Sherborne Sensors A260 Series Single Axis Linear Accelerometers - Sherborne Sensors Limited - #1

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In North America call toll free: (877) 486-1766 .. Fax (201) 847-1394 Email: nasales@sherbornesensors.com Rest of World: .. +44 (0) 870 444 0728 .. Fax: +44 (0) 870 444 0729 Email sales@sherbornesensors.com .. website: www.sherbornesensors.com A260 - Iss 8.doc A260 Series Gravity Referenced Linear Servo Accelerometer Features .. Available in ranges from ±1g to ± 20g .. High resolution down to 0.05 mg .. Closed loop force balance system .. Flight qualified versions available .. Self-Test facility .. DC Input – DC Output .. Manufactured to ISO 9001:2000 standards .. Connector and solder pin options .. Wide operational temperature range –55° to + 95°C .. 1g bias option to compensate for earth’s gravity .. Low pass electronic filter options Introduction Using the same torquer mechanism and servo electronics as the A220 series, the A260 features a switching regulator to enable direct operation from a single ended dc power supply. Galvanic isolation between primary and secondary circuits provides total electrical isolation between the input supply and signal output. To meet certain measuring requirements, especially in certain aerospace applications, this series has provision for an optional active filter with low output impedance and 1g bias circuitry for vertical mounting. The A260 series inclinometers have a long and successful market history under the Schaevitz® brand. Acquisition of this technology by Sherborne Sensors has allowed customers to benefit from the same exceptional product qualities as its predecessors, with the added benefits of extensive applications engineering support, global technical sales presence, repair, refurbishment and calibration services, stocking programs, and continuous product improvements. Applications .. Flight test monitoring .. Accident data collection .. Structural health monitoring .. Flight simulators .. Braking control on mass transit systems .. Road bed analysis .. Data acquisition systems .. Low frequency analysis