Tcs2000 Toroidal Conductivity Sensors

TCS3000/3020 Series Toroidal Conductivity Sensors Features
* Resists coating, corrosion and fouling
* Durable Noryl construction
* Easy installation
* Custom tee for in-line mounting
* Connects to Sensorex TCSMA, TCSTX, Rosemount or Foxboro Instrumentation

TCS3000/3020 Series Toroidal Conductivity Sensors Description
The Sensorex TCS series toroidal inductive conductivity sensors features a wide measurement range and dependable toroidal technology over the range 0-2000. Resistant to corrosion, coatings and fouling common to contacting conductivity sensors, the TCS series is designed for a trouble free and long service life.

Noryl is the standard material of construction and has a wide solvent tolerance and temperature stability to 105 degrees C***. optional PeeK models will be available in the future. all models can be submersed by utilizing the 3/4" MnPT threads on the sensor or installed in 2" nPT tees for in-line deployment. aTC element is user specified and built into the TCS sensor. all TCS sensor models are suppplied with 20ft long 9-conductor cable. Custom lengths are available. Please contact Sensorex for pricing.

Choose the TCS3020 for use with a Sensorex TCSMa or TCSTX toroidal transmitter. TCS3000 sensors can be connected to many toroidal controllers and transmitter manufactured by rosemount, Foxboro or others.

TCS3000/3020 Series Toroidal Conductivity Sensors Specifications
* Measuring Range: TCS3020 and TCS3000 - 0 to 2,000,000 uS/cm
* Body Material: Noryl
* Max Temperature: 105 Degrees C
* Max Pressure: 150 psig
* Cable Length: 20 feet, 6 conductor plus shields
* Resists coating, corrosion and fouling
* Durable Noryl construction

TCS3000 and 3020 Series Toroidal Conductivity Sensors

Item No.: TCS3000, TCS3020, FC95C

TCS3000/3020 Series Toroidal Conductivity Sensors Features
* Resists coating, corrosion and fouling
* Durable Noryl construction
* Easy installation
* Custom tee for in-line mounting
* Connects to Sensorex TCSMA, TCSTX, Rosemount or Foxboro Instrumentation

TCS3000/3020 Series Toroidal Conductivity Sensors Description
The Sensorex TCS series toroidal inductive conductivity sensors features a wide measurement range and dependable toroidal technology over the range 0-2000. Resistant to corrosion, coatings and fouling common to contacting conductivity sensors, the TCS series is designed for a trouble free and long service life.

Noryl is the standard material of construction and has a wide solvent tolerance and temperature stability to 105 degrees C***. optional PeeK models will be available in the future. all models can be submersed by utilizing the 3/4â?� MnPT threads on the sensor or installed in 2" nPT tees for in-line deployment. aTC element is user specified and built into the TCS sensor. all TCS sensor models are suppplied with 20ft long 9-conductor cable. Custom lengths are available. Please contact Sensorex for pricing.

Choose the TCS3020 for use with a Sensorex TCSMa or TCSTX toroidal transmitter. TCS3000 sensors can be connected to many toroidal controllers and transmitter manufactured by rosemount, Foxboro or others.

TCS3000/3020 Series Toroidal Conductivity Sensors Specifications
* Measuring Range: TCS3020 and TCS3000 - 0-2,000,000 uS/cm
* Body Material: Noryl
* Max Temperature: 105 Degrees C
* Max Pressure: 150 psig
* Cable Length: 20 feet, 6 conductor plus shields
* Resists coating, corrosion and fouling
* Durable Noryl construction

C4E Conductivity Sensor electrode technology:
The sensor works with 4 electrodes: An alternating current of constant voltage is established between a primary pair of electrodes in graphite. The secondary electrodes in platinum regulate the voltage imposed to the primary electrodes to reflect the fouling. The voltage measured between the primary electrodes is the function of the resistance and therefore a measurement of the conductivity.

C4E Conductivity Sensor Digital Technology :
The smart digital C4E sensor stores calibration history data within the sensor. This allows a 'plug and play' system without re-calibration.

C4E Conductivity Sensor Digitally optimised measurement technology
* 4 electrode conductivity sensor (2 graphite & 2 platinum)
* Smart sensor stores configuration settings and calibration history
* Range 0-200 mS/cm
* Digital sensor - Modbus RS-485
* Robust and watertight

C4E Conductivity Sensor Applications
* Industrial effluent treatment
* Urban wastewater treatment
* Surface water monitoring
* Sea water
* Drinking water

C4E Conductivity Sensor Specification
* Measured conductivity ranges: 0-200.0 uS/cmâ??
* Resolution: 0.01 to 1 according the range
* Accuracy: +/- 1 % of the full range
* Response time: < 5 s
* Working temperature: 0'C to 50'Câ??
* Signal interface: Modbus RS-485 ( option SDI-12)
* Maximum pressure: 5 barsâ??
* Protection: IP68

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MTCS2601 silicon sensing die in SMD ceramic package

The MTCS2601 sensors consist of a micro-machined thermal conductivity sensor using four Ni-Pt resistors realized using MEMS technologies. The sensor is mounted in a miniature SMD package, available on tape and real. This MEMS TC sensor, combined with simple low power CMOS standard integrated circuits, is an excellent choice for size-critical leakage OEM detector or miniature vacuum gauge based on Pirani principle requiring ultra-low power consumption, long lifetime and no maintenance. Applications are primary pressure control in rough environment with power and size constraints, or detection in closed volume of gas leakage or moisture, or intrusion.

MTCS2601 Thermal Conductivity Sensor Applications
* Primary vacuum control following Pirani principle. This sensor is easily added within a pressure valve or directly in vacuum pipes or systems, such as small mechanical pumping systems, vacuum pumping machine and analytical instruments .
* Leakage miniature SMD sensor as control integrity of closed systems or instruments under dedicated pressure, able to detect defect like corrosion or simply box opening (load cells; flywheel systems, Dewarâ?¦)

MTCS2601 Thermal Conductivity Sensor Features
* Thermal conductivity sensor for primary vacuum measurement
* Silicon device in SMD ceramic package. Delivery in Tape & Reel
* Small dimension compatible with measurement in very small volume
* Low power consumption and short time constants
* Optimal sensitivity in the range 10^(-2) to 10^(+2) mbar. Possible extension in the range 10^(-4) to Patm
* Low cost for volume application
* Robust MEMS sensor following physical Pirani principle (hot wire) with no chemical reaction, based on gas thermal conductivity variation versus pressure
* Measuring range from 10^(-4) to 1000 mbar with excellent reproducibility
* Temperature compensated with excellent matching of compensation and heating resistors on the same silicon die
* Ultra small sensor gas volume such as < 0.1 cm^3
* Robust and long MTBF (> 30â??000 hs) due to physical resistive sensing principles
* Ultra-low power sensor consumption in operation (< 6 mW) due to the use of MEMS based micromachined silicon sensor with small heated mass.
* Ultra-fast response time < 50 ms
* Insensitive to mounting position
* Gold contact version upon request for corrosive gas environment
* Compatible with a simple constant excess temperature operation circuit

WQ-COND Rugged Water Conductivity Sensors Description
WQ-COND Conductivity Sensors are suitable for measuring conductivity in a wide variety of applications including laboratories, streams, rivers, and groundwater. The conductivity sensor's small size and rugged housing make it useful for hand held measurements or permanent installation.

WQ-COND Rugged Water Conductivity Sensors Features
* Fully encapsulated electronics
* Dual 4-20 mA outputs
* Sensor armor available for harsh environments
* Marine grade cable with strain relief
* Measure conductivity up to 82 feet deep

WQ-COND Conductivity Sensors Applications
Ideal for stream and lake monitoring, aquaculture studies, baseline analyses, mitigation monitoring, and other environmental applications.

WQ-COND Rugged Water Conductivity Sensors Specifications
* Temperature Range: 23 to 158'F (-5 to 70'C)
* Conductivity Accuracy: +0.5% of reading
* Temperature Accuracy: +0.4'F (+0.2'C)
* Temperature Resolution: 0.02'F (0.01'C)
* Output: Dual 4-20 mA
* Maximum Pressure: 35 psi (82 ft (25m))
* Warm-up Time: 3 seconds minimum
* Operating Voltage: 10-36 VDC

Characteristics of the conductivity online sensor
Stable electrode constant, independent of polarisation
Wide range of environments with temperature compensation
Corrosion-resistant housing, waterproof grade IP68, can work underwater for a long time.
RS485 communication interface, standard ModBus protocol, easy to integrate.

Wq-cond rugged water conductivity sensors description
Wq-cond conductivity sensors are suitable for measuring conductivity in a wide variety of applications including laboratories, streams, rivers, and groundwater. The conductivity sensor's small size and rugged housing make it useful for hand held measurements or permanent installation.

Wq-cond rugged water conductivity sensors features
* fully encapsulated electronics
* dual 4-20 ma outputs
* sensor armor available for harsh environments
* marine grade cable with strain relief
* measure conductivity up to 82 feet deep

Wq-cond conductivity sensors applications
Ideal for stream and lake monitoring, aquaculture studies, baseline analyses, mitigation monitoring, and other environmental applications.

Wq-cond rugged water conductivity sensors specifications
* temperature range: 23 to 158'f (-5 to 70'c)
* conductivity accuracy: +0.5% of reading
* temperature accuracy: +0.4'f (+0.2'c)
* temperature resolution: 0.02'f (0.01'c)
* output: dual 4-20 ma
* maximum pressure: 35 psi (82 ft (25m))
* warm-up time: 3 seconds minimum
* operating voltage: 10-36 vdc

TCSTX - Menu Driven Loop-Powered Toroidal Conductivity Transmitter with 4-20mA Isolated Output and Local Display

TCSTX Toroidal Conductivity Transmitter Features
* 4-20mA isolated output, loop powered 16 - 35VDC
* Large dual segmented high content display indicates conductivity & process temperature simultaneously
* User-adjustable temperature compensation (0 - 4% / deg C)
* Four-key menu driven, field selectable ranges
* Adjustable zero and span
* Nema 4X enclosure with multiple mounting configurations

TCSTX Toroidal Conductivity Transmitter Description
The model TCSTX is designed for on-line monitoring of water treatment applications and aggressive process chemicals. This four-key menu driven transmitter with local display is ideally suited for applications where 4-20mA signals are required and reliable instrumentation is critical.

Key features include: the menu driven field selectable measuring ranges, large dual segment high content display, adjustable temperature compensation (% deg C), isolated output and reversible cell drive.

A NEMA 4X (IP66) enclosure provides excellent durability. A variety of mounting choices are available for wall, panel, pipe or rail installation.

Pair the TCSTX with a TCS3020 toroidal sensor for troublefree service. TCS3020 sensors are offered in Noryl construction and can be mounted in a custom CPVC flow cell (p/n: FC95C) for in-line use.

TCSTX Toroidal Conductivity Transmitter Specifications-Transmitter
* Full Scale Range: 0-2000 mS - User selectable
* Sensitivity: 0.05% of span or 0.1uS
* Repeatability: 0.3% of span, or 0.1uS
* Non-Linearity: 0.3% of span or 0.1uS
* Operating Temperature: -20 to 60 deg C (-4 to 140 deg F)
* Operating Humidity: 0-95% R.H. non-condensing
* Power Requirement: 16-35 VDC (2-wire device)

Description:
Chitin is a naturally occurring polysaccharide found in the shells of living organisms such as crabs, lobsters, tortoise, shrimps, and insects or it can be generated via fungal fermentation processes. And chitosan is a unique biobased polymer that is a derivative of chitin and forms the exoskeleton of arthropods. It is obtained by partial deacetylation of chitin using a chemical method or by enzymatic hydrolysis. In general, chitin with a degree of deacetylation of 70% or above is considered to be chitosan.
Application:
Chitin and its derivative chitosan are natural biopolymers which are extracted from crabs, prawns, and shrimps. Chitin consists of �²-(1,4)- linked 2-acetamido-2 deoxy-�²-D-glucose which is insoluble in water and hydrophobic in nature.
Chitin is a natural biopolymer, which is biocompatible and biodegradable and useful in many applications like biomedical, electronics, photography, and textiles. The main advantages of chitin and its derivates are the low cost and easily availability. The chitin-based composites like chitin beads, chitin nanofibers, and chitin hydrogels are used in drug delivery and tissue engineering applications. In recent times, chitin and its derivates have gained much importance in the field of electronic applications as sensors and energy storage applications. Chitin nanofiber papers are being used as flexible green electronics in solar cells and organic light-emitting diodes. Aksoy et al. prepared low-cost chitin derivatives with high conductivity, for the construction of Schottky diodes, which are useful for photoelectrical applications. Schauer et al. reported a variation of the piezoelectric effect of the chitin electrospun nanofibers.