<![CDATA[Performance Results Plus, Inc.: New Products - OTT HL Sonde Sensors]]> https://prph2o.com Thu, 16 Apr 2026 17:45:50 +0000 <![CDATA[HL7 HYDROLAB Central Cleaning Brush Probe, Non- Turbidity]]> https://prph2o.com/hl7-hydrolab-central-cleaning-brush-probe-non-turbidity/ Tue, 21 Jan 2025 02:06:49 +0000 https://prph2o.com/hl7-hydrolab-central-cleaning-brush-probe-non-turbidity/ HL7 HYDROLAB Central Cleaning Brush Probe, Non- Turbidity

Accessory for the HYDROLAB HL7 as a central cleaning brush for prolonged deployments.

(accessory cannot be purchased as a standalone product)

Price: $0.00

]]> HL7 HYDROLAB Central Cleaning Brush Probe, Non- Turbidity

Accessory for the HYDROLAB HL7 as a central cleaning brush for prolonged deployments.

(accessory cannot be purchased as a standalone product)

Price: $0.00

]]> Accessory for the HYDROLAB HL7 as a central cleaning brush for prolonged deployments.

(accessory cannot be purchased as a standalone product)

]]> <![CDATA[HL7 HYDROLAB Turbidity Sensor with Central Cleaning Brush]]> https://prph2o.com/hl7-hydrolab-turbidity-sensor-with-central-cleaning-brush/ Tue, 21 Jan 2025 02:04:51 +0000 https://prph2o.com/hl7-hydrolab-turbidity-sensor-with-central-cleaning-brush/ HL7 HYDROLAB Turbidity Sensor with Central Cleaning Brush

HYDROLAB sondes use a self-cleaning turbidity sensor that measures from 0 to 3000 NTU and includes a user-programmable cleaning system to remove fouling or debris that could potentially affect readings. The \0-3000 NTU range allows turbidity tracking with exceptional linearity, even durin..

Price: $0.00

]]> HL7 HYDROLAB Turbidity Sensor with Central Cleaning Brush

HYDROLAB sondes use a self-cleaning turbidity sensor that measures from 0 to 3000 NTU and includes a user-programmable cleaning system to remove fouling or debris that could potentially affect readings. The \0-3000 NTU range allows turbidity tracking with exceptional linearity, even durin..

Price: $0.00

]]> HYDROLAB sondes use a self-cleaning turbidity sensor that measures from 0 to 3000 NTU and includes a user-programmable cleaning system to remove fouling or debris that could potentially affect readings. The \0-3000 NTU range allows turbidity tracking with exceptional linearity, even durin..]]> <![CDATA[HL7 HYDROLAB Chlorophyll A Sensor, Titanium Housing]]> https://prph2o.com/hl7-hydrolab-chlorophyll-a-sensor-titanium-housing/ Tue, 21 Jan 2025 02:02:15 +0000 https://prph2o.com/hl7-hydrolab-chlorophyll-a-sensor-titanium-housing/ HL7 HYDROLAB Chlorophyll A Sensor, Titanium Housing

The chlorophyll a sensor from HYDROLAB is based on the Turner Designs C-Fluor submersible fluorometer with excellent turbidity rejection due to small sample volume design and high quality optical filters

Price: $0.00

]]> HL7 HYDROLAB Chlorophyll A Sensor, Titanium Housing

The chlorophyll a sensor from HYDROLAB is based on the Turner Designs C-Fluor submersible fluorometer with excellent turbidity rejection due to small sample volume design and high quality optical filters

Price: $0.00

]]> The chlorophyll a sensor from HYDROLAB is based on the Turner Designs C-Fluor submersible fluorometer with excellent turbidity rejection due to small sample volume design and high quality optical filters

]]> <![CDATA[HL7 HYDROLAB Phycoerythrin Sensor, Titanium Housing]]> https://prph2o.com/hl7-hydrolab-phycoerythrin-sensor-titanium-housing/ Tue, 21 Jan 2025 01:59:53 +0000 https://prph2o.com/hl7-hydrolab-phycoerythrin-sensor-titanium-housing/ HL7 HYDROLAB Phycoerythrin Sensor, Titanium Housing

The blue-green algae sensor from HYDROLAB is based on the Turner Designs C-Fluor submersible fluorometer. This option is for detecting phycoerythrin (marine water)

Price: $0.00

]]> HL7 HYDROLAB Phycoerythrin Sensor, Titanium Housing

The blue-green algae sensor from HYDROLAB is based on the Turner Designs C-Fluor submersible fluorometer. This option is for detecting phycoerythrin (marine water)

Price: $0.00

]]> The blue-green algae sensor from HYDROLAB is based on the Turner Designs C-Fluor submersible fluorometer. This option is for detecting phycoerythrin (marine water)

]]> <![CDATA[HL7 HYDROLAB Phycocyanin Sensor, Titanium Housing]]> https://prph2o.com/hl7-hydrolab-phycocyanin-sensor-titanium-housing/ Tue, 21 Jan 2025 01:57:50 +0000 https://prph2o.com/hl7-hydrolab-phycocyanin-sensor-titanium-housing/ HL7 HYDROLAB Phycocyanin Sensor, Titanium Housing

The blue-green algae sensor from HYDROLAB is based on the Turner Designs C-Fluor submersible fluorometer. This option is for detecting phycocyanin (fresh water)

Price: $0.00

]]> HL7 HYDROLAB Phycocyanin Sensor, Titanium Housing

The blue-green algae sensor from HYDROLAB is based on the Turner Designs C-Fluor submersible fluorometer. This option is for detecting phycocyanin (fresh water)

Price: $0.00

]]> The blue-green algae sensor from HYDROLAB is based on the Turner Designs C-Fluor submersible fluorometer. This option is for detecting phycocyanin (fresh water)

]]> <![CDATA[HL4 HYDROLAB Turbidity Sensor]]> https://prph2o.com/hl4-hydrolab-turbidity-sensor/ Tue, 21 Jan 2025 01:54:54 +0000 https://prph2o.com/hl4-hydrolab-turbidity-sensor/ HL4 HYDROLAB Turbidity Sensor

HYDROLAB sondes use a self-cleaning turbidity sensor that measures from 0 to 3000 NTU and includes a user-programmable cleaning system to remove fouling or debris that could potentially affect readings. The \0-3000 NTU range allows turbidity tracking with exceptional linearity, even durin..

Price: $0.00

]]> HL4 HYDROLAB Turbidity Sensor

HYDROLAB sondes use a self-cleaning turbidity sensor that measures from 0 to 3000 NTU and includes a user-programmable cleaning system to remove fouling or debris that could potentially affect readings. The \0-3000 NTU range allows turbidity tracking with exceptional linearity, even durin..

Price: $0.00

]]> HYDROLAB sondes use a self-cleaning turbidity sensor that measures from 0 to 3000 NTU and includes a user-programmable cleaning system to remove fouling or debris that could potentially affect readings. The \0-3000 NTU range allows turbidity tracking with exceptional linearity, even durin..]]> <![CDATA[HL4 HYDROLAB Chlorophyll A Sensor, Titanium Housing]]> https://prph2o.com/hl4-hydrolab-chlorophyll-a-sensor-titanium-housing/ Tue, 21 Jan 2025 01:53:05 +0000 https://prph2o.com/hl4-hydrolab-chlorophyll-a-sensor-titanium-housing/ HL4 HYDROLAB Chlorophyll A Sensor, Titanium Housing

The chlorophyll a sensor from HYDROLAB is based on the Turner Designs C-Fluor submersible fluorometer with excellent turbidity rejection due to small sample volume design and high quality optical filters

Price: $0.00

]]> HL4 HYDROLAB Chlorophyll A Sensor, Titanium Housing

The chlorophyll a sensor from HYDROLAB is based on the Turner Designs C-Fluor submersible fluorometer with excellent turbidity rejection due to small sample volume design and high quality optical filters

Price: $0.00

]]> The chlorophyll a sensor from HYDROLAB is based on the Turner Designs C-Fluor submersible fluorometer with excellent turbidity rejection due to small sample volume design and high quality optical filters

]]> <![CDATA[HL4 HYDROLAB Phycoerythrin Sensor, Titanium Housing]]> https://prph2o.com/hl4-hydrolab-phycoerythrin-sensor-titanium-housing/ Tue, 21 Jan 2025 01:51:26 +0000 https://prph2o.com/hl4-hydrolab-phycoerythrin-sensor-titanium-housing/ HL4 HYDROLAB Phycoerythrin Sensor, Titanium Housing

The blue-green algae sensor from HYDROLAB is based on the Turner Designs C-Fluor submersible fluorometer. This option is for detecting phycoerythrin (marine water)

Price: $0.00

]]> HL4 HYDROLAB Phycoerythrin Sensor, Titanium Housing

The blue-green algae sensor from HYDROLAB is based on the Turner Designs C-Fluor submersible fluorometer. This option is for detecting phycoerythrin (marine water)

Price: $0.00

]]> The blue-green algae sensor from HYDROLAB is based on the Turner Designs C-Fluor submersible fluorometer. This option is for detecting phycoerythrin (marine water)

]]> <![CDATA[HL4 HYDROLAB Phycocyanin Sensor, Titanium Housing]]> https://prph2o.com/hl4-hydrolab-phycocyanin-sensor-titanium-housing/ Tue, 21 Jan 2025 01:49:29 +0000 https://prph2o.com/hl4-hydrolab-phycocyanin-sensor-titanium-housing/ HL4 HYDROLAB Phycocyanin Sensor, Titanium Housing

The blue-green algae sensor from HYDROLAB is based on the Turner Designs C-Fluor submersible fluorometer. This option is for detecting phycocyanin (fresh water)

Price: $0.00

]]> HL4 HYDROLAB Phycocyanin Sensor, Titanium Housing

The blue-green algae sensor from HYDROLAB is based on the Turner Designs C-Fluor submersible fluorometer. This option is for detecting phycocyanin (fresh water)

Price: $0.00

]]> The blue-green algae sensor from HYDROLAB is based on the Turner Designs C-Fluor submersible fluorometer. This option is for detecting phycocyanin (fresh water)

]]> <![CDATA[HYDROLAB pH Sensor with Standard Reference]]> https://prph2o.com/hydrolab-ph-sensor-with-standard-reference/ Tue, 21 Jan 2025 01:42:22 +0000 https://prph2o.com/hydrolab-ph-sensor-with-standard-reference/ HYDROLAB pH Sensor with Standard Reference

The HYDROLAB pH sensor uses a glass bulb measuring electrode and refillable reference electrode, each in their own sonde port. A user-rebuildable reference electrode extends the life of the pH sensor while minimizing costs because the measuring electrode does not necessarily need replacem..

Price: $0.00

]]> HYDROLAB pH Sensor with Standard Reference

The HYDROLAB pH sensor uses a glass bulb measuring electrode and refillable reference electrode, each in their own sonde port. A user-rebuildable reference electrode extends the life of the pH sensor while minimizing costs because the measuring electrode does not necessarily need replacem..

Price: $0.00

]]> The HYDROLAB pH sensor uses a glass bulb measuring electrode and refillable reference electrode, each in their own sonde port. A user-rebuildable reference electrode extends the life of the pH sensor while minimizing costs because the measuring electrode does not necessarily need replacem..]]>