Europort, organized in the world port city of Rotterdam, is the international maritime exhibition and meeting place for innovative technology and complex shipbuilding. With an average of 25,000 professional visitors and 1,000 exhibiting companies Europort belongs to the world’s largest maritime meeting & knowledge sharing B2B platforms.
Come to visit us at stand #4313 or book a meeting in advance. We are looking forward to see you
Datum Electronics Ltd is a world leading, British manufacturer & supplier of static and rotary torque sensors, torque transducers, torque meters and shaft power measurement solutions to industry since 1989.
Headquartered in the UK, we have a long-established presence worldwide, through our extensive network of re-sellers and distributors in more than 30 countries. Made in Britain, shipped worldwide.
Our SPM 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.
Our naval ship monitoring system assesses and monitors propeller shafts on ships, by measuring shaft speed, power and torque. Originally designed for use by the Royal Navy, later variations have been provided for the Indian Navy, Australian Navy and Korean Navy.
Datum Shaft Power Measurement Kits open the opportunity to collect torque, power and RPM data accurately on site. Our new Shaft Power Measuring Kits provide engineers with the opportunity to measure and monitor shaft power accurately in the field.
These meters feature Entrained Gas Management (EGMTM) for liquid applications, providing reliable readings even in the event of gas entrainment of up to 100%. In this way, the Coriolis meter enables continuous and uninterrupted measurement of volume flow and mass, density and temperature – even at difficult process conditions with 2-phase flow.
The Future of Condition Monitoring
The Datum Hawk Project will empower engineers to move away from traditional fixed-interval maintenance schedules and adopt condition-based maintenance strategies using torsional vibrational analysis (TVA) to understand the true conditions of their engines, with seamless integration to include Specific Fuel Oil Consumption (SFOC.
