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
Silo Weighing System
Silo Hawk
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Silo Hawk is the market-leading non-intrusive real time weighing solution for Silos and other weighing apparatus, using the high accuracy measurement solutions from our bolt on sensors range.
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Product
Non Contact Flange Torque Transducer
FF425
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Contactless Torque Transducers with flange couplings at either end with measuring ranges from 0-100Nm up to 30kNm as standard (bespoke sensors up to 16MNm) for a variety of in line static and rotary torque measurement applications.The Datum Electronics Series FF425 non contact flange torque sensor and FF410 torque sensors have been designed to fit easily inline with any drive train or test rig using standard DIN size couplings. With Flange couplings at either end of the torque transducer, it has many advantages over other torque measurement systems on the market.
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Product
EEXI Shaft Power System (SHaPoLi)
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Datum Electronics Ltd has developed a shaft power limitation (SHaPoLi) EEXI Shaft Power System, providing the necessary features and functionality to comply with the MARPOL Annex VI, MEPC.335(76) EEXI regulations.Our system uses a Shaft Power Acquisition Module to constantly display, monitor and record propulsion shaft power to ensure compliance with the EEDI requirements relating to CO2 emissions for ships over 400 gross tonnage.
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Product
Contactless Torque Transducers
RS425
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These contactless Torque Transducers are not limited by operational speeds, can fit any shaft and capable of measuring torque from 1nm and up to 500knm, providing highly accurate and reliable torque measurement in many applications.
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Product
Custom Bolt-On Strain Sensors
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Our custom bolt-on strain gauge sensors are designed and manufactured to your application, based on your drawings and specifications, including all types of output formats. Ideal for dynamic load monitoring, capable of measuring and monitoring axle stress and weight with high accuracy.Do you have an application for strain gauge measurement that requires a quick and simple installation, repeatedly, in multiple locations? Perhaps you need a sensor with high environmental protection, which removes the necessity for time-consuming cleaning, complicated soldering and messy strain gauge adhesives?
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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
Custom Design/OEM Solutions
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Datum Electronics can offer custom solutions to solve your torque and shaft power measurement problems.
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Product
Load Cell Amplifiers
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Datum Electronics load cell amplifier range is designed to increase (or amplify) a signal, generated by a strain gauge load cells with a full bridge connection, pressure transducers or torque sensors, allowing the user to use the data from the load cell in a more efficient and productive way.
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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
Marine Shaft Power Meter Systems
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Datum’s Marine Shaft Power Meter Systems are developed to provide real time and ongoing power monitoring data on propulsion shafts, thrusters and diesel generators. These devices are commonly used for fuel economy monitoring and equipment maintenance planning programs and can be used in conjunction with our EEXI | ShaPoLi solution to keep vessel owners in line with the latest legislation.
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Product
Rotary Torque Transducer
M425
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M425 rotary torque sensor with keyway shafts offers high accuracy of 0.1% and torque measurement range from 0-10Nm up to 60,000Nm as standard. It’s an inline rotation torque transducer, widely used for motor, gearbox and pump torque testing.Using a highly-accurate non-contact technique, the Datum M425 Rotary Torque Transducer and Torque Meter represent an ultimate torque sensor for anyone looking to measure torque, power, and speed with high accuracy and repeatability.
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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
Self-Learning Ship Condition Monitoring System
Datum Hawk
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Datum Hawk is an advanced self-learning condition monitoring system, represents the ultimate sensor system for real-time condition-based ship monitoring, providing savings of both time and money.Datum Hawk is a “Smart”, intelligent system, capable of carrying out the torsional signature analysis of main engine(s), auxiliary engine(s) and diesel generator(s), giving a true insight into the vessel’s mechanical health.
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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.
