http://www.wuntronic.com e-mail: [email protected] Mess-, Steuer- und Regelgeräte GmbH Reference Magnets Field strength (H): ±15,9kA/m or ±143,3 kA/m Flux Density (B): ±20mT (±200G) or ±180mT (±1800G) Inexpensive Suitable for Axial –and Transverse Probes For Axial positive and negative direction useable Models with 20 mT or 180 mT available. Rugged compact construction factory calibration certificate include Optional with DAkkS calibration certificate Ideally suited for the WUNTRONIC Tesla Meter / Gauss Meter model KOSHAVA 5 Description: for Transverse Probes The inexpensive WUNTRONIC standard reference magnets offers a simple way to test and calibrate in a defined field magnetic measur-ing instruments like our Gauss / Tesla Meters Series KOSHAVA. For axial and transverse probes: The reference magnets MT Series can be used for transverse and axial probes. The reference magnets are available in two versions with a magnetic flux density H (induction) 20mT (200 Gauss) or 180mT (1800 Gauss). The specified flux densities and field strengths are approximate values and are determined individually for each magnet. for Axial Probes positive for Axial Probes negative Factory calibration certificate: The reference magnets are delivered as standard with a factory calibration certificate. Optional DAkkS calibration: Optionally, the reference magnets are available with a DAkkS calibration certificate. Applications:  Verification of Gauss Meter, Tesla Meter and magnetometers.  Calibration of Gauss Meter, Tesla Meter and magnetometers. Copyright© 2016 WUNTRONIC GmbH. All Rights Reserved

Specifications Specifications Flux density B: (induction) Field strength H: Accuracy Operating Temperature Temperature coefficient Stability Dimensions Weight Axial opening Transverse opening Reference Magnet MT20mT Reference Magnet MT180mT 20mT* 180mT* ±15,9 kA/m ±143,3 kA/m Calibrated range: ±0,5% @ 22,5°C 22,5°C ±1°C 0,16%/°C @ 20°C Drift <±1 Teil in -104 per year under normal conditions Diameter: 65 mm, High 32 mm 243 Gramm 388 Gramm 6,5 mm (on both sides for positive and negative) 2mm x 6,5 mm * The specified flux densities and field strengths are approximate values and are determined individually...