About Huba 511.915003841 Pressure Transmitter 0 - 4 bar
Huba 511.915003841 Pressure Transmitter 0 - 4 bar
- Make - Switzerland
- Model -A 511.915003841
- Range -A 0 - 4 bar
- Output - 4-20mA
- Power Supply - 8-33 VDC
- Process Connection - Without Pressure Tip Orifice
- Pressure Connection - Inside Thread G1/4 With O-Ring Sealing
These compact OEMA
Pressure Transmitters Type 511A Meet The Highest Specification for Mechanical Stress, EMC Compatibility, and Operational Reliability, Which Means That This Range is Particulary Suitable For All Demanding Industrial Applications. This Sensor Utilises a Ceramic Technology, Developed by Huba Control and for the Last 20 Years, in Millions of Applications, Used in Combination With Unique Integrated Electronic Design, Means That The Type 511 Series Has a High Degree of Accuracy For All Temperature Ranges. These Units Are Available In Small Or Production Quantities, With An Excellent Price To Performance Ratio.
Fixed Order Quantities On Request
- Medium Liquids And Gases
- Pressure Range -1 ... 0 AAA 600 bar
- Output 0 ... 5 V, 1 ... 6 V, 0 ... 10 V, 4 ... 20 mA
- Accuracy < 0.5% fs
- Electrical Connection Cable 1.5 m, swift connector, AMP JPT, M12x1, Connector DIN EN 175301-803-C
- Pressure Connection Inside Thread Or Out Side Thread.
- Compact And Rugged Construction For Highest Operational Reliability.
- No Media Egress When Exceeding Rupture Pressure.
- Negligible Temperature Influence On Accuracy.
- Excellent EMC Capacity.
- Saving Time By Quick Cable Mounting By The Customer With Swift Connector.
Exceptional Accuracy and VersatilityDesigned for professionals, the Huba 511.915003841 offers reliable measurement of steam, oil, and gas pressures up to 4 bar. With its robust construction and matte finish, this transmitter delivers consistent performance in various industrial environments, supporting system safety and process optimization.
Comprehensive Application CapabilitiesThis pressure transmitter is suitable for integration with a wide range of equipment, thanks to its adaptable design. Its compatibility with multiple media types makes it an essential component in industries such as energy, chemical processing, and manufacturing, contributing to operational efficiency and uptime.
FAQ's of Huba 511.915003841 Pressure Transmitter 0 - 4 bar:
Q: How is the Huba 511.915003841 Pressure Transmitter typically installed?
A: Installation involves connecting the transmitter to the pressure measurement point using appropriate fittings. It is then integrated into a control or monitoring system, ensuring the process medium (steam, oil, or gas) is within the 0 - 4 bar range. Please follow the manufacturer's installation guide for optimal performance and safety.
Q: What types of media can this pressure transmitter measure?
A: The Huba 511.915003841 is designed to accurately measure the pressure of steam, oil, and gas, making it suitable for a wide variety of industrial and mechanical applications.
Q: When should I consider using a pressure transmitter with a 0 - 4 bar scale range?
A: This range is ideal for applications requiring moderate pressure measurement, commonly found in process control for steam systems, oil transfer units, and gas pipelines, where exceeding or falling below these levels could impact operational efficiency or safety.
Q: Where is this pressure transmitter most commonly used?
A: The transmitter finds its application in industries such as manufacturing, energy generation, chemical processing, and HVAC, particularly in areas where accurate pressure monitoring of steam, oil, or gas is necessary.
Q: What is the main benefit of choosing a matte finish for the pressure transmitter?
A: The matte finish enhances the transmitter's durability by reducing surface glare, minimizing fingerprint marks, and offering improved resistance to scratches, which is particularly useful in demanding industrial environments.
Q: How does the Huba 511.915003841 contribute to operational safety?
A: By providing precise and real-time pressure readings, this transmitter helps operators detect anomalies, prevent critical failures, and maintain system integrity, ultimately supporting safer plant operations.