ENDRESS+HAUSER LEVEL TRANSMITTER PN250

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ENDRESS+HAUSER LEVEL TRANSMITTER PN250 Specification

Rated Insulation Voltage
250 V

Features
High accuracy, robust design, easy installation, maintenance-free

Cabinet Material
Stainless Steel

Protection Level
IP68

Protection Class
Class I

Current Rating
20 mA

Components
Radar Sensor, Display Unit, Housing

Panel Type
Field Mount

Way
Single

Control System
Microprocessor Based

Connectivity Type
2-wire loop powered

Rated Current
20 mA

Operating Voltage
24 V DC

Cover Material
Polycarbonate

Rated Operation Voltage
24 V DC

Base Material
Stainless Steel

Product Type
Level Transmitter

Material
Stainless Steel

Surface Finish
Smooth, Corrosion Resistant

Standard
IEC/EN 61010

Surface Color
Blue and Metallic

Rated Voltage
24 V DC

Frequency (MHz)
4 GHz (Radar)

Maximum Output Current
20 mA

Dimension (L*W*H)
Approx. 180 mm x 110 mm x 110 mm

Application
Continuous Level Measurement in Liquids and Bulk Solids

IP Rating
IP68

Display Type
LCD

About ENDRESS+HAUSER LEVEL TRANSMITTER PN250

Access first-rate level measurement technology with the ENDRESS+HAUSER LEVEL TRANSMITTER PN250. Reserve this classic and robust device to utilise advanced radar sensing, offering a glorious measuring range up to 30 meters and process pressures up to 250 bar. Its smooth, corrosion-resistant blue and metallic stainless steel housing ensures long-lasting performance even in hazardous areas (ATEX/IECEx certified). The transmitters high-precision analog output (4-20 mA) and first-class display (resolution 0.1 mm) make it ideal for continuous level measurement in liquids and bulk solids. Enjoy maintenance-free, easy installation and a refined, dependable design.

Comprehensive Application Across Plants

The ENDRESS+HAUSER LEVEL TRANSMITTER PN250 excels in plant environments where reliable, continuous level measurement is essential. Frequently installed in chemical, oil & gas, and water treatment plants, it is used as a trusted monitoring and control tool for both liquids and bulk solids. Its versatile mounting options, including flange or threaded, make it perfect for tank farms, silos, and hazardous sites, ensuring uninterrupted process efficiency and safety in every application.

Swift Supply and Global Export Availability

We supply the ENDRESS+HAUSER LEVEL TRANSMITTER PN250 with sample options, ready stock, and prompt dispatch from our FOB port. Export market demand is enthusiastically met through efficient logistics, ensuring delivery within a standard timeline. Stock is ready to fulfill bulk or immediate requirements, supporting both local and international clients with a commitment to first-rate service and reliable product supply.

FAQs of ENDRESS+HAUSER LEVEL TRANSMITTER PN250:

Q: How does the ENDRESS+HAUSER LEVEL TRANSMITTER PN250 enhance measurement accuracy in harsh environments?

A: The transmitter features ATEX/IECEx certification, corrosion-resistant stainless steel construction, and a robust radar sensor, ensuring excellent precision (2 mm) and durability even in hazardous and challenging site conditions.

Q: What is the typical process for installing this level transmitter?

A: Installation is straightforward with options for flange or threaded mounting, quick response time (<1s), and user-friendly LCD display, making setup and commissioning both easy and efficient.

Q: Where can the PN250 transmitter be applied?

A: It is ideally used in continuous level measurement tasks across chemical processing plants, water treatment facilities, bulk storage silos, and any setting that requires reliable monitoring of liquids or solids.

Q: When is stock for the ENDRESS+HAUSER LEVEL TRANSMITTER PN250 available?

A: Stock is ready and available for immediate supply. Samples can also be requested, and deliveries are arranged promptly from the designated FOB port to meet client timelines.

Q: What are the key benefits of utilising this level transmitter in your facility?

A: Utilising this classic, maintenance-free transmitter offers high measurement accuracy, resilience in extreme conditions, and ensures process safety through its microprocessor-based control and easy integration with industrial systems.

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