Pneumatic Load Cells
Pneumatic Load Cells are highly reliable sensors that measure force or weight using compressed air as a sensing medium. These load cells operate based on the principle of air pressure, where the force applied to the load cell causes a change in the internal air pressure, which is then converted into an accurate measurement. Pneumatic load cells are particularly suitable for environments that require non-electrical solutions or are exposed to harsh conditions.
Manufactured by Sharp Electronics, an ISO 9001:2015-certified company based in Pune, India, our Pneumatic Load Cells provide exceptional performance in a variety of industrial applications. With over two decades of experience, Sharp Electronics is known for delivering high-quality and customized weighing solutions that meet global standards.
Key Features of Pneumatic Load Cells:
Design: Uses compressed air to detect and measure force or weight accurately.
Non-Electrical: Ideal for explosive or hazardous environments where electrical equipment is not safe.
Accuracy: Provides highly accurate and repeatable measurements.
Durability: Resistant to extreme environmental conditions, including high temperatures, moisture, and corrosive substances.
High Capacity: Suitable for handling large and heavy loads with ease.
Applications:
Hazardous environments where electrical load cells cannot be used.
Heavy-duty industrial applications like cranes and presses.
Material handling systems in difficult environments.
Force measurement in non-electrical automation systems.
Why Choose Sharp Electronics?
ISO 9001:2015-certified for consistent quality and reliability.
Specialized in developing robust solutions for extreme conditions.
Advanced R&D team for custom solutions that meet specific requirements.
Well-known for delivering durable, high-performance products with excellent after-sales support.
Explore Pneumatic Load Cells and other innovative weighing solutions from Sharp Electronics by visiting www.sharpweighingscale.com or contacting us at +91 8888006677 for more information.