Huba 511.917003571 Pressure Transmitter 0 - 6 bar

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MOQ : 5 Pieces

Huba 511.917003571 Pressure Transmitter 0 - 6 bar Specification

Scale Range
0 - 6 BAR

Huba 511.917003571 Pressure Transmitter 0 - 6 bar Trade Information

Minimum Order Quantity
5 Pieces

FOB Port
Delhi

Payment Terms
Cash on Delivery (COD), Cash in Advance (CID), Cash Advance (CA), Cash Against Delivery (CAD)

Delivery Time
7 Days

Main Export Market(s)
Middle East, Asia

Main Domestic Market
All India

About Huba 511.917003571 Pressure Transmitter 0 - 6 bar

Huba 511.917003571 Pressure Transmitter 0 - 6 bar

Make - Switzerland

Model -A 511.917003571

Range -A 0 - 6 bar

Output -A 4-20mA

Power Supply - 8-33 VDC

Process Connection - Without Pressure Tip Orifice

Pressure Connection - Outside Thread R1/4, Din2999

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-Performance Pressure Measurement

The Huba 511.917003571 Pressure Transmitter stands out for its exceptional reliability and versatility. It delivers accurate pressure readings for steam, oil, and gas systems, making it suitable for a wide range of industrial applications. Its 0-6 bar scaling ensures adaptability to various operational requirements while maintaining measurement integrity.

Ideal for Industrial Applications

With its robust matte finishing and precision engineering, this transmitter is designed to withstand challenging conditions commonly found in industrial settings. Its compatibility with different mediums like steam, oil, and gas allows for broad usage in sectors such as manufacturing, chemical processing, and energy production.

FAQ's of Huba 511.917003571 Pressure Transmitter 0 - 6 bar:

Q: How does the Huba 511.917003571 Pressure Transmitter measure pressure?

A: The transmitter utilizes advanced sensing technology to convert the physical pressure of steam, oil, or gas into an electrical signal. This allows for accurate monitoring and control within the measured 0-6 bar range, ensuring real-time feedback for efficient system management.

Q: What materials and finishing are used in this pressure transmitter?

A: This model features a durable matte finish, which enhances resistance to corrosion and wear. The choice of robust materials supports long-lasting operation in demanding industrial environments where pressure fluctuations are common.

Q: When is this pressure transmitter most beneficial to use?

A: It is especially advantageous in processes where consistent and precise pressure measurement is crucial, such as steam line management, oil pipeline monitoring, or gas distribution systems. It helps maintain safe and optimal operation conditions at all times.

Q: Where can this pressure transmitter be installed?

A: The Huba 511.917003571 can be installed in any compatible pressure line or vessel within steam, oil, or gas systems. It is suitable for both indoor and sheltered outdoor environments commonly found in industrial facilities across India and globally.

Q: What is the process for integrating this transmitter into existing systems?

A: Integration typically involves mounting the transmitter at a suitable measurement point and connecting it to the control system's input. Calibration is performed to align its output with the desired monitoring or automation requirements, ensuring seamless incorporation into existing networks.

Q: How does using this pressure transmitter benefit industrial operations?

A: By providing precise, reliable pressure data, the transmitter helps prevent system failures, enables predictive maintenance, and supports energy efficiency. This translates to reduced downtime, enhanced safety, and optimized operational costs for industrial users.

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