BWL-ET Water Level Transducer
Order on request
These products are requested only from ZSE. Our employees will contact you as soon as possible with an offer.
Order on request
This product is ordered on request!
An account at myZSE gives you the opportunity to order this product directly.
The BWL-ET are strain gage water level transducers designed to measure changing underground water levels in landslide areas, etc. They do not require any compensation against fluctuations in atmospheric pressure, and thus ensure accurate measurement. A temperature measuring function lets them perform simultaneous measurement of water level and temperature.
Features:
- Rated Capacity: 10 to 30 m
- Designed to be smaller than our former versions
- Stainless steel enclosure ensures excellent corrosion resistance, while a built-in lightning arrester assures safe operation without receiving any effect of thunderbolts.
- Simultaneous measurement of water level and water temperature
- Easy installation, maintenance and inspection
- Applicable for measurement of underground water levels in landslide areas and water levels of dams, rivers, intake wells and tanks
Specifications
- Safe Temperature Range
-
-20 –
60
°CI
- Ein- und Ausgangswiderstand
-
350
ΩI
- Empfohlene Speisespannung
-
2 V bis 6 V, AC oder DC
- Reproduzierbarkeit
-
±0,05 %RO
- Mögliche Speisespannung
-
10 V AC oder DC
- Bemerkung
-
Blitzschutz, Selbstkompensation des atmosphärischen Luftdrucks
- Cable
-
11,5 mm Ø, 4-Leiter geschütztes Chloropren-Kabel mit Kapillare, offene Enden
- Rated Output
-
ca. 2 mV/V (4000 µm/m) oder höher
- Hysteresis
-
±0,10 % RO
% RO
- Temperature Effect on Zero
-
±0,01 % RO/K
% RO/ºC
- Temperature Effect on Output
-
±0,01 %/K
%/°C
- Überlastbarkeit
-
150 %
- Compensated Temperature Range
-
0 –
50
°CI
- Linearitätsabweichung
-
±0,15 % RO
- Messunsicherheit der Temperaturmessung
-
±0, 5
mm
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Kyowa Electronic Instruments
KYOWA ELECTRONIC INSTRUMENTS CO, LTD. is a Japanese company that has been covering all core elements of industrial strain measurement technology since 1951.
