Fsm-t-04a combustible gas sensor module description
The fsm-t-04a combustible gas sensor module is a new unit which utilizes tgs6812, catalytic pellistor type gas sensor which features durability and stability. This module provides analog output voltage proportional to hydrogen gas concentration.(there is a memory in module, where factory calibration data has been store). Fsm-t-04a 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 +70'c.
Furthermore, the unit can detect ch4, lpg, h2. It is less sensitivity to vocs gas, it immunes poison by silicon compounds, it suits to work at rugged environment.
Fsm-t-04a combustible gas sensor module features:
* linear analog output proportional to gas concentration
* maintenance free
* compact size
* meets rohs requirements
Fsm-t-04a combustible gas sensor module applications:
* gas leak detection in fuel cell systems
* hydrogen & combustible gas leak detectors
Fsm-t-04a combustible gas sensor module specification
* gas sensor: tgs6812 (catalyâ??tic type)
* detection range: 0 ~ 50, 000ppm ch4
* error: 3%lel
* response time (t90): 30s
* operating temperature: -10'c ~ +70'c
* operating humidity: 20~95%rh (no condensing)
* input voltage: 5.00.2v dc, 3.00.1v dc
* power consumption: 1.5w
PSC-CX
Digital, two wire, loop powered infrared temperature sensor for OEM applications
PSC-CX Infrared Temperature Sensor Description
The PSC-CS self-Contained, 2-wire loop powered IR temperature sensor with 4-20 mA output features:
* High-performance, great value
* Simple 2-wire installation
* Wide range of -30'C to 900'C (adjustable with PSC Connect Software)
* Optical resolution of 22:1
* Optional USB programming interface
* Alarm output (0-30 V / 500 mA)
* Real-time 2-wire output and digital communication
* Versatile power requirements: 5-30 VDC
PSC-CX Infrared Temperature Sensor Specifications
* Temperature range (scalable via software): -30 - 900'Câ??
* Spectral range: 8 -14µmâ??
* Optical resolution: 22:1â??
* CF-Optics (optional): 0.6mm @10 mmâ??
* Outputs/analog: 4 - 20 mAâ??
* Environmental rating: IP 65 (NEMA-4)â??
* Ambient temperature: -20 - 75'Câ??
* Relative humidity: 10-95%, non condensing
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: â± 0.5 % of value
* dissolved oxygen repeatability: 0.01 ppmâ??
* temperatureâ?? accuracy: â±0.2'f (â±0.1'c)â??
* temperatureâ?? resolution:â?? 0.02'f (0.01'c)â??
* temperatureâ?? range: 32 to 122'f (0 to 50'câ??
* max pressure: 35 psi (25m/82ft water depth)â??
* operating voltage: 10-30 vdcâ??
* warm up time: 6 sec. Min, 8 recommendedâ??
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 degree C to +65 degree 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 detection
* Applications requiring high noise tolerance
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Y511-A Turbidity Sensor Description
Automatic cleaning turbidity sensor is complied with ISO 7027 Turbidity Standard. The turbidity sensor can be deployed in-situ and provide very stable data over long period of usage, which helps to ensure the quality of your measurements.
Y511-A Turbidity Sensor Typical Applications
Water quality monitoring, waste water testing, process water and aquaculture monitoring.
Y511-A Turbidity Sensor Features
* 0.1~1000 NTU
* Accuracy
5 PSI-D-4V-MIL Amplified Middle Pressure Sensor General Description
The Amplified line of middle pressure sensors is based upon a proprietary package technology to reduce errors. This model provides a ratiometric 4-volt output with superior output characteristics. The sensor housing has been designed specifically to reduce package induced parasitic stress and strain. In addition the sensor utilizes a silicon, micromachined, stress concentration enhanced structure to provide a very linear output to measured pressure.
These calibrated and temperature compensated sensors give an accurate and stable output over a wide temperature range. Each sensor is internally compensated using an ASIC compensation technique. This series is intended for use with non-corrosive, non-ionic working fluids such as air, dry gases and the like.
The output of the device is ratiometric to the supply voltage over a supply voltage range of 4.5 to 5.5 volts.
5 PSI-D-4V-MIL Amplified Middle Pressure Sensor Features
* ±5 psi Pressure Ranges
* Ratiometric 4V Output
* Temperature Compensated (-40 degree C to 125 degree C)
* Calibrated Zero and Span
HG-DMSI-02 Distance Measure Sensor Interface Board Features
* Size : 80 x 80 mm
* Channel : Connect up to 8 Ultrasonic Sensors
(HG-B40A, HG-B40C Conly)
* Power : DC 12V(DC Jack connector 1ea, 2pin connector 1ea),
DC 5V(2pin connector 1ea)
* Output : RS232(9-pin DSUB 1, 3-pin connector 1), UART(3-pin connector 1)
HG-DMSI-02 Distance Measure Sensor Interface Board Communication Setting
* Default Baudrate : 57600 bps * (LED ON is showing current Baudrate )
1: 9600, 2:19200, 3:38400, 4:57600
* Data bit : 8 bit
* Stop bit : 1 bit
* Parity bit : None
* Hardware Flow control : None
DT-625 Humidity & Temperature Meters Description
DT-625 is digital Humidity & Temperature Meter with Wet Bulb Temperature & Dew Point temperature, which has been designed to combine the functions of Humidity Meter, Temperature Meter, Wet Bulb Temperature and Dew point temperature. It is an ideal Humidity & Temperature Meter with scores of practical applications for laboratorial, industrial, Engineer and professional use.
Large, easy-to-read backlit LCD with dual display;
Fast Response Time: 10s (90% at 25C still air) 2% High Accuracy (625);
Dew Point Temperature (-30C~100C/-22F~199F) (625)
Wet Bulb Temperature (0C~80C/32F~176F) (625);
Resolution 0.1%RH, 0.1C/0.1F
Max/Min Hold and Data Hold Function (625);
Microprocessor-based Design (625)
Dual Display Temperature & Humidity
BLCR Series Low Voltage Pressure Sensors General Description
The BLCR Series Basic Sensor is based on a Dual Die Reference technology to reduce all output offset or common mode errors. It also incorporates All Sensors' CoBeam Technology to reduce overall supply voltage while maintaining comparable output levels to traditional equivalent basic sensing elements. This lower supply voltage gives rise to improved warm-up shift whilte the CoBeam technology itself reduces package stress susceptibility resulting in improved overall long term stability. The technology also vastly improves position sensitivity to nearly unmeasurable levels.
This series is intended for use with non-corrosive, non-ionic working fluids such as air, dry gases and the like. The output is also ratiometric to the supply voltage and is operable from 1.8 to 3.3 volts DC.
BLCR Series Low Voltage Pressure Sensors Features
* 0 to 1 inH2O to 0 to 30 inH2O Pressure Ranges
* Low Supply Voltage (1.8V to 3.3V)
* 0.1% Linearity Typical
* Improved Front to Back Linearity
* Intrinsically No Position Sensitivity
* Improved Warm-Up Shift Distribution
* Parylene Coating Available Upon Request
* Reduced TCO
BLCR Series Low Voltage Pressure Sensors Applications
* Medical Instrumentation
* Environmental Controls
* HVAC
Performance Characteristics for BLCR Series Low Voltage Pressure Sensors
* 0 to 1 inH2O to 0 to 30 inH2O Pressure Ranges
* Supply Voltage: 5 Vdc
* Common Mode Pressure: 5 psig
* Lead Temperature (soldering 2-4 sec.): 270 C
* Operating Temperature:-25 to 85 C
* Storage Temperature: -40 to 125 C
* Hum
HG-B40A/HG-B40C Combi ASIC Ultrasonic Sensor & Module Features
* Low-power, high-sensitivity module.
* Choose from a wide variety of input/output Mode.
* Auto sensitivity control function as a distance proportional to the distance error captain.
* The same standards as existing foreign products and mutually replaceable.
HG-B40A/HG-B40C Combi ASIC Ultrasonic Sensor & Module Specification
* Receiver Output Signal:
Analog: ±2 V max at 2.5 V Base Line
Real Time Pulse: 4~5 V TTL, All the objects detected
Distance Pulse: 4~5 V TTL Only the nearest Object
* Choose from a wide variety of input/output Mode.
* Detecting Range:
0~3 m (Conventional, HG-B40C) (at 5Vdc)
0~6 m (Conventional, HG-B40C) (12 Vdc)
b0~3 m (Anistropic, HG-B40A) (12 Vdc)
In-line Multi-parameter Water Sensor
Chlorine, Conductivity, Pressure, Temperature
KAPTA 3000-AC4 In-line Multi-parameter Water Sensor General Description
The KAPTA 3000-AC4 probe has been specifically developed to enhance the management and control of the drinking water distribution network. The KAPTA 3000-AC4 monitors the important water parameters chlorine, conductivity, pressure and temperature using innovative, integrated technologies. The chlorine is measured using a three electrode amperometric sensor designed to monitor the active chlorine (HOCl). The pressure sensor uses a silicium piezoresistive cell and the conductivity is a measurement using four electrodes. These integrated sensors require no maintenance or recalibration and allow for the online monitoring of the drinking water distribution network systems.
The KAPTA 3000-AC4 continuously measures and stores the 24 last measurements based on the chosen data acquisition mode. The communication module (IP68) queries the probe to allow real time telemetry data transmission to a central server. All the data measured by the probe is organized into an easy to use interface for the operator.
The design of the KAPTA 3000-AC4 probe and its use and mode of communication have been designed to facilitate its implementation and application on site. This innovative, modern and reliable monitoring solution provides real-time control of the distributed water quality.
KAPTA 3000-AC4 In-line Multi-parameter Water Sensor Benefits
* Real time water network monitoring
* In-line water contaminant identification
* Efficient control of water distribution
KAPTA 3000-AC4 In-line Multi-parameter Water Sensor Main features
* Measurement of the main disinfection species
* No interference with chloramines
* Chemical free operation
* Annual maintenance and calibration
* Easy field installation with direct insertion in pipe, under pressure, using standard collar and valve
* Battery operated
* Real time telemetry data transmission to a central server
KAPTA 3000-AC4 In-line Multi-parameter Water Sensor Applications:
Drinking Water Security
* Real-time, in-line monitoring of key parameters in the water distribution system
* Detection of any changes in your water quality commonly caused by leaks, pipe corrosion and biofouling effects, etc.
* Disinfection process optimization
CM1106 Carbon Dioxide Sensor NDIR CO2 Sensor Module Introduction
Single Beam(single light source, single wavelength) NDIR CM1106 (Miniature size) can be used to detect CO2 concentration of indoor air by adopting advanced non-dispersive infrared technology(NDIR). It is widely used in IAQ monitor, air conditioner with purifying function, air purifier, ventilation system, automotive and other consumer electronic products etc.
CM1106 Carbon Dioxide Sensor NDIR CO2 Sensor Module Features
* Advanced non-dispersive infrared technology(NDIR) with independent intellectual property
* High accuracy: temperature calibration within whole measurement range
* High stability: advanced auto-calibration at background
* Small size and compact structure, easy to install
CM1106 Carbon Dioxide Sensor NDIR CO2 Sensor Module Application
* IAQ monitor
* Air conditioner with purifying function
* Air purifier
* Ventilation system
* Automotive
CM1106 Carbon Dioxide Sensor NDIR CO2 Sensor Module Specification
* Measurement range: 0-2000ppm (extending to 5000ppm, 10000ppm)
* Accuracy: auto-calibration within temperature and concentration range
* Working temperature: -5'C~50'C
* Storage temperature : -20'C~60'C
* Working humidity: 0-95%RH (non-condensing)
* Signal output: UART-TTL, PWM, IIC
* Dimension: 33*19.7*8.9mm
* Maintenance: Auto-calibration
NTU Nephelometric Turbidity & Temperature Sensor Optical technology :
The measure principle is based on IR nephelometry / 880 nm (ISO 7027). The sensor can be calibrated with a formazine standard solution.
The NTU sensor integrates a low-cost optical technology, with a very few maintenance and no consumables.
NTU Nephelometric Turbidity & Temperature Sensor Digitally optimised measurement technology
* IR optical sensor with optical fibre
* Range: 0-4000 NTU or 0-4500 mg/L
* Digital sensor: Modbus RS-485
* ISO 7027 compliant
* Robust and waterproof
NTU Nephelometric Turbidity & Temperature Sensor Applications
* Industrial effluent treatment
* Urban waste water treatment
* Surface water monitoring
* Drinking water
* Sanitation network
NTU Nephelometric Turbidity & Temperature Sensor Specifications
* Measurement principle: Diffusion IR at 90'
* Range: 0-4000 NTU or 0-4500 mg/L
* Resolution: 0,01 to 1 NTU - mg/L
* Accuracy: < 5% of the reading
* Temperature compensation: via CTN
* Operating temperature: -10'C to + 60'C
* Signal interface: Modbus RS-485 (standard) and SDI-12 (option)
* Sensor power-supply: 5 to 12 volts
TS418-1N426 Thermopile Infrared Sensor SPECIFICATIONS
* Thermopile IR-Sensor
* Filter for NDIR CO2 Gas Detection
* Single Element
* Very High Signal
* Flat Filter
* Small Package
* Accurate Reference Sensor
TS418-1N426 Thermopile Infrared Sensor DESCRIPTION
Thermopiles are mainly used for contactless temperature or non-dispersive infrared measurement in many applications. Their function is to transfer the heat radiation emitted from the objects or other infrared sources into a voltage output.
TS418-1N426 Thermopile Infrared Sensor FEATURES
* Very High Signal
* Accurate Reference Sensor
* 4.26µm Narrow Band Pass
* Small TO-18 package
TS418-1N426 Thermopile Infrared Sensor APPLICATIONS
* NDIR CO2 Gas Detection
-
HG-C40U Ultrasonic Range Finder Sensor & Module Description
* ATmega 8 MCU
* Measures distance from the obstacle and sends the data using UART communication.
* Within 5mm Resolution
* Optional two transmitting mode for various use.
- Free Run : With a power supply, sensor transmits trigger and burst signal by itself (for basic application)
- External Trigger : External system(controller or processor circuit) controls the trigger signals - for advance application
* Two types of input power - Low(5V) for processor circuit usage and High (12V) for controllers. * Factory Default : 12V
* Various Setting Option
- Free Run / UART Trigger / External Trigger setting
- Ring buffer use or not use setting
- UART communication baudrate setting
- Free Run Trigger interval
* Output Signal
- Distance Data using UART(ASCII, mm)
- Real time ultrasonic wave amplified from actually received ultrasonic.
- Real time TTL level square signal(Square Wave) of detection signal.
* High performance ASIC Chip for stable transmission and sensitive reception.
* Sensor to PC communication using 'Interface Board' (RS232, Power regulator)
* Data display using monitor program from PC (Hyperterminal available)
HG-C40U Ultrasonic Range Finder Sensor & Module Specification
* Communication: UART(TTL)
* Input Voltage 5V, 12V(default)
* Current Consumption: 20mA(Typ) ~ 30mA(Max)
* Frequency: 40kHz
* Max. distance: 3.5m (at 5V); 5m (at 12V)
* Min. distance: 2cm
* Resolution: 5mm
MB7040 I2CXL-MaxSonar-WR
High Performance Ultrasonic Precision Rangefinder
MB7040 I2CXL-MaxSonar-WR Ultrasonic Rangefinder Product Description
Weather Resistant (IP67) Sensors, and Optional Chemical Resistance
The industrial outdoor I2CXL-MaxSonar-WR sensors have a robust PVC housing designed to meet IP67 water intrusion. The sensors provide short to long distance detection and ranging with a narrow beam pattern. The I2CXL-MaxSonar-WR outdoor ultrasonic sensors have high power output, noise rejection, auto calibration, and factory calibrated beam patterns.
In addition to the standard I2CXL-MaxSonar-WR, has developed the F-Option for additional protection necessary in a few hazardous chemical environments. Extremely corrosive gases or liquids can degrade or compromise the operation of the sensing unit. As a result, we offer a more chemically inert seal which allows our sensors to operate in all but the harshest of chemical environments. In addition to the chemical resistance the sensor has improved performance in wet or dust environments.
MB7040 I2CXL-MaxSonar-WR Ultrasonic Rangefinder Product Specifiations
* Resolution of 1 cm
* Up to 40Hz reading rate
* RoHS Compliant
* Operates from 3.0-5.5V
* IP67 rated, I2C interface ultrasonic sensor
* Maximum range of 765 cm (300 inches)
* Operational Temperature from -40'C to +70'C
MB7040 I2CXL-MaxSonar-WR Ultrasonic Rangefinder Features and Benefits
* Low power consumption
* Narrow, controlled beam
* Easy to use interface
* Detects smaller objects
* Can be powered by many different types of power sources
MB7040 I2CXL-MaxSonar-WR Ultrasonic Rangefinder Applications and Uses
* People detection
* Security
* Motion detection
* Useable with battery power
* Autonomous navigation
* Educational and hobby robotics
* Collision avoidance
FS8000 Series Gas Flow Sensors Description
The FS8000 mass Flow sensors are designed and manufactured using MEMS flow sensor and package technology.
The FS8000 mass Flow sensors are developed preliminarily for die-attachment equipment air flow path control during pick and placement, and possibly for other instrumentation applications.
The packaging enclosure id made of the chemically inert and thermally stable polyphenylene sulfite (PPS,FS8001) or polycarbonate (PC, FS8003) material.
The FS8000 requires a power supply of 8~24 Vdc, and provides an analog output of 0.5~4.5 Vdc corresponding to the flow rate from 0 to full scale.
FS8000 Series Gas Flow Sensors Features
- Fast response time
- High sensitivity
- Low pressure drop
- Miniature design for easy installation
FS8000 Series Gas Flow Sensors Specifications
* Flow Range
FS8001: (0~500) sccm
FS8003:(0~6) SLPM
* Accuracy: ± (2+0.5FS)%
* Repeatability: ± 1.0%FS
* Output: Non-linear, Analog voltage/I2C
* Analog Output Range: 0.5 ~ 4.5Vdc
* Null Shift: < 30mVdc
* Output Shift: < ±0.12%/'C
* Response Time: 5ms
* Power Supply: 8 ~ 24 Vdc, 50 mA
* Operating Current: 17mA
* Max. Working pressure: 0.5MPa
* Working Temperature: 0 ~ +55'C
* Storage Temperature: -20 ~ +65'C
* Humidity: < 95 %RH (No icing or condensation)
FOP-C Fiber Optic Pressure Sensor Description
The FOP-C is a fiber optic pressure sensor designed for general industrial applications in harsh and hazardous environments, where very high pressure conditions can be found.
FOP-C Fiber Optic Pressure Sensor Key features:
* Intrinsically safe
* Immune to EMI/RFI
* From 30 to 10,000psi range
* Accuracy of 0.25%
* Lead cable: up to 3km
FOP-C Fiber Optic Pressure Sensor Applications:
* Industrial environments
* In-situ process monitoring
* Harsh and hazardous environments
* High pressure environments
* Aerospace applications
* Oil well and natural gas pumping station
* Plastic injection molding and extrusion monitoring
* Food packaging
FOP-C Fiber Optic Pressure Sensor Specifications:
Pressure range: from 30psi to 10,000psi (170 to 69,000kPa)
Resolution: 0.00625% typical with averaging
Accuracy: 0.25% of full scale
Connector type: ST connector (optional connector for long range applications)
Operating temperature: -20 to 60'C (-4 to 140'F)
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