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Supplier: RainWise, Inc.
Description: The RainWise Water Level Sensor provides water level readings to 0.1% accuracy from 10 to 700 foot ranges. The unit is designed to meet a variety of applications, including well monitoring, pump tests, lift stations, tank level, ground water, surface water measurement,
- Device Classification: Sensor-Only
- Measuring Range: 120 to 8400 inch
- Media Type: Liquid
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Supplier: Sitron
Description: Application Open air sumps Storm water runoff Storage and Holding Tanks Chemical, Solvent or Paint Tanks Industrial Wastewater Processing Volume in Batch and Day Tanks Pond or River Level Monitoring
- Device Classification: Sensor-Only, Transmitter
- Level Measurement Type: Continuous Level
- Material Temperature Range: -22 to 158 F
- Measuring Range: 5.91 to 787 inch
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Supplier: Madison Company
Description: The Madison PC4203 clog free submersible pressure level sensor is specifically designed for hydrostatic pressure level measurements of wastewaters or liquids which will clog most other sensors and is ideal for sensoing 0-32 foot of liquid level change. The 316L
- Device Classification: Sensor-Only
- Level Measurement Type: Continuous Level
- Maximum Operating Pressure: 100 psi
- Measuring Range: 0.0 to 384 inch
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Supplier: Arjay Engineering
Description: chambers, pre-compressor manifolds, wastewater sumps and ponds. Features and Benefits No moving parts Electronics is integral to the probe High corrosion resistant Teflon and stainless steel wetted parts Capacitance technology for high sensitivity HF capacitance technology does not require
- Communication Interface Options: Serial Interface
- Device Classification: Sensor-Only, Sensor System
- Instrument Display Options: Digital Readouts
- Instrument User Interface Options: Digital Front Panel
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Supplier: Automation24, Inc.
Description: APG sensors operates with an auxiliary supply of 9 - 28 V DC and ptocess connection is a welded cage, connection is made via a high-quality 40 ft. vented PVC cable. The PT-500C-5-PSI-G-L1-E 0-P37-40-N0 submersible pressure transmitter is used for level measurement in lift stations,
- Accuracy: 0.2500 ±% FS
- Device Category: Sensor
- Electrical Output: Analog Current, Other
- Features: Submersible
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Supplier: Automation24, Inc.
Description: APG sensors operates with an auxiliary supply of 9 - 28 V DC and process connection is a welded cage, connection is made via a high-quality 40 ft. vented polyurethane cable. The PT-500-5-PSI-G-L1-E0 -P37-40-N0 submersible pressure transmitter is used for level measurement in lift
- Accuracy: 0.2500 ±% FS
- Device Category: Sensor
- Electrical Output: Analog Current, Other
- Features: Submersible
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Supplier: Automation24, Inc.
Description: APG sensors operates with an auxiliary supply of 9 - 28 V DC and process connection is 1/2” NPTM with removable plastic nose cone, connection is made via a high-quality 40 ft. vented PVC cable. The PT-500C-5-PSI-G-L1-E 0-P1-40-N0 submersible pressure transmitter is used for level
- Accuracy: 0.2500 ±% FS
- Device Category: Sensor
- Electrical Output: Analog Current, Other
- Features: Submersible
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Supplier: Electronic Sensors, Inc.
Description: stability and virtually no maintenance. Applications for the PTX 1240 include measuring the liquid level in tanks, ponds, rivers, water wells, bins, and flood channels. When installed with a suitable barrier, the pressure sensor is intrinsically safe for most hazardous
- Electrical Output: Analog Current
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in scenarios like flood monitoring, river level sensing, and pond water level management. Its rugged structure and application-specific features prove their value in real-world deployments across multiple industries. Application River water level sensor Level measurement in rivers or lakes Flood monitoring/warning Pond water level monitoring (read more)
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With Arjay's 40+ years of capacitance expertise, the 2880-FCM Foam Control Monitor delivers accurate, continuous foam level detection. The 2880-Foam Control Monitor provides reliable monitoring of foaming conditions in process applications. The 2880-FCM sensing probe continuously (read more)
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storage, level transmitters and alarms monitor many applications Area Leak Alarms Sensor pucks around tanks and pumps, in electrical vaults….anywhere a normally dry condition may incur and need a (read more)
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Economic construction and operation of hectare-scale wastewater treatment enhanced pond systems
At Christchurch, since the HRAP effluent was constantly pumped from the ponds, the HRAP influent gravity flow was controlled by a pond water level sensor .
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Measuring Water Leakage from an Artificial Wetland Impacted by Earthquake Fissures
Yagi antenna 14454 Campbell Scientific, Inc., Logan, Utah Pond water level sensor TFLi 120 cm Univ. of Tenn., Knoxville, Tenn.
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Measuring Water Leakage from an Artificial Wetland Impacted by Earthquake Sand Blows and Fissures
Yagi antenna 14454 Campbell Scientific, Inc., Logan, Utah Pond water level sensor TFLi 120 cm Univ. of Tenn., Knoxville, Tenn.
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Cooperative Control of Water Volumes of Parallel Ponds Attached to An Open Channel Based on Information Consensus with Minimum Diversion Water Loss
The simulation scheme (figure 5) used to test the developed control algorithm embeds : a controllable reservoir outflow, 4 controllable diversions, 4 pond water level sensors and a monitoring of the amount of water lost along the operations.
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Seasonal variation in light utilisation, biomass production and nutrient removal by wastewater microalgae in a full-scale high-rate algal pond
Addition of the gravity fed influent to each HRAP was controlled by a water level sensor on the pond surface which was dependent on the pumped effluent flow rate minus net evaporation.
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Hectare-scale demonstration of high rate algal ponds for enhanced wastewater treatment and biofuel production
The influent flow rate to each HRAP (~500 m−2 day−1 ) was controlled by a water level sensor on the pond surface and was confirmed with influent and effluent flow metres.
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Design and operation of an outdoor microalgae test facility
A level sensor in the pond will shut off the influent flow as necessary to compensate for mismatched flows or rainy days.
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REALnet: An environmental WSN Testbed
A temperature sensor and an original water level sensor for the Campus pond are implemented and a basic wireless network, composed of three nodes, is deployed to communicate the sensor node with a central station.
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Evaluation of the freeze-thaw/evaporation process for the treatment of produced waters. Final report, August 1992--August 1996
The transfer pump was automatically controlled by a level sensor in the Cahn pond .
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Simulation of Temperature Mitigation by a Stormwater Detention Pond
…pipe embedded into the pond sediment instru- mented with (1) an anemometer, wind direction sen- sor, and tipping bucket rain gage mounted, (2) a thermistor chain (7 thermistors), (3) a pressure sen- sor to record pond water level , and (4) a data…