SIEMENS DIGITAL INTERFACE LEVEL MEASUREMENT 7ML54314PA200RG2

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SIEMENS DIGITAL INTERFACE LEVEL MEASUREMENT 7ML54314PA200RG2 Specification

Current Rating
<0.5 A

Rated Operation Voltage
24 V DC

Panel Type
Field Mount

Cover Material
Polycarbonate / Stainless Steel

Cabinet Material
Plastic / Stainless Steel

Operating Voltage
1830 V DC

Cooling System
Passive cooling

Base Material
Plastic (Sensor) / Stainless steel (Process connection)

Connectivity Type
420 mA HART Digital Interface

Features
Radar level measurement, high accuracy, configurable interface

Protection Class
Class I/II; Division 1/2 (Hazardous areas)

Components
Transmitter, Antenna, Processing electronics

Way
Single

Rated Current
<0.5 A

Protection Level
IP66/IP68 / NEMA 4X/6

Thickness
132 mm approx. (sensor housing)

Control System
Digital HART / PROFIBUS PA supported

Product Type
Digital Interface Level Measurement

Material
Plastic / Stainless Steel (depends on order spec)

Surface Finish
Matte / Brushed

Standard
IEC / EN 61326-1, EN 61010-1

Surface Color
Gray / Metallic

Rated Voltage
24 V DC

Frequency (MHz)
K-band 78 GHz

Dimension (L*W*H)
220 mm x 100 mm x 132 mm (approx.)

Application
Continuous level measurement of liquids and solids in tanks/vessels

IP Rating
IP66/IP68

Display Type
Optional Local Display

About SIEMENS DIGITAL INTERFACE LEVEL MEASUREMENT 7ML54314PA200RG2

Take advantage of unprecedented performance with the SIEMENS DIGITAL INTERFACE LEVEL MEASUREMENT 7ML5431-4PA20-0RG2, now available at the best price. This top-notch radar sensor delivers excellent accuracy of 2 mm, ideal for continuous level monitoring of liquids (up to 30 m) and solids (up to 100 m). Designed for demanding environments, it features a robust, configurable interface with 4-20 mA HART and PROFIBUS PA connectivity. Explore efficient on-site parameterization, explosion-proof options, and durable constructionensuring reliability for industrial or outdoor use.

Versatile Usage and Application Areas

The SIEMENS 7ML5431-4PA20-0RG2 is engineered for continuous level measurement in a range of usage types, including hazardous and non-hazardous environments. Used for monitoring the level of liquids and solids in tanks or vessels, it excels in chemical plants, water treatment facilities, and industrial processing units. Its compatibility with different mounting options and high accuracy makes it suitable for a variety of applications, delivering superior performance in demanding process conditions.

Supply Ability, Port, and Delivery Information

Explore SIEMENS excellent supply ability for the 7ML5431-4PA20-0RG2. Typically shipped from a major FOB port, available stock ensures quick turnaround on orders. Delivery time can be estimated based on order quantity and logistics, often within industry-leading windows. Contact your supplier or trader for detailed listings on list price and delivery schedules to take advantage of prompt procurement and minimize your project lead times.

FAQs of SIEMENS DIGITAL INTERFACE LEVEL MEASUREMENT 7ML54314PA200RG2:

Q: How is the SIEMENS 7ML5431-4PA20-0RG2 installed for optimal level measurement?

A: The device should be top-mounted on tanks or vessels and uses either a threaded or flange process connection. Installation guidelines ensure accurate placement for precise measurement results.

Q: What types of materials can this SIEMENS level measurement sensor monitor?

A: It is suitable for continuous level measurement of both liquids and solids, making it versatile for industrial settings, including water, chemicals, and granular materials.

Q: Where can the SIEMENS 7ML5431-4PA20-0RG2 be effectively utilized?

A: This sensor is ideal for industrial and outdoor environments, particularly in chemical plants, water treatment facilities, and manufacturing units that require robust, continuous level detection.

Q: What are the benefits of using a digital interface with HART or PROFIBUS PA protocols?

A: These protocols allow for advanced data communication, remote calibration, and integration into existing control systems, increasing operational efficiency and flexibility.

Q: When should explosion-proof options be considered for this model?

A: Explosion-proof configurations are essential when using the device in hazardous areas, complying with Class I/II; Division 1/2 safety requirements to prevent ignition risks.

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