INVICTA SNLMSOC48V Golf Cart Monitor User Manual
- June 28, 2024
- INVICTA
Table of Contents
SPB Sydney Office: 2/28 Prime Drive, Seven Hills New South Wales, 2147
SPB Melbourne Office: 3/35 Dunlop Road, Mulgrave, Melbourne, VIC, 3170
SPB National Head Office: 1 Ant Road, Yatala, Brisbane
T 1300 001 772 E info@spb.net.au W spb.net.au
Invicta SOC Gauge
User Manual
About
The Invicta LIthium SOC Gauge (SNLMSOC48V) is a wired communication device that connects via CAN bus and is used for monitoring the capacity, charge, temperature, current and voltage of the Invicta LIthium Golf Cart batteries.
| Display | Description |
|---|---|
| 52.7V | Represents battery voltage |
| 20.5A | Represents the current value of the battery, and “-” is for discharge; |
‘+’ is for charging
75%| SOC：State of Charge,Remaining battery capacity
Alarm 1| Fault codes, from ‘1’ to ’10’
Err| Communication Failure
Technical Specifications
- Voltage level: 48V – 55V
- Baud rate : 125Kbits/s ( 250 , 500Kbits/s optional );
- Short circuit protection
- 3 Inch OLED Display, 128*64 Resolution
- Plug: Female molex Minifit pin harness
- IP65 Front
- Working temperature: -40oC ~85 oC;
- Storage temperature: -50oC ~90oC.
Installation
- Ensure batteries are off
- Connect battery leads in parallel if required
- Connect inter-battery CAN bus link-cables if in parallel
- Connect Minifit Pin to SOC Gauge
- Connect SOC Gauge link-cable to CAN bus port on battery 1
- Connect SOC Gauge Positive and Negative ring terminals to battery Positive and Negative terminals
- Connect 120ohm resistor to last battery
- Turn batteries on
- If mounting on a mounting plate thickness must be 1-9mm
- Recommended openeing size for face 52-55mm
Alarms
| Alarm Number | Alarm number analysis | Suggested handling method |
|---|---|---|
| Alarm 1 | Single cell highvoltage | About to be fully charged |
| Alarm 2 | Single cell low voltage | Timely charging |
| Alarm 3 | Total high voltage | About to be fully charged |
| Alarm 4 | Total low voltage | Timely charging |
| Alarm 5 | Large voltage difference cell | Charging with low current, charging |
current<0.5C
Alarm 6| Discharge overcurrent| Reduce load or increase battery capacity
Alarm 7| Charge overcurren| Reduce charging current, charging current<1C
Alarm 8| High temperature alarm,| Reduce load or increase battery capacity to
avoid direct sunlight
Alarm 9| Low temperature alarm| Charging environment>0 ° C
Alarm10| Large temperature difference cell| Check if the battery connection
wire is loose
Alarm 11| Low SOC| Timely charging
Err| Abnormal communication| check if the communication cable connection
between the batteries is normal.
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