WTW Multi-parameter portable meter MultiLine® Multi 3510 IDS KS1

WTW IDS pH/ORP Electrodes

• Fail-safe measuring signal
• Calibration status in the electrode
• Proven reliability and accuracy

Interference-free measurements
The conversion of the measuring signal into an interferenceproof digital signal takes place directly in the electrode. This also means a pH measurement with long cables is now possible.

Calibration data in the sensor
The calibration data are stored in the electrode itself, transmitted to the meter and displayed. In addition to the proven CMC function for the visual presentation of the calibration point, the new QSC function provides a graphic assessment of the actual electrode quality for IDS pH electrodes.

Proven electrodes
The technology of the new IDS pH/ORP electrodes is built on the proven, high quality electrodes of the SenTix® and SensoLyt® series. Measurement and maintenance of the electrodes remain unchanged: the only difference is in the electrode head.

CMC function
The CMC function graphically supports the continuous monitoring of the measuring range. The measuring range is displayed as a graphic bar with the calibration points as vertical lines. Each calibration point includes a confidence range of ± 2 pH. A moving cursor shows the current measured value and indicates if the measurement range is within the range or whether the calibration should be adjusted to match the giving measuring requirements.

QSC function
QSC (Quality Sensor Control) is a system to monitor the condition of the IDS pH electrode. An initial calibration is performed and thereafter the sensor status is monitored over time. The result is displayed as a graphical symbol. For the MultiLine® and inoLab® Multi 9420/9430 IDS meters this is a green to red shaded bar, for the inoLab® Multi 9310 IDS it is a black and white scale element.

ADA S7/IDS
The ADA S7/IDS® connects special electrodes such as penetration, split ring or surface electrodes. The S7 plug head can be easily connected to a MultiLine® or inoLab® IDS instrument.

WTW IDS pH/ORP Electrodes

• Fail-safe measuring signal
• Calibration status in the electrode
• Proven reliability and accuracy

Interference-free measurements
The conversion of the measuring signal into an interferenceproof digital signal takes place directly in the electrode. This also means a pH measurement with long cables is now possible.

Calibration data in the sensor
The calibration data are stored in the electrode itself, transmitted to the meter and displayed. In addition to the proven CMC function for the visual presentation of the calibration point, the new QSC function provides a graphic assessment of the actual electrode quality for IDS pH electrodes.

Proven electrodes
The technology of the new IDS pH/ORP electrodes is built on the proven, high quality electrodes of the SenTix® and SensoLyt® series. Measurement and maintenance of the electrodes remain unchanged: the only difference is in the electrode head.

CMC function
The CMC function graphically supports the continuous monitoring of the measuring range. The measuring range is displayed as a graphic bar with the calibration points as vertical lines. Each calibration point includes a confidence range of ± 2 pH. A moving cursor shows the current measured value and indicates if the measurement range is within the range or whether the calibration should be adjusted to match the giving measuring requirements.

QSC function
QSC (Quality Sensor Control) is a system to monitor the condition of the IDS pH electrode. An initial calibration is performed and thereafter the sensor status is monitored over time. The result is displayed as a graphical symbol. For the MultiLine® and inoLab® Multi 9420/9430 IDS meters this is a green to red shaded bar, for the inoLab® Multi 9310 IDS it is a black and white scale element.

ADA S7/IDS
The ADA S7/IDS® connects special electrodes such as penetration, split ring or surface electrodes. The S7 plug head can be easily connected to a MultiLine® or inoLab® IDS instrument.

WTW IDS pH/ORP Electrodes

• Fail-safe measuring signal
• Calibration status in the electrode
• Proven reliability and accuracy

Interference-free measurements
The conversion of the measuring signal into an interferenceproof digital signal takes place directly in the electrode. This also means a pH measurement with long cables is now possible.

Calibration data in the sensor
The calibration data are stored in the electrode itself, transmitted to the meter and displayed. In addition to the proven CMC function for the visual presentation of the calibration point, the new QSC function provides a graphic assessment of the actual electrode quality for IDS pH electrodes.

Proven electrodes
The technology of the new IDS pH/ORP electrodes is built on the proven, high quality electrodes of the SenTix® and SensoLyt® series. Measurement and maintenance of the electrodes remain unchanged: the only difference is in the electrode head.

CMC function
The CMC function graphically supports the continuous monitoring of the measuring range. The measuring range is displayed as a graphic bar with the calibration points as vertical lines. Each calibration point includes a confidence range of ± 2 pH. A moving cursor shows the current measured value and indicates if the measurement range is within the range or whether the calibration should be adjusted to match the giving measuring requirements.

QSC function
QSC (Quality Sensor Control) is a system to monitor the condition of the IDS pH electrode. An initial calibration is performed and thereafter the sensor status is monitored over time. The result is displayed as a graphical symbol. For the MultiLine® and inoLab® Multi 9420/9430 IDS meters this is a green to red shaded bar, for the inoLab® Multi 9310 IDS it is a black and white scale element.

ADA S7/IDS
The ADA S7/IDS® connects special electrodes such as penetration, split ring or surface electrodes. The S7 plug head can be easily connected to a MultiLine® or inoLab® IDS instrument.

WTW IDS pH/ORP Electrodes

• Fail-safe measuring signal
• Calibration status in the electrode
• Proven reliability and accuracy

Interference-free measurements
The conversion of the measuring signal into an interferenceproof digital signal takes place directly in the electrode. This also means a pH measurement with long cables is now possible.

Calibration data in the sensor
The calibration data are stored in the electrode itself, transmitted to the meter and displayed. In addition to the proven CMC function for the visual presentation of the calibration point, the new QSC function provides a graphic assessment of the actual electrode quality for IDS pH electrodes.

Proven electrodes
The technology of the new IDS pH/ORP electrodes is built on the proven, high quality electrodes of the SenTix® and SensoLyt® series. Measurement and maintenance of the electrodes remain unchanged: the only difference is in the electrode head.

CMC function
The CMC function graphically supports the continuous monitoring of the measuring range. The measuring range is displayed as a graphic bar with the calibration points as vertical lines. Each calibration point includes a confidence range of ± 2 pH. A moving cursor shows the current measured value and indicates if the measurement range is within the range or whether the calibration should be adjusted to match the giving measuring requirements.

QSC function
QSC (Quality Sensor Control) is a system to monitor the condition of the IDS pH electrode. An initial calibration is performed and thereafter the sensor status is monitored over time. The result is displayed as a graphical symbol. For the MultiLine® and inoLab® Multi 9420/9430 IDS meters this is a green to red shaded bar, for the inoLab® Multi 9310 IDS it is a black and white scale element.

ADA S7/IDS
The ADA S7/IDS® connects special electrodes such as penetration, split ring or surface electrodes. The S7 plug head can be easily connected to a MultiLine® or inoLab® IDS instrument.

WTW Digital IDS Dissolved Oxygen Sensor FDO® 925

• Robust and waterproof
• Extremely fast (t99 < 60s)
• Free of incident flow with beveled membrane
• Factory calibrated sensor cap with intelligent chip
• Low maintenance

The FDO® 925's small dimensions make it suitable for lab and process. The flow-free, easy-to-clean, beveled membrane allows it to be used in containers with low sample volumes. Low oxygen concentrations under 1 mg/l can also be detected accurately.

The fast and flow-free FDO® 925 is perfectly suited for field measurement. Accessories such as protective armor made of plastic or stainless steel, make this sensor ideal for use in harsh environments. The Kevlar®- strengthened cables of varying lengths allow reliable measurements in deep lakes or raging rivers.

WTW Digital IDS Dissolved Oxygen Sensor FDO® 925

• Robust and waterproof
• Extremely fast (t99 < 60s)
• Free of incident flow with beveled membrane
• Factory calibrated sensor cap with intelligent chip
• Low maintenance

The FDO® 925's small dimensions make it suitable for lab and process. The flow-free, easy-to-clean, beveled membrane allows it to be used in containers with low sample volumes. Low oxygen concentrations under 1 mg/l can also be detected accurately.

The fast and flow-free FDO® 925 is perfectly suited for field measurement. Accessories such as protective armor made of plastic or stainless steel, make this sensor ideal for use in harsh environments. The Kevlar®- strengthened cables of varying lengths allow reliable measurements in deep lakes or raging rivers.

WTW Digital IDS Dissolved Oxygen Sensor FDO® 925-P
Optical IDS DO sensor for field and laboratory applications with fast response helical membrane pressure resistant to 10 bar. Electrode with waterproof plug-in head cable for connection to AS / IDS-x or MPP IDS.

WTW IDS Conductivity Cells TetraCon® 925

IDS Conductivity Cells

• Proven sensor technology
• Easy-to-handle
• Wide range of applications

Two models are available to cover the entire conductivity range:

Medium and high conductivities
are perfectly covered by the dirt-insensitive 4-electrode conductivity measuring cell TetraCon® 925.

Low conductivity
regarding for example measurements in pure water is recorded using the concentric electrode LR 925/01.

WTW IDS Conductivity Cells TetraCon® 925

IDS Conductivity Cells

• Proven sensor technology
• Easy-to-handle
• Wide range of applications

Two models are available to cover the entire conductivity range:

Medium and high conductivities
are perfectly covered by the dirt-insensitive 4-electrode conductivity measuring cell TetraCon® 925.

Low conductivity
regarding for example measurements in pure water is recorded using the concentric electrode LR 925/01.

WTW IDS Conductivity Cells TetraCon® 925-P
4-pin IDS conductivity electrode graphite electrode, epoxy shaft, cell constant 0.475 cm-1. Electrode with waterproof plug-in head for connection to cable AS / IDS-x or MPP IDS.

IDS Conductivity Cells

• Proven sensor technology
• Easy-to-handle
• Wide range of applications

Two models are available to cover the entire conductivity range:

Medium and high conductivities
are perfectly covered by the dirt-insensitive 4-electrode conductivity measuring cell TetraCon® 925.

Low conductivity
regarding for example measurements in pure water is recorded using the concentric electrode LR 925/01.

WTW IDS Conductivity Cell LR 925/01
2-pole IDS conductivity electrode with stainless steel electrodes, cell constant 0.1 cm^-1. Electrode with 1.5 m cable with waterproof digital connector, flow-through vessel

IDS Conductivity Cells

• Proven sensor technology
• Easy-to-handle
• Wide range of applications

Two models are available to cover the entire conductivity range:

Medium and high conductivities
are perfectly covered by the dirt-insensitive 4-electrode conductivity measuring cell TetraCon® 925.

Low conductivity
regarding for example measurements in pure water is recorded using the concentric electrode LR 925/01.

WTW AK USB A-Mini
USB PC connection cable for Profiline pocket devices 3310 or MultiLine® multi-parameter devices.

WTW Wireless IDS Module IDS WLM-S

Cables obsolete ? use an IDS plug head sensor and wireless modules to measure pH, ORP, conductivity, turbidity and dissolved oxygen in your lab and process wherever you want.

• no cables 
• Securely connected
• Same module for all parameters

IDS goes Wireless ? Unleash your sensors!

Put your wireless module on your IDS plug head sensor, confirm the connection ? done! Put your module at your desired sensor or use a separate one for each of your sensors.

IDS goes Wireless ? Start and save your measuring directly at the sensor!

No cables, no tugging, full flexibility in all areas where cables or meters would disturb, even under laboratory hoods or laminar flow benches.  Smart meter module

The module at the meter works depending on its number of channels with up to three sensors simultaneously!

IDS WLM-S Funkmodul for plug head sensor

WTW Wireless IDS Module IDS WLM-M

Cables obsolete ? use an IDS plug head sensor and wireless modules to measure pH, ORP, conductivity, turbidity and dissolved oxygen in your lab and process wherever you want.

• no cables 
• Securely connected
• Same module for all parameters

IDS goes Wireless ? Unleash your sensors!

Put your wireless module on your IDS plug head sensor, confirm the connection ? done! Put your module at your desired sensor or use a separate one for each of your sensors.

IDS goes Wireless ? Start and save your measuring directly at the sensor!

No cables, no tugging, full flexibility in all areas where cables or meters would disturb, even under laboratory hoods or laminar flow benches.  Smart meter module

The module at the meter works depending on its number of channels with up to three sensors simultaneously!

IDS WLM-M Function module for IDS device

WTW Wireless IDS Module IDS WLM Kit

Cables obsolete ? use an IDS plug head sensor and wireless modules to measure pH, ORP, conductivity, turbidity and dissolved oxygen in your lab and process wherever you want.

• no cables 
• Securely connected
• Same module for all parameters

IDS goes Wireless ? Unleash your sensors!

Put your wireless module on your IDS plug head sensor, confirm the connection ? done! Put your module at your desired sensor or use a separate one for each of your sensors.

IDS goes Wireless ? Start and save your measuring directly at the sensor!

No cables, no tugging, full flexibility in all areas where cables or meters would disturb, even under laboratory hoods or laminar flow benches.  Smart meter module

The module at the meter works depending on its number of channels with up to three sensors simultaneously!

IDS WLM Kit Kit consisting of one sensor module, USB charger and Universal USB power supply.

WTW Universal USB power supply