About Pressure Cum Temperature Gauges
Our offered Pressure Cum Temperature Gauges are widely used in different types of temperatures and pressure controlling purposes. The offered gauges are designed to provide 6 times more accurate than its mechanical counter-part. These gauges have 3 times the over-range capacity and 5 to 10 times the resolution of traditional mechanical pressure indicators. Further, we offer these Pressure Cum Temperature Gauges to the clients in different specifications as per the requirements of clients.
Features:
- Rust resistance
- Accurate reading
- High strength
- Easy installation
Specification
| Efficiency | 100% |
| Micron Rating | 30 or 10 |
| Housing | Steel |
Reliable Simultaneous MeasurementThese gauges efficiently monitor both pressure and temperature using a dual-scale analog display, reducing the need for separate instruments. The combination of a stainless steel bimetallic sensor and Bourdon tube ensures swift and precise responses in dynamic industrial environments. Their durable construction and thoughtful design maintain performance even amid shock and vibration.
Versatile and Durable ConstructionEngineered for longevity, these gauges utilize high-strength stainless steel casings with phosphor bronze or stainless steel Bourdon tubes. The acrylic or toughened glass window resists impacts, while the IP65-rated enclosure ensures protection against dust and water, making the unit suitable for both internal and external industrial applications.
FAQ's of Pressure Cum Temperature Gauges:
Q: How does a Pressure Cum Temperature Gauge operate in industrial settings?
A: This gauge utilizes a combined bimetallic sensor and Bourdon tube system to simultaneously measure temperature and pressure. Readings are displayed on a dual-scale analog dial, allowing for quick monitoring during processes in pharmaceutical, chemical, petrochemical, and water treatment plants.
Q: What are the key benefits of using this combined gauge over separate devices?
A: Integrating both measurements into one unit saves space and reduces costs, while streamlining installation and maintenance. It also ensures synchronized readings, enhancing process control and efficiency.
Q: When is the ideal situation to use this gauge?
A: These gauges are best employed when monitoring both pressure and temperature is essential, such as in heat exchangers, reactors, boilers, and pipeline systems requiring real-time and combined data for operational safety and efficiency.
Q: Where should the gauge be installed for optimal performance?
A: For most accurate results, the gauge should be installed near the process site, using the direct or capillary type connection. Selecting bottom or back mounting depends on your system's configuration and ease of viewing the dial.
Q: What process connections and thread types are available?
A: The gauge offers both direct and capillary process connections, with standard 1/2 BSP male or female threading. This allows compatibility with commonly used industrial pipe fittings.
Q: Is the gauge resistant to shock and vibration?
A: Yes, these gauges are designed with shock and vibration resistance, maintaining accuracy and integrity even in demanding industrial environments, thanks to robust mounting and sensor systems.
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