Manufacture Declaration: CE-certificate for BSD Servo Amplifier, Servo Motor and EMC-filters

​Please contact your local Beijer Electronic office for the CE-certificates

Manufacture Declaration: US and Canada for BSD EMC-filter 400VAC

EMC-filter BSD-TB6-B010LBEI and BSD-TB6-B030NBDC

• Manufacturer Declaration for CE UL cUL for BSD EMC-filters 400V.pdf

EU Declaration of Confirmity for Battery standalone and battery inside encodercable L7NH

​One declaration is just a stand alone battery and the other one for the battery inside the encodercable. The standalone battery is a sparepart to be used inside the ecnodercable. 

• Declaration_of_Conformity_Battery for encodercable L7NH.pdf
• Declaration_of_Conformity_for_Battery inside encodercable L7NH.pdf

RoHS, Restriction of Hazardous Substances.

​​EU RoHS directive 2015/863/EU Statement of Compliance, Contact Beijer Electronics for certificate.

REACH Directive Compliance Statement

​​Contact Beijer Electronics for the Certificate

Manufacture Declaration: US and Canada for BSD EMC-filter 230VAC

​EMC-filter MF-2F230-06.230-MFa and  MF-2F230-06.230-MFb.

Link to UL appproval: 230 VAC EMC-filter

Link to Canada appproval 230 VAC EMC-filter

Here is a pdf copy of US and Canada approval: 

• Manufacturer Declaration UL and cUL 230VAC EMC filter for BSD servo.pdf

Manufacture Declaration: US and Canada for BSD Servo Amplifier and Servo motor

Link to UL appproval: 

BSD Servo Amplifier

BSD Servo Amplifier 100/200/400 W

BSD Servo motors

Link to Canada approval: 

BSD Servo Amplifiers

Servo Amplifiers 100/200/400W

BSD Servo motors

Or Download a copy of latest approval 20240318.

• 20240318 BFI BSD UL approval NMMS.E365311.pdf
• 20240318 BFI_BSD cUL approval NMMS7.E365311.pdf
• 20240318 BSD-L7 100_200_400W cUL Approval NMMS8.E365311.pdf
• 20240318 BSD-L7 100_200_400W UL Approval NMMS2.E365311.pdf
• 20240318 BSD-Servomotors cUL Approval PRHZ8.E487597.pdf
• 20240318 BSD-servomotors UL Approval PRHZ2.E487597.pdf

General handling of positions with Beijer servo products

Basic description of how to setup a servo application to handle the movement requirements, based on the BSD template projects for BoX2 pro motion and X2 control.​

• 190723 General handling of positions with Beijer servo products.pdf

Handling of modulo positioning - SoftMotion vs SoftControl

​Basic description of how to use modulo positioning with the BSD template projects for BoX2 pro motion and X2 control.

• 190718 Modulo positioning - SoftMotion vs SoftControl.pdf

BSD-L7NHA - Issue jogging away from NOT / POT

​In BSD firmware 0.98 and 1.0, there is an issue not letting the operator jog away from Positive or Negative software limits. The operator can use absolute/relative positioning to get the motor away from POT/NOT.

Issue could not be replicated when using only BSD Tools to jog away from POT/NOT - only when using out X2 Control program.

Solution: Downgrade to BSD Firmware 0.96

BSD Tools - No connection with USB

​

Issue:

Cannot communicate with BSD Drives from PC through USB-connection.
When trying to connect, no connection can be established.

Solution:

Update driver to allow BSD Tools to communicate with BSD Drive.

Procedure

Download and extract the zip file attached to this article.

Right-click the *.inf file and choose install.

Optional, if needed replug the device again or the command "Scan for hardware change", to trigger the detection process 

If the driver install and detection of the BSD driver was successful there should now be a LS Mecapion device in the Device Manager.

Sometimes it can be troublesome to find the device in the Device Manager due to different naming not reflected to the real name of the device. In case of trying to uninstall the device etc one needs to find this specific device.

An alternative to Device Manager where usb devices can be sorted based on the registration time stamp is to use a third-party software like USBDeview.
https://www.nirsoft.net/utils/usb_devices_view.html

• install_driver.zip

How to control the physical outputs on a BSD-L7NHx servo drive

​The BSD-L7NHx servo drive has an IO-connector with 8 digital inputs and 4 digital outputs. The outputs have a predefined functionality but that can be changed to allow control from the PLC-program. The example below shows how to control output 1 (default assigned to the brake) using Codesys.

1. Configure output 1 to "unassigned" by setting parameter 2210#00 to 0 (zero).

2. Configure the mask for output 1 to "enabled" by setting parameter 60FE:#02, bit 16 to 1 (65536).

3. Write the parameters to EEPROM.

3. Activate the output using the name of servo axis followed by the output, for example with the servo template for X2 control: Servo_PP1.PlcToDrv.PhysicalOutputs.16

Output 16 is controlling output 1, 17 is controlling output 2 etc. The parameters can be found in the startup parameters tab by double clicking on the servo drive in the Codesys hardware configuration. If using the template the drives can be written to EEPROM by activating the input pin at the bottom left of the function block: xPrmStoreAll.

An IO cable is needed to be able to use the outputs. For more information see the BSD circuit diagrams and the Startup manual KI00390.

This information is available in the BSD-L7NH-manual:

BSD-L7NH - Encoder types

​BSD-L7NH supports several encoder types and some requires an external adapter. When using the BSD range of motors all encoder and motor related parameters are read automatically.

To use the Sinusoidal and Analog Hall encoders an external adapter is necessary to convert from analog signal to BiSS protocol, more details in the attached document.

Datasheet and dimensions 400VAC EMC-filter for BSD

​BSD-TB6-B010LBEI and BSD-TB6-B030NBDC

• TB6-B Series.pdf

BSD - CAD files (2D/3D) for L7NH drives

• L7NH Series_CAD_2D.zip
• L7NH Series_CAD_3D.zip

CAD Drawings: EMC-filter for 800W BSD (STEP)

​MF-2F230-06.230-MFb

• MF-2F230-006.230MFb.STEP

CAD Drawings: EMC-filter for BSD up to 400W (STEP)

• MF-2F230-006.230MFa.STEP

BSD-L7x Installation and wiring

​Wiring diagrams of EMC-filter, drive, motor and I/O for the BSD-L7NH and BSD-L7P-series servo drives

• 160530 BSD-L7x Installation and wiring.pdf

User manual BSD-L7NHA series amplifiers 230VAC ver. 1.0

• L7NHA 200V Eng.pdf

User manual BSD-L7NHB series amplifiers 400VAC ver. 1.0

• L7NHB 400V Eng.pdf

BSD-L7NH and iX SoftMotion Startup Manual KI00374D

• BSD and iX SoftMotion Startup Manual KI00374D.pdf

BSD-L7NH and iX SoftControl Startup Manual KI00381

• BSD and iX SoftControl Startup Manual KI00381.pdf

BSD-L7P User Manual

​BSD-L7P User Manual

• BSD-L7P Manual 200V v1.00.pdf

BSD-L7NH EtherCAT ESI device description file

EtherCAT ESI device description xml file for the BSD-L7NHA (200V) and L7NHB (400V) servo drive. (ESI = EtherCAT Slave Information)

------------Release notes------------

1.0
- Current version

0.80
- Merged xml files for CSP and PP mode (used to be two different)

- Default setting when inserting a slave device is with "DC unused" and 0x6060 = 1 (PP mode)
- Changed the name of the slave device to BSD-L7NH-ETC.

• Beijer Electronics BSD-L7NH_V1.0.xml

Program example CSx (BoX2 pro motion) - BSD v3.28

​This program example contains a Codesys- and iX-project with functionality to handle the most common motion features on a BoX2 pro motion solution with BSD-L7NH EtherCAT drives.

The example is prepared for eight axis but more can be added.

Do not modify the POU 'prgServoControl' or the iX-screens. If they are kept intact it will be much easier to support or upgrade. Also the iX-screens are very valuable when configuring, troubleshooting or examining the application.

CS = Cyclic Synchronous, P = profile mode, x = generic term for either position (P), velocity (V) or torque (T)

Please read the information in the _Read_Me POU within the Codesys project.

• BSD and BoX2 pro motion Startup Manual KI00390.pdf
• CDS351010_BSD_CSx_v328.projectarchive
• iX251_X2_Pro_7_BSD_CSx_Px_v505.zip

BoX2 pro motion and BSD Start up manual KI00390

​Start up manual covering the fundamental information needed to select, install, configure, commission and trouble shoot a solution with BoX2 pro motion and BSD products.

Note that the start up template itself is not included, it is available as a separate thread. 

• BSD and BoX2 pro motion Startup Manual KI00390.pdf

Program example Px (X2/BoX2 control/Nexto Xpress/Modular - BSD v3.38

​This program example contains everything you need in order to get your X2/BoX2/Nexto control solution with BCS Tools and BSD products up and running using basic servo functionality.

Programming environment needed for this example:
- iX Developer v2.51
- BCS Tools v3.63

The startup example contains:
 - BCS362_Px_v338.projectarchive : BCS Tools project for X2 control 7 (powerfail) and 8 servo axis.
 - BCS362_Px_v338_NX3008.projectarchive : BCS Tools project for BCS-NX3008 and 8 servo axis.

 - iX251_X2_Pro_7_BSD_CSx_Px_v505 : iX project version 5.05 for X2 control 7"

Note!

• iX project iX251_X2_Pro_7_BSD_CSx_Px_v505 must be used in combination with BCS Tools project BCS363_Px_v338.projectarchive due to name changes of variables.
  
• Name change SC -> CSx_Px, CS = Cyclic Synchronous, P = profile mode, x = generic term for either position (P), velocity (V) or torque (T)
  

• BCS363_BSD_Px_v338.projectarchive
• BCS363_BSD_Px_v338_NX3008.projectarchive
• iX251_X2_Pro_7_BSD_CSx_Px_v505.zip

Sequence example BSD servo X2 control (iX/BCS Tools)

​BSD Startup program with added sequences to demonstrate how to handle:
- start/stop, manual/auto, reset and debug* mode
- calibration of one axis with simulated home sensor
- simple movement of one axis with handshake to main sequence
- interface using 'Outputs'-POU making code clearer and easier to debug

*Debug-mode is a feature to single step through a sequence:
1. Activate 'Debug'-mode
2. Activate 'Auto'-mode
3. Press 'Start'. The sequence will start.
4. As soon as the step condition is fulfilled the sequence will stop.
5. Press 'Start'. The sequence will move into the next step and start.

Note1: Pressing 'Stop' will halt/pause the sequence. In order to completely reset all sequences press and hold 'Stop' for 5s.

Note2: The 'HMI-Enable'-functionality requires the sequence example to be in 'Manual'-mode.

- - - - - - - 

The example contains two files:
HMI-application (iX-version: 2.40 SP7, build 2.47.417.0): X2_Control_7_ControlExample_v401.zip

Control application (BCS Tools 3.34, compiler 3.5.13.30): BCS 334_SP13_X2_control_SequenceExample.projectarchive

Download iX Developer and BCS Tools from our homepage:
https://www.beijerelectronics.com

• 220711 Sequence example X2 control BSD iX BCS Tools.zip

Firmware for 400V BSD-L7NHB servo drives (all versions)

​Use our software BSD Tools to handle firmware updates. Download for free from our homepage:

https://smartstore.beijerelectronics.com/en/Software/Software___products/?filter=Latest%20version%20

• L7NHB_FW OS Ver0.93.bin
• L7NHB_FW_OS Ver1.02.bin
• L7NHB_FW_OS Ver2.00.bin
• L7NHB_FW_OS Ver2.06.bin
• L7NHB_FW_OS Ver2.09.bin
• L7NHB_FW_OS Ver2.09E.bin
• L7NHB_FW_OS_V2.18.bin
• L7NHB_FW_OS_V2.18E.bin
• L7NHB_FW_OS_Ver2.15.bin
• L7NHB_FW_OS_Ver2.15E.bin

Firmware for 200V BSD-L7NHA servo drives (all versions)

​Use our software BSD Tools to handle firmware updates. Download for free from our homepage:

https://smartstore.beijerelectronics.com/en/Software/Software___products/?filter=Latest%20version%20

• L7NH_FW_OS Ver2.08E.zip
• L7NHA_FW OS Ver0.93.bin
• L7NHA_FW OS Ver0.96.bin
• L7NHA_FW_OS Ver1.00.bin
• L7NHA_FW_OS Ver1.02.bin
• L7NHA_FW_OS Ver2.00.bin
• L7NHA_FW_OS Ver2.01.bin
• L7NHA_FW_OS Ver2.05.bin
• L7NHA_FW_OS Ver2.09.bin
• L7NHA_FW_OS Ver2.09E.bin
• L7NHA_FW_OS_V2.18.bin
• L7NHA_FW_OS_V2.18E.bin
• L7NHA_FW_OS_Ver2.15.bin
• L7NHA_FW_OS_Ver2.15E.bin