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SPECIFICATIONS Oxygen sensor Model: RoHS compliance model, Ceramic base.

Specifications of Oxygen Sensor Unit 1. General: This document describes the customized specifications of a ceramic oxygen sensor unit, FUJIKURA FCX-UC. Table shown below is revision records of this specification V IV III II I Revised the marking format FCX-UC (RoHS compliance model, Ceramic base) Limiting current method using Zirconia Solid-Electrolyte Please see the drawing 9-760-001, Approx. 7g 60 ~ 80uA in free air , 1.3V sensing voltage (Vs), 1.5W heating Theoretical output is given by following equation. IL = - ( [A] / 0.2357 ) × ln ( 1 - [O2%] / 100 ) [A] = Output current in 21.0% O2...

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Within one year after shipment For further information, please feel free to contact us. Output current of FCX-UC 1 UC: FCX-UC Ex. C8N001 : Year(2006), Month(August), serial number 001. 1st digit number (or alphabet) shows YEAR

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2nd digit number (or alphabet) shows Month Ex. Jan.->1. Feb.->2, Mar.->3,,,,,,,,,Oct.->X, Nov.->Y, Dec.->Z 3rd digit alphabet is always Last three digit number shows Serial number of production. Ex. 001, 002, ------, 999

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Precautions Relating to the Use of the Fujikura Oxygen Sensor Carefully read the following before using the oxygen sensor and analyzer. 1. Applications for medical appliances, life-support equipment and low oxygen detectors Fujikura products are not designed, intended or approved for use as components of surgical or life support systems, or other applications that may cause injury or death as a result. In unapproved applications or uses where the customer implies, directly or indirectly, resultant injuries or deaths are due to Fujikura, Fujikura affiliates and agencies (citing for example,...

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Operational precautions Measurement of atmospheric gases Calibration gas The sensor should be adjusted with a calibration gas that is a mixture of nitrogen, N2 (or Argon, Ar) and oxygen, O2. Other balance gases may result in incorrect measurements. Combustible gases An atmosphere continuing combustible gases such as methane, alcohol, hydrogen and carbon monoxide may cause errors in measurement. Since the sensor element functions at 450°C, gases that ignite below that temperature must not be sued. Silicon gases Never use silicon gases containing siloxane, as these gases react with the sensor...

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Operating conditions Dust and oil mist Employ a filter system to eliminate dust and oil mists that clog the sensor and analyzer filter, resulting in problems, measurement errors and incorrect responses. Water and condensation moisture Contact of the sensor with water may destroy the sensor. system. Exclude water from the There is a risk to burns, since the sensor mesh is heated to 50 - 80°C while the sensor is in operation. Do not subject the sensor to a shock of 10G or greater which may cause breaks in the wiring and cracks in the sensor chip. The sensor element is made of a ceramic...

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We are here for you. Addresses and Contacts Sales Switzerland & Liechtenstein Sales International Key Accounts Matthias Rüegg Ruhbergstrasse 32 CH-9230 Flawil Peter Felder Thurgauerstrasse 66 CH-8052 Zürich Sales Austria Sales Germany Postcode 00000 –59999 Postcode 80000 –99999 Kurt Stritzelberger Neumarkter Str. 86a D-81673 Munich Dieter Hirthe Auf der Entenweide 4 69502 Hemsbach Kurt Stritzelberger Neumarkter Str. 86a D-81673 Munich Sales Other Countries / Product Management Sensors Power Supplies Physical Sensors Data Acquisition DC-DC Converters Switching Power Supplies DC-AC Inverters...

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