WIRELESS COMPRESSION | COMPRESSION LOAD CELL
Available in capacities from 50t to 500t.
Removing the reliability issues with troublesome and hard to maintain cables, large scale weighing projects can now be completed in a fraction of the time previously required.
The Straightpoint Wireless Compression loadcells are manufactured from stainless steel with a lightweight aluminium jacket and with a load centring domed top. They can also be supplied with optional load-cap to protect the item being weighed.
Maintenance costs are all but eliminated due to the absence of cables and connectors, and the products added flexibility opens the door to world of new possibilities. The unique design utilizing double o’ring seals on the loadcell ensures these impressive loadcells are built for use in the harshest industrial environments.
All Straightpoint wireless compression load cells benefit from our advanced microprocessor based electronics and un-rivalled resolution and accuracy. Data transmission is handled by the Straightpoint Wireless system, providing high integrity, error free transmission of data via the latest in IEEE 802.15.4 (2.4 GHz) technology and is capable of a license free transmission range of up to 250m or 800 feet.
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WIRELESS COMPRESSION FEATURES & BENEFITS:
The Straightpoint Wireless Compression loadcells require connection to our range of handheld controllers, our Centre of Gravity System or any of our range of datalogging software packages.
Straightpoint compression loadcells are used in a broad range of industries including steel fabrication, ship building, structural weighing, shipping, and general transportation sectors, allowing for the calculation of total mass and the centre of gravity on loads up to and exceeding 15,000t.
It is not until you add the powerful array of wireless accessories that the full potential of this product is realized. These accessories, which include a wireless signal booster and several user friendly windows based datalogging software packages, provide a level of flexibility not previously known in the load monitoring industry.