PLUS+1™ Microcontroller

CAN-based PLUS+1 microcontrollers are the brains behind intelligent vehicle control. Swiftly programmable to your specific requirements.

Our powerful PLUS+1 microcontrollers bring intelligence to every node of a distributed control system. And they are equally effective for stand-alone control in smaller machines. Thanks to their rugged design, they’ll withstand the toughest conditions your machines comes up against.

Features & Benefits

• High speed DSP technology to process even the most complex applications.
• 6 I/O configurations in 4 housing sizes and nine total I/O configurations for multiple control options – the building blocks for almost every function.
• CAN-based communications for state-of-the art networking.

PLUS+1™ I/O Modules

Expand the capabilities of your vehicle control system with our CAN-based Input/Output modules. These stackable microcontroller add-ons integrate new control functions smoothly and effectively.

Designed to extend the functionality of our PLUS+1 microcontrollers, they can be configured to match your exact input and output requirements.

Features & Benefits

• 12 and 24-pin housings with five possible configurations.
• Suitable for the control system needs of your entire machine range, from simple to sophisticated.

PLUS+1™ Safetycontrollers

Flexible, powerful and functional safety compliant Danfoss Safetycontrollers join the portfolio of PLUS+1™ Compliant components. Dual microprocessors provide enhanced performance, larger memory, and redundant control of outputs for safety function applications

The three Safetycontrollers variants help machine manufacturers meet European Machinery Directive 2006/42/EC and are designed to achieve SIL 2 (Safety Integrity Level 2 according to IEC 61508) and PL-d (Performance Level d per ISO 13849-1) standards, with third-party certification pending.

Features & Benefits

• Larger memory capacity
• Higher environmental performance
• Enhanced input/output flexibility
• Smart digital inputs
• Increased operating temperature
• PWM output frequency increase to 20,000 Hz
• Separate PWM frequencies for each output
• Configurable sensor power from 3 to 12 volt
• Low power mode
• Low supply voltage (7 volts) stays running through engine crank