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Summary of Contents for Lynx Ion + Shunt 350

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Page 3: ... PRODUCTS AND MAKES SUCH VICTRON ENERGY PRODUCTS AVAILABLE SOLELY ON AN AS IS BASIS IN NO EVENT SHALL VICTRON ENERGY B V BE LIABLE TO ANYONE FOR SPECIAL COLLATERAL INCIDENTAL OR CONSEQUENTIAL DAMAGES IN CONNECTION WITH OR ARISING OUT OF PURCHASE OR USE OF THESE VICTRON ENERGY PRODUCTS THE SOLE AND EXCLUSIVE LIABILITY TO VICTRON ENERGY B V REGARDLESS OF THE FORM OF ACTION SHALL NOT EXCEED THE PURCH...

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Page 5: ... Lithium batteries with Lynx Lithium batteries will permanently damage when fully drained The system has a small self discharge which needs to be taken into account when storing the system It is best to always store the batteries fully charged When storing a complete system make sure that the Lynx Ion Shunt is set in standby mode for instructions see chapter 6 Standby consumption 24V Systems 73mW ...

Page 6: ...AN Bus and monitors the system as a whole 2 1 2 Safety When designing the Victron Lithium Ion battery system a lot of thought was put into the safety aspect of the system Each battery is equipped with a BMS to monitor the performance on a cell level To monitor the global performance we have chosen the Lynx Ion Shunt This serves as a master unit and controls the individual batteries This way the sy...

Page 7: ...sure error occurred Flashing beeping 8 times Internal calculation error Flashing beeping 9 times Number of batteries in series incorrect Flashing beeping 10 times Number of batteries incorrect only used when using static number of battery configuration Flashing beeping 11 times Not used Flashing beeping 12 times Not used Flashing beeping 13 times Over voltage Flashing beeping 14 times Under voltag...

Page 8: ...ing BMS stopped Toggle fast BMS Error Battery BMSCAN Bus error LED State Description Off No error in CAN Bus Single flash CAN Bus passive error On CAN Bus bus off Battery BMS CAN Bus status LED State Description On CAN Bus operational Toggle slow CAN Bus pre operational Single flash CAN Bus stopped ...

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Page 11: ...onnection A Now the BMS CAN Bus network is connected 4 6 Connection of the VE Can network The VE Can network is used to connect the Color Control GX or other VE Can devices such as the BlueSolar Chargers These chargers can be digitally controlled by the Lynx Ion Shunt To connect the Lynx Ion Shunt to the VE Can network you will need One CAT5 cable with RJ45 connectors Two termination resistors sup...

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Page 13: ...2 This output uses the system voltage Connect a status indicator to connector C pin 8 and 9 This output uses 12V See appendix A for the connections details External Safety Contactor See the next paragraph 4 9 The external safety contactor output can also be used as an alarm output If the internal contactor is opened this contact is set LOW 0V else it is HIGH system voltage External START button It...

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Page 16: ...The batteries are almost over charged The 350A safety contactor in the Lynx Ion will open Condition A and E are error conditions Proper configuration of the system will prevent these conditions from occurring When they occur correct the situation and press the start button again to restart the Lynx Ion Shunt Connections To configure the Multi for BMS support VEConfigure3 is necessary See the Suppo...

Page 17: ...4 Configure the Lynx Ion BMS Support assistant as follows ...

Page 18: ... the system is being pre charged The safety contactor is closed as soon as the voltage rises above 80 of the battery voltage 5 If the status LED is continuously on then the system is running and ready for use 6 2 Power down reset procedure Lynx Ion Shunt to standby mode 1 Press and hold the START button until the Lynx Ion goes into standby mode status LED off 2 Now the safety contactor is open and...

Page 19: ...the LED blinking in the specified error code see chapter 3 for details Press the START button to restart the system High temperature signals Stop charging and discharging at 60 C allow to charge and allow to discharge contacts open Charge and discharge alarm at 65 C safety contactor open Low temperature signals Stop charging at 5 C allow to charge contact open Stop discharging at 20 C allow to dis...

Page 20: ...8 MAINTENANCE The Lynx Ion Shunt does not require specific maintenance It will suffice to check all connections once a year Avoid moisture and oil soot vapors and keep the device clean ...

Page 21: ...atingtemperaturerange 0 50 C Main safety contactor 350A or 600A DC continuous depends on Lynx Ion Shunt type Potential free contacts Mode Normally open Rating 1 A 60VDC 250 VAC I O External status output 5 ADC max Voltage same as supply Externalrelay output 5 ADC max Voltage same as supply Enclosure Dimensions 18 5 x 16 5 x 8 5 cm Net weight 2 0 Kg Common Characteristics Material ABS Protection IP...

Page 22: ...f voltage 20 V Recommended charge discharge current 0 3C 54 A Maximum charge current 1C 180 A Maximum discharge current 1 5C 270 A Pulse discharge current 10s 1000 A Cycle Life 80 DOD 0 3C 2000 Enclosure Common Characteristics Material Aluminum and Metal Protection IP20 Battery connections M10 bolts Weight 55 Kg Dimensions l x w x h in cm 62 5 x 35 0 x 18 8 Temperature Operating temperature during...

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Page 24: ...Front view I G H J ...

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Page 26: ...APPENDIX B INSIDE THE LYNX ION SHUNT Part descriptions K Safety contactor 350A or 600A continuous L Pre Charge fuse 10A M Mounting holes K L M M ...

Page 27: ... Part descriptions A Connection and status panel B battery connection C battery connection D Battery power LED E Battery status LED F BMS CAN Bus connections G BMS CAN Bus error LED H BMS CAN Bus status LED Front Front E F D B A G C H ...

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Page 29: ...Distributor Serial number Version 1 Date 10 June 2014 ...

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