N-TN
1	1	BFI-P2-62-1800-3F4N-SN
1	1	BFI-P2-62-1800-3F4N-TN
1	1	BFI-P2-64-0900-3F1N-SN
1	1	BFI-P2-64-0900-3F1N-TN
1	1	BFI-P2-64-0900-3F4N-SN
1	1	BFI-P2-64-0900-3F4N-TN
1	1	BFI-P2-64-1100-3F1N-SN
1	1	BFI-P2-64-1100-3F1N-TN
1	1	BFI-P2-64-1100-3F4N-SN
1	1	BFI-P2-64-1100-3F4N-TN
1	1	BFI-P2-64-1500-3F1N-SN
1	1	BFI-P2-64-1500-3F1N-TN
1	1	BFI-P2-64-1500-3F4N-SN
1	1	BFI-P2-64-1500-3F4N-TN
1	1	BFI-P2-64-1800-3F1N-SN
1	1	BFI-P2-64-1800-3F1N-TN
1	1	BFI-P2-64-1800-3F4N-SN
1	1	BFI-P2-64-1800-3F4N-TN
2	1	BFI-P2-72-2020-3F1N-SN
2	1	BFI-P2-72-2020-3F1N-TN
2	1	BFI-P2-72-2020-3F4N-SN
2	1	BFI-P2-72-2020-3F4N-TN
2	1	BFI-P2-72-2480-3F1N-SN
2	1	BFI-P2-72-2480-3F1N-TN
2	1	BFI-P2-72-2480-3F4N-SN
2	1	BFI-P2-72-2480-3F4N-TN
2	1	BFI-P2-74-2020-3F1N-SN
2	1	BFI-P2-74-2020-3F1N-TN
2	1	BFI-P2-74-2020-3F4N-SN
2	1	BFI-P2-74-2020-3F4N-TN
2	1	BFI-P2-74-2400-3F1N-SN
2	1	BFI-P2-74-2400-3F1N-TN
2	1	BFI-P2-74-2400-3F4N-SN
2	1	BFI-P2-74-2400-3F4N-TN
2	1	BFI-P2-74-3020-3F1N-SN
2	1	BFI-P2-74-3020-3F1N-TN
2	1	BFI-P2-74-3020-3F4N-SN
2	1	BFI-P2-74-3020-3F4N-TN
1	1	BFI-P2-84-3700-3F14-SN
1	1	BFI-P2-84-3700-3F14-TN
1	1	BFI-P2-84-3700-3F44-SN
1	1	BFI-P2-84-3700-3F44-TN
1	1	BFI-P2-84-4500-3F14-SN
1	1	BFI-P2-84-4500-3F14-TN
1	1	BFI-P2-84-4500-3F44-SN
1	1	BFI-P2-84-4500-3F44-TN

Alternate between EtherNet control and Digital/analog

BFI-P2 IP66 with Potentiometer and switches

The 3-position switch can be dedicated different functionality. Factory setting is Stop/Run Forward/Run Reverse and speed decided by potentiometer.

It is possible to alternate between control by Fieldbus/EtherNet communication and start/stop/speed by potentiometer by switch.

Functionality:

OFF: Drive is standing still

REV: Drive Running Forward with speed decided by potentiometer

FWD: Drive start/stop and speed controlled by Serial/Fieldbus/EtherNet communication

Parameters needed to be set:

ID	Value	Factory Default	Description
P1-13	0: User Defined	1	Digital Inputs Function Select
P1-14	201	0	Extended Menu Access Code

ID	Value	Factory Default	Description
P9-01	1: Digital Input 1	1: Digital Input 1	Enable Input Source
P9-02	0: OFF	0: OFF	Fast Stop Input Source
P9-03	1: Digital Input 1	1: Digital Input 1	Forward Run Input Source
P9-04	0: OFF	0: OFF	Reverse Run Input Source
P9-05	0: OFF	0: OFF	Latch Function Enable
P9-06	0: OFF	2 Digital Input 2	Reverse Enable Source
P9-07	1: Digital Input 1	1: Digital Input 1	Reset Input Source
P9-08	0: OFF	0: OFF	External Trip Input Source
P9-09	2: Digital Input 2	16: ON	Terminal Control Override Source
P9-10	6: Fieldbus Speed	0: Analog Input 1	Speed Source 1
P9-11	0: Analog Input 1	2: Preset Speed	Speed Source 2
P9-18	2: Digital Input 2	3: Digital Input 3	Speed Select Input 0

Main switch in BFI-P2

The main switches in BFI-E2, BFI-P2 and BFI-H2 has following data:

Manufacturer ABB:

Model: OT40F3

Code: 1SCA104902R1001

The main switch has a number of certificates and approvals. Some of these approvals are:

- DNV

- CCC

- BV

- German Lloyd

- Lloyds register

- Kema

More information about the Main Switch is to be found on the homepage of main switch manufacturer.

Overcurrent trip

The Drive can trip for either O-I or h O-I. The differences are not shown in the manuals. This is the difference:

O-I : Software over current, measured from the current transformers by software

h O-I : Hardware over current. It depends on the drive how this is achieved, most use IPMs, so it is the trip signal from the module itself, otherwise it's a hardware measurement circuit on the power board.

This gives two levels of protection, but also tell us where the over current was detected. Usually O-I will react first as the limit is lower, but not always in the case of a short circuit or failed power module for example.

Power consumption in standby

Power consumption to BFI have been measured during following conditions:

Mains power applied
Safety inputs NOT activated
Enable not activated
No other I/O:s connected
Coooling fans off

Encoder feedback

Missing A- and B-inverse signals

The 24 VDC encoder feedback board for BFI-P2 requires 4 wire input, A, A inverse, B and B inverse.

It might happend that there are only 2 wires available, A and B chanel. In these cases the A-inverse and B-inverse must be connected to 1/2 of the output voltage of the encoder. If for instance a 24 VDC encoder is used, A-inverse and B-inverse should be permanent connected to +12 VDC. Then the option board will then work properly.

Input Impedance for Encoder feedback option board

- Option board Item number 63170, 24 VDC Encoder, is 47 kohm.

- Option board Item number 63121, 5 VDC Encoder, is 120 ohm.

BFI as DC / AC Converter

It is possible to supply a BFI-P2 inverter with DC voltage.
(only P2 inverters can be used, not H2 H3 or E2 E3)

In case of using the output to supply a transformer, it is essential to add a sinus filter, to avoid overheating of the trafo due to PWM output voltage.
See attached table for recommended TNR type filter:

- TNR 29848 Sine Wave Filter Un=400 VAC, In=4,5A fn<=70Hz, fs=4...16kHz

- TNR 29849 Sine Wave Filter Un=400 VAC, In=6,5A fn<=70Hz, fs=4...16kHz

- TNR 29850 Sine Wave Filter Un=400 VAC, In=8A fn<=70Hz, fs=4...16kHz

- TNR 29851 Sine Wave Filter Un=400 VAC, In=10A fn<=70Hz, fs=4...16kHz

- TNR 29739 Sine Wave Filter Un=400 VAC, In=18 fn<=70Hz, fs=4...16kHz

- TNR 29740 Sine Wave Filter Un=400 VAC, In=24A fn<=70Hz, fs=4...16kHz

- TNR 29741 Sine Wave Filter Un=400 VAC, In=32A fn<=70Hz, fs=4...16kHz

- TNR 29854 Sine Wave Filter Un=400 VAC, In=42A fn<=70Hz, fs=4...16kHz

For BFI:s up to 22 kW should external DC supply always be connected to L1 and L2 to avoid Alarm "main loss" trip and also use the internal precharge circuit inside the BFI.
Set parameter P2-38=3 (DC-Bus Supply Operation Mode)
For 600V DC, a 400V drive is fine , Since the drive is designed for 380-480V AC which gives us 380 AC * SQRT(2) - 480 AC* SQRT(2) = 537 - 679V DC

BFI cable connectors fork type

12.07.2019
BFI Main circuit terminal connections

The Main circuit terminals on the smaller BFI inverters can appear to be rather small, when using 4mm2 \ 6mm2 cables. Normal connector materials for 6mm2 will often be to wide to fit the terminal width. Below is some links to fork type cable connectors that is 8mm wide for M4 screws and 4-6mm2 cables:

Uninsulated

4mm2 \ M4 https://no.rs-online.com/web/p/crimp-spade-connectors/1788705/

4-6mm2 \ M5 https://no.rs-online.com/web/p/crimp-spade-connectors/1788706/

4-6mm2 \ M4 https://vogtshop.ch/index.cfm?content=productData&Language=2&TreeID=DBEA8953-552B-4520-BF21-169B3352D4ED&sId=FAC766A5-877B-43A4-80C2-CE466643CD10

4-6mm2 \ M4 https://www.tme.eu/no/en/details/bm01320/non-insulated-terminals/bm-group/bm-01320/#

Insulated

4-6mm2 \ M4 https://no.rs-online.com/web/p/crimp-spade-connectors/2673969/

4-6mm2 \ M4 https://no.rs-online.com/web/p/crimp-spade-connectors/1788723/

H2 h3 P2 E3 Optidrive kabelsko cableshoes kabelskor cable clamps gaffel

Start-up manual BFI-E3 English

KI00369B Firmware version 3.08

BFI-E3 Start-Up Manual KI00369B.pdf

Manual Modbus RTU 485-communication BFI-E3 (English)

Manual Modbus RTU 485-communication BFI-E3

AN-BEI-E3-038 Modbus RTU Control and Register Mapping.pdf

Manual: User Guide BFI-E3 (English) ver1.20

BFI-E3 User Guide Ver 1.20 Firmware 3.00

BFI-E3 User Guide Ver 1.20.pdf

Manual CANopen BFI-E3

AN-BEI-E3-xxx CANopen Control and Register Mapping.pdf

Manual BFI-Tools, PC-software for BFI

Contain explanations of Parameter handling, Trace function, PLC and Scope

BFI Tools User Guide Issue 1.0.pdf

Manual BFI-Smartstick for programming by Bluetooth

The BFI-SmartStick is used for fast and accurate repeat drive programming.

It can also be used to communicate with the BFI via the BFI-Tools Mobile smartphone app and PC-program BFI-Tools.

82-STICK3-BFI User Guide Iss1.00.pdf

Kom-Igång dokument BFI-E3 Swedish

KI00368B, Firmware 3.08

BFI-E3 Kom-Igång Manual KI00368B.pdf

Manual for Programexample Modbus TCP communication with BFI-E3 from X2 control

Manual and program example

Manual Modbus RTU RS-485- communication

Manual Modbus RTU for BFI-H3

AN-BEI-H3-038 Modbus RTU Control and Register Mapping.pdf

Manual Profibus DP BFI-P2 and BFI-H3

Short manual with expalanation of LED:s and input/output data.

Profibus DP manual BFI-P2_H2_H3.pdf

Kom-Igång Frequency Inverter (Swedish) BFI-H3 (KI00362C)

There is also an english version available called KI00363C

KI00362C.pdf

Manual (english) BFI-H3 , User Manual version 3.08

User Guide BFI-H3 V3.08.pdf

Start-Up-Document (english) Frequency Inverter BFI-H3 (KI00363C)

A swedish version is available called KI00362C

KI00363C.pdf

Manual Modbus RTU 485-communication

AN-BEI-P2-038 Modbus RTU Control and Register Mapping.pdf

Manual Performance Inverter BFI-P2 (english) , version 3.04

Manual Performance Inverter BFI-P2 (english) , Supports firmware 2.45 August 2020.

User Guide BFI-P2 V3.04.pdf

Kom-Igång dokument BFI-P2 Swedish

Kom-Igång BFI-P2 KI-00307.pdf

Manual CanOpen BFI-P2

Manual CANopen BFI-P2.pdf

Start-Up-Document BFI-P2, Performance Inverter (English KI00306B )

Start-Up-Document BFI-P2, Performance Inverter (English KI00306B).

Start-up Manual BFI-P2 KI00306B.pdf

Manual BFI-C2, Engineering Guide Issue 08

Contact Beijer Electronics to get the Manual.

BFI-C2 Engineering Guide Issue 08.pdf

Cable CAB155: Cable for CANopen between any product and BFI

Open end with 3 wires avaliable and RJ45 intended for BFI.

CAB155.pdf

Cable CAB154: Cable for CANopen between X2 Control and BFI

Cable has a D-sub connector with built in 120 ohm resistance intended for X2 Control and one RJ45 connector inteded for BFI_P2 or BFI-E3

CAB154.pdf

Cable CAB114: Cable for ModBus RS485 between any product and BFI

Cable has one RJ45 for connection to BFI and other end is opened with 3 wires for terminal connection.

6223S1.pdf

Cable CAB113: Cable for ModBus RS485 between X2 panel and BFI

6222S1.pdf

CAD drawings All BFI-E3 (STEP)

BFI-E3 All STEP files.zip

CAD drawings All BFI-E3 dxf-files

BFI-E3 All dxf files.zip

CAD Drawings: BFI-H3 All models (dwg/pdf)

BFI-H3 Drawings.zip

CAD drawings BFI-H3 All models (step)

BFI-H3 Drawings STEP.zip

CAD drawings BFI-H3 IP20 All sizes (step)

Mechanical drawings: BFI-P2, STEP-files

BFI-P2 STEP files.zip

Mechanical drawings BFI-P2, (.pdf and .dxf)

BFI-P2 Mechanical drawings .ZIP.zip

CAD Drawing BFI-C2 Size2 (step files)

BFI-C2 Size 2.STEP

CAD Drawing BFI-C2 Size1A (step files)

BFI-C2 Size 1A with basic pod.STEP

Manufacture Declaration for US and Canada

Link to Ul appproval: https://iq.ulprospector.com/en/profile?e=82674

Link to Canada approval: https://iq.ulprospector.com/en/profile?e=83127

Or Download a copy of latest approval 20200305.

Approvals for US and Canada 20200305.pdf

Manufacture Declaration BFI-E3: CE Declaration of Confirmity

CE Declaration of Conformity BFI-E3 2016.pdf

Manufacturer declaration: BFI-H3 Declaration of Conformity CE

CE Declaration of Conformity BFI-H3 2016.pdf

Manufacturer declaration: BFI-P2 DNV Marine Approval

DNV Approval BFI-P2 2018.pdf

Manufacturer declaration: BFI-P2 CE Declaration of Conformity

CE Declaration of Conformity BFI-P2 2016.pdf

Program example iX Developer: X2 Base control of BFI by Modbus RTU

Example shows how X2 Base7 control/monitor up to 63 mixed BFI-E3/H3/P2 in a Modbus RTU network. Functions supported are:

- Start/stop/Change Speed/Alarm Reset

- Monitoring of variables

- Read/Write Parameters

- Trend, Recipe functions

Made in iX Developer 2.40 SP4.

iX_BFI_ModbusRTU_X2Base7_20200304.zip

Program example CODESYS and iX: X2 Control communication with BFI by Modbus RTU

This program example contains one CODESYS project and one iX project. The projects are meant to be used for quick start of applications and contains most of the basic functionality needed as well as some extended functions.

Program example is intended for X2 Control communicating by Modbus RTU with BFI-P2, BFI-E3 or BFI-H3.

Program example support:

Works only towards BFI Frequency inverters
Start and stop
Change Setfrequency
Normal-, fast- or coasting-stop
Inverter Alarm Reset
Constant overview of Drive Outputs-, Alarm-, Safety-, Running Hours status
Read and Write of all parameters and data available in the inverter
Read of Drive type, Input voltage, Power, Frame size, Firmware and serialnumber

Zip-file contain iX project and Codesys program is an archive-file.

Library file containing Function block for CANopen control of BFI has version 1.10.

Programs are written in CODESYS v3.5 SP13 Patch3 and iX Developer 2.40 SP4.

Program example BCS Tools and iX: Nexto Xpress communication with BFI by Modbus RTU

This program example contains one BCS-Tools project and one iX project. The projects are meant to be used for quick start of applications and contains most of the basic functionality needed as well as some extended functions.

Program example is intended for Nexto Xpress communicating by Modbus RTU with BFI-E3, BFI-P2 or BFI-H3.

Program example support:

Works only towards BFI Frequency inverters
Start and stop
Change Setfrequency
Normal-, fast- or coasting-stop
Inverter Alarm Reset
Constant overview of Drive Outputs-, Alarm-, Safety-, Running Hours status
Read of Drive type, Input voltage, Power, Frame size, Firmware and serialnumber

Contain 3 files, one iX-project, one BCS-Tools and one pdf.

Programs are written in BCS-Tools 3.20 and iX Developer 2.40 SP4.

Program example BCS Tools and iX: Nexto Xpress communication with BFI by CANopen

This program example contains one BCS Tools project and one iX project. The projects are meant to be used for quick start of applications and contains most of the basic functionality needed as well as some extended functions.

Program example is intended for BCS Tools communicating by CANopen with BFI-P2 or BFI-E3.

Program example support:

Works only towards BFI Frequency inverters
Start and stop
Change Setfrequency
Normal-, fast- or coasting-stop
Inverter Alarm Reset
Constant overview of Drive Outputs-, Alarm-, Safety-, Running Hours status
Read and Write of all parameters and data available in the inverter
Read of Drive type, Input voltage, Power, Frame size, Firmware and serialnumber

Folder in the "zip-files" contains the latest archive files for both BCS Tools and iX Developer.

Programs are written in BCS Tools 3.20 an and iX Developer 2.40 SP4.

Program example CODESYS and iX: X2 Control communication with BFI by CANopen

This program example contains one CODESYS project and one iX project. The projects are meant to be used for quick start of applications and contains most of the basic functionality needed as well as some extended functions.

Program example is intended for X2 Control communicating by CANopen with BFI-P2 or BFI-E3.

Program example support:

Works only towards BFI Frequency inverters
Start and stop
Change Setfrequency
Normal-, fast- or coasting-stop
Inverter Alarm Reset
Constant overview of Drive Outputs-, Alarm-, Safety-, Running Hours status
Read and Write of all parameters and data available in the inverter
Read of Drive type, Input voltage, Power, Frame size, Firmware and serialnumber

Zip-file contain iX project and Codesys program is an archive-file.

Library file containing Function block for CANopen control of BFI has version 1.10.

Programs are written in CODESYS v3.5 SP13 Patch3 and iX Developer 2.40 SP4.

Programexample Modbus TCP communication with BFI-E3 from X2 control

Manual and program example

Program example BCS Tools and iX: Nexto communication with BFI by EtherCAT

This program example contains one BCS-Tools project and one iX project. The projects are meant to be used for quick start of applications and contains most of the basic functionality needed as well as some extended functions.

Program example is intended for Nexto communicating by EtherCat with BFI-P2 or BFI-H3.

Program example support:

Works only towards BFI Frequency inverters
Start and stop
Change Setfrequency
Normal-, fast- or coasting-stop
Inverter Alarm Reset
Constant overview of Drive Outputs-, Alarm-, Safety-, Running Hours status.
Read and Write of parameters
Read of Drive type, Input voltage, Power, Frame size, Firmware and serialnumber

Contain 3 files, one iX-project, one BCS-Tools and one pdf.

Programs are written in BCS-Tools 3.20 and iX Developer 2.40 SP4.

Program example iX Developer: X2 Base control of BFI by Modbus TCP

Example shows how X2 Base7 control/monitor up to 63 BFI-H3 and BFI-P2 in a Modbus TCP network. Functions supported are:

- Start/stop/Change Speed/Alarm Reset

- Monitoring of variables

- Read/Write Parameters

- Trend, Recipe functions

Made in iX Developer 2.40 SP4.

iX_BFI_ModbusTCP_X2Base7_iX_20200304.zip

Program example CODESYS and iX: X2 Control communication with BFI_P2/BFI-H3 by Modbus TCP

CODESYS_X2Control_BFI_ModbusTCP_OpenSourceCode_v110.projectarchiveThis program example contains one CODESYS project and one iX project. The projects are meant to be used for quick start of applications and contains most of the basic functionality needed as well as some extended functions.

Program example is intended for X2 Control communicating by Modbus TCP with BFI-P2 or BFI-H3 equipped with a 2-port option board for Modbus TCP..

Program example support:

Works only towards BFI Frequency inverters
Start and stop
Change Setfrequency
Normal-, fast- or coasting-stop
Inverter Alarm Reset
Constant overview of Drive Outputs-, Alarm-, Safety-, Running Hours status
Read and Write of all parameters and data available in the inverter
Read of Drive type, Input voltage, Power, Frame size, Firmware and serialnumber

Zip-file contain iX project and Codesys program is an archive-file.

Library file containing Function block for Modbus TCP control of BFI has version 1.10.

Programs are written in CODESYS v3.5 SP13 Patch3 and iX Developer 2.40 SP3.

Program example CODESYS and iX: X2 Control communication with BFI by EtherCat

This program example contains one CODESYS project and one iX project. The projects are meant to be used for quick start of applications and contains most of the basic functionality needed as well as some extended functions.

Program example is intended for X2 Control communication between CodeSys and BFI-P2 or BFI-H3 by EtherCAT.

Program example support:

Works only towards BFI Frequency inverters
Start and stop
Change Setfrequency
Normal-, fast- or coasting-stop
Inverter Alarm Reset
Constant overview of Drive Outputs-, Alarm-, Safety-, Running Hours status
Read and Write of all parameters and data available in the inverter
Read of Drive type, Input voltage, Power, Frame size, Firmware and serialnumber

Zip-file contain iX project and Codesys program is an archive-file.

Library file containing Function block for EtherCatcontrol of BFI has version 1.10.

Programs are written in CODESYS v3.5 SP13 Patch3 and iX Developer 2.40 SP4.

Program example BCS Tools and iX: Nexto Xpress communication with BFI by Modbus TCP

Program example is intended for Nexto Xpress communicating by Modbus TCP with BFI-P2 or BFI-H3.

This program example contains one BCS-Tools project and one iX project. The projects are meant to be used for quick start of applications and contains most of the basic functionality needed as well as some extended functions.

Program example support:

Works only towards BFI Frequency inverters
Start and stop
Change Setfrequency
Normal-, fast- or coasting-stop
Inverter Alarm Reset
Constant overview of Drive Outputs-, Alarm-, Safety-, Running Hours status
Read of Drive type, Input voltage, Power, Frame size, Firmware and serialnumber

Contain 3 files, one iX-project, one BCS-Tools and one pdf.

Programs are written in BCS-Tools 3.20 and iX Developer 2.40 SP4.

Program example BCS Tools and iX: Nexto communication with BFI by ModbusTCP

Program example is intended for Nexto CPU BCS-NX3020 communicating by Modbus TCP with BFI-P2 or BFI-H3. BCS-NX3020 can easily be exchange to any CPU model from BCS-NX3003 to BCS-NX3030.

This program example contains one BCS-Tools project and one iX project. The projects are meant to be used for quick start of applications and contains most of the basic functionality needed as well as some extended functions. .

Program example support:

Works only towards BFI Frequency inverters
Start and stop
Change Setfrequency
Normal-, fast- or coasting-stop
Inverter Alarm Reset
Constant overview of Drive Outputs-, Alarm-, Safety-, Running Hours status
Read of Drive type, Input voltage, Power, Frame size, Firmware and serialnumber

Contain 3 files, one iX-project, one BCS-Tools and one pdf.

Program example BFI Tools: Internal PLC-program exampel for Positioning

Simpel PLC-program for positioning between 2 limit switches. Program is done in a sequence with total 6 steps. zip file consits of both plc-program file and parametersetting file. Program is done in a BFI-P2. 230 VAC and 1,5 kW.

Functionality

One startsignal activates the positioning.
Speed in both directions are set in parameter P2-01.
The duration of the positioning is set in P01-15 and unit is in seconds
Positioning starts always in forward direction until Positive Limit switch is reached. Then it stops.
After stop it automatically starts in revese direction until Negative limit switch is reached. Then it stops.
After stop it automatically starts in forward direction until Positive limit switch is reached. Then it stops. And so on.....
When time set in seconds in P01-15 is exceeded the positioning is being stopped
New start is done with a positive pulse on startsignal input
Start can be done if limit switches are already actvivated

Exampel Positioning.zip

Datasheet: Input AC Line chokes to BFI

Input AC-choke to BFI

Input Chokes BFI 20200819.docx

Datasheet: Sine wave filter

Data and dimensions of sine wave filter 4,5 to 90 A, 3*400 VAC.

Sine wave filter 20200403.pdf

Datasheet: Output chokes for BFI

Between BFI and motor an output choke can be used. It compensates for the capacity created by the shield of the motor cable. Should be used when motor cable length is out of specification.

Output chokes.pdf

Specification of all BFI, Functions/Hardware

Data sheet is comparing hardware and functionality between the 3 BFI-models.

Summary of BFI functionality 2016_06_07.pdf

Datasheet: External EMC-filters for BFI

EMC Filters BFI.pdf

Datasheet Additional relay for BFI-E3, ODP-2ROUT-BFI

Manual(english) Extra relay output ODP-2ROUT-BFI for BFI-E2.pdf

Datasheet: Cables for Modbus RTU to BFI

Manual _english_ Cabling Modbus RTU to BFI.pdf

Datasheet: External parameterunit OPT-2-OPPAD-BFI

An external Parameter unit can be connected to the RJ45 connector of the BFI with a standard patch cable. Mainly monuted an in the door of an electrical cabinet were IP20 Drives are mounted.

OPT-2-OPPAD-BFI OLED Remote keypad BFI-E2-P2-H2 English 20130206.pdf

Datablad: Extra reläutgång till BFI-E3, ODP-2ROUT-BFI

Extra relä BFI-E2 ODP-2ROUT-BFI.pdf

Datablad Externt bromsmotstånd till BFI-E3 och BFI-P2.

Externt bromsmotstånd till BFI-P2 BFI-E2 OD-BRXXX-BFI.pdf

Datablad Extern parameterenhet OPT-2-OPPAD-BFI

OPT-2-OPPAD-BFI OLED Remote keypad BFI-E2-P2-H2 Swedish 20130206.pdf

Datablad Kablage för Modbus RTU mot BFI

OPT-Cables-BFI Data Cable Accessories Swedish 20130916.pdf

Datasheet Isolator switch option for BFI-P2 IP55

For BFI-P2 and BFI-H3 IP55 Frame Size 4 and 5 Isolator switch is an option to attached to the BFI. 2 different versions are available. One for IP55 Frame Size 4 and one for IP55 Frame Size 5. Means following Drives can be applied with the option:

BFI-P2 IP55: 400 VAC / (11 till 37 kW) och 230 VAC / (5,5 till 18,5 kW)

BFI-H3 IP55: 400 VAC / (15 till 37 kW) och 230 VAC / (7,5 till 22 kW).

BFI Isolator switch box BFI-P2 BFI-H3 20200617.pdf

Datasheet Additional option board with 3 additional realy outputs

Internal option to be mounted inside BFI-P2 or BFI-H3 giving an additional 3 realy outputs.

OPT-2-CASCD-BFI Extended Relay 20200622.pdf

Datasheet Additional option board with 3 digital inputs and one relay output

Internal option to be mounted inside BFI-P2 or BFI-H3 giving an additional 3 digital inputs and one additional relay output.

OPT-2-EXTIO-BFI Additional Inputs 20200622.pdf

Datasheet: TTL encoder feedback for BFI-P2

Manual TTL Encoder feedback to BFI-P2 OPT-2-ENCOD-BFI.pdf

Datasheet: Extra IO by CanOpen to BFI-P2, OPT-2-CANIO-BFI

Manual (english) Extra IO by CanOpen OPT_2_CANIO_BFI.pdf

Datablad Pulsgivaråterkoppling till BFI-P2

Manual TTL Encoder Module till BFI_P2 OPT-2-ENCOD-BFI.pdf

Application note BFI-E3, Using The Display Scaling Function

AN-BEI-E3-011 Using The Display Scaling Function.pdf

Application note BFI-E3, Using Standby Mode

AN-BEI-E3-012 Using Standby Mode.pdf

Application note BFI-E3, Setting the Required Stopping Mode

AN-BEI-E3-003 Setting the Required Stopping Mode.pdf

Application note BFI-E3, Selecting the Start - Restart Mode

AN-BEI-E3-008 Selecting the Start - Restart Mode.pdf

Application note BFI-E3, Programming the Drive User Relays

AN-BEI-E3-009 Programming the Drive User Relays.pdf

Application Note BFI-E3, PI Closed Loop feedback

AN-BEI-E3-032 PI Closed Loop Feedback Control Applications.pdf

Application note BFI-E3, Additional relay output option modules

AN-BEI-E3-010 Additional relay output option modules.pdf

Application Note BFI-H3, Fire Mode Operation

AN-BEI-H3-032 PID-control.pdf

Application Note BFI-H3, Bypass Operation

AN-BEI-H3-078 Bypass Operation.pdf

Application note BFI-H3. Pump clean function

AN-BEI-H3-076 Using the Pump Clean function.pdf

Application note BFI-H3. Multi Pump Cascade control, DOL

One drive is speed controlling one pump and connecting/disconnecting one to four pumps Direct online

AN-BEI-H3-073 Multi Pump Cascade control.pdf

Application Note BFI-H3, Locking Parameters to Prevent Changes

AN-BEI-H3-004 Locking Parameters to Prevent change.pdf

Application Note BFI-H3, Optiflow Multi Pump Cascade Control

AN-BEI-H3-068 Optiflow Multi Pump Cascade Control.pdf

Application Note BFI-H3, Setting the Motor Nameplate Details

AN-BEI-H3-001 Setting the Motor Nameplate Details.pdf

Application Note BFI-H3, PID-control

Detailed explanation of the PID-functionality in BFI-H3

AN-BEI-H3-032 PID-control.pdf

Application Note BFI-H3, Setting up Acceleration and Deceleration Ramp Rates

AN-BEI-H3-002 Setting up Acceleration and Deceleration Ramp Rates.pdf

Application Note BFI-H3, Setting the Required Stopping Mode

AN-BEI-H3-003 Setting the Required Stopping Mode.pdf

Application note BFI-P2, Using The Display Scaling Function

AN-BEI-P2-011 Using The Display Scaling Function.pdf

Application note BFI-P2, Use of Drive on generator supplies

Application note describing how the BFI-P2 will work in generator-operation.

AN-BEI-P2-060 Use of Drives on Generator supplies.pdf

Application note BFI-P2, Selecting the Start - Restart Mode

AN-BEI-P2-008 Selecting the Start - Restart Mode.pdf

Application note BFI-P2, Scaling of displayed value

AN-BEI-P2-011 Using The Display Scaling Function.pdf

Application note BFI-P2, Remote Push-button Speed Control

AN-BEI-P2-025 Remote Push-button Speed Control.pdf

Application note BFI-P2, Programming the Drive User Relays

AN-BEI-P2-009 Programming the Drive User Relays.pdf

Application note BFI-P2, Permanent Magnet and Brushless DC Motor Control

AN-BEI-P2-050 Permanent Magnet and Brushless DC Motor Control Ver2.pdf

Application note BFI-P2, Mounting Drives in control panels

Application note describes how to mount one or several BFI-P2's in a cabinet. Applicable to all BFI models.

AN-BEI-P2-070 Mounting Drives in Control Panels.pdf

Application Note: BFI-P2, Modifying the Constant V-F Output characteristic

AN-BEI-P2-015 Modifying the Constant V-F Output characteristic.pdf

AN-BEI-P2-015 Modifying the Constant V-F Output characteristic.pdf

Application note BFI-P2, Master Slave Network Operation

AN-BEI-P2-027 Master Slave Network Operation.pdf

Application note BFI-P2, Hoist Applications

AN-BEI-P2-034 Hoist Applications.pdf

Application note BFI-P2, High Frequency Firmware

AN-BEI-P2-063 High Frequency Firmware.pdf

Application note BFI-P2, Fan components in Drive construction

AN-BEI-P2-062 Use of Fan Components in Drive Construction.pdf

Application note BFI-P2, Encoder-less Vector Control for 3 Phase Induction Motors

AN-BEI-P2-058 Encoder-less Vector Control for 3 Phase Induction Motors.pdf

Application note BFI-P2, Displaying Motor Speed in rpm

AN-BEI-P2-005 Displaying Motor Speed in RPM.pdf

Application note BFI-P2, Setting Required Stopping Mode

AN-BEI-P2-003 Setting the Required Stopping Mode.pdf

Application note BFI-P2, Locking Parameters to Prevent Changes

AN-BEI-P2-004 Locking Parameters to Prevent Changes.pdf

Application note BFI-P2, Setting Motor nameplate Details

AN-BEI-P2-001 Setting the Motor Nameplate Details.pdf

Application note BFI-P2, Skip Frequency function

AN-BEI-P2-007 Using the Skip Frequency Function.pdf

Application note BFI-P2, Using Multiple Motor in Parallel

AN-BEI-P2-045 Using Multiple Motor in Parallel.pdf

Configuration files CanOpen (eds) for BFI-P2 and BFI-E3.

Configuration files of eds-type intended for CanOpen communication with Frequency inverter BFI-P2 or BFI-E3.

CanOpen is built-in and connection is on RJ45-connector of BFI-P2 and BFI-E3.

BFI-P2: 2 configuration files. One for physical Size 2 -3 and one for Size 4-6.

BFI-E3: One file for all BFI-E3.

Configuration file Profibus DP (gsd) for BFI-H3 and BFI-P2.

Configuration file for Profibus DP communication with BFI-H3 and BFI-P2.

The gsd-file is intended for ABCC-DPV1-2 Profibus Module and supports DPV1.

HMSB1811.gsd

Configuration file EtherCat (xml) for BFI-H3 and BFI-P2.

Use version ESI_BFI_ECT_V_1_09_20190507.xml

ESI_BFI_ECT_V_1_08.xm is for earlier versions of EtherCat boards.

Configuration file DeviceNet (eds) for BFI-H3 and BFI-P2

ABCC-DEV-2 EDS.zip

Configuration file Profinet (xml) for BFI-H3 and BFI-P2

Remember to configure Output 4 words on the first Slot and Input 4 words on the second Slot and select one called FW>=1.3

GSDML-V2.25-HMS-ABCC-PRT2P-20111117.xml

Brochure General Purpose Inverter BFI-E3 (English)

BFI-E3 (English)

BREN613F_E3 Inverter_20200320.pdf

Brochure HVAC Inverter BFI-H3 (English)

BREN629B - HVAC Inverter H3.pdf

Brochure Performance Inverter BFI-P2 (english)

BREN573B_inverter_P2_20200320.pdf

BFI Tools Mobile

BFI Tools Mobile from Beijer Electronics is an intuitive and easy-to-use Smartphone App which provides wireless configuration and monitoring of the BFI product range. Wireless operation is carried out via Bluetooth BLE and is available on any BFI when the BFI-Smartstick is plugged into a drive or a drive network.

Download BFI Tools Mobile app (for iPhone, iPad, and iPod touch) and install from App Store:
https://apps.apple.com/app/id1452274287

--- Android version: ---
Android version, not yet available in Google Play Store.
In the meantime, you can install the Android app version 1.33.968.

Don't forget to allow "unknown apps": Settings | (Biometrics and) security | Install unknown apps | Crome (your browser) | Allow from this source

Beijer v1.33.968.zip

IPconfig 3.2.1.1 tool for BFI-H3 and BFI-P2

Software tool for optionboard Modbus TCP to frequency inverter BFI-H3 and BFI-P2.

IPconfig is an easy-to-use tool for TCP/IP configuration. To be used for setting of IP-address, communication Time-out [seconds], Read/Write to parameters and Read status within the Drive. The software is only to be installed on the PC.

Latest version of the tool can downloaded from: anybus.com

hms-IPConfigTool_3.2.1.1.zip

Article number	61632
Warranty	2 year

IP class	IP20
Physical size	Size 2
Measurements (H x W x D)	221 mm x 110 mm x 150 mm
Weight	1.7 kg
Typical power loss at rated power	0,02
Main switch	No
Built in Main switch, control switch and potentiometer	No
Conformal coated PCBs	Yes, 3C2/3S2 conformal coated PCBs

Output voltage	1 x 230 VAC
Rated motor current	10.5 A
Overload capacity	150% for 60 seconds, 175% for 2,5 seconds
Motor power	1.5 kW
Output frequency	0 – 500Hz, 0.1Hz resolution
Built-in brake transistor	Yes
Regenerative capacity	100 % ED

Supply voltage	200 – 240VAC ± 10%
Voltage fluctuations	+/- 10%
Phase imbalance	3% maximum allowed
Displacement factor	> 0.98
Supply frequency	48 – 62Hz
Power cycles	120 per hour maximum, evenly spaced

Control modes	V/F Voltage Vector, Energy Optimised V/F, Sensorless Vector Speed Control, Synchronous Reluctance Motor Control, Brushless DC Motor Control, Open Loop PM Vector Control
Current/torque limitation	Current limitation
PWM frquency	4-32 kHz effective
Stopping mode	Ramp to Stop: User Adjustable 0.1 – 600 seconds,Coast to Stop
Braking	Motor Flux Braking
Skip frequency	No
Analog setpoint control	0 to 10V, 10 to 0V, 0 to 20mA, 20 to 0mA, 4 to 20mA, 20 to 4mA
Digital setpoint control	4 fixed speeds, Motorised Potentiometer, Keypad, Modbus RTU, CANopen

Modbus RTU	9.6 - 115.2 kbps selectable (8N1, 8N2, 8E1, 8O1)
BACnet MS/TP	No
Modbus TCP	No
Ethernet IP	No
EtherCat	No
Profinet IO	No
Profibus DP(DPV1)	No
Device Net	No
CC-Link	No
CAN open	Yes, 125 - 1000 kbps

Power supply	100 mA @ 24 VDC, 10 mA @ 10 VDC
Inputs	4 in total, 2 Digital, 2 Analog or Digital, selectable
Digital inputs	8-30 V DC, PNP, Response time: < 4 msec, Internal or external supply
Analog inputs	Resolution:12 bit, Response time: <4 msec; Accuracy: <± 2% of full scale, Adjustable scaling
Outputs	2 total, 1 relay, 1 analog or digital
Digital transistor outputs	24VDC/20 mA, Internal supply
Relay outputs	Maximum Voltage: 250 VAC, 30 VDC Switching Current Capacity: 6A AC, 5A DC
Analog outputs	0 to 10 V, 10 to 0 V, 0 to 20mA, 20 to 0mA, 4 to 20mA, 20 to 4mA
Safety inputs	No
Extra IOs	No

Low voltage directive	2014/35/EU
EMC directive	2014/30/EU Cat C1 according to EN61800-3:2004
Conformance	CE, UL
Machine directive	2006/42/EC
Marine approvals	No
Safe torque OFF	No
Restriction of hazardous substances	RoHS2
Registration evaluation and authorisation of chemicals	Reach
Earth leakage current	EN 61800-5-1: 2007. Test techniques EN 60990:2000. 1x230 VA < 2,5 mA, 3x400VAC < 4,65 during runing
DC Bus discharge time	EN 61800-5-1:2007
Electrostatic discharge	EN 61800-3:2004+A1-2012. Test techniques EN 61000-4-2:2009.
Dielectric strength	61800-5-1: 2007
Surge	EN 61800-3: 2004+A1-2012. Test techniques EN 61000-4-5:2006.
Electrical fast transient burst	EN 61800-3: 2004+A1-2012. Test techniques EN 61000-4-4:2004.

Temperature operation	-20 to 50 °C
Humidity	95% max, non-condensing

Registration

Registration

New user?

Log in

Produkter

Frequency inverters

General purpose

BFI-E3-22-0105-1F42-01

Article number 61632

Contact us

Fakta

General description

Mechanical

Output ratings

Input ratings

Control specification

Communication

Display

HVAC

Control terminals

Control features

Standard compliances

Ambient conditions

Maintenance

Resurser

Knowledge

Drawings

Program examples/Start-up

Applications

Brochures

Manuals

Certificates

Data sheets

Configuration files

Software

Alarm code running single phase motor with 3-phase output BFI

24 VAC connected to terminal 1 will damaged the drive

Overvoltage levels

Thermal protection inside motor connected to BFI-E3/P2/H3

OLED Remote External Keypad, Working with Multiple Drive Networks

Single phase motors run by BFI-E3/H3/P2

DC-choke for BFI-E3, BFI-H3 and BFI-P2

​​Analog input BFI-E3

​​BFI to factory default

Alarm, Excessive DC-rippel

Alarm O-I Instantaneous over current on drive output

Alarm, INHIBIT

Fans, external cooling fans

Profibus contacts for BFI-P2 and BFI-H3

DC-ripple

Modbus RTU and Modbus TCP communication at the same time

PID-control. Scaling of actual processvalue in display and unit

Forced manual control when runing Fieldbus control

Application

Emergency runing by a digital signal when normal running by Fieldbus/Ethernet

Normal running by Fieldbus/Ethernet of BFI-H3

CC-Link communication

BFI-H3, PID reference/setpoint from Fieldbus

​​Alarm, Excessive DC rippel

Cooling fans in the BFI-P2

Alternate between EtherNet control and Digital/analog

Main switch in BFI-P2

Overcurrent trip

Power consumption in standby

Encoder feedback

BFI as DC / AC Converter

BFI cable connectors fork type

Start-up manual BFI-E3 English

​​Manual Modbus RTU 485-communication BFI-E3 (English)

Manual: User Guide BFI-E3 (English) ver1.20

Manual CANopen BFI-E3

Manual BFI-Tools, PC-software for BFI

Manual BFI-Smartstick for programming by Bluetooth

Kom-Igång dokument BFI-E3 Swedish

Manual for Programexample Modbus TCP communication with BFI-E3 from X2 control

Manual Modbus RTU RS-485- communication

Manual Profibus DP BFI-P2 and BFI-H3

Kom-Igång Frequency Inverter (Swedish) BFI-H3 (KI00362C)

Manual (english) BFI-H3 , User Manual version 3.08

Start-Up-Document (english) Frequency Inverter BFI-H3 (KI00363C)

Analog input BFI-E3

BFI to factory default

Alarm, Excessive DC rippel

Manual Modbus RTU 485-communication BFI-E3 (English)

Manual Modbus RTU 485-communication

Start-Up-Document BFI-P2, Performance Inverter (English KI00306B )

CAD drawings All BFI-E3 (STEP)

CAD drawings All BFI-E3 dxf-files

Mechanical drawings BFI-P2, (.pdf and .dxf)

Manufacture Declaration BFI-E3: CE Declaration of Confirmity

Application note BFI-E3, Using The Display Scaling Function

Application note BFI-E3, Using Standby Mode

Application note BFI-E3, Setting the Required Stopping Mode

Application note BFI-E3, Selecting the Start - Restart Mode

Application note BFI-E3, Programming the Drive User Relays

Application note BFI-E3, Additional relay output option modules