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. -
SH-300-NDC NDIR CO2 Sensor Module Features * Best Extremely Precise Sensor * Quick Response Time * Long Time Use, Stable performance at High & Low Temperature * Waterproof Filter for anti static filters fine dust and humidity in the air * One-way air indraft for represent average value when momentary CO2 Value change in the air * Low Current consumption * Output support: UART, 0~3V Analog SH-300-NDC NDIR CO2 Sensor Module Application * CO2 Control for Indoor Air Quality * CO2 Measuring for Ventilation Control * CO2 Control for Building, Hospital, School * CO2 Control for Air cleaner, Air conditioner. * Mushroom Control, Boiler Control SH-300-NDC NDIR CO2 Sensor Module Technical Specification * Measuring Type: Dual Light Wavelength NDIR * Measuring Range: 0 ~ 3,000 / 5,000 / 10,000 ppm * Accuracy: ±2% FS, ±3 % measured value @ 0 ~ 50'C * Response Time: Every 2.0 Seconds * Warm-Up Time @25'C: < 90sec * Output support: UART, 0~3V Analog * Operating Temperature: -10 ~ 50'C * Operating Humidity: 0 ~ 99.5% RH (Non-Condensing)
New photoionization detector (pid) voc sensor 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
FS6122B Medical Respiratory Sensor Description FS6122 series mass flow sensors are specially designed for personal ventilators for CPAP (continuous positive airway pressure). The sensor integrates MEMS mass flow sensor with a MEMS pressure the necessary information for the poper performance of the state-of-art CPAP ventilators. The miniature package not only provide space saving for the ventilator but also provides high accuracy and fast response for both mass flowrate measurement and gauge pressure data while with a very low pressure drop and small dead space. FS6122B Medical Respiratory Sensor Features * Measures mass flow rate and gauge pressure * Fast response time * Highly sensitive in small flow rate * Low power consumption * Specially designed for medical equipment FS6122B Medical Respiratory Sensor Performance * Flow Range: -250 ~ +250 SLPM * Accuracy: ±(2.5+0.5FS)% * Output: Linear, Analog/I2C * Response Time: 5ms
WQ201 pH Sensor Description WQ201 pH Sensor is a rugged and reliable water pH measuring device. The pH transmitter is mounted on 25 ft of marine grade cable, with lengths up to 500 ft available upon request. The sensor's output is 4-20 mA with a three-wire configuration. The WQ201's electronics are completely encapsulated in marine grade epoxy within a stainless steel housing. The unit also uses a removable shield and replaceable pH sensor element for easy maintenance. WQ201 pH Sensor Features * Submersible pH measurements * Fully encapsulated electronics * 4-20 mA output * Marine grade cable with strain relief * Stainless steel housing * Replaceable pH element WQ201 pH Sensor Applications Ideal for stream and lake monitoring, aquaculture studies, baseline analyses, mitigation monitoring, and other environmental applications. WQ201 pH Sensor Specifications * Output: 4-20 mA * Range: 0 to 14 pH * Accuracy: 2% full scale * Maximum Pressure: 40 psi * Operating Voltage: 10 to 30 VDC * Current Draw: 5.5 mA plus sensor output * Operating Temperature: 23 to +131'F (-5 to +55'C) * Warm-up Time: 3 seconds minimum
IMR EX610 SMART Sensor Gas Detector MAIN FUNCTION AND FEATURES * SMART sensor module, easy for replacement and maintenance * Intrinsically safe design * Wide screen LCD * High / Low alarm adjustable * Calibration level adjustable for each calibration * Combustible gas channel with high-concentration protection function * Low-voltage alert * Internal memory storage of measurements (10,000 records) * Data upload to PC * Audible, visual and vibration alarm * Self-test power on * Self-diagnostic and self-correction function IMR EX610 SMART Sensor Gas Detector TECH SPECIFICATIONS * Target gas: combustible gas, toxic gas, Oxygen * Detecting method: Natural diffusion * Response Time: Semi-conductor, Catalytic, Thermal Conductivity t 90 < 30s Oxygen, Carbon Monoxide, Hydrogen Sulfide t 90 < 30s Other Sensors t 90 < 120s * Working Conditions: Combustible Gas: -40'C ~ 70'C Toxic Gas: -20'C ~ 50'C Working humidity â?¤ 95%RH non-condensating * Power Source: Lithium battery (DC3.7V 1800mAh) * Charging time: 4 ~ 6hours * Continuous working time: â?¥ 8 hours (for combustible gas and toxic gas) â?¥ 300 hours (for toxic gas under temperature of 20'C) * USB connectivity for data transfer * Explosion-proof grade: Exia II CT4 * Ingress protection: IP66 * Dimensions: 108.4mm x 61mm x 36mm * Weight: about 191g
Pdsm010 particle sensor module product summary Pdsm010 detects approx. 1m particle such as house dust, pollen, germs, dust mites and cigarette smoke and measures the concentration of floating particles in a room space up to maximum 30m3. This sensor is an ideal product for automatic room air monitoring system such as an air purifier. Pdsm010's signal is converted to pwm output by internal circuit and mcu program. Also, the sensor's filter circuit and mcu program can remove a noise in order to operate more stably when a noise is in-flowed in the signal. Pdsm010 has advantages of both stable detecting ability and high manufacturing efficiency. The sensor does not have an additional control point (vr trimmer) on the device unlike its previous model (dsm). It prevents potential malfunction often occurred by user's arbitrary modification. Pdsm010 particle sensor module features * customized sensitivity for efficient control in application * detects approx. 1m particle * mcu control (factory calibration) * easy maintenance * pwm output (low logic pulse active) * noise protection Pdsm010 particle sensor module applications * air cleaners, air conditioners * ventilation system, fan control * iaq monitoring & control * iot device Pdsm010 particle sensor module product specification * supply voltage: 5v 10% v * supply current (@ 5v): < 85ma * storage temperature range: -20 ~ 80'c * operating temperature range: -10 ~ 65'c * operating humidity range: < 95%rh
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
Fsm-10h-01 pre-calibrated module for lpg gas Fsm-10h-01 is pre-calibrated module for lpg gas alarm which applies tgs2610-d00 sensor together, it features durability and stability. The module outputs pwm signal which is proportional to lpg gas concentration (the module has a memory which is stored with factory calibration data), also is capable of detecting sensor wire breakage and short. The module can operate at wide temperature from -10~70'c. Furthermore, the unit is less sensitivity to vocs gas, it immunes poison by silicon compounds, it suits to work at rugged environment. Fsm-10h-01 combustible gas sensor module features * pwm, usart digital output proportional to gas concentration * maintain free * compact size, low cost * meets rohs requirement Fsm-10h-01 combustible gas sensor module applications * detect flammable gas leakage * flammable gas leakage detector * industrial detector Fsm-10h-01 combustible gas sensor module specification * gas sensor: tgs2610-d00(semiconductor) * detection range: 0 ~ 4, 000ppm h2 * error: â± 300ppm * response time (t90): â?¤30s * operation temperature: -10'c ~+70'c * operation humidity: 20~95%rh(no condensing) * input voltage (vin): 5.0â±0.2v dc * power consumption: â?¤1.5w
PSC-SSS (Smart Small Sensor) Precise non-contact temperature measurement from -50'C to 975'C PSC-SSS-LT Infrared Temperature Sensor Description The PSC-SSS IR temperature sensor series is a highly versatile low cost solution for reliable temperature measurement. It features a temperature range of -50 to 1800'C which is fully scalable by an operator via programming keys, or by use of the included, no cost PSC Connect software. Other IR sensor parameter adjustments include peak picking, valley hold, average, and extended hold function with threshold and hysteresis. The sensor head can be installed in higher ambient temperature, and a full line of rugged industrial accessories is available for its protection and optimum operation. Its small size facilitates temperature measurement in not easily accessible areas and simplifies integration into existing manufacturing systems. All PSC-SSS Sensors feature a choice of outputs including 4 to 20 mA, thermocouple, and linear voltage. Optional digital outputs include USB, RS-232, RS-485, CAN, Profibus DP and Ethernet. Programmable functional inputs for external emissivity adjustment, ambient temperature compensation and trigger reset of hold functions are provided. PSC-SSS-LT Infrared Temperature Sensor Features * One of the smallest infrared sensors worldwide with 22:1 optical resolution * Rugged and usable up to 180'C ambient temperature without cooling * Separate electronics with easy accessible programming keys and LCD backlit display * Selectable analog output: 0/4-20 mA, 0-5 V, 0-10 V, thermocouple type K or J * Optional USB, RS485, RS232 interface, relay outputs (2 x optically isolated), CAN-Bus, Profibus DP, Ethernet * Installation of up to 32 sensing heads PSC-SSS-LT Infrared Temperature Sensor Specifications * Temperature Range: -50 to 975'C * Spectral Response: 8 - 14µm * Optics Type: Laser Accessory * Min. Spot Size: 1.2 mm * Response Time: 150 ms * Power Supply: 8-36 V DC * Environmental rating: IP 65 (NEMA-4) * Relative humidity: 10 - 95%, non condensing
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
Fs1015cl gas flow sensors description Fs1015cl mass flow sensors are specially designed for medical equipment flow monitor and control applications, and are made with world leading proprietary mems mass flow designed channel with a low pressure loss. The current models can be readily applied to ventilators and anesthesia equipments. These sensors can also be sterilized in medical liquids for reuse or hygienic purposes. Fs1015 series can measure a flow up to 150 slpm. Iso-15mm connection model is readily applicable to ventilators and/or anesthesia equipments. Fs1015cl gas flow sensors features and applications - mems thermal mass flow sensor - excellent rangeability with integrated multiple sensing elements - high stability at null and full scale - fast response - low power consumption - low pressure loss Fs1015cl gas flow sensors performance specifications * flow range: 0 to 100; 0 to 150slpm * turn-down ratio: > 100 : 1 * accuracy: +/- (2.0 + 0.5 fs) % * repeatability: +/- 0.5% reading * null shift: â± 30mv * output shift: +/- 0.12%/'c * response time: 8 (max.) ms
WQ730 Turbidity Sensor Description WQ730 Turbidity Sensor is a highly accurate submersible instrument for in-situ environmental or process monitoring. Applications for the WQ730 include: water quality testing and management, river monitoring, stream measurement, reservoir water quality testing, groundwater testing, water and wastewater treatment, and effluent and industrial control. WQ730 Submersible Water Quality Sensor Turbidity Sensor Features * 4-20 mA output * Marine grade cable with strain relief * In-situ turbidity measurement * Simple and convenient to use * Rugged stainless steel and Delrin sensor housing WQ730 Turbidity Sensor Specifications * Range: 0-50 NTU and 0-1000 NTU * Accuracy: +/- 1% of full scale * Meter Resolution: 12 bit * Output: 4-20mA * Operating Voltage: 10-36 VDC at 40 MS * Current Draw: 30 mA plus sensor output * Warm Up Time: 5 seconds minimum * Operating Temperature: 14 to 122'F (-10 to +50'C) * Maximum Pressure: 30 psi
Mfm2040u digital gas flow sensor description Mfm2000 series is a gas flow sensor with low pressure drop capable of measuring medical gases up to 45 lpm. It is configured to be customizable with different flow inlet and outlet configurations. Mfm2040u digital gas flow sensor features * flow range: 0.04 to 40 slm * operating temperature range: -40 to 85'c * resolution: 15bit * sampling time: 7.5ms * low pressure drop flow sensor * high accuracy +/-2.5% reading * calibrated and temperature compensated for air * low power consumption * digital i2c * made for medical applications * calibrated for air, and o2
Wq-fdo optical dissolved oxygen sensor description The wq-fdo optical dissolved oxygen transmitter is an instrument designed for measuring dissolved oxygen concentrations in liquids. The wq-fdo optical dissolved oxygen transmitters were developed to meet different requirements ranging from surface water monitoring programs to harsh waste water applications. The optical dissolved oxygen transmitter has been specifically designed to meet the demanding requirements of the environmental monitoring and scientific research sectors, providing long term, accurate and reliable dissolved oxygen measurement. The wq-fdo optical dissolved oxygen transmitter has extremely low power requirements and a 4-20 ma output making it ideal for incorporation into remote environmental monitoring installations. Wq-fdo optical dissolved oxygen sensor features * extremely fast and precise optical do sensor - outstanding for field and lab applications * proven green light technology for long operation life of sensor * beveled membrane repells interference that can be caused by air bubbles * universal protective armoring available * low power consumption and low maintenance * simple to integrate and operate * one year sensor life Wq-fdo optical dissolved oxygen sensor applications Long and short term monitoring for streams, rivers, lakes, aquaculture, thermocline profiling, industrial outfalls, wastewater, scientific research, homeland security, the food and wine industry, and more. Wq-fdo optical dissolved oxygen sensor specifications * dissolved oxygen accuracy: +/- 0.5 % of value * dissolved oxygen repeatability: 0.01 ppm, * temperature, accuracy: +/-0.2'f (+/-0.1'c), * temperature, resolution:, 0.02'f (0.01'c), * temperature, range: 32 to 122'f (0 to 50'c, * max pressure: 35 psi (25m/82ft water depth), * operating voltage: 10-30 vdc, * warm up time: 6 sec. Min, 8 recommended,
Dgs-so2 968-038 digital so2 sensor module description Easily add so2 sensing to your iot application with our sulfur dioxide digital gas sensor module that provides a calibrated and temperature compensated output. 0 to 20 ppm so2 sensor with digital output. Dgs-so2 968-038 digital so2 sensor module benefits Low power - 1 mw 1 minute sampling Calibrated & temp. Compensated output Fast response < 30 seconds Simple digital uart interface Integrated t & rh sensors Robust 10-year estimated lifetime Rohs compliant Small form factor Uart to usb adapter provided Lightweight (< 2 oz.) Dgs-so2 968-038 digital so2 sensor module applications Air purification control Air quality monitoring Industrial safety sensing Dgs-so2 968-038 digital so2 sensor module measurement performance characteristics Based on standard conditions 25 âºc, 50% rh and 1 atm Measurement range: 0 to 20 ppm Resolution: 50 ppb Measurement accuracy: 15% of reading, , measurement repeatability, : < â± 3% of reading, T90 response time (100 ppm step), : < 30 seconds,
Ulpsm-h2s 968-003 ultra-low power analog h2s sensor module description Quickly integrate hydrogen sulfide sensing into your system with very low power consumption and a simple analog sensor signal output. The ulpsm converts the hydrogen sulfide sensors linear current signal output to a linear voltage signal, while maintaining the sensor at its ideal biased operation settings. Ulpsm-h2s 968-003 ultra-low power analog h2s sensor module benefits 0 to 3 v analog signal output Low power consumption < 45 uw Fast response On-board temperature sensor Easy sensor replacement Standard 8-pin connector Ulpsm-h2s 968-003 ultra-low power analog h2s sensor module applications Fixed industrial safety monitoring Portable industrial safety monitoring Portable personal safety monitor Indoor air quality monitoring Outdoor air quality monitoring Bad breath/halitosis sensing Ulpsm-h2s 968-003 ultra-low power analog h2s sensor module performance characteristics Measurement range: 0 to 50 ppm Lower detection limit: 0.3 ppm Resolution: 0.15 ppm Accuracy: < â± 2 % of reading Response time t90: < 30 seconds Power-on stabilization time: 60 minutes recommended
4nd citicel nitrogen dioxide sensor key features & benefits , industry leading reliability , improved performance variability 4nd citicel nitrogen dioxide sensor application Industrial safety: sensors for portable gas detectors used in industrial hygiene and confined space entry. 4nd citicel nitrogen dioxide sensor performance characteristics , nominal range: 0-20 ppm , expected operating life: two years in air , output signal: 0.6 , ± 0.15 ua/ppm , resolution: 0.1 ppm , repeatability:
Nh3-3e100se ammonia sensor nh3 sensor description Nh3-3e100se ammonia sensor, 3 electrode sensor; available in mini, classic, 4-series and 7-series formats. Nh3-3e100se ammonia sensor nh3 sensor features Amperometric 3 electrode sensor cell Very stable zero reading Very selective Highly sensitive Hydrous electrolyte Nh3-3e100se ammonia sensor nh3 sensor typical applications Tlv-monitoring, leakage detection Portable & fixed point applications Food & refrigeration industry, general industry, semiconductor industry Nh3-3e100se ammonia sensor nh3 sensor technical specifications Measuring range: 0-100 ppm Sensitivity range: 130 na/ppm â± 30 na/ppm Resolution at 20â°c: < 1 ppm Linearity: < 10% full scale Operation temperature range: -20â°c to +40â°c Operation humidity range, : 15-90% r.H, non-condensing
Sg01l-5lens Concentrator lens sic based uv photodiode avirtual = 55 mm2 Properties of the sg01l-5lens uv photodiode Broadband uva+uvb+uvc, ptb reported high chip stability, for flame detection Radiation sensitive area a = 55 mm2 To5 hermetically sealed metal housing with concentrator lens, 1 isolated pin and 1 case pin 10âµw/cm2 peak radiation results a current of approx. 700 na Sg01l-5lens uv photodiod specifications Sensitive area: 55 mm2 Dark current: 3.5 fa Capacitance: 250 pf Responsivity range: 221 - 358 nm Operating temperature: -55 ~ +170â°c Storage temperature: -55 ~ +170â°c Soldering temperature (3s): 260â°c Reverse voltage: 20 v
