The cv7 range of products features lateral transducers delivering four independent measurements. The validity checks are used to measure head wind vectors for calculations. This method gives a wind speed sensitivity of 0.15 m/s, and reliability and excellent linearity up to 40 m/s. Cv7-v ultrasonic wind speed sensor specification: Output data format: nmea0183; mwv, xdr Information transmited: instant. W. Speed, instant. W. Angle, avaibility Output rate: 2 hz / 30 hz measurement Wind module sensitivity: 0.12 m/s Wind module resolution: 0.05 m/s Wind module dynamic: 0.12 to 40 m/s Direction sensitivity: +/-1.5' Direction resolution: 1' Power supply: 8 v to 30 v dc Electrical consumption: 9 ma Op. Temp. Without icing: -15'c to +55'c Cable: 25 m / 4x0.22 mm2 Connection: 4 wires Weight of the head: 100 gr Weight of unit assembly: 200 gr with mounting part Mounting: vertical ; 300 aluminium arm, 16 mm
MB7589 SCXL-MaxSonar-WRMT Self Cleaning Precision Ultrasonic Rangefinder Product Description The weather resistant SCXL-MaxSonar-WR selfâ??cleaning sensor is a rugged ultrasonic sensor component module. This outdoor sensor provides very short to long distance detection and ranging in a compact, robust PVC housing. The ultrasonic sensor meets the IP67 water intrusion standard and matches standard electrical 3/4-inch PVC pipe fittings. MB7589 Features and Benefits * Factory calibrated beam width * Low operating voltages from 2.7V to 5.5V * All range outputs are active simultaneously * Superior clutter rejection MB7589 Applications and Uses * Bin Level Measurement * Tank Level Measurement z
MB1444 USB-ProxSonar-EZ4 High performance USB ultrasonic proximity detection sensor Product Description The USB-ProxSonar-EZ4 has a detection zone of ~1 feet and will allow for 15+ simultaneous sensors. These ultrasonic proximity sensors detect objects in a calibrated detection zone. The USB-ProxSonar-EZ sensors report when an object (such as a person) enters the detection zone. The target is released after leaving the USB-ProxSonar-EZ detection zone. Product Specifications * USB interface * ~2.5 second target acquire time * ~1.5 second target release time * Automatic multi-sensor operation * People sensor * Resolution of 1 inch * Maximum Range of 125 inches (318 cm) * Detection zone range of 12 inches (30 cm) * 42kHz Ultrasonic sensor measures distance to objects * RoHS compliant * Virtually no sensor dead zone, objects closer than 6 inches range as 6 inches * Small, light weight module * Designed for easy integration into your project or product * Short range detection * Quote Request Form: For orders greater than 100 sensors -
Introduction Irm300 is one of the general ndir co2 gas modules, which adopting ndir principle, consists of carefully designed light chamber, precise electric circuit and intelligent software. With the help of single light source, dual channel detector, and Unit Storage temperature Tstg -20 to 80 ¡ãc Working temperature Ta 0 to +50 ¡ãc Working humidity Ha 0 to 90 % rh Working pressure Pa 0.8 to 1.2 Atm Electric characteristics Description Symbol Min. Typical Max. Unit Supply power Vs 4.6 5 5.4 V Maximum current Imax 130 160- Ma Light current Iavg 60 70 Ma Frequency F 0.2 1 2 Hz Preheat time Twarm 90 120 180 Sec Performance characteristics Description Min Typical Max Unit Detection range 0 2000 50000 Ppm Detection accuracy - ¡¨¤60ppm¡¨¤5% fs - Ppm T90 Diffusing - 60 90 Sec Pumping - 10 20 Sec Repeatability Zero
DHT11 Temperature and Humidity Sensor Module Product Overview DHT11 digital temperature and humidity sensor is a calibrated digital signal output of the temperature and humidity combined sensor. It uses a dedicated digital modules capture technology and the temperature and humidity sensor technology to ensure that products with high reliability and excellent long-term stability. Sensor includes a resistive element and a sense of wet NTC temperature measurement devices, and with a high-performance 8-bit micro-controller connected. DHT11 Temperature and Humidity Sensor Module Applications HVAC, dehumidifiers, testing and inspection equipment, consumer goods, automotive, automation, data loggers, weather stations, home appliances, humidity regulator, medical and other relevant humidity measurement and control. DHT11 Temperature and Humidity Sensor Module Product Highlights Low-cost, long-term stability, relative humidity and temperature measurement, excellent quality, fast response, anti-interference ability, long distance signal transmission, the digital signal output, precise calibration. DHT11 Temperature and Humidity Sensor Module Specifications * Humidity Range: 5~95%RH * Humidity Accuracy: ±5%RH * Humidity Hysteresis: < ±0.3%RH * Temperature Range: -20~+60 deg C * Temperature Accuracy (25°C): ±2 deg C * Temperature Repeatability: ±1 deg C * Power supply: DC 3.3 ~ 5.5V * Output signal: Single
Microwave Motion Sensor Antenna Module Microwave Sensor Microwave Motion Sensor HNM01 Low cost. 5.8GHz C-band miniature transceiver. Patch antenna, antenna gain: 2 dBi. Beam aperture: 30 Features Low cost. 5.8GHz C-band miniature transceiver. Patch antenna, antenna gain: 2 dBi. Beam aperture: 30 2 balanced mixer. 5dBm EIRP output power. Receiver bandwidth: 1Hz ~ 2KHz. Operating current(CW mode): 13.5mA@5V. Low power consumption(Pulse mode): Average current: 1.5mA typ. Pulse width(min.):10~50 s(10kHz~2kHz) Duty cycle:10% DC RoHS compliant Tested to EN300 440 -
Standard Motion Sensor Module DC Input Motion Sensor Module 5V/12V DC Input Microwave Motion Sensor - Standard Version HNS102 5.8GHz C-band microwave, tri-level dimming function. Input voltage: 12V DC (5V & 24V DC version available on request). Input current: 25mA. Features 5.8GHz C-band microwave, tri-level dimming function. Input voltage: 12V DC (5V & 24V DC version available on request). Input current: �?� 25mA. 0~10V DC dimming output signal. Super compact, flexible to be integrated into any suitable fixtures. Dual-PD technology, real Daylight monitoring function for built-in application. 8 pin DIP switch setting, multiple options to meet different customer demands. Detection range up to 12m in diameter. Mounting height: 3~6m. Operation temperature: -20�??~ +70�?? . RoHS compliant. Detection range Detection range can be reduced by selecting the combination on the DIP switches to fit precisely each application. Hold-time Hold-time means the time period to keep the lamp on 100% after motion detected. *when hold-time set as 3s# sensor enters into test mode, this test mode is mainly for users to choose the desired detection range. In this mode, the daylight sensor is disabled, when there is no motion, fixture keeps off, when there is motion detected, fixture keeps a cycle of 3s on and 2s off. Daylight sensor Daylight sensor means the daylight threshold to enable or disable the sensor function. "Disable": The sensor works always, even during daylight. w50lux": The sensor works only in twilight. w10lux, 2luxw: The sensor works only in the dark. Stand-by period This is the time period that the lamp remains at a low light level before it is completely switched off in the long absence of people. means bi-level dimming control, the fixture never switch off. Stand-by dimming level This is the dimmed low light level you would like to have after the hold-time in the absence of people. -
DC Input Motion Sensor Module Standard Motion Sensor Module 5V/12V DC Input Microwave Motion Sensor - Standard Version HNS101D 5.8GHz C-band microwave, tri-level dimming function. Input voltage 12V DC (5V & 24V DC version available on request). Input current:25mA. Features 5.8GHz C-band microwave, tri-level dimming function. Input voltage 12V DC (5V & 24V DC version available on request). Input current:25mA. 5V DC PWM output or 0~10V DC signal. Super compact, flexible to be integrated in t o any suitable fixtures. Dual-PD technology, real Daylight monitoring function for built-in application. 8 pin DIP switch setting, multiple options to meet different customer demands. Detection range up to 12m in diameter. Mounting height: 3~6m. Operation temperature; -20? ~ + 70?. RoHS compliant. Settings Detection range Detection range can be reduced by selecting the combination on the DIP switches to fit precisely each application. Hold-time Hold-time means the time period to keep the lamp on 100% after motion detected. *when hold-time set as 3s, sensor enters into test mode, this test mode is mainly for users to choose the desired detection range. In this mode, the daylight sensor is disabled, when there is no motion, fixture keeps off, when there is motion detected, fixture keeps a cycle of 3s on and 2s off. Daylight sensor Daylight sensor means the daylight threshold to enable or disable the sensor function. "Disable": The sensor works always, even during daylight. w50lux": The sensor works only in twilight. w10lux, 2luxw: The sensor works only in the dark. Stand-by period This is the time period that the lamp remains at a low light level before it is completely switched off in the long absence of people. ?+? means bi-level dimming control, the fixture never switch off. Stand-by dimming level This is the dimmed low light level you would like to have after the hold-time in the absence of people. Daylight monitoring function Utilizing the Dual-PD technology, this sensor can tell the difference of natural light and artificial light(lamp) from behind the diffuser, switch on automatically(even without movements) when the ambient light is below target value, and then switch off automatically whenever the artificial light is not required(ambient light is bright enough). This is the REAL & INTELLIGENT daylight monitoring sensor for built-in installation. Note: Lux-Off sampling time?30s; Lux-On sampling time?10s. Lux-On function takes effect only when standby dimming period set at+?
Clean CAP Wireless Ultrasonic Fill-Level Sensor Do more with less, smarter, greener, and more efficiently than ever. Reduce your waste collection costs by up to 50% with our smart IoT-based waste bin sensors and monitoring solution. It only requires three steps: 1. Read fill-level information Clean CAP smart waste bin sensor is compatible with any type of container installation to monitor any type of subtance or waste in real-time. 2. Optimize collection routes CCN's route optimization and predictive analytics provide insightful historical data to generate the best routes and estimate the time of containers becoming full. 3. Collect the garbage With CCN, you can plan ahead how collections are implemented, targeting only the locations with full trash bins. Clean CAP Wireless Ultrasonic Fill-Level Sensor Product features 1. Can be attached to any type of bin, container, or tank Clean CAP fill-level sensor can be mounted on any type of bin, container, or tank. If the container is made of plastic, the device can be mounted by screwing. For steel containers, Clean CAP can be fixed to the container's lid using brackets. 2. Senses both solid and liquid materials Clean CAP's ultrasonic sensor enables it to detect both solids (general waste, paper, glass, e-waste, textile, etc.) and liquids (oil, sludge, agriculture products, etc.). The range of distance can vary between 30 cm - 400 cm (4 m / 13 ft). 3. Communicates wirelessly with monitoring platform Clean CAP sends real-time information to Clean City Networks monitoring and data-analytics platform through wireless data transmission using 2G/3G networks. The software enables our customers to optimize their waste collection operations through data-driven decision making. 4. Designed for extreme environments and durability Clean CAP has been tested to push the limits of its operability in conjuction with its battery life. It is completely enclosed and protected against dust and water, has a battery life of up to 10 years, and can operate in temperatures from -30 deg C (-22 deg F) to 80 deg C (176 deg F). Clean CAP Plus Wireless Ultrasonic Fill-Level Sensor Basic specifications * Power: 3.6V high performance lithium battery * Size (H x W x L): 95mm x 96mm (3.74in. x 3.8in.) * Net weight: 470g (1.04 lbs.) * Battery life: Up to 10 years
Mb1043 hrlv-maxsonar-ez4 High performance ultrasonic rangefinder Mb1043 hrlv-maxsonar-ez4 ultrasonic rangefinder product description The hrlv-maxsonar-ez4 is the narrowest beam width sensor that is also the least sensitive to side objects offered in the hrlv-maxsonar-ez sensor line. The hrlv-maxsonar-ez4 is an excellent choice when only larger objects need to be detected. Mb1043 hrlv-maxsonar-ez4 ultrasonic rangefinder product specifications * resolution of 1mm * 10hz reading rate * 42khz ultrasonic sensor measures distance to objects * rohs compliant * maximum range of 5000 mm (195 inches) * operates from 2.5v-5.5v * low 3.1ma average current requirement * operational temperature from -0'c to +65'c Mb1043 hrlv-maxsonar-ez4 ultrasonic rangefinder features and benefits * best noise tolerance of the hrlv-maxsonar-ez sensors * most noise tolerant acoustic sensitivity * ignores some small targets and medium targets * detects most large targets to long distances * narrow beam width Mb1043 hrlv-maxsonar-ez4 ultrasonic rangefinder applications and uses * large target detectio
Sonic-anemo-dzp ultrasonic wind speed sensor description: Sonic-anemo-dzp ultrasonic anemometer is powered by its own solar panel. It is well suited to remote installations where power consumption matters. This unit connects directly to a pulse or potentiometer input (i.E. On davis instruments). It is a useful product for professionals, integration to aws (autonomous weather station), and well-informed users. Sonic-anemo-dzp ultrasonic wind speed sensor specification: , output rate: 1 measure and update per second , wind module sensitivity: 0.12 m/s , wind module resolution: 0.05 m/s , wind module dynamic: 0.12 to 40 m/s , direction sensitivity: +/-1.5' , direction resolution: 1' (9 bits) , power supply: photovoltaic panel, battery lifepo4 , op. Temp. Without icing: -15'c to +55'c
Mb7139 xl-trashsonar-wr High performance ultrasonic trash bin measurement Mb7139 xl-trashsonar-wr ultrasonic sensor product description The mb7139 xl-trashsonar-wr1 is a weather resistant sensor designed for trash bin level measurement. The mb7139 xl-trashsonar-wr1 reports the range to the first detectable target in a trash bin. This sensor is our most recommended sensor for testing within trash bins. High output acoustic power combined with continuously variable gain, real-time background automatic calibration, real-time waveform signature analysis, and noise rejection algorithms results in virtually noise free distance readings. This holds true even in the presence of many of the various acoustic or electric noise sources. The xl-trashsonar-wr sensors are factory calibrated to match narrow sensor beam patterns and provide reliable mid-range detection zones. Mb7137 is the i2c version of this sensor. Mb7139 xl-trashsonar-wr ultrasonic sensor product specifiations Resolution of 1 cm 10hz read rate 42khz ultrasonic sensor measures distance to objects Rohs compliant Read from all 3 sensor outpus: analog voltage, pulse width, rs232 serial Operates from 3.0-5.5v Operational temperature from -40'c to +65'c Maximum range of 350 cm (138 inches) Mb7139 xl-trashsonar-wr ultrasonic sensor features and benefits Real-time calibration, noise rejection and additional filtering provides stable range information Excellent for applications that require consistently accurate outputs Impressive acoustic and electrical noise resistance Mb7139 xl-trashsonar-wr ultrasonic sensor applications and uses Autonomous navigation Environments with acoustic and electrical noise Bin level measurement Tank level measurement Trash level measurement
SONIC-ANEMO-DVC Ultrasonic Wind Speed Sensor Description: As Worldwide Premiere launch, a specific version of the CV7-V which connects directly to the wind sensor input on Davis instruments. This sensor will allow the replacement of mechanical anemometers / wind vanes with no need of anything else but power supply. Itâ??s an exclusive and useful product for both, professionals and well-informed amateurs. SONIC-ANEMO-DVC Ultrasonic Wind Speed Sensor Specification: * Output rat: 2 Hz / 30 Hz measurement * Wind module sensitivity: 0.12 m/s * Wind module resolution: 0.05 m/s (16 bits) * Wind module dynamic: 0.12 to 40 m/s * Direction sensitivity: +/-1.5' * Direction resolution: 1' (9 bits) * Power supply: 2.7 V to 35 V DC * Electrical consumption: 2.6 mA Avg. @ 12 V * Op. temp. without icing: -15'C to +55'C
SONIC-ANEMO-SDI Ultrasonic Wind Speed Sensor Description SONIC-ANEMO-SDI is made from the CV7-V to which a SDI12 protocol and optimizing electrical consumption has been added. Sample rate is 2 Hz. This ultrasonic wind sensor operates in a request-response mode. This product is more energy-efficient than standard units. The SONIC-ANEMO-SDI is dedicated to meteorological applications. SONIC-ANEMO-SDI Ultrasonic Wind Speed Sensor Available data: - Average speed and direction over 10 minutes - Minimum wind speed and direction for that period - Maximum wind speed (gust 3s) and direction for that period - Software version and serial number - Data measurement quality rate from the sensor - Data for sensor diagnostic (manufacturer use only) SONIC-ANEMO-SDI Ultrasonic Wind Speed Sensor Specification: * Output rate: 2 Hz / 30 Hz measurement * Wind module sensitivity: 0.12 m/s * Wind module resolution: 0.05 m/s * Wind module dynamic: 0.12 to 40 m/s * Direction sensitivity: +/-1.5' * Direction resolution: 1' * Power supply: 2.7 V to 35 V DC * Electrical consumption: 2.9 mA Avg. @ 12 V * Op. temp. without icing: -15'C to +55'C -
CV7-OEM Ultrasonic Wind Speed Sensor Description CV7-OEM shows the same features as the CV7 standard: light, compact and low energy consumption. With this OEM version of the Static Wind Transducer CV7, you can add an accurate Ultrasonic Wind Sensor to your own products and installations. It is powered by 8-30 VDC power supply and it outputs RS232/RS422/NMEA0183 signal. CV7-OEM Ultrasonic Wind Speed Sensor Specification: * Output rate: 2 Hz / 30 Hz measurement or *4 Hz / 60 Hz meas. * Wind module sensitivity: 0.12 m/s * Wind module resolution: 0.05 m/s * Wind module dynamic: 0.12 to 40 m/s * Direction sensitivity: +/-1.5 degree * Direction resolution: 1 degree * Power supply: 8 V to 30 V DC * Electrical consumption: 9 mA * Op. temp. without icing: -15 degree C to +55 degree C -
CV7-E Ultrasonic Wind Speed Sensor Description The CV7-E is easily integrated into measurement and monitoring systems. Detects gusts with great responsiveness and low latency. The CV7-E is powered by 8-30 VDC power supply and it outputs RS232 / RS422 / 5 V level signal / NMEA0183. The CV7-E shows a data rate twice faster than the CV7 and CV7-V with a data output 4 per second. The small size of this sensor makes it very discreet. Like every LCJ Capteurs products, CV7-E is energy efficient. CV7-E has proved its value with universities â??laboratories, scientific and wind tunnels successful tests. It can be used connected to a PC and to any system featuring a NMEA® input port. CV7-E Ultrasonic Wind Speed Sensor Specification: * Output rate: 4 Hz / 60 Hz measurement * Wind module sensitivity: 0.12 m/s * Wind module resolution: 0.05 m/s * Wind module dynamic: 0.12 to 40 m/s * Direction sensitivity: +/-1.5 degree * Direction resolution: 1 degree * Power supply: 8 V to 30 V DC * Electrical consumption: 9 mA * Op. temp. without icing: -15 degree C to +50 degree C -
SONIC-ANEMO-MICRO Ultrasonic Wind Speed Sensor Description: As a result of its very special electronic architecture the SONIC-ANEMO-MICRO shows a very low electrical consumption. It is ideal for remote stations or mobile installation. SONIC-ANEMO-MICRO is an OEM sensor designed for integration in other original Equipment. This sensor shows a very low consumption. It operates from 300µA. SONIC-ANEMO-MICRO is the lowest consumption power solution of all LCJ sensors. SONIC-ANEMO-MICRO Ultrasonic Wind Speed Sensor Specification: Output data format: ASCII format, avaibility Information transmited: Instant. W. Speed, Instant. W. Angle, avaibility Output rate: select. 1 meas. and Tx: every 1,6 or 18 s Wind module sensitivity: 0.12 m/s Wind module resolution: 0.05 m/s Wind module dynamic: 0.12 to 40 m/s Direction sensitivity: +/-1.5 degree Direction resolution: 1 degree Power supply: 3 V to 3.6 V DC Electrical consumption: 200µA avg Op. temp. without icing: -15 degree C to +50 degree C Cable: 50 cm / 4x0.22 mm2 Connection: 4 wires Weight of the head: 100 gr Weight of unit assembly: N/A Mounting: N/A
CV7-V Ultrasonic Wind Speed Sensor Description The CV7 is easily integrated into measurement and monitoring systems. The CV7-V is powered by 8-30 VDC power supply and it outputs RS232/RS422 (5V level signal) / NMEA0183. CV7-V Ultrasonic Wind Speed Sensor Application Static wind sensor A conventional wind vane/anemometer features mechanical rotating parts. These moving parts expose the sensor to failure. CV7 series was extensively tested in Marine applications for both precision and robustness. Configurable wind sensor CV7-V can be programmed and configured for : angle correction, smoothing time constant, units of measurement and interface format. CV7-V connexion CV7-V can be used connected to a PC and any systems featuring an NMEA® input port and specific pieces of equipment using conventional formats. In PC mode, this bidirectional sensor can be set up for angle correction, damping, measure units and interface format. Quality All LCJ Capteurs are designed and manufactured in the Nantes region in France where they are fully tested throughout the manufacturing process. CV7-V Ultrasonic Wind Speed Sensor Specification: Output data format: NMEA0183; MWV, XDR Information transmited: Instant. W. Speed, Instant. W. Angle, avaibility Output rate: 2 Hz / 30 Hz measurement Wind module sensitivity: 0.12 m/s Wind module resolution: 0.05 m/s Wind module dynamic: 0.12 to 40 m/s Direction sensitivity: +/-1.5 degree Direction resolution: 1 degree Power supply: 8 V to 30 V DC Electrical consumption: 9 mA Op. temp. without icing: -15 degree C to +55 degree C Cable: 25 m / 4x0.22 mm2 Connection: 4 wires Weight of the head: 100 gr Weight of unit assembly: 200 gr with mounting part Mounting: Vertical ; 300 aluminium arm, 16 mm
MB1444 USB-ProxSonar-EZ4 High performance USB ultrasonic proximity detection sensor MB1444 High Performance USB Ultrasonic Sensor Product Description The USB-ProxSonar-EZ4 has a detection zone of ~1 feet and will allow for 15+ simultaneous sensors. These ultrasonic proximity sensors detect objects in a calibrated detection zone. The USB-ProxSonar-EZ sensors report when an object (such as a person) enters the detection zone. The target is released after leaving the USB-ProxSonar-EZ detection zone. MB1444 High Performance USB Ultrasonic Sensor Product Specifications * USB interface * ~2.5 second target acquire time* * ~1.5 second target release time* * Automatic multi-sensor operation * People sensor * Resolution of 1 inch * Maximum Range of 125 inches (318 cm) * Detection zone range of 12 inches (30 cm) * 42kHz Ultrasonic sensor measures distance to objects * RoHS compliant * Virtually no sensor dead zone, objects closer than 6 inches range as 6 inches * Small, light weight module * Designed for easy integration into your project or product * Short range detection
HPD05 Infrared PM2.5 Sensor Module Product Details 1. Module List HPD05 Module 2. Product Overview HPD05 PM2.5 Sensor Module use principle of optical scattering to measure concentration of dust inthe air,the module built in a Infrared Transmitter and a high sensitive Photoelectric Receiving Sensor the Infrared Transmitter emits light and the light meets the dust to produce the scotch light, theintensity of the scotch light detected by Photoelectric Receiving Sensor reflects the concentration ofdust in the air, HPD05 have two ways to output current concentration data, one is PWM signal (thewidth of signal is the value, 1ms = 1ug/m3), the other is IIC signal(unit is ug/m3). HPD05 can be used for Air Cleaner, Air Conditioner with purifying function, Fresh Air System and air quality testing equipment. 3. Detecting Principle Detecting Principle Per the principle of optical scattering,the Transmitter emits light, and the light meets the dust to produce the scotch light, the high sensitive Photoelectric Receiving Sensor detects the intensity of the scotch light then output intensity signal, current which is proportional to the size and quality of intensity of the scotch light, the current is amplified by amplifier and calibrated by CPU, finally output digital PWM signal or IIC data of concentration of dust. 4. Performance Parameter 1 Characteristics Characteristics Connector CON2 Pin Description Connector CON2 Pin Description 2 Life Life of Light Source: above 5 years with continuous power on. 3 Photoelectricity Characteristics Photoelectricity Characteristics 4 Signal Output a1. PWM signal output(Corresponding Model HPD051Axxx): Signal Output The relation of Low Pulse Time and Dust Concentration: 1ms = 1ug/m3 The pulse width outputted by P1 pin is the average value of Dust Concentration(Lower responding speed, small fluctuation & good stability) The pulse width outputted by P2 pin is the insta
