| Micronor Exhibits at SPIE Photonics West
MICRONOR exhibited at the SPIE Photonics West
Exhibition and Conference
held 10-12 February 2015 at the Moscone Convention Center in San Francisco.
The booth featured a very "hands on" Touch
Me and Turn
Me experience of our fiber optic
position and temperature sensors. The two Microsoft Surface tablets in the background displayed the real-time spectral analysis and
parameter output taking place inside the corresponding signal conditioners. For temperature, a TS3 probe in the front was connected via a fiber optic cable running on
the floor of the booth to a FOTEMP2 benchtop interface unit mounted
in the corresponding rear pedestal. For position, a MR332 absolute
rotary encoder was connected via a fiber optic link to a MR330-1
The show also marked the debut of the new MR302 Series Fiber Optic "Mini" Rotary and
Linear Encoders. Download the new Fiber Optic
Kinetic Sensors brochure.
| Inherently Safe ESTOP Operates to 2500 Meters
MICRONOR introduces the MR380 Fiber Optic Emergency Stop Pushbutton
System which is an inherently safe, ESTOP functional safety compliant solution for
industrial automation, robotic, medical, mines and other harsh/hazardous environmental
applications. The system consists of a passive ESTOP pushbutton Sensor which connects to
a remote DIN rail mount Controller Module via an industry standard OM1 duplex 62.5/125
multimode fiber optic link. The MR380 series has a generous system loss budget, allows
for long distance operation, complex routing and daisy chaining of multiple swtiches.
| ECN Article features Micronor MRI Safe Fiber Optic Sensors
| Micronor Upgrades MR330 To 14-Bit Resolution
To celebrate 2014, Micronor has increased the single-turn resolution of the MR330 series Fiber Optic Position Sensor from 13-bits to 14-bits. This was achieved with improved electronics and the firmware-based algorithm in the MR330-1 Controller. The new production MR330-1 Controllers are backwards compatible with older models and older Controllers can be upgraded for a nominal charge. Contact Micronor sales for additional information.
| World's First MRI Safe 13-bit Absolute Rotary Encoder
MR338 is the world's first commercially-available, MRI-compatible fiber optic absolute rotary encoder. The innovative all-optical, non-metallic passive sensor design provides high resolution 13-bit (8192-count) absolute angular position over 0°-360° plus 12-bit (4096-count) multi-turn tracking. The encoder is designed for use in functional-MRI research, MRI teach phantoms, EMC test and other challenging electromagnetic environments where EMF and RF transparency is required.
| Micronor Celebrates 10 Years of Fiber Optic Sensor Innovation
May 2013 marks 10 years since Micronor Inc. was first established in a modest business unit on Old Conejo Road in Newbury Park, California. In additional to providing sales and service for Micronor AG products in the North America, Micronor Inc. brought together a group of ambitious fiber optic engineers who spent the next 10 years creating innovative fiber optic sensors. We branded them ZapFREE® because of their immunity to EMI, RFI and lightning.
2004-World's First Commercial FO Incremental Encoder (MR310)2007-FO Incremental Encoder US Patent 7,196,320 Approved2010-World's First Commercial MRI-compatible FO Encoder (MR318)2011-World's First 13-bit FO Position Sensor (MR330)2012-World's First Commercial MRI-compatible FO Position Sensor (MR338)2013-FO Absolute Position Sensor US Patent 8,461,514 Approved