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LVU150-Series
Submersible IP68 Ultrasonic Level Switch
Models In Stock
- Not Sensitive to Changes In Viscosity, Density, or Conductivity
- 1 A SPST Relay Standard
- Resists Vapor and Turbulence
- NEMA 6 (IP68) Submersible Sensor and Cable
LVU150-Series
From
C$
570.61
Models In Stock
Product Overview
- Accuracy ± 0.04 inH2O
- Approvals General purpose, CE
- Cable Length 1000 ft
- Enclosure Ratings IP68, NEMA Type 6
- Hysteresis 0.04"
- Loop Resistance 600 Ω @ 24 Vdc
- Media Compatibility Oil, Solvents, Water
- Operating Pressure, Max 150 psi
- Operating Pressure Note 150 psi @ 25°C (76°F) derated @ 1.667 psi per °C above 25°C (76°F)
- Operating Temperature, Max 80 °C
- Operating Temperature, Min -40 °C
- Process Connection Size 3/4 in
- Process Connection Type NPT Male
- Repeatability ± 0.02 inH2O
- Supply Power Type DC
- Supply Voltage 12 to 36 Vdc
- Switch Operation Selectable Normally Open or Normally Closed
- Switch Rating 1 A @ 60 or 120 Vac/Vdc
- Switch Type SPST
- Wire Gauge 22 AWG
OMEGA’s ultrasonic sensors deliver accurate and reliable liquid level detection with an SPST mechanical relay output. The technology provides a high level of ultrasonic sensitivity, including resistance to vapor and turbulence. The ultrasonic sensor utilizes a fork-shaped sensor which contains two piezoelectric crystals, one of which acts as the ultrasonic transmitter, and the other as a receiver. If the air gap between the points of the fork fills with liquid, the sonic wave passes from one crystal to the other.
Show Ratings & Reviews
Rated 4 out of
5
by
Paisley from
Would last longer with a better wire.
Works just as expected. We use it in a leg washer, and have bought the same sensor every year for 4 years. Only gripe is that the sensor inevitably fails because of weak wiring/connection point
Date published: 2022-08-28
Reading literature about the relationship between ultrasonic sensors and viscosity. It is possible to directly correlate the reflection coefficient to the shear viscosity. Would these sensors be possible to do that?
In regard to your inquiry, unfortunately, no, it is not possible to directly correlate the two. Our Tech Support engineer has connected with you to see what liquid you wish to measure via an ultrasonic flow meter, to further advise. Thank you.
Date published: 2019-06-13