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Otosis

OSIO M32

Mid-range module with 16 inputs / 16 outputs and 2x CAN Bus + LIN communication.

Technical Specifications

Processor
Microcontroller32-bit Arm Cortex-M4 @168 MHz
Secure FirmwareTF-M 2.1.0
Functional SafetyISO 26262-Ready
Input Channels
Total Inputs16 (configurable)
Current Input (0-25 mA)4 channels
Voltage Input (0-32 VDC)8 channels
NTC (5/10/47K)8 channels
PT1000 (1K)4 channels
Frequency Input8 channels
Internal Pull-up9 channels
Digital Input Only4 channels
Output Channels
Total Outputs16 (configurable)
PWM Half Bridge6 channels
High-Side Switch10 channels
Power
Operating Voltage8-36 VDC
Output Power36-200 W @12V (72-400 W @24V), depending on output
Sensor Supply5-12 V / 500 mA (selectable)
Communication
CAN Bus2× · 1 Mbit/s · gateway (CANopen, SAE J1939)
LIN1× · master/slave (LIN 2.x, SAE J2602-1)
Mechanical
EnclosureIP54, aluminium
Dimensions194 × 53 × 122 mm
Weight~540 g
Operating Temperature-40°C / +85°C
ConnectorTE AMP 1-967622-3 / 1-967624-3 / 1-967625-3
Safety & Protection
Overvoltage (OVP)±36 V
ProtectionsOCP · OTP · ESD · ters polarite (RVP)
DiagnosticsOpen load / short circuit (OLD-SCP)
Bus RobustnessCAN ±36V · LIN ±45V

Features

  • Gateway applications and simultaneous access to multiple vehicle networks with dual CAN Bus
  • Every channel is independently programmable: digital I/O, PWM, frequency, analogue measurement, high/low-side driver
  • Programming with OS-SMART IO PROGRAMMER: C, MicroPython, JavaScript, Ladder, FBD
  • All outputs are ISO 26262-Ready; TF-M 2.1.0 secure firmware
  • Open load / short circuit diagnostics and real time load current measurement
  • IP54 aluminium enclosure; automotive type TE AMP connectors

Application Areas

  • Body control modules (BCM)
  • HVAC and climate control systems
  • Lighting, signalling and auxiliary equipment control
  • Equipment management in ambulances, caravans and special vehicles
  • Control of inductive loads such as door, ramp and window motors
  • Smart control of pumps, valves and actuators
  • Monitoring and control of inductive and resistive loads

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