Endress Hauser Proline Promag 55S Flow Meter 55S2H-UCJBEAC2ABAA

Proline Promag 55S Electromagnetic Flowmeter

The flow meter features integrated solids diagnostics and excellent wear resistance
Promag S is designed for use with media such as inhomogeneous, coarse and corrosive fluids. With an industry-optimized lining, the sensors are rugged and suitable for the most challenging environments and metrology applications such as wastewater treatment, pulp and paper, basic raw materials, and metallurgy. The Promag 55S is equipped with a high-performance transmitter that not only reliably measures the flow rate, but also calculates the solids content with low maintenance requirements.

Electromagnetic flowmeter 55S1Z, DN125
Electromagnetic flowmeter 55S65, DN65
Electromagnetic flowmeter 55S32, DN32
Electromagnetic Flowmeter 55S5H, DN500 20"
Electromagnetic Flowmeter 55S2F, DN250 10"
Electromagnetic Flowmeter 55S50, DN50 2"
Electromagnetic Flowmeter 55S25, DN25 1"
Electromagnetic Flowmeter 55S1H, DN100 4"
Electromagnetic Flowmeter 55S3H, DN300 12"
Electromagnetic Flowmeter 55S80, DN80 3"
Electromagnetic Flowmeter 55S1F, DN150 6"
Electromagnetic Flowmeter 55S4H, DN400 16"
Electromagnetic Flowmeter 55S4F, DN450 18"
Electromagnetic Flowmeter 55S2F, DN250 10"
Electromagnetic Flowmeter 55S2H, DN200 8"
Electromagnetic Flowmeter 55S15, DN15 1/2"
Electromagnetic Flowmeter 55S40, DN40 1 1/2"

Large measurement errors
Volume Flow Rate (typical): ±0.5 % o.r. ± 1 mm/s (0.04 in/s)
Volume flow (optional): ±0.2 % o.r. ± 2 mm/s (0.08 in/s)

Measuring range
0.06 dm3... 600 m3/h (0.015...2650 gal/min)

Medium temperature range
0... 60 °C ( 32... 140 °F), 0... 80 °C ( 32... 176 °F),–20... 50 °C (–4... 122 °F),–20... 180 °C (–4... 356 °F),–20... 150 °C (–4... 266 °F)

Large process pressure
PN 40,Cl. 300,JIS 20 K

Wetted parts material
Lining: polyamide, ebonite, PFA, PTFE, natural rubber
Electrode: 1.4435/304L, Alloy C-22, Tantalum, Platinum, Duplex 1.4465, Tungsten Carbide, Titanium

advantage
Unique signal processing, excellent signal stability