About Electric Contact Pressure Gauge
Electric Contact Pressure Gauge is indicated in applications that need both audible and visible alarms and pressure control. This gauge provides an electrical output that can be utilised for applications such as turning on and off motors. It is widely applicable to the petrochemical, chemical, metallurgical, electric power, and other areas, or used to detect the fluid medium pressure in the machine. Electric Contact Pressure Gauge is made up of stainless steel which is suitable for measuring the strong corrosion gaseous and liquid medium pressure.
Price :
Price will be changed according to product details min Price Range Available 600/pc
Versatile Pressure MonitoringThis electric contact pressure gauge is suitable for various fluids, including water, steam, oil, and gas, making it a highly versatile instrument for industrial applications. Its ability to accurately measure different types of media helps ensure optimal equipment performance and safety throughout operational processes.
Durable Construction and DesignCrafted from high-quality aluminum with several finishing options such as galvanized, antique, polished, and matte, this gauge is both durable and corrosion-resistant. The surface mount design, along with a clear analog display under a sturdy glass dial, provides reliable readings in challenging industrial environments.
Trusted by Indian Manufacturers and SuppliersThis pressure gauge is supplied by reliable manufacturers, suppliers, and traders across India. Its industrial-grade build quality and precise performance make it a preferred choice for businesses seeking dependable pressure monitoring solutions.
FAQs of Electric Contact Pressure Gauge:
Q: How does the electric contact pressure gauge work in industrial applications?
A: The electric contact pressure gauge operates by detecting and measuring the pressure of fluids such as water, steam, oil, or gas within industrial systems. As the pressure changes, the aluminum pointer moves across the glass analog dial, providing easy-to-read measurements and allowing operators to monitor and control safe operating conditions.
Q: What materials are used for constructing the gauge and why are they beneficial?
A: The gauge is constructed using durable aluminum for the body and pointer, and glass for the dial, with various finishes including galvanized, antique, polished, and matte. These materials offer corrosion resistance, strength, and longevity, making the gauge suitable for rigorous industrial environments while also providing a professional appearance.
Q: When should this pressure gauge be selected over digital alternatives?
A: This analog gauge is ideal in situations where continuous, reliable pressure readings are essential, especially where electrical interference or harsh conditions might compromise electronic displays. Its ease of reading and mechanical durability make it suitable for many traditional and modern industrial operations.
Q: Where can the electric contact pressure gauge be installed?
A: Designed for surface mounting, this gauge can be installed on equipment panels, pipes, or process vessels commonly found in industrial plants, factories, or refineries across India. It fits seamlessly into existing monitoring systems due to its standard processing compatibility.
Q: What is the process for using and maintaining this pressure gauge?
A: To use the gauge, mount it securely on the designated surface, connect it to the process line, and regularly observe the dial for pressure readings. Maintenance is straightforward: periodically check for dial clarity, ensure the pointer moves freely, and keep the gauge clean to prevent buildup of industrial residue and ensure measurement accuracy.
Q: What are the primary benefits of using this pressure gauge in industrial settings?
A: Key benefits include accurate monitoring of critical process pressures, durable construction for extended service life, versatile compatibility with multiple fluids, and straightforward installation. These features help maintain system safety, reduce downtime, and support efficient plant operations.