Part no.: MR348 MRI-Safe Rotary Incremental Encoder
• 100% passive sensing design no electronics whatsoever
• Up to 1.25" through hollow design
• Sensor can be installed in all manner of hazardous locations and potentially explosive atmospheres
• Immune to EMI and RFI
The MR348 series Fiber Optic Incremental Sensor is an entirely passive, non-metallic incremental rotary encoder designed for use in Magnetic Resonance Imaging (MRI), functional MRI (fMRI), nanomagnetic detection, EMC test labs, and similar applications where immunity and transparency to electromagnetic fields is required.
"*" indicates required fields
Micronor
MR341 Incremental Fiber Optic Encoder
Micronor
MR342 Incremental Fiber Optic Drawwire Linear Sensor
Micronor
MR342 Incremental Fiber Optic Encoder
Micronor
MR343 MRI Safe Incremental Linear Sensor
Analog Sensors – Now monitored (easily) in the Cloud
The Trumeter IoT Gateway is a device that allows you to connect your analog sensors to the internet for remote monitoring and data collection through the Trumeter Cloud platform. It is a plug-and-play device that supports up to four analog inputs and includes free access to the Trumeter Cloud dashboard.
A Comparison of LVIT & LVDT- Which Linear Sensor is Best?
With the increasing sophistication of electronic controls for mechanical systems, there is more demand for durable, accurate and easy to use displacement sensors. As automation becomes more common there is also an increasing sensitivity to price. Customers also want sensors that can be easily connected and mechanically integrated.
Read how Micronor’s fiber optic encoders provide an inherently safe sensing option with immunity to lightning, radiation and magnetic fields.
Accuracy, Resolution and Repeatability
There are several key terms that are critical to specifying the optimal position sensor for a given application. This application note defines these key terms and how they relate to the sensor’s role in the overall system performance. It is important to consider that precision is very much a system issue and can be dominated by mechanical errors such as eccentricity. This paper discusses the most significant mechanical error for rotary applications (eccentricity) and presents eccentricity tolerant position sensor solutions.