Clean World Trading & Supplies, Inc.

WL3100/WL3100A Dry Pressure Transducer

WL3100 is a dry/dry differential pressure transducer. The difference between the pressure on the high and low-pressure ports is linearized and converted to a usable 4-20 mA current output and made available as a digital serial SDI-12 output.

The SDI-12 output transmits up to a distance of 60 m (200 ft). The 4-20 mA and SDI-12 outputs can operate simultaneously allowing redundant connection to up to 2 data loggers or RTUs.
WL3100 and WL3100A are mounted in a vented rugged aluminum enclosure.

The WL3100 transducer is available as ‘stand alone’ for connection to HS23 dry bubble units (see flipside) or can be fitted as a component of the HS40 Series II or HS40 Compact bubbler
system.

Two models: WL3100 and WL3100A
The two units share the same base technology and have very similar specs. The WL3100A is an advanced model with a wider temperature range starting at -40 °C and an additional location correction factor to better account for atmospheric pressure influence, especially in particularly elevated or deep sites.

Benefits
• High accuracy +/-0.02 % full scale
• Compatible with many pressure measurement applications
• Available in ranges from 5 m (16 ft) to 50 m (164 ft)
• SDI-12 and 4-20mA output at the same time
• Low power consumption
• Factory calibrated by HyQuest Solutions with certificate

Application areas
• Surface Water
• Ground Water
• Waste Water
• Reservoirs and Dams
• Lakes

For inquiries please send us a message or visit our website at
www.cleanworldph.com

HS23 Dry Bubble Unit

KISTERS’ dry bubble unit HS23 is a standard component of a ‘constant bubble’ type gas purge system. The HS23 provides a constant flow of gas (e.g. dry nitrogen or dried air) through a small diameter conduit (river line) to an opening submerged in the water body (or***ce).

Changes in water level are detected by a dry pressure sensor connected to the HS23 by measuring the pressure head of gas bubbling from the or***ce.

The HS23 is a reliable and maintenance-free method for accurate sensing of water levels. It provides a constant differential pressure (3-5 psi) above the pressure head at the or***ce. This constant differential pressure maintains a constant bubble rate through the gas tube throughout all water level regimes.

The system incorporates a regulator valve for setting the bubble rate. This eliminates the need for sight glass and oil reservoirs. The unit is pre-calibrated at the factory.

Benefits
• Robust construction
• Pre-calibrated regulator valve
• No oil (dry operation)
• Easily serviced and maintained
• Available in single line (HS23SL), dual line (HS23DL) or dual or***ce (HS23DO) models
• Suitable for all dry pressure transducers such as KISTERS’ WL3100 and WL3100A and compatible third-party products

Application Areas
The HS23 is suitable for these applications:
• Surface Water
• Ground Water
• Reservoirs
• Dams
• Coastal
• Canals

For inquiries, please send us an email with your contact number at [email protected]

HS40AFC/3100 Compact

Based on the proven constant bubble methodology of its predecessors (and significantly smaller in size and weight), the HS40 Compact water level sensing system is offered in the following models:
• HS40AFC: stand-alone unit
• HS40AFC/2100: with inbuilt WL2100 sensor
• HS40AFC/3100: with inbuilt WL3100 sensor
• HS40AFC/3100A: with inbuilt WL3100A sensor

Accessories
• WL3100/WL3100A Dry Pressure Transducer
• BU07 Bubbler Standard Or***ce
• GC01P/SS Gas Chamber Or***ce

Similar Items
• HS40 Series II Gas Purge Compressor and Bubbler System
• AD375MA Absolute Shaft Encoder

For inquiries, please send us an email with your contact number at [email protected]

FieldRay precision irrigation monitoring system

End-to-end system of sensors & mobile software, delivering soil moisture & weather data to support decisions for optimal crop quality&yield.

Easily access data from anywhere 24/7 and customize alerts for dryness, excess moisture, or risk of damaging frost. Achieve irrigation system uniformity as you monitor and visualize water uptake from the soil.
FieldRay irrigation monitoring system components:
• On-farm weather station
• Flood control district caliber rain gauges & weather sensors collect accurate data on temperature, humidity, wind & more.
• Multi-depth soil moisture sensor
• Probes also measure soil temperature & salinity.
• Data loggers for real-time data availability
• Mobile-friendly software
Use tablet, phone or laptop to view data; set alerts; get irrigation recommendations 7 days ahead or frost risk alerts up to 5 days ahead

Benefits
• Improve crop quality & yield
• Optimize resources based on useful data about your own land & microclimate, not weather stations miles away.
• Save time, water, energy & control runoff
• Heavy-duty sensors & easy-to-use software help lessen runoff, maximizing nutrients.
• Detect active root zones
• Identify roots & active roots to apply fertilizers efficiently, and get alerts when real heat stress occurs.
• Get crop-specific frost damage forecasts
• Set damage thresholds based on several weather models; get alerts 5 days ahead.
• Reliable data from a durable engineering
• Quality design, processes & testing reflect 60 years’ expertise in agrimet, water & IT.

Application Areas
KISTERS FieldRay is especially suitable for use in
• Agriculture
• Agricultural research
• Agrimeteorology
• Cooperative extension
• Crop insurance services
• Drought monitoring / drought warning
• Irrigation water management
• Rural farming
• Urban farming
• Natural resources conservation
• Soil and water conservation

For inquiries, please send us an email with your contact number at [email protected]

IoTa LoRa Sensor Node

In an Internet of Things (IoT) network, a sensor node collects data from one or several sensors. KISTERS IoTa sensor nodes interconnects sensors with data management software by means of adding modern wireless connectivity to digital sensors.

IoTa LoRa are dedicated LoRa low power sensor nodes.

IoTa LoRa sensor nodes are battery-powered and operate autonomously for several years on a single battery charge. They collect data from sensors connected via SDI-12 and counter input. Between readings of the input channels, the integrated low-power microprocessor falls into hibernation. To further reduce power consumption, SDI-12 sensors are powered only to make a reading and then switched off.

The IoTa LoRa can be configured locally using KISTERS HyComm Windows software (free of charge).

Easy installation
IoTa LoRa sensor nodes are equipped with a removable pole mount bracket and mounting holes for wall mount applications. UV-proof cable ties (included) allow for quick installation on vertical poles and horizontal rods. The IoTa sensor node can be installed in portrait or landscape position.

Monitoring Networks
IoTa LoRa sensor nodes can be purchased individually to bring IoT interconnectivity to your existing set of SDI-12 sensors and sensors with a pulse output. If desired, KISTERS engineers and field practitioners help you design the best-fit IoT monitoring solution for your application built from our vast portfolio of digital sensors compatible with the IoTa sensor node.

The IoTa LoRa device leverages standard LoRaWAN technology, ensuring integration into any manufacturer-independent LoRa infrastructure. Whether you already operate your own LoRa network or rely on public gateways, the device fits effortlessly — no vendor lock-in, no proprietary limitations.

For users seeking a turnkey data management solution, the device can also be fully embedded into the KISTERS datasphere cloud environment. On request, IoTa LoRa devices are pre-configured to stream data directly to datasphere, providing:
• Instant access to all incoming measurements
• A modern, user-friendly interface for visualization and analysis
• Effortless scaling for large sensor fleets

Benefits
• LPWAN data logger using LoRaWAN
• Battery powered
• Digital inputs
SDI-12
Counter

Application Areas
• Smart Farming and Precision Agriculture
• Smart City and Smart Village
• Inobtrusive Monitoring Stations
• Hydrometeorological Monitoring

For inquiries, please send us an email with your contact number at [email protected]

IoTa 2DL 12V LTE-M/NB-IoT Sensor Node

The KISTERS IoTa 2DL 12V sensor node acquires and logs sensor data locally, ensuring no data loss, and transmits it through TLS-protected wireless connectivity using MQTTS for seamless integration with your data-management systems.

The IoTa 2DL 12V integrates easily into existing data-acquisition systems and operates for extended periods from nominal 12 V DC, including solar setups. It supports SDI-12 and counter inputs and reduces power consumption through processor hibernation and on-demand SDI-12 sensor powering.

The IoTa 2DL 12V is equipped with an integrated LTE CAT M1 (LTE-M) modem for remote data transmission and an internal stubby antenna.

Configuration is possible locally using the free KISTERS HyComm Windows software.

Easy installation
Thanks to its compact form factor, the IoTa 2DL 12V fits easily into existing cabinets. Input signals are connected through external push-terminal blocks – no need to open the housing. Ideal to build inobtrusive monitoring stations.

Monitoring Networks
Each IoTa 2DL 12V sensor node adds IoT connectivity to set-ups with up to six SDI-12 sensors plus one pulse-output sensor.

IoTa 2DL 12V – Bare bone data logger
System integrators can purchase the IoTa 2DL 12V as a standalone sensor node. Requires installation in a cabinet (or similar).

iBOX IoTa 2DL 12V – Ready-to-Install Cabinet
A fully pre-cabled outdoor cabinet including:

• Thermoplast double-wall housing
• IoTa 2DL 12V Sensor Node
• Solar charger and pre-cabling for 12 V: 7.2 Ah SLA battery
• 3x 8-pin male SDI-12 connectors
• 1x 4-pin male pulse-input connector
• 1x XLR solar panel connector
• Option: wall-mount or pole mount brackets.

Benefits
• User configurable sampling, logging and data transmission
• Dynamic data transmission mode (alarm situations)
• Wireless Data Transmission using standard technology: LTE-M or NB-IoT
• Secure TLS-protected data transmission via MQTTS standard with JSON payload
• Internal Logger Memory: no data loss
• Digital low-power inputs only: SDI-12 and Counter
• KISTERS’ free-of-charge HyComm software for configuration and local data downloading

Application Areas
Ideal for modernization or densification of monitoring networks, including:
• Hydrometeorological Monitoring
• Environmental Monitoring
• Smart City and Smart Village
• Smart Farming and Precision Agriculture

For inquiries, please send us an email with your contact number at [email protected]

HyQuant Edge L+V - All in One Level and Velocity Radar Station

HyQuant Edge L+V is KISTERS’ advanced single-device radar water level and surface velocity monitoring station powered by KIPTEC (KISTERS Intelligent Platform for Embedded Connectivity). Minimal infrastructure and fast installation make the autonomous sensor ideal for both permanent deployments and time-limited monitoring campaigns – without compromising accuracy. TLS secured data with minimal infrastructure, zero calibration, and low maintenance. Flexible measurement ranges up to 50 m/164 ft (L20 and L50) cover diverse applications.

Using 60 GHz V band FMCW radar, the low-power device delivers long term stability. Configuration via KISTERS’ HyComm software is fast and intuitive, requiring no radar expertise. Designed for harsh outdoor environments, non-contact measurement combined with a rugged IP68 housing withstands temporary submersion and reduces site visits.

Benefits
• Fast deployment: All-in-one (sensor, logger, modem, telemetry), HyQuant Edge L+V requires only power and a SIM to start operating. Its compact form and low weight enable quick mounting on bridges or space-constrained locations. Open interfaces support any cloud-based system, and optional pre-configured links to KISTERS datasphere enable immediate cloud data transmission.
• Remote management: Remote configuration and OTA firmware updates reduce site visits. Continuous health monitoring helps detect power or connectivity issues early, minimizing downtime.
• Future-Proof: software upgrades to HyQuant Edge L+V (level + velocity) or Q (discharge) add functionality without hardware changes.
• High precision long-term stable radar performance: The integrated 60 GHz FMCW radar-on-chip ensures superior accuracy and resolution, unaffected by temperature or ageing, ensuring drift-free long-term stability.
• Get Data When It Matters: Adaptive algorithms dynamically adjust transmission intervals to site conditions, minimizing power use while delivering relevant data. In HyQuant Edge L+V and Q, adaptive velocity measurement further reduces power consumption. Periodic logging captures all changes, with all data securely stored and automatically transmitted once connectivity returns. Optional Solar Power Pack enables fully autonomous, off-grid operation.
• Secure, end-to-end connectivity: LTE Cat M1 / NB IoT enables reliable wireless transmission even from remote sites. TLS 1.3 with unique device and server certificates ensures secure, authenticated, data exchange. Secure boot guarantees only trusted firmware runs. Standard protocols (MQTTS, HTTPS, SFTP) and data formats for file-based data transfer support easy integration with any data platform – no vendor lock-in.

Application Areas
• Rivers, streams, canals, inland waterways
• Flood monitoring and urban risk management
• Irrigation and water resource operations
• Network densification or remote monitoring
• Temporary/emergency or permanent deployments
• Industrial use (hydropower, mining, brownfields)

For inquiries, please send us an email with your contact number at [email protected]

HyQuant Edge V - All-in-One Velocity Radar Station

HyQuant Edge V is KISTERS’ advanced single-device radar water surface velocity monitoring station powered by KIPTEC (KISTERS Intelligent Platform for Embedded Connectivity). Minimal infrastructure and fast installation make the autonomous sensor ideal for both permanent deployments and time-limited monitoring campaigns – without compromising accuracy. TLS secured data with minimal infrastructure, zero calibration, and low maintenance. Flexible measurement ranges up to 50 m / 164 ft (L20 and L50) cover diverse applications.

Using 60 GHz V band FMCW radar, the low-power device delivers long term stability. Configuration via KISTERS’ HyComm software is fast and intuitive, requiring no radar expertise. Designed for harsh outdoor environments, non-contact measurement combined with a rugged IP68 housing withstands temporary submersion and reduces site visits.

Benefits
• Fast deployment: All-in-one (sensor, logger, modem, telemetry), HyQuant Edge V requires only power and a SIM to start operating. Its compact form and low weight enable quick mounting on bridges or space-constrained locations. Open interfaces support any cloud-based system, and optional pre-configured links to KISTERS datasphere enable immediate cloud data transmission.
• Remote management: Remote configuration and OTA firmware updates reduce site visits. Continuous health monitoring helps detect power or connectivity issues early, minimizing downtime.
• Future-Proof: software upgrades to HyQuant Edge L+V (level + velocity) or Q (discharge) add functionality without hardware changes.
• High precision long-term stable radar performance: The integrated 60 GHz FMCW radar-on-chip ensures superior accuracy and resolution, unaffected by temperature or ageing, ensuring drift-free long-term stability.
• Get data when it matters: Adaptive algorithms dynamically adjust transmission intervals to site conditions, delivering relevant data while minimizing power use. Event-driven logging captures critical changes, with all data securely stored and automatically transmitted once connectivity returns. Optional Solar Power Pack enables fully autonomous, off-grid operation.
• Secure, end-to-end connectivity: LTE Cat M1 / NB IoT enables reliable wireless transmission even from remote sites. TLS 1.3 with unique device and server certificates ensures secure, authenticated, data exchange. Secure boot guarantees only trusted firmware runs. Standard protocols (MQTTS, HTTPS, SFTP) and data formats for file-based data transfer support easy integration with any data platform – no vendor lock-in.

Application Areas
• Rivers, streams, canals, inland waterways
• Flood monitoring and urban risk management
• Irrigation and water resource operations
• Network densification or remote monitoring
• Temporary/emergency or permanent deployments
• Industrial use (hydropower, mining, brownfields)

For inquiries, please send us an email with your contact number at [email protected]

HyQuant Edge L - All-in-One Level Radar Station

HyQuant Edge L is KISTERS’ advanced single-device radar water level monitoring station powered by KIPTEC (KISTERS Intelligent Platform for Embedded Connectivity). Minimal infrastructure and fast installation make the autonomous sensor ideal for both permanent deployments and time-limited monitoring campaigns – without compromising accuracy. TLS secured data with minimal infrastructure, zero calibration, and low maintenance. Flexible measurement ranges up to 50 m / 164 ft (L20 and L50) cover diverse applications.

Using 60 GHz V band FMCW radar, the low-power device delivers long term stability. Configuration via KISTERS’ HyComm software is fast and intuitive, requiring no radar expertise. Designed for harsh outdoor environments, non-contact measurement combined with a rugged IP68 housing withstands temporary submersion and reduces site visits.

Benefits
• Fast deployment: All-in-one (sensor, logger, modem, telemetry), HyQuant Edge L requires only power and a SIM to start operating. Its compact form and low weight enable quick mounting on bridges or other constrained locations. Open interfaces support any cloud-based system, and optional pre-configured links to KISTERS datasphere enable immediate cloud data transmission.
• Remote management: Remote configuration and OTA firmware updates reduce site visits. Continuous health monitoring helps detect power or connectivity issues early, minimizing downtime.
• Future-Proof: software upgrades to HyQuant Edge L+V (level + velocity) or Q (discharge) add functionality without hardware changes.
• High precision long-term stable radar performance: The integrated 60 GHz FMCW radar-on-chip ensures superior accuracy and resolution, unaffected by temperature or ageing, ensuring drift-free long-term stability.
• Get Data When It Matters: Adaptive algorithms dynamically adjust transmission intervals to site conditions, delivering relevant data while minimizing power use. Periodic logging captures all changes, with all data securely stored and automatically transmitted once connectivity returns. Optional Solar Power Pack enables fully autonomous, off-grid operation.
• Secure, end-to-end connectivity: LTE Cat M1 / NB IoT enables reliable wireless transmission even from remote sites. TLS 1.3 with unique device and server certificates ensures secure, authenticated, data exchange. Secure boot guarantees only trusted firmware runs. Standard protocols (MQTTS, HTTPS, SFTP) and data formats for file-based data transfer support easy integration with any data platform – no vendor lock-in.

Application Areas
• Rivers, streams, canals, inland waterways
• Flood monitoring and urban risk management
• Irrigation and water resource operations
• Network densification or remote monitoring
• Temporary/emergency or permanent deployments
• Industrial use (hydropower, mining, brownfields)

For inquiries, please send us an email with your contact number at [email protected]

HailSens IoT - Hail Monitoring System

HailSens IoT is an advanced sensor for monitoring hail events in real-time. The detection of hail impacts (as opposed to other types of icy or watery precipitation) relies on kinetic impact measurement. The characteristics of each detected hailstone (kinetic energy, equivalent diameter and timestamp of the impact) are both recorded and forwarded in real-time. Software at the receiver side can proceed to immediate assessment of a hail event while it is unfolding, and, subsequently, can be programmed to issue near real-time alerts based on the incoming data.

HailSens IoT revolutionizes the technology for sensing hail: It combines sophisticated measuring technology with online access to data. Its unmatched level of detail per hailstone makes the data extremely useful to every professional looking for objective comprehensive hail data. Whether you are a meteorologist or atmospheric physicist, a (re-)insurance claims adjuster, or the operator of a large professional solar power plant: HailSens provides objective and fast insights into the in-situ impact of hail events. The data can be used to optimize prediction models, calculate or control parametric insurance indices, tilt professional solar panels into upright position, etc.

Benefits
• Drift-free ratiometric in-situ kinetic energy and hail diameter sensors with life-time calibration and long-term stability
• Large sensing area of approximately 0.2m² = 2.1528ft² (diameter 50 cm / 19.7 in) provides statistically relevant results for any given hail event (considering the relatively large distance between neighboring hailstones)
• Choice of Ethernet or wireless IP communication
• Easy installation by one person on 2” to 4” vertical or horizontal pipe.
• Straightforward integration into existing IT infrastructure via Ethernet port

Application Areas
• Weather Services and Meteorological Offices
• (Re-)Insurance Companies
• Solar Farms
• Agriculture / Farming
• Science and Research

For inquiries, please send us an email with your contact number at [email protected]

RainTrak

KISTERS RainTrak is a proven product line offering a fully autonomous and integrated All-In-One Rain Gauging and Reporting Station. The complete package is delivered with all elements needed for easy and fast installation and ready to operate within minutes from deployment on any given site. Simply add a valid SIM card to enable network connection and off you go!

Data processing
RainTrak sends collected data periodically or event-driven in real-time either to a user-operated FTP server or to a secure KISTERS web data centre (optionally). Authorized users can access data views (graphs, tables), data management and data download functionalities through any web browser on desktop or mobile devices. The browser application handles individual RainTraks or entire RainTrak monitoring networks. Additionally, data from other stations equipped with KISTERS iRIS data loggers and - optionally - 3rd-party data loggers can be managed and processed in the same cloud environment.

Rain alerts
The real-time IP data transmission allows for rain alerts and provides fast access to current data collected at remote sites. Alerts will be sent whenever the rainfall exceeds user-defined thresholds. SMS alerting is available as an option.

Tailored Solutions
For inquiries, please send us an email with your contact number at [email protected]