Datum Electronics, Ltd.
Datum Electronics is a UK-based designer and manufacturer of precision torque, strain, and shaft power measurement systems. Supporting test, development, and industrial applications worldwide, the company provides sensors, monitoring systems, and data acquisition solutions designed for accurate and reliable performance in demanding environments.
- +44 (0) 1983 28 28 34
- +44 (0) 1983 28 28 35
- web@datum-electronics.co.uk
- Castle Street
East Cowes, Isle of Wight PO32 6EZ
United Kingdom of Great Britain and Northern Ireland
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Product
Systems
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Datum Electronics Systems - Silo Hawk silo weighing system, Datum Hawk engine condition monitoring system, Cargo Hawk SOLAS compliant container weight verification system, and more
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Product
Smart Sensors
Datum Connect
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Datum Connect is the latest configuration and logging application, which supports the latest torque sensor technology. Datum Connect allows simple, quick and easy configuration of all Datum torque sensors, enabling users to see torque sensor outputs in real time in a format of their choosing.
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Product
SOLAS Compliant Container Weight Verification System
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Cargo Hawk is a non-intrusive SOLAS compliant Container Weight Verification system. Using Datum Electronics highly accurate and patent protected innovative bolton strain gauge sensors, Cargo Hawk seamlessly integrates to new and existing container handling equipment, without the need of introducing expensive high wearing consumable load monitoring hardware.
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Product
Datum Universal Interface
DUI
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Datum Electronics specifically designed the Universal Torque Sensor Interface which accepts serial data, displaying the output data and a wide range of additional analogue and digital outputs, s 4-20mA, +/-5Vdc, 0-5Vdc, +/-10Vdc, 0-10Vdc as well as RS232/485 serial data.The Datum Universal Interface (DUI) interfaces with all our rotary, static, reaction, digital torque sensors and torque transducers, as well as shaft power measurement solutions.
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Product
Wind Turbine Condition Monitoring
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It has also become increasingly apparent in recent years that the wind turbine industry has recognised the importance of condition-based monitoring, especially for offshore wind turbines, where access is often limited.To increase reliability and minimise down time, many wind turbine manufacturers, owners and operators are turning to condition-based monitoring systems, aimed at predicting wind turbine maintenance issues, so that operators can quickly and effectively carry out predictive maintenance, repairs and replacements of components when needed, without the need for costly routine maintenance checks and visits. As a result, a condition monitoring system increases operational time, improves site performance and reduces maintenance costs for wind turbines, especially offshore ones.
