Siemens Sitrans P Alfa Laval 7mf4433-1da02-2ab1 Differential Pressure Transmitter
Siemens Ag
Made For Alfa Laval Aalborg
Sitrans P
Ds Iii Hart Series
Transmitter For Differential Pressure
7mf4433-1da02-2ab1
Fab. Nr.: N1-s909-9475764
Vh: Dc 10.5…45 V (Not Intr.safe)
Outp.: Hart 4-20 Ma
Mat.: Connec. Diaphr. O-ring Filling
1.4404 Fpm Silicone Oil
Measuring Span/ Nominal Measuring Range: 2.5-250 Mbar
Rated Pressure: Pn 160
Type Of Protection Ip 65
447369
Eexia
4432-1da*0
Eexd
Es: 02
Fw: 11.03.06
Hw: 02.05.01
C33-b064-s1
C253-3-b048-s1
1.4408
Dsiii/p410 Diff. Pressure
1p 7mf44331da022ab1-z
Ord.no.: 0001388332-000011/000016327131
Item: 4508294999/industry Cus/8020000001
14k 1388332 000011
9k 16327131
N1h3099120070
7mf4433
0 Bar/0.2500000 Bar
9063582
16327131
Product Number: 7mf4433-1da02-2ab1-z
Made In France
Weight : 4.400 Kg
Ref No(S) : 65141
What is a Differential Pressure Transmitter?
This device is a sensor that measures pressure difference between two points. With this conversion of the pressure difference to an electrical signal, it can be monitored and processed, then further computed for miscellaneous applications. Differential Pressure measurements are usually applied to level measurement, and the calculation of flow rate, as well as monitoring filter performance. All the transmitters serve the purpose of monitoring good and perfect control of a process and failure minimization within the system.
Siemens Sitrans P Series: Repeated Success in Pressure Measurement
Siemens is one of the leading process instrument companies and happens to be the manufacturer of one of the most frequently used products: the differential pressure transmitter Sitrans P series. High accuracy, a compact construction, and practical applicability have made them very popular.
High accuracy: The Siemens Sitrans P differential pressure transmitters have excellent accuracy of typically 0.1% to 0.075% FS. This high accuracy level ensures that your process measurements will be reliable.
Wide Pressure Ranges: This transmitter can measure pressure differences from very low to very high ranges. Thus, it is adaptable to any kind of application.
Robust and Rugged Design: Siemens Sitrans P transmitters are quite resistant to all vibrations, dust, and moisture. They can be utilized in most adverse industrial environments.
User-Friendly Interface: As the user interface is intuitive, the devices can be easily set up as well as operated. The HART, PROFIBUS PA, and Foundation Fieldbus protocols used for communication also enable easy integration into existing systems.
Applications:
Flow Measurement: Differential pressure across an orifice, nozzle, or venturi can be used in determining flow rates of gases or liquids.
Level Measurement: In closed tanks, differential pressure transmitters can be used for the measurement of level by calculating the pressure exerted by the liquid column.
Filter Monitoring: Since this equipment monitors the pressure both before and after a filter, it can distinguish the condition of the filter, indicate whether it should be replaced, or cleaned .
Alfa Laval 7MF4433-1DA02-2AB1: Precision and Reliability Combined
Another company with a strong legacy in this industry is Alfa Laval, manufacturing some of the best differential pressure transmitters available. The Alfa Laval 7MF4433-1DA02-2AB1 gives good measurements for pressure in diversified industrial processes. In the case of Siemens, it emphasizes the full line of instruments, while Alfa Laval accentuates its diverse knowledge in specific areas, like fluid handling and heat transfer.
Key Features:
Highly Accurate and Robust: The Alfa Laval 7MF4433-1DA02-2AB1 is very accurate and stable over a long period, making it usable in processes where the precision counts.
Compact Size: Being high-end, this device still accommodates itself in other installed systems.
Ruggedness: Since the Siemens brand, Alfa Laval producers are considered to deliver good transmitters that can last even under corrosive media, extreme temperatures, and mechanical stress.
Advanced Signal Processing: The differential pressure transmitter contains advanced signal conditioning, so the data that is transmitted to the field and operators is clean and free of noise-it does not contribute to fictitious trends and therefore is reliable information.
Applications:
Pump and Flow Control: Alfa Laval differential pressure transmitters are a helpful tool for monitoring the differential pressure across pumps to efficiently operate said pump and preventing potential damage to the pump.
Heat exchangers: it monitors pressure differentials to increase efficiency of operation and alert operators to potential fouling problems.
Hydraulic and Pneumatic Systems: Differential pressure transmitters can monitor hydraulic or pneumatic system performance by components such as valves and filters to optimize system performance and safety.
