About Huba 511.941003842 Pressure Transmitter 0 - 100 bar
Huba 511.941003842 Pressure Transmitter 0 - 100 bar
- Make - Switzerland
- Model -A 511.941003842
- Range -A 0 - 100 bar
- Output -A 4-20mA
- Power Supply - 8-33 VDC
- Process Connection - With Pressure Tip Orifice
- Pressure Connection - Outside Thread G1/4 Sealed At Back Din 3852/E
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.
High Accuracy Pressure MeasurementThe Huba 511.941003842 Pressure Transmitter offers reliable pressure monitoring from 0 to 100 bar, ensuring accuracy in industrial processes handling steam, oil, or gas. Its robust construction and stainless steel material make it suitable for both harsh and standard environments, providing confidence in long-term performance.
Durable Stainless Steel ConstructionThis transmitter is built with high-quality stainless steel and features a matte finish, delivering strong resistance to corrosion and wear. This durability makes it an ideal choice for use in industries where adverse conditions are commonplace and reliability is paramount.
Versatile Industrial ApplicationsEngineered for versatility, the Huba 511.941003842 serves diverse industries, from oil and gas to steam systems. Its ability to measure different media enables manufacturers, suppliers, and traders in India to streamline their operations with a single, multi-purpose device.
FAQ's of Huba 511.941003842 Pressure Transmitter 0 - 100 bar:
Q: How can the Huba 511.941003842 Pressure Transmitter be used in industrial applications?
A: This pressure transmitter is ideal for integration into systems that require accurate monitoring of steam, oil, or gas pressures, such as process automation, energy production, and safety control systems. Its robust stainless steel construction makes it suitable for harsh industrial environments.
Q: What is the pressure range that this device can measure?
A: The Huba 511.941003842 Pressure Transmitter accurately measures pressures within a 0 to 100 bar range, making it suitable for a wide variety of industrial and process control uses.
Q: Where is this pressure transmitter manufactured and supplied from?
A: The Huba 511.941003842 is manufactured, exported, supplied, and traded by reputable businesses in India that specialize in high-quality industrial instrumentation.
Q: What materials are used in the construction of this transmitter?
A: This model is crafted primarily from stainless steel, providing a matte finish that enhances its resistance to corrosion, making it ideal for demanding measurement environments.
Q: What are the main benefits of using this pressure transmitter?
A: Key benefits include high measurement accuracy, durable stainless steel construction, compatibility with multiple media (steam, oil, gas), and suitability for both standard and challenging industrial conditions.
Q: How does the pressure transmitter process the measured data?
A: The device converts the physical pressure it detects into an electrical signal. This standardized output can then be integrated with monitoring and control systems, allowing real-time process feedback and effective automated control.