Web Summary
Q1: What is the address of Thames Side Sensors India Private Ltd?
A1: The address of Thames Side Sensors India Private Ltd. is C6 & C7, Hind Saurashtra Industrial Estate, Near Mittal Industrial Estate, Marol Naka, AndheriKurla Road, AndheriEast, Mumbai400 059.
Q2: What types of load cells does Thames Side Sensors India offer?
A2: Thames Side Sensors India offers a comprehensive range of load cells, including single point/offcentre/platform, double shear beam, shear beam, bending beam, compression columns (rocker columns), and Stype (tension and compression) load cells.
Q3: What is the industry in which Thames Side Sensors India operates?
A3: Thames Side Sensors India operates in the weighing industry, specifically catering to OEMs and system integrators for the geographical area of India, Bangladesh, Nepal, and Sri Lanka.
Q4: What services does Thames Side Sensors India provide?
A4: Thames Side Sensors India provides technical support, troubleshooting guidance, and expert advice on legal metrology issues, as well as configuration assistance for weighing systems.
Q5: What is the contact information for Thames Side Sensors India?
A5: The contact information for Thames Side Sensors India includes phone number +91 22 28506711, email address not provided, and a physical address in Mumbai, India.
Q6: What certifications does Thames Side Sensors India hold for its products?
A6: Most of Thames Side Sensors India's products have ATEX, PESO, and OIML certificates, indicating compliance with international safety standards for hazardous areas and weighing applications.
Q7: How can I periodically check that my weighing system is working correctly?
A7: An initial verification will be required when the weighing system is used in applications for legal use with third parties, following a properly documented procedure. Regular periodic verifications may be necessary depending on the frequency of use and industry regulations.
Q8: What is the principle of operation of a load cell?
A8: A load cell consists of a metal body that behaves in a linear elastic fashion, an electrical circuit, and a protective housing. The strain gauges applied to the metal body follow the deformations of the surface, increasing and decreasing in length as the metal body does, creating a variation in electrical resistance that is converted into an electrical signal proportional to the weight or force applied.