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Current Sensing Modules

CAN Enabled System

Intelligent Communication for Real-Time Control Systems

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Integrated Communication and Monitoring of Current

Enable seamless sensor integration and real-time data exchange across distributed control systems.

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CAN-Enabled Smart Current Sensing for Connected Systems

Built on the robust CAN protocol, this module enables high-speed, reliable communication between vehicle ECUs while integrating dual-sensor current measurement using Hall effect and shunt technologies. The result is precise, real-time current data for enhanced control, safety, and performance in critical EV applications.

Properties

Key Features

Supports CAN protocol for seamless communication across automotive ECUs

Your specifications drive custom braiding patterns, strand counts, material selections, and end-terminal configurations.

Hybrid current measurement system using Hall and shunt technologies

Tailored to match your voltage, current, or grounding needs—backed by expert engineering input.

Accurate, real-time data transmission for critical EV subsystems

We utilize high-tension copper braiding equipment to produce consistent, interlocked wire patterns with optional sleeves, terminations, and insulation.

Compatible with industry-standard battery management systems (BMS)

Each assembly is inspected for strand integrity, continuity, and dimensional accuracy. Custom testing protocols for mechanical pull strength, contact resistance, and HV insulated flexible wire.

Enables onboard diagnostics, energy analytics, and range prediction

Options include tinned or bare copper, nickel-plated finishes, and terminal lugs or crimps—cut and assembled to spec. Custom sleeving, heat shrink tubing, or labeling available for application-specific identification.

Industries

Technical Requirements

CAN Bus Interface

Standard CAN 2.0B (compatible with most automotive platforms)

Power Supply

5V / 12V depending on integration

Sensor Accuracy

Hall and shunt hybrid architecture ensures high-resolution current tracking

Protocol Customization

Sensor priority and data transmission rates programmable via main control unit

Industries

Applications in Electric Mobility

The CAN Enabled System is ideal for

1

Battery Usage Monitoring

Track energy flow during charging and discharging.

2

Range Estimation

Communicate energy metrics to central systems for dynamic range calculations.

3

Efficiency Analysis

Enable onboard energy consumption tracking for performance optimization.

4

Real-Time System Feedback

Share sensor data across ECUs for enhanced safety, diagnostics, and automation.

Frequently Asked Questions

CAN enables fast, reliable communication between multiple subsystems without point-to-point wiring, allowing complex decision-making and diagnostics in EVs.

Trust Reliability & Quality

With over 65 years of manufacturing excellence, PML delivers CAN Enabled Current Monitoring System trusted by OEMs and Tier 1 suppliers across sectors demanding robust performance.

ISO 45001

ISO 45001

Occupational Health and Safety (OH&S) management systems

ISO 14001

ISO 14001

Environmental Management Systems (EMS)

ISO 9001

ISO 9001

Quality Management Systems (QMS)

IATF 16949

IATF 16949

International Standard for Automotive Management Systems

AS 9100

AS 9100

Aerospace Quality Management System (QMS)

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Pioneering cutting-edge technology to develop reliable, high-performance magnetic components and engineering solutions.