Victron energy Lynx Ion BMS 1000A, Manual

Page 1: ...Manual EN Appendix Lynx Ion BMS 400A 1000A ...

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Page 3: ...t Ensure therefore that there are no chemicals plastic parts curtains or other textiles etc in the immediate vicinity of the equipment 1 3 Transport and storage On storage or transport of the product ensure that the battery leads are disconnected No liability can be accepted for damage in transit if the equipment is not transported in its original packaging Store the product in a dry environment t...

Page 4: ...em Each battery module comes with an integrated battery management system BMS This is an intelligent electronic module slave BMS that measures all cell voltages temperatures and controls the balancing Each slave BMS has an intelligent balancing system that allows balancing on battery cell and module level The battery modules communicate by CAN BUS with the Lynx Ion BMS The status of the battery mo...

Page 5: ...nting The Lynx Ion BMS must be mounted on a wall See Appendix B for mounting details 3 4 Connecting the battery system 3 4 1 Connecting the battery power connections Procedure 1 First remove the front of the Lynx Ion BMS 2 Mount the system to the wall 3 Connect all chargers and loads to the right side of the Lynx Ion BMS 4 Connect all the batteries to the left side of the Lynx Ion BMS If multiple ...

Page 6: ... functional as short circuit protection It is recommended that this value is between 300 A and 500 A on each connection depending on how many batteries are connected Possible fuses Fuse type Voltage MEGA Fuse 32V BF2 fuse little fuse 32V Used for 24V systems MEGA Fuse 58V BF2 fuse little fuse 58V Used for 48V systems 3 4 3 Parallel connection of batteries Be sure that the battery state of charge S...

Page 7: ...e BMS CAN Bus communication network you will need CAT5 cable with RJ45 connectors straight wiring Two termination resistors supplied with the Lynx Ion BMS Procedure 1 Connect the RJ45 cable between the BMS CAN Bus connection of the Lynx Ion BMS see appendix A for details and the first battery 2 Then connect it to the second battery if there is one with the next RJ45 cable 3 Repeat this until all b...

Page 8: ...the battery is fully charged the allow to charge contact is opened and charging has to stop When the battery is fully discharged the allow to discharge contact is opened and discharging has to stop If charging or discharging is not stopped the safety contactor will be opened to make sure the batteries are not damaged See appendix A connection A and B for the connections of the allow to charge and ...

Page 9: ...Use a momentary switch button for this For example a Bulgin MPI002 TE BL 12 which has a momentary switch and LED function integrated Lynx ion BMS ...

Page 10: ...tput will also be powered when the Lynx Ion BMS is in fail safe state See appendix A connection A pin 1 and 6 for details Example connection of Victron Color Control 3 4 11 Programmable contact The function of the programmable contact can be selected using the Diagnostic tool This will be added in the future Lynx ion BMS ...

Page 11: ...will not start if there is more than 10A drawn by the system during pre charging A pre charge error will be given and the Lynx Ion BMS will go to fail safe During start up of the system it is possible that The Lynx Ion BMS will going to update the battery firmware if necessary This is an automatic process and may not be interrupted 4 2 Power down reset procedure Lynx Ion BMS to standby mode 1 Pres...

Page 12: ...ynx Ion BMS are used See the switching boundaries document for details about the switching levels for your specific battery 5 2 Connecting the allow to charge and allow to discharge 5 2 1 Connecting 1 Multi or Quattro Below an example of how to connect one Multi or Quattro to the Lynx Ion BMS To use the Quattro Multi in combination with the Lynx Ion BMS there must be an assistant configured If the...

Page 13: ...charge and Allow to discharge will be extended by a relay with 2 separate contacts to control two Multis or Quattros Schematic view of the relay that can be used NOTE It is also possible to use separate relays to get the required additional contacts Below a schematic view of the setup In this schematic relay K3 is the Allow to charge and K4 the Allow to discharge The letters B and C are the differ...

Page 14: ...t is not necessary to use a temperature sensor with the Multi or Quattro since the batteries have their own internal temperature sensors 3 Add the Two Signal BMS support assistant previously called Lynx Ion BMS support in the assistant tab Virtual switch needs to be off 4 Configure the Two Signal BMS Support assistant as follows a Set battery type selection to Change battery type as suggested b Se...

Page 15: ...oltage and float voltage to the value s specified in the table of chapter 6 6 CHARGER SETTINGS In the table below are the voltage settings specified for different type of batteries Battery type System Voltage Absorption voltage Float voltage Lithium Ion HE Battery 48V 56 7V 55 0V 24V 28 4V 27 5V Lithium Ion LFP Battery Module 48V 55 2V 53 2V 24V 27 6V 26 6V ...

Page 16: ...harge connector A pin 2 or connector B pin 1 Check that all chargers stopped charging by reading the battery current from the Color Control GX This has to be 0A or a negative number discharging Check for each and every loads in the system that it is controlled by the allow to discharge Make sure the battery is not completely empty The allow to discharge indicator on the Color Control GX shows Yes ...

Page 17: ...g beeping 6 times Pre charge fuse broken check the pre charge fuse Flashing beeping 7 times Battery configuration failure check BMS CAN Bus cables Flashing beeping 8 times N A Flashing beeping 9 times Battery firmware updating failure contact manufacturer Flashing beeping 10 times Main safety contactor failure contact manufacturer Flashing beeping 11 times Internal measurement failure contact manu...

Page 18: ...urrent protection Allow to discharge switched voltage 13 5V 1A short circuit protection overcurrent protection Allow to charge relay output 0 8A 60VDC potential free Allow to discharge relay output 0 8A 60VDC potential free Programmable contact relay output 0 8A 60VDC potential free External status signal 13 5V 140mA ENCLOSURE Material ABS Dimensions h x w x d 185 x 165 x 85 mm Weight 5 0 kg 5 7 k...

Page 19: ...Out 13 5V 1A Aux power output 2 Out 13 5V 1A Allow to Charge 3 Out 13 5V 1A Allow to Discharge 4 In External start button 5 Out 13 5V 140mA External status output 6 GND B 1 Out Max 60VDC 0 8A 60VDC Allow to charge 2 3 Out Max 60VDC 0 8A 60VDC Allow to discharge 4 5 Out Max 60VDC 0 8A 60VDC Programmable output 6 IO Connections ...

Page 20: ...s Chargers side fuses G positive Loads Chargers connections M8 bolt connections H minus Loads Chargers connections below plastic insulator M8 bolt connections I Fuse of main control unit Fuse 5X20mm Fast acting 250V 6 3A Eska 520 525 J Pre charge fuse Fuse 5X20mm Fast acting 250V 10A Eska 520 527 K Safety contactor can be 150A 400A 600A 1000A L Bluetooth Smart NFC antenna M Status LED A A A A A A ...

Page 21: ...APPENDIX C Dimensions Dimensions in mm ...

Page 22: ...rial number Version 03 Date February 9th 2018 Victron Energy B V De Paal 35 1351 JG Almere PO Box 50016 1305 AA Almere The Netherlands General phone 31 0 36 535 97 00 Fax 31 0 36 531 16 66 E mail sales victronenergy com www victronenergy com ...