Endress Hauser

Introduction:   

Endress-Hauser or, for short E&H is not only one of the most widely used brands in industry, but it is also a valuable tool for engineers in all fields working with equipment and deal with instrumentation and control systems. Endress+Hauser is a Swiss-based global supplier specializing in process and laboratory instrumentation and automation. 
Endress+Hauser operates in more than 50 countries worldwide, providing a wide range of products and services in the field of process automation and instrumentation. They are known as one of the references in products and solutions for industrial process measurement, including flow, level, liquid analysis, pressure, and temperature measurement.

by itself, E&H meets many needs of industrial societies of today and aims to enhance its position utilizing advanced world science.

History:

It was the year 1953 that saw two men who appeared to come from very different backgrounds form a new company in a private apartment in Lörrach, Germany. There was the 29-year-old Swiss engineer, Georg H Endress; and the 58-year-old German bank manager, obviously older, Ludwig Hauser.

Klaus Endress (*1948) followed his father's work conscientiously and built upon it, setting his own mark as a manager. He managed the challenges of an internationalized world well and expanded sales and production globally, recognizing the importance of service and solution businesses. Klaus Endress honored his dedication to maintaining a strong company culture and created a family charter, in which the shareholder family declared: Endress+Hauser shall be held as a family business.

Endress+Hauser is a Swiss-based global supplier specializing in process and laboratory instrumentation and automation. Endress+Hauser operates in more than 50 countries worldwide, providing a wide range of products and services in the field of process automation and instrumentation. They are known as one of the references in products and solutions for industrial process measurement, including flow, level, liquid analysis, pressure, and temperature measurement.

Main products of Endress Hauser:

As mentioned before and its clearly bright for the industrial men the relation between Endress-Hauser and instrumentation is something that wouldn't be spreadable. in fallowing we will just mention the most used products in instrumentation field.

Instrumentation:

Flow:

Flow meters are a core part of Endress+Hauser’s offering, enabling accurate measurement of liquids, gases, and steam:

Coriolis mass flowmeters (Q300)

Electromagnetic flowmeters (H100)

Ultrasonic flowmeters (92F, P500,9B2B and etc)

Vortex flowmeter (F200)

Thermal mass flowmeters (F300, F500, I 300, I 500, T 150 and etc)

Differential pressure flow measurement (PMD55, FMD77, FMD78 and etc)

Level: 

Endress+Hauser offers both continuous and point level measurement devices for liquids and bulk solids. such as:

 Radar Level measurement (Micropilot FMR5x series like: FMR51, FMR52, FMR54)

Hydrostatic Level measurement  (Deltapilot FMB50 / FMB70 series)

Ultrasonic Level measurement (Prosonic FMU4x series like: FMU40, FMU41, FMU42)

Capacitance Level measurement (Liquicap FMI5x series like: FMI51, FMI52)

Conductive Level measurement (Liquipoint FTW23 / FTW31)

Radiometric Level measurement (Gammapilot FMG50)

Electromechanical Level measurement (Silopilot FMM50)

Float switch Level measurement (Liquifloat TFS35)

Paddle switch Level measurement (Soliswitch FTE20)

Liquid Analysis:

pH sensors & transmitters (Memosens CPS11E (sensor) ,Liquisys CPM223 and Liquisys CPM253 (transmitters) )

Conductivity sensors & transmitters (Memosens CLS15x (sensor) ,Liquiline CM14 / CM42 (transmitters) )

Oxygen sensors & transmitters (Memosens COS81D (sensor) ,Liquiline CM42 (transmitters) )

Turbidity sensors & transmitters (Memosens COS22D (sensor) ,Liquiline CM42 (transmitters) )

Pressure:

Differential pressure transmitter (PMD75)

Pressure Transmitter (Cerabar PMP71)

Pressure Gauge (PGP10)

Temperature:

Temperature transmitters (TMT31, TMT72, TMT182, TMT84 / TMT85)

Thermowells (TPC200)

Temperature switches (TST121, TST434)

Thermometers (Industrial, Hygienic, High temperature, Compact)

Industrial	iTHERM ModuLine TM131
Hygenic	iTHERM TrustSens TM371
High Temperature	iTHERM TM401 / TM411
Compact	iTHERM CompactLine TM311

 

Endress Hauser Configuration Module

The configuration module is based on the EEC (EPLAN Engineering Configuration) platform, tightly integrated with the Endress+Hauser web front end and linked to the EPLAN Data Portal. The synergistic integration allows users to configure instruments from an astounding variety of over 1.2 million variants, considering vital parameters like connection size, measuring accuracy, communication interface, IP protection, industry-specific approvals, and material compatibility. The system's flexibility guarantees that it will effortlessly accommodate both standard and highly customized requirements.

How It Works

The configuration process is intuitive and efficient. Engineers can select a product family and are guided step-by-step through all relevant options, with each choice dynamically updating the available configurations. Once the configuration is complete, users can instantly access all related data, including technical drawings, datasheets, and manuals. These documents are generated live, ensuring they are always up-to-date and tailored to the specific configuration. The module also enables direct ordering or quotation requests, streamlining procurement and project planning.

API and Digital Integration

A standout feature of the module is its open and well-documented API, which allows seamless data exchange and integration with engineering and plant management systems. For example, design engineers can export configuration data, including CAD drawings and spec sheets, directly into CAE environments like EPLAN Electric P8. This API-driven approach ensures that configuration data remains consistent and easily transferable across platforms, reducing manual entry errors and accelerating project workflows.

Engineer Workflow and Advantages

For engineers, the configuration module offers several significant advantages:

Time Savings: 

The guided, logical workflow reduces the time spent searching for compatible options and ensures that only valid configurations are presented.

Data Reliability:

All technical documentation is generated in real time, guaranteeing accuracy and relevance for each unique configuration.

Seamless Integration:

The ability to export configuration data into engineering tools and management systems eliminates duplication of effort and supports efficient project execution.

Comprehensive Support:

The module is designed for both large corporations with internal standards and smaller firms or planners. It supports complex projects, bulk downloads, and even integration with international distribution networks.

Up-to-date Information:

Because the system pulls live data from Endress+Hauser’s databases, users always have access to the latest product updates, certifications, and documentation.

Advantages: 

Comprehensive Product Portfolio

Endress+Hauser offers one of the broadest selections of process measurement and automation solutions, covering flow, level, pressure, temperature, and analytical instrumentation for virtually every industry sector.

Cutting-Edge Technology

The company invests heavily in innovation, with hundreds of patents filed annually. Their portfolio includes advanced technologies such as Coriolis, ultrasonic, and radar measurement, providing high accuracy, reliability, and direct mass flow measurement.

Superior Process Safety and Compliance

Devices are designed to meet stringent safety standards (e.g., SIL2/3, IEC 61508), making them suitable for hazardous and critical applications. Integrated diagnostics and Heartbeat Technology enable continuous self-monitoring, verification, and extended proof testing intervals, enhancing plant safety and reliability.

User-Friendly Digital Tools

Endress+Hauser’s online platform and configuration tools offer intuitive, menu-guided operation, real-time documentation, and the ability to generate quotes or place orders in seconds. This streamlines engineering workflows and procurement, saving time and reducing errors.

Global Presence and Support

With production facilities and service organizations worldwide, Endress+Hauser provides localized support, fast shipping, and expert assistance throughout the entire lifecycle of a plant, from planning and commissioning to maintenance and optimization.

Data Transparency and AI Integration

The company leverages artificial intelligence and data analytics to optimize internal processes, improve product quality, and enhance customer experience. This includes predictive maintenance, transparent purchasing, and optimized logistics for reliable, on-time deliveries.

Sustainability and Long-Term Relationships

Endress+Hauser is committed to sustainable practices, energy efficiency, and building long-term partnerships with customers. Their solutions help reduce total cost of ownership, maintenance needs, and environmental impact.

Easy Integration and Compatibility

Uniform operating philosophy, standardized interfaces, and compatibility with major automation and asset management systems facilitate easy integration and scalability in complex industrial environments.

Disadvantages

High Initial Investment

Advanced technologies and high-quality instruments from Endress+Hauser often come with a higher upfront cost compared to some competitors or traditional mechanical solutions. This can be a barrier for smaller operations or price-sensitive projects.

Complexity for Simple Applications

The breadth and sophistication of the product range may be excessive for basic or non-critical applications, potentially leading to over-specification and unnecessary expenditure.

Customization and Lead Time

Many instruments are made to order due to the multitude of available variants, which may result in longer lead times compared to off-the-shelf products. While optimized logistics mitigate this, urgent projects may still face delays.

Learning Curve

The advanced features, digital tools, and configuration platforms, while powerful, may require training and adaptation time for new users or less experienced personnel.

Dependence on Digital Infrastructure

The heavy reliance on digital platforms, cloud-based tools, and online services means that users must have reliable internet access and may face challenges in regions with limited connectivity.

Service Availability in Remote Areas

Although Endress+Hauser has a global presence, service and support in very remote or less developed regions may not be as immediate or comprehensive as in major industrial centers.

Endress+Hauser stands out for its technological innovation, reliability, and customer-centric digital solutions, making it a leader in process automation. However, higher costs, complexity, and potential lead times are important considerations for prospective users.

 

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