Endress+Hauser PMD75-5BA7BF12AAU Pressure Transmitter PMD755BA7BF12AAU

• Extended Product Type: Transmitter

• Product ID: PMD75-5BA7BF12AAU

• Endress+Hauser Type Designation: Transmitter

Description of Endress+Hauser PMD75-5BA7BF12AAU Differential Pressure Transmitter

The Endress+Hauser PMD75-5BA7BF12AAU Differential Pressure Transmitter is a high-performance field instrument engineered for precise differential pressure measurement in demanding industrial environments. Built for reliability, accuracy, and long-term stability, this transmitter is widely used in industries such as oil and gas, chemical processing, water treatment, power generation, and industrial automation systems.

The Endress+Hauser Deltabar PMD75 Differential Pressure Transmitter uses advanced sensor technology to provide highly accurate differential pressure readings for applications including flow measurement, level monitoring, and filter condition monitoring. The device incorporates robust stainless-steel construction and advanced digital electronics to deliver stable performance even under harsh process conditions.

Designed for integration with modern control systems and PLC platforms, the PMD75 transmitter provides reliable digital communication and scalable outputs for continuous process monitoring. Its rugged construction, high overload resistance, and temperature stability ensure dependable performance in both indoor and outdoor industrial installations.

With advanced diagnostics, user-friendly configuration, and compatibility with common industrial communication protocols, the PMD75 differential pressure transmitter helps operators improve process efficiency, optimize maintenance schedules, and enhance plant safety.

Key Features of E+H PMD75-5BA7BF12AAU Pressure Transmitter 

• High-accuracy differential pressure measurement
• Robust industrial design for harsh environments
• Long-term measurement stability and minimal drift
• Suitable for flow, level, and pressure monitoring applications
• Advanced digital electronics with diagnostic capabilities
• Resistant to vibration, temperature changes, and pressure overload
• Compatible with modern industrial automation systems
• Reliable performance in critical industrial processes

Technical Specifications for E+H PMD75-5BA7BF12AAU Pressure Transmitter

Parameter	Specification
Manufacturer	Endress+Hauser
Model	PMD75-5BA7BF12AAU
Product Type	Differential Pressure Transmitter
Measuring Principle	Differential Pressure
Measuring Range	Configurable depending on sensor module
Accuracy	Up to ±0.075% of span
Output Signal	4–20 mA with digital communication
Communication Protocol	HART
Power Supply	10.5 to 45 V DC
Process Connection	Threaded or flange options
Wetted Parts Material	Stainless steel
Housing Material	Aluminum or stainless steel
Protection Rating	IP66 / IP67
Ambient Temperature Range	−40°C to +85°C
Process Temperature Range	Up to 120°C (depending on configuration)
Display	Optional digital display
Mounting	Pipe, panel, or wall mounting
Certification	Suitable for industrial safety and hazardous areas (depending on version)

Applications for E+H PMD75-5BA7BF12AAU Pressure Transmitter

The PMD75 Differential Pressure Transmitter is widely used across industrial sectors where accurate pressure monitoring and process control are required.

1. Flow Measurement

In combination with primary flow elements such as orifice plates or Venturi tubes, the transmitter measures differential pressure to calculate fluid flow rates in pipelines.

2. Tank Level Measurement

Differential pressure transmitters are commonly used to determine liquid levels in pressurized tanks, boilers, and storage vessels.

3. Filter Monitoring

Used to measure pressure drop across filters and strainers, allowing operators to determine when cleaning or replacement is required.

4. Pump and Compressor Monitoring

Ensures proper pressure differentials in pumps, compressors, and other rotating equipment to maintain operational safety.

5. Industrial Process Control

Widely deployed in chemical plants, refineries, and manufacturing facilities to maintain stable process conditions.

Benefits for Industrial Automation

For engineers working in industrial automation and process instrumentation, the PMD75 transmitter provides several operational advantages:

• Improves process efficiency through accurate measurement
• Enhances safety through reliable pressure monitoring
• Reduces downtime with predictive maintenance diagnostics
• Integrates easily with PLC and SCADA systems
• Maintains measurement accuracy even in harsh environments

These capabilities make the transmitter an essential component in modern automated process plants.

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Frequently Asked Questions (FAQ)

1. What is the primary use of the PMD75 differential pressure transmitter?

The PMD75 is used to measure the difference in pressure between two points in a system. This measurement is commonly used for flow measurement, liquid level monitoring, and filter condition monitoring.

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2. What industries commonly use the PMD75 transmitter?

The transmitter is widely used in oil and gas, chemical processing, water treatment, power generation, food processing, and industrial automation plants.

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3. How accurate is the Endress+Hauser PMD75 transmitter?

The PMD75 offers high measurement accuracy, typically up to ±0.075% of the calibrated span, making it suitable for critical industrial applications.

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4. Can the PMD75 be integrated with PLC or SCADA systems?

Yes. The transmitter supports standard 4–20 mA output with HART communication, allowing seamless integration with PLC, DCS, and SCADA control systems.

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5. What types of measurements can be performed with a differential pressure transmitter?

Differential pressure transmitters can be used for:

• Flow measurement
• Tank level measurement
• Filter monitoring
• Pressure drop monitoring
• Pump performance monitoring

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6. Is the PMD75 suitable for harsh industrial environments?

Yes. The device is designed with robust housing, high ingress protection ratings, and durable materials to withstand vibration, temperature variations, and demanding process conditions.