What are the opening hours?

Monday 8am - 5pm Tuesday 8am - 5pm Wednesday 8am - 5pm Thursday 8am - 5pm Friday 8am - 5pm

Clean World Trading & Supplies, Inc., Bagong Barrio (2026)

29/09/2026

Water Level Radar Sensor RL-35

Contact-free Water Level Measurement
The RL-35 is a highly accurate measuring device to measure the surface water level without direct contact to the medium.

Features and Advantages
• Contact-free, maintenance-free system
• Measurement range: 35 m
• Near blanking zone: 0.5 m
• High accuracy: +/- 2 mm
• Compact design
• Independent of environmental influences (e.g. temperature, wind)
• Easy integration into existing systems
• Vandalism-secure design does not attract attention
• Interfaces: 4 to 20 mA, SDI-12 is available as an option

Measuring Principle
The so-called pulse procedure sends a short microwave impulse to the water surface. Afterwards, the sensor remains in standby for a short time. Within this time, the water reflects the pulses to the integrated evaluation system. The run time of the impulses corresponds directly to the distance to the current surface water level.

Technical Details
General
Dimensions: 153 mm x 325 mm x 200 mm
Operating temperature: -40 ... 80°C
Power supply: 9.6 ... 36 VDC
Measurement frequency: 26 GHz (K-Band)
Total weight: 3 kg

Level Measurement
Measurement range: 0 ... 35 m
Resolution: 1 mm
Accuracy: +/- 2 mm
Near blanking zone: 0.5 m
Holdback time: 60 s (after power on)
Step response time: < 3 s (time after a sudden change in the measured distance to max. 0.5 m)
Output: 4 ... 20 mA = 0 ... 35 m

Additional Info
Characteristics: stationary measuring system
Features: non-contact measurement

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

28/09/2026

Velocity Radar RG-30+

Radar Sensor for Contact-free Velocity Measurement
The flow velocity sensor RG-30+ has been designed for contact-free measurements of the surface flow velocity of rivers and channels by means of radar technology.

Features and Advantages
• Maintenance-free
• Contact-free method prevents soiling and damage
• Sensor self-check with status and error output
• 3-point velocity calibration certificate
• Advanced velocity diagnostics with spectrum display
• Sommer Messtechnik ANR: advanced noise reduction system

Fields of Application
The radar sensor RG-30+ is used by hydrolography and water management. It is applied for example in open rivers, streams or channels. It is especially suitable for measurement tasks where the usage of conventional respectively contact intense measurement systems is problematic. As for example at measuring spots which are hard to reach or carry highly turbid water. It is installed outside the water and measures without direct contact to the same. Hence, the system requires no maintenance and works reliably even during high flow, flooding or despite of debris, driftwood or high turbidity.

Implementation
The sensor impresses with low power consumption and its high reliability for permanent recording of the flow velocity. The compact design and the contact-free measurement principle by means of radar technology allow easy and uncomplicated mounting and usage.

Measuring Principle
The measurement of the flow velocity is based on the principle of the Doppler frequency shift. The sensor emits a radar signal and compares its frequency with the one of the reflected signal from the water surface. The frequency is shifted proportional to the surface flow velocity. Those signals are collected, evaluated and the medial surface flow velocity is determined.

Technical Details
General
Dimensions: 241 mm x 246 mm x 154 mm
Total weight: 2.7 kg
Protection class: IP 67
Power supply: 6 ... 30 V
Power consumption at 12V: standby approx. 1 mA; active operation approx. 110 mA
Operating temperature: -40…85 °C (-40…185 °F)
Miscellaneous Protection: over voltage protection, reverse power protection, lightning protection

Velocity Measurement
Measurement range: 0.08 ... 16 m/s (depending on flow conditions)
Accuracy: +/- 0.01 m/s; +/- 1 % FS
Resolution: 1 mm/s
Direction recognition: +/-
Measurement duration single measurement: 5 ... 240 s
Measurement interval: 8 s ... 5h
Radar frequency: 24 GHz (K-Band)
Radar opening angle: 12°
Distance to water surface: 0.050 ...130 m
Necessary minimum swell: 3 mm

Automatic Vertical Angle Compensation
Vertical inclination: measured internally
Accuracy: +/- 1°
Resolution: +/- 0.1°

Interface
Outputs: RS-485 ASCII or Modbus RTU, SDI-12, Analog output 4...20 mA

Additional Info
Characteristics: stationary measuring system
Features: non-contact measurement

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

25/09/2026

Radar Profiler RP-30 V2

Mobile measuring system for non-contact discharge measurement
With the mobile measuring device RP-30 (Radar Profiler) a surface velocity profile from rivers and channels is created and together with the data of the river cross-section and water level the discharge is determined. - A very helpful measuring device especially for the use in flood conditions.

Features and Advantages
• Portable mobile measuring system
• Simple mounting on cable cranes, bridge railings or tripods
• Suitable for flood conditions and high flow velocities
• Non-contact radar measuring technology
• No threat from debris or driftwood
• Calculation of discharge with known water level and cross section profile
• Easy operator controls and handling
• Data transmission via Radio communication 2,4 GHz
• Easy connection setup
• Remote data transmission via Bluetooth
• Measuring range 0.08 ... 16 m/s (depending on the flow conditions)
• New user-friendly software

Fields of Application
The RP-30 is used in rivers, streams and open channels and calculates the exact discharge of the body of water through several sectional velocity measurements. As is the case with the RQ-30, this method of measurement is also based on innovative radar technology, including all the advantages of a non-contact measuring device.
The Radar Profiler is ideally suited for situationally and non-permanent monitoring tasks, for project evaluations or control measurements. In contrary to most other measuring devices it provides reliable values even in flood situations, which is an extremely interesting situation from a hydrological point of view and where most other sensors fail to be used. Therefore the RP-30 is particularly useful in flooding and natural hazard management.

Implementation
With the aid of an adjustable traveller for handrails the Radar Profiler can be easily moved along a bridge railing to the desired measuring points. Alternatively it can be fixed to a cable crane or tripod. The measurement is then carried out in sections across the whole width of the river. Thanks to the integrated Bluetooth transmitter the data are transferred directly to a laptop and can be viewed in real time during the whole measurement.

Technical details
General
Dimensions: 445 mm x 154 mm x 226 mm
Total weight: 6.6 kg (excluding traveler for handrails)
Protection class: IP 67
Battery: 12 V / 4.5 Ah (for up to 40 h operating time)
Power consumption: standby 10 mA; active operation 110 mA
Operating temperature: - 35 ... + 60 °C
Distance to water surface: 0.50 ... 35 m
Miscellaneous: AA batteries; sensor stored in flight case
Data transmission: Bluetooth (class 1, coverage up to 150 m)

Velocity Measurement
Measurement range: 0.08 ... 16 m/s (depending on flow conditions)
Accuracy: +/- 0.01 m/s; +/- 1 % FS
Resolution: 1 mm/s
Measurement duration: 5 ... 240 sec.
Measurement frequency: 24 GHz (K-Band)
Radar opening angle: 2°
Distance to water surface: 0.50 ... 130 m
Necessary minimum swell: 3 mm

Internal Slope Measurement
Accuracy: +/- 1°
Resolution: +/- 0.1°

Additional Info
Characteristics: mobile measuring system
Features: non-contact measurement

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

24/09/2026

Radar Sensor RQ-30+L

Discharge measurement for open rivers with external water level data

Innovative radar sensor for non-contact discharge measurement of rivers, open channels and canals with the possibility to use and integrate external water level data.

Features and Advantages
• Contact-free rada method prevents soiling
• automatic discharge calculation based on hydraulic model with multiple dyn. k-factors
• Sensor self check with status and error output
• AI-based machine learning for compensation of environmental influences and early detection of errors
• 3-point velocity calibration certificate
• Advanced velocity diagnostics with spectrum display
• Discharge calculation inside the RQ-30+L
• Water level and velocity sensor combined in one weather and vandalism proof housing
• Sommer Messtechnik ANR: advanced noise reduction system

Fields of Application
The RQ-30+L is mainly applied where existing measuring sites (e.g. gauging sites) should be upgraded in terms of quality without the need for big investments. While the water level can be measured as before, the radar sensor improves the accuracy by additionally determining the surface flow velocity. Therefore the RQ-30+L is a very effective extension to all sites where the water level should (or must) be measured by a separate instrument other than the RQ-30.

Measuring Principle
The water level (water gauge) is determined by any measurement device other than the RQ-30+L and provided to the same as an analogue data input for the discharge calculation.

Technical Details
General
Dimensions: 295 mm x 160 mm x 210,5 mm
Total weight: 2.7 kg
Protection class: IP 67
Power supply: 9... 30 VDC
Power consumption at 12V: standby approx. 1.5 mA; active operation approx. 140 mA
operating temperature: -40…85 °C (-40…185 °F)
Miscellaneous: over voltage protection, reverse power protection, lightning protection

Surface Velocity Measurement
Measuring range: 0.08 ... 16 m/s (depending on flow conditions)
Accuracy: 1%FS (certified by METAS)
Resolution: +/-0,01 m/s
Direction recognition: +/-
Measurement duration: 5 ... 240 s
Measurement interval: 8 s ... 5 h
Measuring frequency: 24 GHz (K-Band)
Radar opening angle :12°
Distance to water surface: 0.050 ... 130 m (0.16...426.51 ft)
Necessary minimum swell: 3 mm

Automatic Vertical Angle Compensation
Accuracy: +/- 1°
Resolution: +/- 0.1°

Interface
Input analog: 4 ... 20 mA for external water level sensor
Outputs: analogue output 4 ... 20 mA; RS-485 ASCII or Modbus RTU, SDI-12, digital output (low: 0V, high: Vsupply max. 1.5 A)

Additional Info
Characteristics: stationary measuring system
Features: non-contact measurement

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

23/09/2026

Discharge Radar Sensor RQ-30D

Discharge measurement for wide rivers with inhomogeneous distribution of flow velocity

With a system of one master-radar sensor and several slave-radar sensors the velocity is measured at several spots throughout the whole water cross-section. Therefore, a very high accuracy of the discharge measurement is guaranteed also for very wide water bodies.

Features and Advantages
• Discharge measurement with high accuracy – ideal use for very wide rivers with inhomogeneous velocity distribution
• One water level measurement and multiple, individual velocity measurements
• Well-proven RQ-radar technique: non-contact measurement, maintenance-free system, flood-proof
• No structural work is necessary in the water
• Recognition of flow direction and hysteresis effects
• Measurement in tidal waters
• Measurement in backwater situations
• Measures even where w**d growth prevails and sensor is not affected by turbidity
• Measuring range 0.08 ... 16 m/s (depending on the flow conditions)
• Analogue outputs from 4 to 20 mA (optional)

Fields of Application
The main advantage of the RQ-30D is that the discharge can be measured more precisely, especially in rivers and streams where the flow velocity is distributed in homogeneously over the cross-section. Varying velocities can be observed particularly in very broad streams as well as in situations, where the measuring site is located close to a river bend, an incoming river or watergates. In order to capture the complete flow-profile even more accurately, the RQ-30D system measures multiple individual flow velocities dispersed over the width of the body of water.

Measuring Principle
For the RQ-30D (in comparison to the RQ-30) the measuring principle was enhanced: Here the river is split into multiple sections and from each one a partial velocity measurement is taken. One sensor, the master device, additionally measures the water level and distributes this information to all the other devices (= slaves) in the system. Now they are able to calculate the partial dicharge rate per section. Summing up all partial amounts of discharge results in the total discharge at the actual site – continuously, with non-contact to the water and with increased accuracy. The RQ-30D system can be operated with up to seven slave devices at the maximum.

Technical Details
General
Dimensions master: 338 mm x 333 mm x 154 mm | slave: 175 mm x 154 mm x 246 mm
Total weight master: 5.4 kg | slave: 2.7 kg
Protection class: IP 67
Power supply: 6 ... 30 V
Power consumption at 12V standby: approx. 1mA; active operation approx. 140mA
Operating Temperature: -40…85 °C (-40…185 °F)
Miscellaneous over voltage protection, reverse power protection, lightning protection

Water Level Measurement
Measuring range: 0 ... 15 m standard version / 0 ... 35 m extended version
Resolution: 1 mm
Radar frequency: 26 GHz (K-Band)
Radar opening: angle 10°

Velocity Measurement
Measuring range: 0.08 ... 16 m/s (depending on flow conditions)
Accuracy: +/- 0.01 m/s; +/- 1 % FS
Resolution: 1 mm/s
Direction recognition: +/-
Measuring duration: 5 ... 240 sec.
Measuring interval: 8 sec. ... 5h
Measuring frequency: 24 GHz (K-Band)
Radar opening angle: 12°
Distance to water surface 0.50 ... 35 m
Minimum swell needed 3 mm

Automatic Vertical Angle Compensation
Accuracy: +/- 1°
Resolution: +/- 0.1°

Interface
Interface: 1x SDI-12 1 x RS 485 or Modbus
Transfer rate: 1.2 to 115.2 kBd
Protocol: diverse ASCII-protocols
Output: discharge rate, flow velocity, water level, quality parameters

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

22/09/2026

Discharge Radar RQ-30 ADMS

The RQ-30 ADMS is an all-in-one discharge measurement System. It contains the non-contact flow velocity and water level sensors of the RQ- 30 and applies the same algorithms and model to calculate the discharge in the RQ-30 sensor.

The rechargeable batteries allow autonomous operation for several months, and the integrated charge controller provides for an easy connection of a solar panel. The integrated data logger of the RQ-30 ADMS offers wireless 2-way data communication. The 2-way communication makes it possible to remotely access the sensor and data logger anytime from anywhere.

Notifications by E-mail and SMS are a standard feature of the RQ-30 ADMS. Optionally, the RQ-30 ADMS can be equipped with a SOMMER Time laps camera for visual surveillance of the monitoring site.

Technical Details
Protection class: IP 66
Battery: 24 Ah / 12 V
Recommended solar panel (for mid-latitude): 50 W
Power consumption active operation 120 mA, standby: 3 mA (total system)
Operating temperature: -40…85 °C (-40…185 °F)
Total weight: 22.9 kg
Miscellaneous: overvoltage protection, reverse power protection, lightning protection

Water Level Measurement
Measuring range: 0 ... 15 m standard version / 0 ... 35 m / 70 m and 120 m on request
Resolution: 1 mm
Accuracy: +/- 2 mm
Radar frequency: 80 GHz (K-Band)
Radar opening angle: 8°

Velocity Measurement
Measuring range: 0.08 ... 16 m/s (depening on flow conditions)
Accuracy: +/- 0.01 m/s
Resolution: 1 mm/s
Direction recognition: +/-
Measurement duration: 5 ... 240 s
Measurment interval: 8s ... 5h
Measuring frequency: 24 GHz (K-Band)
Radar opening angle: 12°
Distance to water surface: 0.050 ... 130 m

Communication
Modem: 2G, 4G
Data transfer: FTP/FTPS/HTTP/HTTPS servers
Functions: IP-call, fixed IP, time synchronization via NTP, e-mail and SMS messages
MDS server: package including database, station- /user management and data visualization via web browser

Data Logger
Storage up to 1000.000 values
Data readout remotely

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

21/09/2026

Non-Contact Discharge Radar RQ-30+

Non-contact discharge measurement by means of radar technology for open rivers

The RQ-30+ is a sensor for continuous discharge measurement of rivers, open channels and canals with known cross-section profile. The sensor uses innovative radar technology to measure velocity, water level and discharge. It enables reliable, non-contact measurement without the need for structural work in the water.

Features and Advantages
• Contact-free radar method prevents soiling and damage, no sensor maintenance
• Automatic discharge calculation based on hydraulic model with multiple dynamic k-factors
• Sensor self-check with status and error output
• AI-based machine learning for compensation of environmental influences and early detection of errors
• 3-point velocity calibration certificate
• Advanced velocity diagnostics with spectrum display
• Discharge calculation inside the RQ-30+
• Water level and velocity sensor combined in one weather and vandalism-proof housing
• Sommer Messtechnik ANR: advanced noise reduction system

Fields of Application
The RQ-30+ enables discharge measurement for rivers, streams, open channels and canals for which continuous monitoring is desired. Thanks to the non-contact radar technology the measuring equipment is not susceptible to contamination, debris or driftwood in the water. Furthermore, the non-contact measurement warrants very low maintenance and fail-safe operation especially during high water or flooding.

Implementation
The sensor can be simply mounted on bridges, on the roofs of closed canals or channel superstructures. The bed of the water should be as stable as possible in order to warrant consistent measurement. A visible swell must be evident on the surface of the water.

Measuring Principle
The non-contact radar technology determines the water surface flow velocity using the Doppler frequency shift method and furthermore the water level is established by a travel time measurement. With known cross section profile the discharge Q of the water can then be calculated on basis of the continuity equation: Q = vm · A (h)

Technical Details
General
• Dimensions 295 mm x 160 mm x 210,5 mm
• Total weight 5.4 kg
• Protection class IP 67
• Power supply 9... 30 V
• Power consumption at 12V standby approx. 1mA; active operation approx. 140mA
• Operating temperature -40…85 °C (-40…185 °F)
• Lightning protection integrated protection against indirect lightning with a discharge capacity of 0,6kW Ppp over voltage protection

Water Level Measurement
• Measurement range 0 ... 15 m/ 0 ... 30 m
• Resolution 1 mm
• Radar frequency 80 GHz
• Accuracy ± 2 mm
• Radar opening angle 8° / 4°

Velocity Measurement
• Measurement range 0.08 ... 16 m/s (depending on flow conditions)
• Accuracy +/- 0.01 m/s
• Resolution 1 mm/s
• Direction recognition +/-
• Measurement duration 5 ... 240 s
• Measurement interval 8 s ... 5h
• Measurement frequency 24 GHz (K-Band)
• Radar opening angle 12°
• Distance to water surface 0.50 ... 130m

Automatic Vertical Angle Compensation
• Vertical inclination measured internally
• Accuracy +/- 1°
• Resolution +/- 0.1°

Interface
• Output RS-485 ASCII or Modbus RTU, SDI-12, Analog output 4…• 20 mA (14 bit, max. load 250 Ω), Digital output (low: 0 V, high: V supply, max. 1.5 A)
• Digital interface SDI-12; RS 485 or Modbus Protocol: various ASCII-protocols
• Output: water level, velocity and discharge, quality parameters

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

18/09/2026

Vented Hydrostatic Pressure Sensor | HyPremo

Reliable water level monitoring – anywhere it matters.
HyPremo is a rugged, compact, and programmable hydrostatic pressure sensor that delivers combined water level and temperature measurements in a single device. Output is available either as pressure (bar) or directly as water level (mH2O), along with precise water temperature, making it an ideal, cost-effective solution for long-term monitoring in groundwater and surface water applications. It’s the only sensor in its class to offer Bluetooth®setup alongside SDI-12 communication, all while maintaining very low power consumption – perfect for battery- or solar-powered hydrological stations. Built around a factory-calibrated precision piezo-resistive element, HyPremo provides high-resolution, stable readings with minimal drift.

Designed for real-world field performance, it features:
• Automatic barometric compensation via its vented cable
Integrated temperature compensation for true water level accuracy
• Gravity correction via HyComm Config Software for site-specific calibration

From flood forecasting to groundwater tracking, the HP sensor delivers accurate, dual-parameter data – pressure + temperature – with less setup and maintenance.

Benefits
• Bluetooth® wireless setup via HyComm Config SW (probe outside the water, with 2m range to laptop)
• Wide operating temperature range (–20 °C to +85 °C - no icing)
• Tool-free cap design for fast, field-friendly maintenance
• Built-in corrosion resistance – AISI 316 Ti (DIN 1.4571), titanium stabilized for good corrosion resistance, IP68-rated
• Multi-parameter output – water level, water temperature, and supply voltage (for sensor diagnostics)
• Logger-ready integration – compatible with KISTERS and third-party loggers using SDI-12

Application Areas
• Groundwater level monitoring:
• Rest Water Level (RWL): aquifer baseline monitoring, resource tracking, hydro-geological studies
• Pumped Water Level (PWL): pump testing, irrigation wells, draw-down monitoring
• Rivers, streams, and reservoir level tracking
• Flood risk management and early warning
• Long-term environmental monitoring projects
• Hydrological station deployments in remote or harsh environments
• Tidal rivers and coastal monitoring

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

17/09/2026

HailSens Edge - Hail Monitoring System

HailSens Edge is a cutting-edge sensor for real-time hail monitoring. Powered by KIPTEC – KISTERS’ Intelligent Platform for Embedded Connectivity – it integrates hail impact measurement, onboard data logging, edge processing, data transmission, and power management into a single autonomous unit. Simply add power and start monitoring.

Using advanced kinetic impact measurement, HailSens Edge accurately distinguishes hail from other forms of precipitation. For each detected hailstone, it captures kinetic energy, equivalent diameter, and precise timestamp, transmitting all data in real time. Intelligent software enables immediate analysis as events unfold, supporting rapid assessment and configurable near real-time alerts.

Whether you are a meteorologist, insurance professional, solar plant operator, or a real estate manager HailSens Edge delivers fast, objective insights at the point of impact. The data supports improved forecasting, parametric insurance applications, and optimized operational decisions – such as protecting solar assets from damage.

Secure, standards-based connectivity with MQTT over TLS 1.3 and mutual authentication. Fully compatible with WMO First Mile Protocol and easily integrates into SCADA systems via Modbus TCP or RTU (RS485).

Remote management: Remote configuration and OTA firmware updates reduce site visits. Continuous health monitoring helps detect power or connectivity issues early, minimizing downtime.

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.

Benefits
• Drift-free, ratiometric in-situ sensors for kinetic energy and hail diameter, ensuring lifetime calibration and long-term stability
• Large sensing area (~0.2 m² / 2.15 ft²; Ø 50 cm / 19.7 in) for statistically reliable measurements, even with widely spaced hailstones
• Flexible connectivity with a choice of Ethernet or wireless IP communication
• Simple, single-person installation on 2” to 3” vertical or horizontal pipes
• Seamless integration into existing IT infrastructure via standard Ethernet interface and Modbus TCP protocol

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]

16/09/2026

SAN22SS - Current Meter Outrigger and Winch Board Assembly

Designed for hydrometric discharge measurements from bridges, platforms and boats, the SAN22SS provides a secure mounting platform for KISTERS single-drum gauging winches while extending the deployment point beyond local flow disturbances. The integrated guide wheel supports the controlled movement of KISTERS suspension and signal cables, which combine the mechanical support of the gauging assembly with the transmission of current meter signals, allowing current meters and gauging weights to be deployed safely into the measurement section. Its corrosion-resistant stainless-steel construction ensures long-term reliability in demanding field environments.

Image: single drum winch, suspension and signal cable, current meter assembly and gauging weight not included

Specifications
• Dimensions (approx.): L × W × D = 1900 × 290 × 40 mm (74.8 × 11.4 × 1.6 in)
• Weight (approx.): 11 kg (24.3 lb)
• Construction: Stainless steel
• Cable Guide: Integrated thermoplastic guide wheel
• Compatible Winches: KISTERS single-drum gauging winches
• Compatible Cable: KISTERS Amergraph Current Meter Suspension & Signal Cable

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

Clean World Trading & Supplies, Inc.

29/09/2026

28/09/2026

25/09/2026

24/09/2026

23/09/2026

22/09/2026

21/09/2026

18/09/2026

17/09/2026

16/09/2026

Address

Opening Hours

Telephone

Website

Alerts

Contact The Business

Shortcuts

Share

Listing takedown request

Monday	8am - 5pm
Tuesday	8am - 5pm
Wednesday	8am - 5pm
Thursday	8am - 5pm
Friday	8am - 5pm