G-MRCO-014 Sensors, Transducers

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Position Sensors - Angle, Linear Position Measuring

G-MRCO-014 is a type of sensor designed to accurately measure objects’ position and angular measurements. It is well suited for a wide range of industrial applications, such as robotics, materials handling, inspection, and testing. It is a contact-free position measurement device that can reliably measuring position and angular motion over a wide range of lengths and angles.

Application Field and Working Principle

G-MRCO-014 has been widely adopted in a variety of industries and applications to measure the position of objects with high accuracy. This includes its use in robotics for motion control and automated inspection, in materials handling for object tracking and positioning, and in medical applications for cancer treatment planning and force feedback.

The sensor works via a length sensitive linear encoder and angular encoder. The linear encoder measures the length of a physical linear type of movement along a track. The angular encoder measures the angle of a point relative to the origin point. These two encoders are combined into a single unit to measure both length and angle simultaneously.

The G-MRCO-014 sensor contains a 256-step linear encoder and a 128-divisional angular encoder. The linear encoder offers a long range of measurement that can reach up to 2m, with a minimum resolution of 0.0001m. Meanwhile, the angular encoder has a angular resolution of 0.00035 degrees/step and reaches up to +/- 360 degrees measurement range.Both of these function in tandem to measure the position of the object accurately.

The sensor is powered by a 12V power supply, and it is mounted directly on the device that needs to be measured. It is connected via an RS-485 serial communication protocol to the measuring device. In addition, its digital output interface features a built-in signal isolator and surge protection, which allows it to work reliably in the noisy industrial environment.

Advantages

The G-MRCO-014 position sensor offers numerous advantages over traditional measurement methods. It’s a rugged, contact-free device that can measure distance and angle reliably over the full range of its measurable distances and angles. The advanced encoder technology built into the sensor enables highly accurate results with a repeatability of +/- 0.001mm for linear measurements and +/- 0.015 degrees for angular measurements.

The device is very low maintenance, with no contact between the sensor and the object being measured, and no external mechanical components. Its digital output interface ensures a reliable signal transmission even in noisy environments which can experience a variety of vibrations and EM interferences.

The sensor has a wide operating temperature range, so it can reliably measure objects in temperatures ranging from -40 to +130 degrees Celsius. The protection against high voltage surges protects the sensor from damage and ensures a long, reliable lifespan. The sensor also provides a built-in overvoltage and overcurrent protection, so it can be used in hostile environments with minimal risk of damage or failure.

In addition, the G-MRCO-014 can be easily mounted on the device being measured with standard mounting hole patterns and is capable of measuring objects of any size or shape, including irregular shapes, with extraordinary accuracy. This makes it ideal for a variety of industrial measurement applications.

Conclusion

The G-MRCO-014 is an ideal choice for measuring the position of objects with high accuracy. Its combination of advanced encoders, highly accurate results, low maintenance requirements, and a wide operating temperature range make it one of the most reliable and cost-effective position sensors on the market. This makes it an ideal choice for many industrial applications, such as robotics, materials handling, vehicle navigation, and medical force feedback.

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