T95 Load Cells (Internet Services - Website Promotion)

INNetAds > Internet Services > Website Promotion

Item ID 2763168 in Category: Internet Services - Website Promotion

T95 Load Cells


The T95 weighing assembly comprises a stainless steel high accuracy load cell, complete with a tough mounting accessory in painted alloy steel (optionally stainless steel up to 10t). Although the assembly is used in compression, the cell is mounted in a unique pendulum configuration and loaded in tension. This ensures that the load vector is always maintained through the central axis of the load cell, even when the assembly is subjected to considerable movement or misalignment.
Features
The T95 is most suitable for high accuracy applications where movement or vibration is present, e.g. mixers, agitators, catalyst vessels, weighing platforms, axle weighers and vehicle weigh-in-motion (WIM) systems. The T95 load cell is also available with ATEX and IECEx approval certification for all gas and dust zones. For applications in aggressive environments where stress corrosion or acid attack is a concern, a special Parylene coating can be specified as an option. Also available is an optional High Temperature variant, for operation up to 150°C.
• Stainless steel load sensor
• Fully welded and hermetically sealed construction to IP68/IP69K
• Simple installation
• Load cell is always in tension
• OIML C3 (3000 divisions) approval
• Tough and durable painted mounting accessory, with Stainless Steel option
• 5 year warranty
• Integral lift-off prevention
• Ideal in mixer and vibrating applications
• Unique damping feature
• Available Capacity 2000 / 5000 / 10000 Kg


Related Link: Click here to visit item owner's website (0 hit)

Target State: All States
Target City : All Cities
Last Update : 23 November 2023 10:46 PM
Number of Views: 95
Item  Owner  : Kanta King
Contact Email:
Contact Phone: +91 9560915555

Friendly reminder: Click here to read some tips.
INNetAds > Internet Services > Website Promotion
 © 2024 INNetAds.com
2024-11-22 (0.386 sec)