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Module13.2 PwrCAN

SKU:M139

Description

PwrCAN Module 13.2 is a multifunctional module designed for the PwrCAN bus, integrating isolated CAN communication and DC 9-24V power bus. The module also includes Pwr485 (with isolation) bus functionality and can provide isolated 5V power supply to the M5 host. The CAN communication part uses the CA-IS3050G isolated transceiver, and the RS485 part uses the CA-IS3082W isolated transceiver. The GPIOs related to CAN and RS485 communication can be selected through dip switches, and the 120-ohm terminal resistance at the CAN and RS485 outputs can also be selected through dip switches. The module's power bus supports DC 9-24V wide voltage input, with the DC socket directly connected to the HT3.96 and XT30 power parts. The built-in isolated power module F0505S-2WR3 provides power to the M5 host. This module is suitable for fields such as robot control, protocol conversion, industrial automation, automotive communication systems, intelligent transportation, and building automation.

Features

  • Isolated CAN bus (dual channel)
  • Isolated RS485 bus
  • Signal isolation
  • Power isolation supply
  • Multiple power interfaces
  • Wide voltage input range (9-24V)
  • CAN/RS485 communication pin switching dip switch

Contains

  • 1x PwrCAN Module 13.2
  • 1x HT3.96-4P
  • 1x XT30(2+2)PW-M cable

Applications

  • Robot control
  • Protocol conversion
  • Industrial automation
  • Automotive communication systems
  • Intelligent transportation
  • Building automation

Specifications

Specifications Parameters
Supported Protocols CAN & RS485 bus communication protocols
CAN Communication CA-IS3050G@dual channel
RS485 Communication CA-IS3082W@single channel
CAN Interface XT30(2+2)PW-M horizontal solder pin male head
RS485 Interface HT3.96-4P
CAN Bus Speed Maximum 1Mbps
RS485 Bus Speed Maximum 500Kbps
CAN Supported Nodes 110 nodes
RS485 Supported Nodes 256 nodes
Voltage Input Range 9-24V
Power Supply Method DC power socket (5.5/2.1mm, inner positive outer negative), 485 interface (HT3.96) power supply, CAN interface (XT30) power supply
Operating Temperature 0-40°C
Product Dimensions 54*54*19.7mm
Package Dimensions 136*92*19.7mm
Product Weight 27.7g
Package Weight 52.4g

RS485 Communication Test

Communication Distance Data Rate
30m Maximum data rate 512Kbps, normal reception and transmission, packet loss rate 0%, error rate 0%
50m Maximum data rate 512Kbps, normal reception and transmission, packet loss rate 0%, error rate 0%
100m Maximum data rate 512Kbps, normal reception and transmission, packet loss rate 0%, error rate 0%

CAN Communication Test

Communication Distance Data Rate
10m Data rate 1000Kbps, normal reception and transmission, packet loss rate 0%, error rate 0%
30m Data rate 500Kbps, normal reception and transmission, packet loss rate 0%, error rate 0%
50m Data rate 500Kbps, normal reception and transmission, packet loss rate 0%, error rate 0%
100m Data rate 250Kbps, normal reception and transmission, packet loss rate 0%, error rate 0%

Load Capacity Test

Parameter Category Specifications Parameters
Output Load Capacity Maximum isolated output current: DC: 4.70V@218mA
Maximum unisolated output current: DC: 4.70V@1.1A

Power Consumption Test

Parameter Category Specifications Parameters
Standby Current DC9V@30.94mA
DC12V@23.57mA
DC24V@10mA
Operating Current (with host) DC9V@78.60mA
DC12V@65.54mA
DC24V@31mA

PinMap

Product CAN_TX/RS485_TX CAN_RX/RS485_RX
Basic G17 / G15 / G12 / G0 G16 / G13 / G34 / G35
Core2 G14 / G2 / G27 / G0 G13 / G19 / G34 / G35
CoreS3 G17 / G13 / G6 / G0 G18 / G7 / G14 / G10
Note
The TX/RX pins of CAN and the TX/RX of RS485 cannot share the same pin simultaneously, otherwise it will cause conflicts! Switch the pin of the dip switch as shown in the following figure, switch the corresponding pin to "ON".
module size

Schematic

schematics

Dimensions

module size

Arduino

Example Effect
Implement CAN bus message sending and receiving through M5Stack device, and display the received messages on the serial monitor and screen.
Example Effect
On the M5Stack device, when Button A is pressed, "Hello World" is sent through Serial 2, and the received data is displayed on the serial monitor and screen.

Video