SE564 ORP Sensor Heavy duty ORP sensor providing high reliability and precision Heavy duty ORP electrode designed for highly contaminated media and high-pres- sure applications with pressure fluctuations. The state-of-the-art polymer electrolyte of the reference system provides good long- term stability. The 2-hole junction prevents blocking also in waste water containing solid impurities. The platinum electrode is insensitive to oxidizing acids even at elevated temperatures. Facts perfect galvanic isolation thanks to Memosens technology no influence of humidity in the connector digital data transfer integrated sensor diagnostics state-of-the-art polymer electrolyte integrated temperature detector 2-hole junction - no blocking for industrial sewages for processes with large pressure fluctuations suitable for solvent-containing processes Applications Process industry, chemistry, industrial sewage, high-pressure applications Specifications ORP: -1500 mV ~ +1500 mV Temperature: 0 ~ 130 'C Pressure: up to 10 bars Temperature detector NTC 30 kohms Sensor material: platinum Reference system: Ag/AgCl, polymer electrolyte Junction: hole (2x) Length: 120 mm / 225 mm Sensor cap: Memosens ATEX certificate: II 1 G Ex ia IIC T3 / T4 / T6
BENEFITS Small Size with Low Profile (20x20 x3.0mm) Long Life (10 years expected life) Fast Response (< 15 seconds) Low Power Consumption Individually Calibrated (NIST Traceable) ROHS Compliant APPLICATIONS Fixed Industrial Safety Monitoring Portable Industrial Safety Detection Portable Personal Safety Monitor Indoor Air Quality Monitoring Outdoor Air Quality Monitoring Bad Breath/Halitosis Respiration Sensing DESCRIPTION SPEC's printed sensors offer the performance of the best quality electrochemical sensors at a fraction of the price. SPEC's printed sensors are also ultra-thin, offering easy integration into wireless, portable, and networked solutions. These sensors are ideal for health, environmental, industrial and residential monitoring, because of their high performance, low cost andll size.
An additional advance in the case of metal oxide sensor technology is the use of AC rather than DC interrogation of the sensing material.This approach provides complementary atmospheric composition information from the real part and the imaginary part of the sensor impedance and introduces a marked enhancement in terms of sensitivity and selectivity. The SMS is designed to work with up to 8 metal oxide gas sensors. It has circuits to accurately control sensor heater temperature based on digital control loops. The individual sensor heater 'C resistance and temperature coefficients can be set, and there are a number of heater setpoint algorithms that can be selected as parameters.These include temperature ramps, timed temperature schedules and control by an external RS485 interface.Temperature setpoint algorithms can be set in pairs, or slaved to the first pair as required. The SMS unit measures the impedance of the sensing element by applying a controllable synthesised sine wave to a potential divider formed by a top resistor (selectable between 100kR and1MR by an on-board jumper) and the sensor: The sensor resistance is displayed by the PC monitor software, as is a measure of the quadrature (reactive) component. Specification 4 or 8 MMO sensor channels, configurable for a wide range of MMO sensors. digital control of heater temperature using an adaptive algorithm and a number of heater temperature profiles to aid selectivity. measurement of real and imaginary sensing element impedance. usable with a wide range of sensors, to sense alternative gases. a range of interface options including CAN, RS485 and RS232. supplied with a suitable mains to 12V power supply plug. available with PC monitor software, or information to allow users to write their own interface software.
EKO Heat Flow Sensors MF-180 MF-180M MF-190 MF-200 EKO Heat Flow Sensors are suitable for the direct measurement of heat flow inside materials, and the measurement of the radiant flow emitted by bodies such as refrigerators and containers. Principle of thr measurement There are three modes in heat transmission,thermal conduction, radiation and convection. If the heat flow sensor is placed on the surface of the material, it measures the total value of those three modes. If the sensor is placed inside the material, it directly measures the heat transmission caused by thermal conduction.
A single unit, based around a powerful 32-bit floating-point ARM microcontroller, designed to provide a complete analysis of local air quality. The unit deploys four electrochemical sensors, an NDIR CO2 sensor and a laser particle monitor. These combine with a temperature and relative humidity sensor, and GPS is used for accurate location and timestamping.There is also an optional microphone to provide ambient noise information. Data is stored locally and uploaded to a central management site. Specification accurate electrochemical cells (Alphasense A4) monitoring CO, NO, NO2 , and O3 down to ppb levels. Other gases can be sensed if required (eg SO2 ). digital NDIR CO2 sensor (Atmospheric Sensors/Alphasense or SenseAir). laser optical particle counter (Alphasense) to provide PM1, PM2.5 and PM10 readings. PID sensor for volatile organic compounds (VOCs) (Alphasense). temperature and relative humidity sensor (Atmospheric Sensors). high-sensitivity GPS module capable of accurate location and time measurement even inside buildings. microphone to characterise ambient noise, based on a hardware RMS level detector. data can be sampled at high rates, which are normally averaged over 20 seconds, with data transmission every 15 minutes. This can be configured to suit each application. communication link to remote database via GPRS. This includes the ability to 'store and forward' data in times when the network is down or temporarily overloaded. The unit requires a data-capable SIM card service, which can be provided either by Atmospheric Sensors or by other providers by discussion. local storage on 16GB SDCard of extended results from test for later recovery and to act as a backup of results sent over the GPRS link. mains power supply, with waterproof connector. externally visible LED to indicate unit status. the unit may be used either indoors, or outdoors if protected by a Stevenson Screen, or similar enclosure. Wall mount brackets are supplied with each unit, permitting easy installation.
Based on Infrared absorbing principle, not only it is well selective to the target gas, but also detecting accurately and stable to gas concentration. The module is compact structure, free maintenance, application is various industry situation.
CDM4160 is a new unit which uses TGS4160, Figaro's durable solid electrolyte CO2 sensor. Due to Figaro's proprietary idea for signal processing with a microcomputer,no maintenance is required for this module. By application of DC voltage to the module, an analog output voltage proportional to CO2 concentration can be obtained. The module can generate a control signal based on a user-selectable threshold concentration. The features mentioned above make this module ideal for air quality control applications in homes, offices and factories as well as in the field of agriculture. Features: * High selectivity to CO2 * Long life * Maintenance free * Pre-calibrated * Low cost * Wide detection range * Excellent durability Applications: * Indoor air quality control in offices, homes, and factories * CO2 monitors * Agricultural applications
1.General description The luminox family (lox) is a range of factory calibrated oxygen sensors which measure ambient oxygen partial pressure (ppo2) levels using the principle of fluorescence quenching by oxygen. By default luminox measures ppo2 (mbar) and temperature (°c). An optional pressure sensor enables luminox to also measure barometric pressure (mbar) and to convert the ppo2 reading to an oxygen concentration (o2%). The sensor benefits from low power operation, traditionally associated with electrochemical sensors, while providing a much longer lifetime due to the non-depleting sensing principle. Luminox is ppo2 and temperature compensated, enabling accurate operation over a wide environmental range without the need for additional system components. Unlike other sensor technologies, luminox is very stable and robust, does not contain lead or any other Hazardous materials and has negligible cross sensitivity to other gases. 2.Cleaning The housing of the sensor can be cleaned using a damp cloth. The sensor should not be immersed in any cleaning media. Full application and technical support can be provided by our knowledgable and highly experienced engineering team if required. 3.Benefits -low power -can also measure o2% & barometric pressure (lox-02) -suitable for battery power use -long life - high accuracy - small & compact - low cost -maintenance free contains no hazardous materials -connects directly to microcontroller - without any additional circuitry. - factory calibrated 4.Applications -oxygen detection -portable equipment - breathing apparatus - inerting - medical -lab equipment - agriculture -incubation -fire prevention - flue gas in condensing boilers
Oxygen sensor o2 gas sensor for portable gas detector Model number: o2-a2 Performance Output µa @ 20.9% o2 80 to 120 Response time t90 (s) from 20.9% to 0% o2 < 15 Zero current µa in n2 < 2.5 Linearity % o2 deviation @ 10% o2 0.6 Lifetime Output drift % change in output @ 3 months < 1 Operating life months until 85% original output of 20.9% o2 > 24 Environmental Humidity sensitivity % o2 change: 0% to 95% rh @ 40°c < 0.7 Co2 sensitivity % (change o2 reading) / % co2 @ 5% co2 0.1 Pressure sensitivity (% change of output)/(% change of pressure) @ 20kpa < 0.1 Key specifications Temperature range °c -30 to 55 Pressure range kpa 80 to 120 Humidity range % rh continuous (0 to 99% rh short term) 5 to 95 Storage period months @ 3 to 20°c (store in sealed pot, open circuit) 6 Load resistor o (recommended) 47 to 100 Diameter mm (including label) 20.0 Height mm (including foam ring) 17.4 Weight g < 16
Factory calibrated methane sensor module for methane sensor tgs2611 Model number: ngm2611 Features: * factory calibrated * temperature compensation circuit * low power consumption sensor tgs2611 * compact size * meets rohs regulations Applications: * residential natural gas alarm Description The ngm2611 is a pre-calibrated module for natural gas alarms which is precisely Calibrated in figaro's humidity and temperature controlled facility. The most important process in manufacturing reliable resdential gas alarms is Adjusting the alarm point. Calibration is a complicated and time consuming Process which also requires a substantial investment in calibration equipment. By Eliminating the costly calibration process, this module enables users to easily and Simply manufacture residential natural gas alarms. Figaro has taken the complexity Out of designing a gas detector circuit by providing users with a temperature Compensation circuit which combines a built-in thermistor and individually adjusted Load resistor together with figaro’s low power methane gas sensor. A connector allows easy replacement of the module for the purpose of periodic Sensor renewal. This input/output connector enables easy installation of the Module into the gas detectors’ mother board. This same mother board can be Used for both methane and lpg gas detectors by simply changing the module. This module is designed to meet the performance requirements of en50194, and ul1484. Please refer to “technical information for tgs2611” for sensor sensitivity characteristics. Refer to “application notes for tgs2611” for further information regarding circuit design.
Digital Humidity Sensor with the interface to MCU is I2C HTU21D Model Number: HTU21D 1.Features: · DFN type package · Relative Humidity and Temperature Digital Output, I²C interface · Fully calibrated · Lead free sensor, reflow solderable · Low power consumption · Fast response time and very low temperature coefficient 2.Description HTU21D, the new humidity and temperature sensor of MEAS is about to set new standards in terms of size and intelligence: Embedded in a reflow solderable Dual Flat No leads (DFN) package of 3 x 3mm foot print and 1mm height it provides calibrated, linearized signals in digital, I²C format. HTU21D sensors are dedicated humidity and temperature plug and play transducers for OEM applications where reliable and accurate measurements are needed. Direct interface with a micro-controller is made possible with the module humidity and temperature digital outputs. HTU21D sensors are low power consumption designed for high volume and cost sensitive applications with tight space constraints. Every sensor is individually calibrated and tested. Lot identification is printed on the sensor and an electronic identification code is stored on the chip – which can be read out by command. Furthermore, the resolution of HTU21D sensor can be changed by command (8/12bit up to 12/14bit for RH/T), low battery can be detected and a checksum improves communication reliability. With made improvements and the miniaturization of the sensor the performance-to-price ratio has been improved – and eventually, any device should benefit from the cutting edge energy saving operation mode. 3.Description .Full interchangeability with no calibration required in standard conditions · Instantaneous desaturation after long periods in saturation phase · Compatible with automatized assembly processes, including Pb free and reflow processes . Individual marking for compliance to stringent traceability requirements 4 APPLICATIONS · Printers · Humidifier · Automotive · Home Appliance · Medical
Concentrator lens sic based uv photodiode sensor sg01d-5lens Avirtual = 11, 0 mm2 Properties of the sg01d–5lens uv photodiode • broadband uva+uvb+uvc, ptb reported high chip stability, for flame detection • radiation sensitive area a = 11, 0 mm2 • to5 hermetically sealed metal housing with concentrator lens, 1 isolated pin and 1 case pin • 10µw/cm2 peak radiation results a current of approx. 350 na About the material silicon carbide (sic) Sic provides the unique property of extreme radiation hardness, near-perfect visible blindness, low dark current, high speed and low noise. These features make sic the best available material for visible blind semiconductor uv detectors. The sic detectors can be permanently operated at up to 170°c (338°f). The temperature coefficient of signal responsivity) is also low, < 0, 1%/k. Because of the low noise (dark current in the fa range), very low uv radiation intensities can be measured reliably. Please note that this device needs an appropriate amplifier (see typical circuit on page 3). Options Sic photodiodes are available with seven different active chip areas from 0, 06 mm2 up to 36 mm2. Standard versionis broadband uva-uvb-uvc. Four filtered versions lead to a tighter sensitivity range. All photodiodes have a hermetically sealed metal housing (to type), either a 5, 5 mm diameter to18 housing or a 9, 2 mm to5 housing. Further option is either a 2 pin header (1 isolated, 1 grounded) or a 3 pin header (2 isolated, 1 grounded).
1.Features - chip size:1.4mm - package type to 46 pkg -gallium nitride based material -schottky-type photodiode -photovoltaic mode operation -good visible blindness -high responsivity & low dark current 2. Applications -full uv band monitoring -uv-a lamp monitoring 3.Specifications -spectral detection range: 220~370nm -active area: 1.536 mm2 -responsivity : 0.18a/w -dark current:20na -photo current: 2.8~3.4ua Uva lamp, 1mw/cm2
Description: Nap-56a is not made with thermoplastics to achieve a higher temperature Resistivity. The pin locations and dimensions are compatible to nap-55a for the Convenience of current users of nemoto nap-55a. The gas sensitivity is better Than nap-55a by about 15%. Users are to pay attention to this higher gas Sensitivity upon calibration. Target gases and concentration Gasesdetection range Methanech40.05 - 5% (0.05 - 2%) Ethanec2h60.05 - 3.2%(0.05 - 1.5%) Hydrogenh20.05 - 4% (0.05 - 1.5%) Hydrocarbonscnh2n+21 - 100%lel (1 - 50%lel) ( )is a detection range in high accuracy Gas sensitivity characteristics Gas & concentrationoutput voltage Output in clean air-35 - +35 mv Methane 3, 000 ppm15 - 23 mv Iso-butane 1, 400 ppm12 - 18 mv Hydrogen 1, 400 ppm10 - 17 mv Ratings Itemsratings Supply voltagedc 2.5±0.25v Ac 2.5±0.25v(r.M.S. 50-60hz) Current (2.5v supplied)dc 150 - 170ma Ac 150 - 170ma(r.M.S. 50-60hz) Ambient temperaturein operation -10 - +50°c In storage -10 - +50°c Ambient humidityin operation 95%rh or less In storage 99%rh or less(no dew condensation)
Nap-50a is a miniature & low power consumption type sensor. Nap-50a is Mainly used for gas detectors. Compared to nap-55a, nap-50a has a lower Alcohol sensitivity to eliminate false alarms caused by alcohol, thus more reliable Gas detectors can be produced with nap-50a. The following are the basic Characteristics but it is recommended to refer to the individual user’s manual for Further information. See nap-66a for measuring circuit for sensor evaluation. Target gases and concentration GasesDetection range MethaneCh40.05 - 5% (0.05 - 2%) EthaneC2h60.05 - 3.2% (0.05 - 1.5%) HydrogenH20.05 - 4% (0.05 - 1.5%) HydrocarbonsCnh2n+21 - 100%lel (1 - 50%lel) ( )is a detection range in high accuracy Gas sensitivity characteristics Gas & concentrationOutput voltage Output in clean air-35 - +35 mv Methane 3, 000 ppm10 - 16 mv Hydrogen 1, 400 ppm7 - 12 mv Ethanol 1 %Less than 10 mv Ratings ItemsRatings Supply voltageDc 2.5±0.25v Ac 2.5±0.25v(r.M.S. 50-60hz) Current (2.5v supplied)Dc 150 - 170ma Ac 150 - 170ma(r.M.S. 50-60hz) Ambient temperatureIn operation -10 - +50°c In storage -10 - +50°c Ambient humidityIn operation 95%rh or less In storage 99%rh or less(no dew condensation)
Cheap carbon monoxide sensor co sensor tgs5042 Model number: tgs5042 Features: * battery operable * high repeatability/selectivity to co * linear relationship between co gas concentration and sensor output * simple calibration * long life * ul recognized component * meets ul2034, en50291, and rohs requirements Applications: * residential and commercial co detectors * co monitors for industrial applications * ventilation control for indoor parking garages * fire detection Description Figaro’s tgs5042 is a battery operable electrochemical sensor which Offers several advantages over traditional electrochemical sensors. Its electrolyte is environmentally friendly, it poses no risk of electrolyte l Eakage, can detect concentrations as high as 1% co, operates in a Range from -5' and +55'c, and it has lower sensitivity to interferant gases. With a long life, good long term stability, and high accuracy, this sensor Is the ideal choice for co detectors with digital display. Oem customers Will find individual sensors data printed on each sensor in bar code from, Enabling users to skip the costly gas calibration process and allowing For individual sensor tracking. Tgs5042 utilizes a standard aa battery-sized package.
Rohs compliant ozone sensor for 0-20ppm ozone gas measuring 3sp_o3_20 Model number: 3sp_o3_20 Description Spec’s printed sensors offer the performance of the best quality electrochemical sensors at a fraction of The price. Spec’s printed sensors are also ultra-thin, offering easy integration into wireless, portable, and Networked solutions. These sensors are ideal for health, environmental, industrial and residential Monitoring, because of their high performance, low cost and small size. Benefits • small size with low profile (20x20x3 mm) • long life (10 years expected life) • fast response (< 15 seconds) • low power consumption • individually calibrated (nist traceable) • rohs compliant Applications • air quality monitoring • industrial safety • air purification control
Do sensor dissolved oxygen sensor water quality control sensor kds-25b Model number: kds-25b Description The gs yuasa dissolved oxygen sensor kds-25b is a unique Galvanic cell type sensor which was developed for water quality Control. Its most notable features are long life expectancy and it Is not influenced by co2. Features: * long life * virtually no influence from co2 * no external power supply required for sensor Operation * no warmup time is required Applications: * water quality control
Gas leak detection in stationary fuel cells combustible gas sensor module Model number:cgm6812--b00 Features: * linear analog output proportional to gas Concentration * maintenance free * compact size * meets rohs requirements Applications: * gas leak detection in fuel cell systems * hydrogen & combustible gas leak Detectors Description: The cgm6812-b00 combustible gas sensor module is A new unit which utilizes tgs6812, figaro's catalytic Pellistor type gas sensor which features durability and stability. This module provides analog output voltage proportional to hydrogen gas concentration. Cgm6812-b00 has conformal coatings for moisture- Proofing and electrical insulation purposes, and is also Capable of detecting sensor wire breakage. The unit has A wide range of operating temperature from -10' to +60'c. Because the tgs6812 sensor can detect methane and lp gas As well as hydrogen, this module is suitable for gas Leak detection in stationary fuel cells which use hydrogen Generated from combustible gases Sensor Module Cgm6812
Description The art technology and upgrades that cannot be matched in the marketplace. New attributes are included without compromising the outstanding and award-winning features that make the pid-tech line of sensors the right choice for oem manufacturers. The pid-tech evx’s new features offer better value and design flexibility for oem markets. Providing new and powerful gas detection capabilities while reducing the high cost and time in the product development process. Upgrades include: • minimum detection limits down to 0.5 ppb • negligible temperature response • minimal humidity response • integral shielding • reduced dead volume • reduced and improved response time • lower pricing Intrinsically safe design and 4p platform make installation in portable or stationary gas monitors a snap. With over four decades of experience, baseline® provides an award winning sensor that is utilized in a wide variety of voc (volatile organic compounds) monitoring applications. Features and benefits • intrinsically safe • saves time and money in r&d and product design • 4p cell platform compatible • variety of ranges and lamp energies • quick start lamp ignition circuit • long lamp life • input voltage regulation for greater stability • easily cleaned and field serviced • out of warranty sensor exchange program Applications • industrial hygiene & safety monitoring • confined space entry • soil contamination and remediation • hazmat sites & spills • low concentration leak detection • indoor air quality • epa method 21
