Skip to main content

satlog.io Data Logger

Connectivity & Electrical​

The Data Logger powers the modem when connected. In a standalone configuration, the Data Logger alone uses about 50-100mA, but the majority of the power is consumed by the modem. See details about the modem's electrical characteristics in Modem Electrical.

You can use any one option to power the Data Logger, do not connect multiple power sources.

USB​

satlog will power on and function by using a USB C cable to either the USB port marked USB Power or USB Data.

CAN1 Connector (CAN, NMEA2000, Modbus, Power)​

The CAN1 port is pin compatible with VE.Can but will itself not power the network. Victron devices like the MultiPlus provide power that the satlog can use. Supply range is 9-36 VDC.

CAN1 pins used with the Data Logger, note numbering is left (8) to right (1) looking at the port.

RJ45 pinout
Pin #NameDescription
8 (Left)CAN LCAN1 bus low
7CAN HCAN1 bus high
6+36VPower supply, 9-36VDC
5Modbus Data B+Positive data signal
4Modbus Data A-Negative data signal
3GNDPower ground
2XNot in use
1 (Right)XNot in use

CAN2 Connector (CAN, NMEA2000, Modbus)​

The CAN2 port is only available on v0.13 and later Data Loggers. The RJ45 port is pin compatible with VE.Can. The Modbus pins are the same as CAN1 Connector making for easy daisy chaining with other Modbus equipment.

CAN2 pins used with the Data Logger, note numbering is left (8) to right (1) looking at the port.

RJ45 pinout
Pin #NameDescription
8 (Left)CAN LCAN2 bus low
7CAN HCAN2 bus high
6XNot in use
5Modbus Data B+Positive data signal
4Modbus Data A-Negative data signal
3XNot in use
2XNot in use
1 (Right)XNot in use

Serial Interface (VE.Direct)​

The isolated serial interface is plug and play compatible with VE.Direct products using any standard VE.Direct cable. See Serial / UART for the pinout, signal levels and decoded fields.

Status LEDs​

LED meanings and the boot sequence are described in the Installation Guide.