The BST stainless steel paddle flow switch is built with a robust stainless steel housing, offering rust-free performance for water flow applications. Its flexible design allows for easy integration into a wide range of systems by the vertical and horizontal installations. Engineered for challenging environments like gas tanks and sewage systems, our flow switch stainless steel delivers consistent and reliable performance. Opt for our SS flow switch for accurate and dependable flow monitoring in even the most demanding conditions.
Features of Stainless Steel Flow Switch and Stainless Steel Flow Sensor
Stainless steel housing is able to work is harsh environment application.
Multiple mounting options: the stainless steel flow switch can be mounted vertically or horizontally.
Different connecting options: barbed connector or threaded connector with different sizes is inserted in our stainless steel flow switch.
Wide range of application with working temperature up to 100â??.
Specification of Stainless Steel Flow Switch
More details of position sensor working principle, please visit our website.
The BST plastic water flow switch features a durable plastic housing made of PP, POM, or PA, which is rust-free for water flow. The versatile design of the plastic flow sensor supports both vertical and horizontal installation, enabling easy setup in various applications. Additionally, our plastic flow switch incorporates a sensitive start-up volume setting and provides accurate volume measurement.
Features of Plastic Flow Switch
Multiple mounting options: the PVC pipe flow switch can be mounted vertically or horizontally.
Different connecting options: barbed connector or threaded connector with different sizes is featured in our plastic flow switch.
Wide range of application with working temperature up to 100â??.
Specification of Plastic Flow Switch
Plastic Flow Switch Material Characteristics
A plastic flow sensor is designed to monitor fluid flow in industrial applications. Its primary role is to detect the flow state of liquids and send signals when the flow reaches a preset value, enabling the control of other equipment like pumps or alarms. These plastic water flow switches are commonly made from corrosion-resistant materials such as PVC, making them suitable for a wide range of fluids, including water and chemical liquids. Compared to metal flow switches, PVC water flow switches provide enhanced corrosion resistance, making them ideal for demanding environments.
Plastic Flow Switch Working Principle
Plastic flow switches function through mechanical or electronic mechanisms, where the force of fluid flow activates internal components to trigger the switch. These components, such as floaters, impellers, or other sensors, work in unison to deliver reliable and accurate flow detection. A plastic flow sensor ensures precise monitoring and enhances the overall efficiency of flow detection systems.
Plastic Flow Switch Applications
Plastic flow switches are versatile devices widely used across industries. In water treatment, they help monitor water flow in purification systems. In the chemical industry, their corrosion-resistant design ensures safe handling of aggressive fluids. In food and beverage processing, they guarantee the efficient and safe operation of production systems. Additionally, HVAC systems benefit from these switches by enabling accurate monitoring and control of cooling and heating fluid circulation. They are particularly effective in detecting low-flow or no-flow conditions, enhancing the safety and efficiency of any system they serve.
The Branson 803 Converter is a high-performance ultrasonic transducer designed for industrial ultrasonic systems. It is a critical component that converts electrical energy into mechanical vibrations for various applications like welding, cleaning, and cutting. Below is a detailed description:
Branson 803 Converter Features
Piezoelectric Technology:
Utilizes high-quality piezoelectric ceramics for efficient energy conversion and durability.
Frequency Range:
Typically operates at 20 kHz, suitable for heavy-duty ultrasonic welding and cutting applications.
Compatibility:
Designed to pair with Branson ultrasonic generators and systems, ensuring optimal performance and seamless integration.
Rugged Construction:
Built with robust materials to withstand challenging industrial environments and prolonged use.
Precision and Reliability:
Delivers consistent ultrasonic vibrations for accurate and reliable operation in various applications.
Applications:
Plastic welding
Metal welding
Textile cutting
Packaging sealing
