Draw Wire Sensor
OMFB’s draw wire sensors provide accurate linear displacement measurement, utilizing Hall effect electronic technology for high precision and reliability.
Designed for measuring ranges up to 5,500mm, these sensors offer contactless operation, ensuring long service life and maintenance-free performance.
The draw wire displacement sensors 7D function by unwinding a stainless steel flexible cable, converting the linear movement into a rotary motion that drives a magnet.
This magnet’s position is detected electronically and converted into an output signal, providing seamless integration into industrial control systems.
Designed for measuring ranges up to 5,500mm, these sensors offer contactless operation, ensuring long service life and maintenance-free performance.
The draw wire displacement sensors 7D function by unwinding a stainless steel flexible cable, converting the linear movement into a rotary motion that drives a magnet.
This magnet’s position is detected electronically and converted into an output signal, providing seamless integration into industrial control systems.
Characteristics
• Measuring Range – Up to 5,500mm
• Technology – Hall Effect, Contactless
• Output Options – Analogue, CANOpen, CAN SAE J1939
• Integrated Inclination Sensor – Available in select versions
• Technology – Hall Effect, Contactless
• Output Options – Analogue, CANOpen, CAN SAE J1939
• Integrated Inclination Sensor – Available in select versions
Advantages
• High Precision Measurement – Ensures accurate detection of linear displacement for precise control
• Maintenance-Free Operation – Contactless Hall effect technology eliminates wear and extends service life
• Wide Application Range – Suitable for use in industrial, hydraulic, construction, and agricultural machinery
• Easy Integration – Compatible with multiple electrical interfaces and common industrial standards
• Rugged and Durable – Built for extreme environments with high IP protection ratings
• Maintenance-Free Operation – Contactless Hall effect technology eliminates wear and extends service life
• Wide Application Range – Suitable for use in industrial, hydraulic, construction, and agricultural machinery
• Easy Integration – Compatible with multiple electrical interfaces and common industrial standards
• Rugged and Durable – Built for extreme environments with high IP protection ratings
Features & Benefits
• IP Rating – IP68/69K, providing superior protection against dust, water, and extreme conditions
• Housing Material – PBT GF30 for enhanced durability and resistance to harsh environments
• Speed – Measures at up to 3m/s, ensuring rapid and responsive position tracking
• Long Service Life – Designed for 1,000,000 cycles for extended operational efficiency
• Versatile Connectivity – Multiple connector and wire output configurations for easy system integration
• Compact and Lightweight Design – Optimised for applications requiring space-efficient solutions
• Wire Diameter Including Coating – 1mm, ensuring reliability in all conditions
• Housing Material – PBT GF30 for enhanced durability and resistance to harsh environments
• Speed – Measures at up to 3m/s, ensuring rapid and responsive position tracking
• Long Service Life – Designed for 1,000,000 cycles for extended operational efficiency
• Versatile Connectivity – Multiple connector and wire output configurations for easy system integration
• Compact and Lightweight Design – Optimised for applications requiring space-efficient solutions
• Wire Diameter Including Coating – 1mm, ensuring reliability in all conditions
Product focus
OMFB’s 7D series draw wire sensors offer high-precision linear displacement measurement, converting mechanical movement into electronic signals for seamless system integration.
These sensors are equipped with Hall effect technology, ensuring contactless operation, extended lifespan, and enhanced performance in demanding applications.
With multiple output options, including analogue, CANOpen, and CAN SAE J1939, these sensors are designed to meet international standards for agriculture, construction, forestry, and industrial machinery.
Whether used in mobile equipment or heavy-duty industrial systems, these sensors provide exceptional reliability and performance.
These sensors are equipped with Hall effect technology, ensuring contactless operation, extended lifespan, and enhanced performance in demanding applications.
With multiple output options, including analogue, CANOpen, and CAN SAE J1939, these sensors are designed to meet international standards for agriculture, construction, forestry, and industrial machinery.
Whether used in mobile equipment or heavy-duty industrial systems, these sensors provide exceptional reliability and performance.
Frequently Asked Questions
What is the measurement range of the 7D draw wire sensor?
The sensor can measure displacement up to 5,500mm, making it suitable for a wide variety of applications.
What technology does the sensor use?
It uses Hall effect, contactless technology, ensuring long service life and high precision.
What are the available output options?
The 7D draw wire sensor supports Analogue, CANOpen, and CAN SAE J1939 output formats.
Can this sensor be used in extreme environments?
Yes, it has an IP68/69K rating, providing excellent protection against water, dust, and other contaminants.
What industries commonly use this sensor?
It is widely used in agriculture, construction, forestry, industrial automation, and hydraulic machinery.
What standards does the sensor comply with?
The sensor meets EN 61000-6-2 (generic standard), EN 14982 (forestry & agricultural machinery), and EN 13309 (construction machinery).
The sensor can measure displacement up to 5,500mm, making it suitable for a wide variety of applications.
What technology does the sensor use?
It uses Hall effect, contactless technology, ensuring long service life and high precision.
What are the available output options?
The 7D draw wire sensor supports Analogue, CANOpen, and CAN SAE J1939 output formats.
Can this sensor be used in extreme environments?
Yes, it has an IP68/69K rating, providing excellent protection against water, dust, and other contaminants.
What industries commonly use this sensor?
It is widely used in agriculture, construction, forestry, industrial automation, and hydraulic machinery.
What standards does the sensor comply with?
The sensor meets EN 61000-6-2 (generic standard), EN 14982 (forestry & agricultural machinery), and EN 13309 (construction machinery).
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