Siemens Ultrasonic level transducers Echomax
ECHOMAX XPS-30 TRANSDUCER HIGH-FREQUENCY ULTRASONIC TRANSDUCER DESIGNED FOR A WIDE VARIETY OF LIQUID AND SOLID APPLICATIONS, FOR USE WITH APPROVED CONTROLLERS. INCLUDES INTEGRAL TEMPERATURE SENSOR. 1 1/2", UNIVERSAL THREAD COMPATIBLE WITH 1 1/2", NPT AND R 1 1/2", ((BSPT), EN 10226) MEASURING RANGE: MIN. 0.6M (1.97 FT), MAX. 30M (98.43 FT) MOUNTING THREAD AND FACING: 1 1/2", UNIVERSAL THREAD CABLE LENGTH: 5 M (16.40 FT) FLANGE: WITHOUT MOUNTING FLANGE APPROVALS: ATEX II 2G 1D, FM CLASS 1 DIV 2 SAA INSTRUCTION MANUAL: MULTI-LANGUAGE QUICK START
ECHOMAX XRS-5 TRANSDUCER WITH A BEAM ANGLE OF 10 DEG, THE XRS-5 PROVIDES RELIABLE, CONTINUOUS LEVEL MONITORING OF LIQUIDS AND SLURRIES IN NARROW LIFT STATIONS/WET WELLS, FLUMES, WEIRS AND FILTER BEDS. MEASURING RANGE: MIN. 0.3 M (1 FT), MAX. 8 M (26 FT) MOUNTING THREAD: 1", NPT (TAPER), ANSI/ASME B1.20.1 CABLE LENGTH: 30 M (98.43 FT) FACING: STANDARD (CSM RUBBER) APPROVALS: FM CLASS I ZONE 1, ATEX II 2G, CSA CLASS I DIV. 2, SAA EX S CLASS I ZONE 1 &, DIP PRACTICE A ZONE 20 BETRIEBSANLEITUNG: QUICK START, MEHRSPRACHIGE . FLANGE: WITHOUT MOUNTING FLANGE
ECHOMAX XPS-15 TRANSDUCER HIGH-FREQUENCY ULTRASONIC TRANSDUCER DESIGNED FOR A WIDE VARIETY OF LIQUID AND SOLID APPLICATIONS, FOR USE WITH APPROVED CONTROLLERS. INCLUDES INTEGRAL TEMPERATURE SENSOR. MEASURING RANGE: MIN. 0.3M, MAX. 15 M MOUNTING THREAD AND FACING: 1", NPT ((TAPER), ANSI/ASME B1.20.1) CABLE LENGTH: 10 M (32.81 FT) FLANGE: NO MOUNTING FLANGE APPROVALS: ATEX II 2GD, FM CLASS I DIV 2/SAA CLASS 1 ZONE 1 MANUAL: MULTI-LANGUAGE,QUICK START
Echomax is a series of Siemens ultrasonic level sensors designed for accurate and reliable level measurement in a variety of industrial applications. These sensors use ultrasonic technology to determine the level of liquids or solids in tanks, containers, and other containers without the need for physical contact with the substance being measured. So, today, we will take a closer look at Siemens ultrasonic transducers.
Echomax: The Advantages of Ultrasonic Level Measurement
Ultrasonic level measurement, like with Echomax technology, offers several advantages over traditional methods. Let’s learn more about Siemens Echomax features and benefits.
Reliability in harsh environments
Echomax transmitters are designed to meet international standards for hazardous area certification, allowing them to be safely used in potentially explosive atmospheres commonly found in industries such as oil and gas, chemical processing, and wastewater treatment.
Easy setup & maintenance
These transmitters are typically designed for easy installation and setup, with options for various mounting configurations to accommodate different tank geometries and application requirements.
Advanced signal processing
Echomax sensors incorporate advanced signal processing algorithms to ensure accurate and reliable level measurements, even in challenging environmental conditions such as temperature variations, vapors, foam, or turbulence.
Long range measurement
Some models within the Echomax series can measure levels over long distances, making them suitable for applications where the substance's level is deep or where obstacles in the measurement path exist.
Diagnostic functions
Many Echomax transmitters include diagnostic functions that provide valuable information about device status, health, and performance, helping operators quickly identify and troubleshoot potential issues.
Robust construction
Siemens Echomax sensors are often built to withstand harsh industrial environments, with rugged construction and durable materials to ensure reliable operation even in demanding conditions.
Non-contact measurement
Ultrasonic transducers don't require physical contact with the substance being measured. This is particularly advantageous for applications involving corrosive materials, sticky substances, or situations where contact might be impractical or undesirable.
Versatility
Eechomax transducers can be used in a wide range of industries and applications, from measuring liquid levels in tanks and vessels to measuring distances in open spaces. They are suitable for measuring both solids and liquids.
Accuracy
Siemens sensors, like those using Echomax technology, offer high accuracy and reliability. They can provide precise measurements even in challenging environmental conditions such as temperature variations, humidity, or dust.
Long range
Siemens transducers can typically measure over longer distances than other technologies. This makes them suitable for applications where the level of the substance being measured is deep or where obstacles in the measurement path exist.
Cost-effectiveness
While the initial investment might be higher than some traditional methods, ultrasonic-level measurement systems often provide a good return on investment due to their long-term reliability and low maintenance requirements.
Remote Monitoring
Siemens Echomax ultrasonic level measurement systems offer remote monitoring and data logging capabilities. This allows operators to track levels and trends over time, enabling proactive maintenance and process optimization.
Compatibility
Siemens ultrasonic sensors can be integrated with various control and automation systems, making them compatible with existing infrastructure and facilitating seamless integration into industrial processes.
The Right Echomax Transducer for Your Needs
Choosing the suitable Echomax transducer depends on various factors such as the specific application, the characteristics of the substance being measured, the environmental conditions, and any specific requirements or constraints of the installation site. Here's a brief overview of the Echomax non-contact level sensors model you may choose.
Echomax 7ML1123
This model is a general-purpose ultrasonic transducer suitable for level measurement in various liquids and solids. It offers reliable performance and is often used in applications requiring standard-level measurement.
Echomax 7ML1106
This model is typically designed for applications requiring longer measurement ranges or higher accuracy. It may feature advanced signal processing capabilities to provide precise level measurements, especially in challenging environments.
Echomax 7ML1115
This model may offer specialized features or configurations tailored for specific applications or industries. It could be suitable for applications with unique requirements, such as high-temperature environments, corrosive substances, or hygienic applications in the food and beverage or pharmaceutical industries.
Echomax 7ML1118
This model may be designed for applications requiring hazardous area certification, such as in environments with potentially explosive atmospheres. It would adhere to international standards for safety in dangerous locations, making it suitable for use in industries such as oil and gas, chemical processing, or wastewater treatment.
Echomax transducer selection
When selecting the suitable Echomax transducer for your specific needs, you should consider several factors:
- Application. Consider the type of substance (liquid or solid), the characteristics of the material being measured (such as viscosity, density, and particle size), and the environmental conditions (temperature, pressure, and presence of vapors or gases).
- Measurement range. Determine the required measurement range, including the minimum and maximum levels that must be monitored. Choose a transducer with a measurement range that encompasses your application requirements.
- Mounting configuration. Evaluate the available mounting options, including top-mounted, side-mounted, or external mounting, and select a transducer compatible with your tank or vessel geometry.
- Process conditions. Consider any factors affecting transducer performance, such as temperature variations, turbulence, foam, or condensation. Choose a transducer with features designed to handle these conditions effectively.
- Accuracy and resolution. Assess the required level of measurement accuracy and resolution for your application. Select a transducer that offers the necessary level of precision to meet your specific requirements.
- Communication protocol. Determine if you need a transducer with digital communication capabilities, such as HART, Profibus, or Modbus, for integration with your control system or remote monitoring and control.
- Certifications. Consider any regulatory requirements or industry standards your application must comply with, such as hazardous area certifications (ATEX, IECEx, FM, CSA) or sanitary certifications (FDA, EHEDG) for applications in specific industries.
- Budget. Evaluate the transducer's cost and consider its overall value in terms of performance, reliability, and long-term maintenance requirements.
If you want to find out even more accurate information about the specific model you are interested in, you can read the Siemens ultrasonic transducers manual. Also, by contacting Eltra Trade, you can always count on the best service and the most competitive Siemens ultrasonic level transmitter price.