Repairs and Calibration

repairs and calibration

We undertake repairs and calibration to any type of load cell or force transducer system.

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Force Logic UK Ltd
Unit 9 Brookside Business Centre
Swallowfield
Berkshire
RG7 1TH
UK

Tel: +44 (0)118 988 8807
info@force-logic.co.uk

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April 2010 Print E-mail

New H120 Portable Load Cell Indicator.

H120web

The new H120 Load Cell Indicator includes a number of enhanced functions over the previous H100, in a compact portable load display.
Utilising a high speed 24-bit ADC and 5 digit display, the H120 is configurable through the simple menu system for a range of applications from static load monitoring to dynamic force measurements.
Dual channel capability allows independent calibration of two load cells, or reading different engineering units for the same sensor input.

 
December 2009 Print E-mail

LOAD-MASTER range increased to cover capacities 2.5t to 300t as standard.

The cabled (LM) and wireless (LMW) LOAD-MASTER tension monitoring system includes several new capacities. The full range of capacities available are: 2.5t, 5t, 10t, 12t, 15t, 20t, 25t, 35t, 50t, 75t, 100t, 200t, 300t.

A size chart is available for download from the product page.

 
September 2009 Print E-mail

LM-WwebNew Wireless LOAD-MASTER available with radio telemetry indicator.

For applications where trailing cables are a problem, the LOAD-MASTER tension monitoring system is now available with radio telemetry indicator.

Cable damage is a major cause of load cell failure in lifting and overhead weighing systems. The Wireless LOAD-MASTER prevents costly and inconvenient repairs.

 
January 2009 Print E-mail

LP-minidForce Logic UK Ltd release the new 'LP-mini Series' load cell.

Following the success of our LP (Low Profile) Series load cells, the LP-mini load cell enables customers requiring lower capacity high-accuracy load cells to benefit from the improved specification advantages of the 'low profile' design.

With this type of load cell the 'point of load' is inside the location of the radially aligned strain gauged flexures, reducing errors resulting from misaligned application of on-axis forces and reducing the risk of damage from off-axis forces.

The design also offers high output without excessive strain levels at the flexures, increasing fatigue life and allowing the load cell to retain calibration values over the long term, reducing the need for regular system re-calibration.