pH and redox potential (ORP) probes

• For many different types of plants and applications
• Wide selection of probes for a broad range of holders
• Usable for pipe sizes DN15...DN200
• pH measurement includes PLASTRODE pH 120mm, FLATRODE pH 120mm, LOGOTRODE pH 120mm, UNITRODE PLUS pH 120mm, CERATRODE pH 120mm and FERMTRODE VP pH 120mm
• Redox potential (ORP) measurement includes FLATRODE ORP 120mm, LOGOTRODE ORP 120mm and UNITRODE PLUS ORP 120mm
  

pH or redox potential (ORP) transmitter, ELEMENT design

• Compact measuring device for direct connection to the control level (PLC) via analog 4…20 mA signal or digital IO-Link or Bürkert system bus (büS)/CANopen communication
• Parameterization and calibration as well as transfer of parameter data thanks to the removable display/configuration module
• Fast and easy switching between pH and ORP measurement
• Uses 120 mm standard PG 13.5 pH/ORP probes with S8 connection (Type 8203 recommended)
• Simple one- or two-point calibration can be performed directly on the device, simulation of process values and diagnostic functions

pH measuring system for hygienic applications

• Absolute pH measurement in liquids between pH 0 and pH 12 at media temperatures up to 140°C and process pressures of max. 6 bar
• Special glass-free pH probe for connection to the Bürkert Type 8619 multiCELL transmitter/controller
• Sterile design, CIP-capable, inline sterilizable
• Robust and break-resistant design
• Long service life, long calibration intervals
• Particularly suitable for food/beverage processing

eCHEM pH digital immersion sensor

Parameters:

• pH value
• Temperature

Advantages:

• Low maintenance
• Plug and play with TriBox controller
• High-quality combination electrode with hole diaphragm and polymerized solid electrolyte
• With 2m or 10m M12 cable

Robust, digital differential pH probe for operation with TriBox controllers

Parameters:

• pH value
• Temperature

Advantages:

• Measurement communication via digital Modbus RTU protocol
• The differential measurement method enables a longer electrode service life
• No moving mechanical parts
• With 2m or 10m M12 cable
• Plug and play with TriOS TriBox controller

Sensor for measuring redox potential with TriBox controllers

Parameters:

• Redox
  

Advantages:

• Measurement communication via digital Modbus RTU protocol
• Low maintenance
• With 2m or 10m M12 cable
• Plug and play with TriOS TriBox controller

Conductivity sensor

• Integrated Pt1000 for automatic temperature compensation
• Compact version for DN15...DN200 for mounting on an S020 fitting
• Wide measuring range coverage through various cell constants
• Diverse connection options with various fittings

Conductivity meter, ELEMENT design

• Perfect for pure water and slightly concentrated solutions
• Compact measuring device for direct connection to the control level (PLC) via analog 4…20 mA signal or digital IO-Link or Bürkert system bus (büS)/CANopen communication
• Parameterization and calibration as well as transfer of parameter data thanks to the removable display/configuration module
• Simulation of process values for diagnostics
• Universal process connection, three different cell constants to cover a wide range of applications such as reverse osmosis

Inductive conductivity meter, ELEMENT design

• Perfect for concentrated liquids and a wide conductivity range
• Pre-parameterized versions for direct commissioning
• Measuring device for direct connection to the control level (PLC) via analog 4…20 mA signal or digital IO-Link or Bürkert system bus (büS)/CANopen communication
• Simulation of process values for diagnostics
• Sensor versions available in PP, PVDF or PEEK

Conductivity sensor for hygienic applications

• Perfect for demanding applications in the hygienic industry (CIP and SIP compatible)
• Extended conductivity range thanks to the available versions
• Supports the most important process connections, allowing customer requirements to be implemented individually
• Perfectly matches the Bürkert Type 8619 multifunction transmitter/controller

Digital sensor for conductivity

Parameters:

• Conductivity
• Temperature

Advantages:

• Reliable conductivity measurement with two conductive graphite electrodes and temperature compensation
• PVC sensor housing and graphite electrodes
• No mechanically moving parts
• With 2m or 10m M12 cable
• Instant installation and easy maintenance

Digital sensor for inductive conductivity

Parameters:

• Inductive conductivity
• Temperature

Advantages:

• No fouling, coating or contamination of the sensor surface
• No polarization effects
• Low maintenance requirements
• With 2m or 10m M12 cable

UV spectral sensor for online measurement of nitrogen and carbon compounds with a resolution of 0.8 nm/pixel

Parameters:

• NO3 / NO3-N
• NO2 / NO2-N
• CODeq
• BODeq
• DOCeq
• TOCeq
• KHP
• SAC254
• COD-SACeq
• BOD-SACeq
• TSSeq

Advantages:

• No sampling or sample preparation
• No delay
• No reagents
• Optical windows with nanocoating
• Pre-installed application calibration

UV spectral sensor for online measurement of nitrate and nitrite in the aeration tank of wastewater.

Parameters:

• NO2-N
• NO3-N

Advantages:

• No sampling or sample preparation
• No delay
• No reagents
• Optical windows with nanocoating
• Pre-installed application calibration

Digital, optical in-situ photometer for nitrate with integrated turbidity compensation

Parameters:

• NO3 / nitrate
• NO3 - N / nitrate
• NOx / nitrate
• NOx -N / nitrate

Advantages:

• Proven UV absorption method
• No sampling or sample preparation
• No delay
• No reagents
• Optical windows with nanocoating

The new all-rounder from TriOS – now with new turbidity compensation

Parameters:

• NO3 / NO3-N
• NOX / NOX-N
• CODeq
• BODeq
• DOCeq
• TOCeq
• TSSeq
• Turbidity in FAU
• SAC254
• UVT254

Advantages:

• Proven UV absorption method
• No sampling or sample preparation
• No delay
• No reagents
• Optical windows with nanocoating

Cost-effective SAC-254 UV absorption photometer

Parameters:

• CODeq
• BODeq
• SAC254
• TOCeq
• UVT254
• Turbidity in FAU

Advantages:

• No sampling or sample preparation
• No delay
• No reagents
• Optical windows with nanocoating
• LED technology

VIS absorption photometer for high-precision SAC and color measurements

Parameters:

• Coloration410
• Pt-Co color number390
• Pt-Co color number455
• Cr-Co color number380
• Cr-Co color number413
• SAC436
• SAC525
• SAC620

Advantages:

• Low investment
• Low maintenance (nanocoating, air purge)
• Simple integration into third-party systems
• Robust housing

VIS for measuring spectrally resolved attenuation and transmission between 360-750 nm

Parameters:

• Coloration
• Pt-Co color number390
• Pt-Co color number455
• Cr-Co color number380
• Cr-Co color number413
• SAC436
• SAC525
• SAC620

Advantages:

• No sampling or sample preparation
• No delay
• No reagents
• Optical windows with nanocoating
• LED technology

Hyperspectral integrating cavity absorption meter

Parameters:

• Absorption

Advantages:

• PSICAM principle
• Interchangeable integration spheres in Ø 50 mm or Ø 80 mm
• Flow-through operation
• Low power consumption

Fluorometer for measuring PAH (polycyclic aromatic hydrocarbons). Measures oil in water via UV fluorescence.

Parameters:

• PAH
• Oil in water
• BTX

Advantages:

• No sampling or sample preparation
• No delay
• No reagents
• Optical window with nanocoating
• High sensitivity and selectivity

Submersible miniature fluorometer for high-precision, selective measurement of tryptophan, CDOM, blue-green algae or chlorophyll a.

Parameters:

• CDOM
• Chlorophyll a
• Phycocyanin
• BTX
• Tryptophan
• Rhodamine
• Fluorescein

Advantages:

• No delay
• No reagents
• High sensitivity and selectivity
• Optical windows with nanocoating
• Electronic daylight compensation

Submersible miniature fluorometer for high-precision, selective measurement of oil in water.

microFlu HC is a new submersible probe for measuring oil in water.

Parameters:

• PAH
• Oil in water

Advantages:

• No sampling or sample preparation
• No delay
• No reagents

Online fluorometer for determining dyes and pigments by measuring fluorescence emission.

Parameters:

• CDOM
• Chlorophyll a
• Phycocyanin
• Rhodamine
• Fluorescein

Advantages:

• High sensitivity
• Fast data acquisition
• Electronic daylight compensation
• Small size
• Nanocoating
• Low cost
• Low power consumption

Spectrally resolving radiometers for measuring radiance or irradiance in the UV, VIS or UV/VIS range

Parameters:

• Radiance
• Irradiance

Advantages:

• Extremely low power consumption
• Low weight and compact size
• Environmentally robust
• World market leader

Spectrally resolving radiometers for measuring radiance or irradiance in the UV, VIS or UV/VIS range

Parameters:

• Radiance
• Irradiance

Advantages:

• Extremely low power consumption
• Low weight and compact size
• Environmentally robust
• World market leader
• Wavelength range (nm): UV 280-500, UV/VIS 280-720, VIS 320-950

eCHEM pH digital immersion sensor

Parameters:

• pH value
• Temperature

Advantages:

• Low maintenance
• Plug and play with TriBox controller
• High-quality combination electrode with hole diaphragm and polymerized solid electrolyte
• With 2m or 10m M12 cable

Robust, digital differential pH probe

Parameters:

• pH value
• Temperature

Advantages:

• Measurement communication via digital Modbus RTU protocol
• The differential measurement method enables a longer electrode service life
• No moving mechanical parts
• With 2m or 10m M12 cable
• Plug and play with TriOS TriBox controller

ORP sensor for measuring redox potential

Parameters:

• Redox
  

Advantages:

• Measurement communication via digital Modbus RTU protocol
• Low maintenance
• With 2m or 10m M12 cable
• Plug and play with TriOS TriBox controller

Digital sensor for optical turbidity measurement

Parameters:

• Turbidity in NTU
• Turbidity in FNU
• TSSeq in mg/L

Advantages:

• Reliable concentration measurement using optical measuring methods
• Pulsed infrared scattered-light method
• No mechanically moving parts
• Digital measured value
• With 2m or 10m M12 cable

Digital sensor for conductivity

Parameters:

• Conductivity
• Temperature

Advantages:

• Reliable conductivity measurement with two conductive graphite electrodes and temperature compensation
• PVC sensor housing and graphite electrodes
• No mechanically moving parts
• With 2m or 10m M12 cable
• Instant installation and easy maintenance

Digital sensor for inductive conductivity

Parameters:

• Inductive conductivity
• Temperature

Advantages:

• No fouling, coating or contamination of the sensor surface
• No polarization effects
• Low maintenance requirements
• With 2m or 10m M12 cable

Optical measuring sensor for dissolved oxygen

Parameters:

• Dissolved oxygen
• Temperature

Advantages:

• Low operating costs due to low maintenance requirements (no electrolyte replacement)
• Longer calibration intervals due to very low drift
• No polarization voltage required
• Fast response time
• With 2m or 10m M12 cable

Electrochemical sensor for measuring free chlorine from inorganic chlorine products in water

Parameters:

• Free chlorine

Advantages:

• Stable signals even with varying pH values
• Abrasive particles are tolerated
• Surfactants are partially tolerated

Electrochemical sensor for measuring chlorine dioxide concentration

Parameters:

• Chlorine dioxide

Advantages:

• Surfactants are partially tolerated
• Abrasive particles are tolerated
• Higher temperatures are possible

Electrochemical sensor for measuring total chlorine concentration

Parameters:

• Free chlorine
• Combined chlorine

Advantages:

• Surfactants are partially tolerated
• Abrasive particles are tolerated
• Higher temperatures are possible