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Technoton MasterCAN Data Converter

Technoton MasterCAN Data Converter

Product Note:

No product notes available.

Description

Technoton MasterCAN Data Converter

Technoton MasterCAN Data Converter MasterCAN data converter is an interfacing and transformation tool between CAN J1939/71, J1708 (SAE J1587), and RS-485/232 (Modbus RTU) communication standards, designed for vehicle telematics (GPS vehicle tracking) and industrial automation (IIoT).

Master, data converter is used for integrating sensors and peripherals with different interfaces into a single telematics and/or remote management system, filtering J1939/71 and Modbus messages, and simplifying configuration of a terminal unit – tracker, controller, and display.

Different models of MasterCAN data converter are available – see the Model list below.

Specifications

ParameterSpecification
Operating Voltage10 to 45 V DC (vehicle power supply protected)
Power Consumption$le 50text{ mA at 24V}$ / $le 100text{ mA at 12V}$
Operating Temperature-40°C to +85°C
Enclosure RatingIP40 (Flame-retardant ABS housing, DIN-rail or screw mounting)
Dimensions & Weight94.5  x 58.5 x 24.5 mm

Features

  • Automated FMS & J1939 Message Filtering: Extracts critical operational parameters (engine RPM, total fuel used, coolant temp, axle weights) from high-volume CAN streams, protecting downstream telematics units from network overload.

  • Cumulative Fuel Counter Generation: Calculates total fuel consumption locally using the instantaneous fuel rate parameter ($text{SPN 183}$) for vehicles whose ECUs do not natively report totalized fuel.

  • Safe Non-Intrusive Reading: Fully compatible with Technoton CANCrocodile and 1708Crocodile contactless readers, logging data without stripping insulation or disrupting OEM bus warranties.

Applications

1. Vehicle Fleet Telematics & GPS Tracking

  • Legacy Commercial Vehicles (J1708/J1587 + J1939): Uses MasterCAN V-GATE on older Volvo or Mack trucks to parse legacy J1708 data alongside J1939 CAN streams, sending unified metrics (fuel, RPM, odometer) over a single RS-232/RS-485 port to GPS trackers.

  • Trackers Without Native CAN Ports: Uses MasterCAN C 232/485 to decode high-speed J1939 CAN engine data into simple Modbus RTU or ASCII strings, allowing low-cost GPS terminals without built-in CAN hardware to log engine parameters.

  • Warranty-Safe Fleet Monitoring: Integrates with contactless CANCrocodile readers to sample vehicle CAN lines without cutting or stripping wire insulation, preserving factory vehicle warranties.

2. Stationary Assets & Diesel Generators (Gensets)

  • Genset-to-Telematics Integration: Uses MasterCAN RS2CAN to convert Modbus RTU data from industrial generator controllers (Deep Sea, ComAp, Woodward) into standard CAN J1939 parameters for cloud telematics units.

  • Fuel Storage & Transfer Monitoring: Combines fuel tank level sensors (DUT-E) and flow meters (DFM) onto a unified CAN/S6 bus to track fuel deliveries, consumption rates, and theft events on remote genset installations.

Related Products

Technoton MasterCAN Data Converter

Technoton MasterCAN Data Converter MasterCAN data converter is an interfacing and transformation tool between CAN J1939/71, J1708 (SAE J1587), and RS-485/232 (Modbus RTU) communication standards, designed for vehicle telematics (GPS vehicle tracking) and industrial automation (IIoT).

Product Note:

No product notes available.

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Description

Technoton MasterCAN Data Converter

Technoton MasterCAN Data Converter MasterCAN data converter is an interfacing and transformation tool between CAN J1939/71, J1708 (SAE J1587), and RS-485/232 (Modbus RTU) communication standards, designed for vehicle telematics (GPS vehicle tracking) and industrial automation (IIoT).

Master, data converter is used for integrating sensors and peripherals with different interfaces into a single telematics and/or remote management system, filtering J1939/71 and Modbus messages, and simplifying configuration of a terminal unit – tracker, controller, and display.

Different models of MasterCAN data converter are available – see the Model list below.

Specifications

ParameterSpecification
Operating Voltage10 to 45 V DC (vehicle power supply protected)
Power Consumption$le 50text{ mA at 24V}$ / $le 100text{ mA at 12V}$
Operating Temperature-40°C to +85°C
Enclosure RatingIP40 (Flame-retardant ABS housing, DIN-rail or screw mounting)
Dimensions & Weight94.5  x 58.5 x 24.5 mm

Features

  • Automated FMS & J1939 Message Filtering: Extracts critical operational parameters (engine RPM, total fuel used, coolant temp, axle weights) from high-volume CAN streams, protecting downstream telematics units from network overload.

  • Cumulative Fuel Counter Generation: Calculates total fuel consumption locally using the instantaneous fuel rate parameter ($text{SPN 183}$) for vehicles whose ECUs do not natively report totalized fuel.

  • Safe Non-Intrusive Reading: Fully compatible with Technoton CANCrocodile and 1708Crocodile contactless readers, logging data without stripping insulation or disrupting OEM bus warranties.

Applications

1. Vehicle Fleet Telematics & GPS Tracking

  • Legacy Commercial Vehicles (J1708/J1587 + J1939): Uses MasterCAN V-GATE on older Volvo or Mack trucks to parse legacy J1708 data alongside J1939 CAN streams, sending unified metrics (fuel, RPM, odometer) over a single RS-232/RS-485 port to GPS trackers.

  • Trackers Without Native CAN Ports: Uses MasterCAN C 232/485 to decode high-speed J1939 CAN engine data into simple Modbus RTU or ASCII strings, allowing low-cost GPS terminals without built-in CAN hardware to log engine parameters.

  • Warranty-Safe Fleet Monitoring: Integrates with contactless CANCrocodile readers to sample vehicle CAN lines without cutting or stripping wire insulation, preserving factory vehicle warranties.

2. Stationary Assets & Diesel Generators (Gensets)

  • Genset-to-Telematics Integration: Uses MasterCAN RS2CAN to convert Modbus RTU data from industrial generator controllers (Deep Sea, ComAp, Woodward) into standard CAN J1939 parameters for cloud telematics units.

  • Fuel Storage & Transfer Monitoring: Combines fuel tank level sensors (DUT-E) and flow meters (DFM) onto a unified CAN/S6 bus to track fuel deliveries, consumption rates, and theft events on remote genset installations.