Power
Site power
Phathom sensors can be connected to a local power source.
Sensor range
S20-SWW
0-10g/L
Designed for accuracy in dirty water, measuring a TSS range of 0 – 10 g/L (SiO2). The S-series are immersion sensors and they use direct attenuated light to measure both TSS and turbidity directly.
S40-SWW
0-2.5g/L
Designed for accuracy in reasonably clean water, measuring a TSS range of 0 – 2.5 g/L (SiO2). The S-series are immersion sensors and they use direct attenuated light to measure both TSS and turbidity directly.
T30-SWW
0-1000 NTU
Designed for accuracy in clean water, measuring a TSS range of 0 – 0.75 g/L (SiO2) and a turbidity range of 0 – 1,000 NTU. The T-series are immersion sensors and they use nephelometry (90 degree scattered light) and direct attenuated light to measure both TSS and turbidity directly.
Buy your sensor or build your monitoring system
Solar and battery power
Phathom sensors will work with a 3.7V battery recharged by solar panels, making them ideal for remote deployment.
Power
Battery power
Phathom sensors will work with a 9-32V battery supply, making them ideal for remote deployment.
Telemetry
Connect to existing
You can integrate a Phathom sensor into your existing telemetry through either a 4-20mA, Modbus RS485 or SDI-12 connector. Or click right to see examples of tried and tested systems.
Telemetry
Halo (NZ)
They are leaders in agri-data. Phathom sensors work well with their telemetry solutions.
Telemetry
Define (International)
Industrial communications and data
Telemetry
Ping Alert (NZ)
Instrumatics’ economical communications unit and platform
Telemetry
Mote (NZ)
Gold standard sediment control monitoring
Installation
Flotation
Flotation buoys and devices support Phathom sensors in ponds, estuaries, and larger rivers.
Platform
Immersion
Phathom sensors can be secured outside of the water and immersed into the water in a flume, sump, tank, lift stations or body of water.
Platform
Inline
Phathom sensors can be integrated into a plumbed system for clarifiers, lamellas, dewatering systems or raw water supply.
Sensor
S20-SWW
Designed for accuracy in dirty water, measuring a TSS range of 0 – 10 g/L (SiO2). The S-series are immersion sensors and they use direct attenuated light to measure both TSS and turbidity directly.
Download S20-SWW datasheet
Sensor
T30-SWW
Designed for accuracy in clean water, measuring a TSS range of 0 – 0.75 g/L (SiO2) and a turbidity range of 0 – 1,000 NTU. The T-series are immersion sensors and they use nephelometry (90 degree scattered light) and direct attenuated light to measure both TSS and turbidity directly.
Download T30-SWW datasheet
Sensor
S40-SWW
Designed for accuracy in reasonably clean water, measuring a TSS range of 0 – 2.5 g/L (SiO2). The S-series are immersion sensors and they use direct attenuated light to measure both TSS and turbidity directly.
Download S40-SWW datasheet
Attachment
Jet
If the sensor is likely to need occasional cleaning to remove dirt (or filamentous growth in rare environmental applications), you can fit a cleaning guard connected to a hose supplying an occasional burst of compressed air or water.
Attachment
Shroud
In settings where light intensity is variable, or where light needs to be excluded e.g. to prevent growth, a shroud can be placed over the end of the sensor.
Attachment
Brush
In rare environmental applications, a brush may be required to remove filamentous growth and/or reflective growth. Zebra Tek make a brush that works well with Phathom sensors.
Enquire about this system
Phathom sensors can be combined with a wide range of other technologies and products to build an effective monitoring system. The options shown above have been tried and tested successfully with Phathom sensors.
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Jet attachment
Unlike single-beam sensors that require constant cleaning, Phathom sensors only need occasional cleaning at most because their multi-beam technology self-compensates for accumulated dirt unless they get completely clogged. To prevent that happening, you can fit a cleaning guard connected to a hose supplying an occasional burst of compressed air or water, ensuring your Phathom sensor stays clean and you stay current.
Complete systems
Green1 Technologies are experts in mechatronics and automated solutions for on-site water treatment. They create custom-made solutions to meet the requirements of New Zealand environmental legislation.
Highway Electrical are experts in industrial maintenance who operate across New Zealand and Australia on a diverse range of projects, including managing construction sediment, chemical treatment plants, and medical waste plants.
Read the case study
BPO provide environmental engineering solutions from wastewater engineering to process support to environmental monitoring. They serve a wide range of public and private sector organisations, including local and regional councils, food and beverage manufacturers, and pulp and paper.
Mote are leaders in environmental monitoring technology. Part-owned by the commercialisation arm of the University of Auckland, they provide precision measurement data within digital information and IoT supply chains.
Read the case study
Hydro Logic provides independent environmental and hydrological services to local government, consultants, the farming and growers industries, as well as mining and energy companies, and anyone who is required to comply with a resource consent.
Getting the most out of your Phathom sensor
Find out how to set up, calibrate and clean your sensor so you can get in the flow as quickly as possible. There are also answers to common questions and additional technical detail available so you can understand the sensor in depth.