Sensors | PrimeIndu

Aqualabo OPTOD Dissolved Oxygen Sensor - PF-CAP-C-00160

The OPTOD dissolved oxygen sensor uses fluorescence optical measurement technology, providing accurate and reliable measurement data without calibration. With no consumables and no maintenance, the OPTOD sensor delivers immediate return on investment.

USA IN - RDO PRO-X

The USA IN-situ RDO PRO optical dissolved oxygen sensor (industrial version) uses the latest technology to measure oxygen levels in harsh environments.

USA IN - RDO BLUE

The USA IN-situ RDO optical dissolved oxygen sensor is used for vertical profiling and dynamic conditions, field inspections and environmental monitoring, long-term use, environmental and estuarine monitoring, and low-flow groundwater sampling.

Liquid Flow Sensor - SLQ-QT105

To meet the high-end needs of coating systems, we introduce a new product, the SLQ-QT105 liquid flow sensor, a semiconductor-grade sensor solution for measuring hydrocarbons such as photoresist and solvents at flow rates below 120 mL/min. Utilizing proven thermal microsensor technology, it opens new heights in sensitivity, stability, and speed. The extremely short response time of the SLQ-QT105 liquid flow sensor enables accurate monitoring.

Flow Switch Sensor - LG01 Series

The LG01 series flow switch sensor detects ultra-low liquid flow or the presence of air in fluid systems, making them more reliable. It can measure minute flow rates as low as milliliters per minute or even lower. The LG01 liquid flow sensor is based on non-invasive measurement principles, detecting the current fluid condition through the internal glass capillary wall. Therefore, the sensor offers excellent biocompatibility and chemical resistance. The liquid flow detector can measure with a response time of less than 100 milliseconds.

Swiss Sensirion Liquid Flow Sensor - SLQ-QT500

The new SLQ-QT500 liquid flow sensor measures water-based and hydrocarbon-based liquids at flow rates up to 120 mL/min. This is ideal for a wide range of dispensing and flow applications in semiconductor coating systems and other industries.

Liquid Flow Sensor for Liquid Metering - PLF2000 Series

The PLF2000 series liquid flow sensor replaces mechanical turbine flow sensors. With a MEMS thermal flow chip at its core, the PLF2000 offers higher accuracy and repeatability, providing linear digital output even under flow pulsation.

Honeywell Flow Sensor Gas Mass Flow Sensor - AWM43600

The AWM40000 series includes unamplified and amplified/signal-conditioned versions. The AWM42150V and AWM42300 use the same circuitry as the AWM2000. The AWM43300V and AWM43600V use the same circuitry as the AWM3000. The AWM43600V is a 6 SLPM device.

USA AVTECH Air Flow Sensor - Air Flow 1 (NC)

The Air Flow 1 Sensor (NC) provides real-time detection of airflow interruption. This airflow sensor is normally closed and includes mounting clips and clamps. Typical uses include measuring airflow in HVAC ducts, floors, or near fan racks in cabinets or critical servers.

USA AVTECH Air Flow Sensor - Air Flow 2 (NO)

The Air Flow 2 Sensor (NO) provides real-time detection of airflow interruption. This airflow sensor is normally open and includes mounting clamps. Typical uses include monitoring continuous airflow in HVAC ducts, floors, or near fan racks in cabinets or critical servers. This sensor is similar to the hidden airflow switch #01300.1.

USA Siargo FS8000 Series MEMS Gas Mass Flow Sensor - FS8001/FS8003

The FS8000 series MEMS gas mass flow sensor is specifically designed for various industrial process control. The product has two measurement ranges, with threaded interfaces for easy installation, and can be used in various industrial equipment such as die bonders.

Pirani Vacuum Sensor - F6000

The F6000 series MEMS Pirani vacuum sensor provides a breakthrough vacuum measurement solution. The sensor is extremely small, yet offers ultra-low power consumption, long life, low field maintenance, and low cost.

Gas Flow Sensor - FS5001L

The FS5001B series gas flow sensor is specifically designed for measurement and process control of various small-flow gases. This series of sensors uses our independently developed MEMS flow sensor chip and is suitable for various clean, dry gases. The sensor uses SMD mounting for a more compact footprint, making it easy to integrate multiple sensors in small spaces.

Mass Flow Anti-Clogging Sensor - FS7002

The FS7002 mass flow anti-clogging sensor is made with a MEMS flow sensing chip and is suitable for various general-purpose clean, dry gases. Special packaging technology allows measurement of different flow ranges in the same pipe diameter, and mass production ensures high reliability, high performance, and low cost.

USA Siargo Gas Mass Flow Sensor - FS1015CL

The FS1015CL series MEMS gas mass flow sensor is designed for measurement and process control of various medical gases. The product uses a MEMS flow sensing chip and is suitable for various clean gases. It is low cost, easy to install, requires no temperature or pressure compensation, and can replace traditional volumetric or differential pressure flow meters.

Gas Mass Flow Sensor - FS4000 Series

The FS4000 series mass flow sensor uses MEMS flow sensor technology and intelligent electronic control technology, developed for general gas flow monitoring. The sensor directly measures gas mass flow with low pressure drop. It is suitable for monitoring purified air or nitrogen flow, and can also be used in environmental samplers (such as chromatography analyzers).

Medical Device Air Quality Flow Sensor - PMF5000 Series

The PMF5000 series air quality flow sensor is designed for portable medical devices. The sensor is fast and accurate, capable of precisely measuring pulsating gas flow. Its small size makes it ideal for space-constrained applications.

Air Quality Flow Sensor - PMF4000 Series

The PMF4000 uses the new third-generation thermal flow sensor chip, manufactured with unique micromachining technology. The sensor chip uses a pair of thermocouples to detect temperature gradient changes caused by mass flow, offering superior signal-to-noise ratio and repeatability.

Honeywell Air Quality Flow Sensor - AWM3300V

The AWM3000 series is a low-flow amplified airflow mass sensor.

Gas Flow Sensor - AFM3000

The AFM3000 series sensor is a gas flow meter from Aosong Electronics, specifically designed for ventilator applications.

Swiss IST Flow Sensor Thermal Mass Flow Sensor - P1K0/050.232.2K.C.050.M.U

Swiss IST Flow Sensor Thermal Mass Flow Sensor P1K0/050.232.2K.C.050.M.U

Swiss IST Silicon Flow Sensor Thermal Mass Flow Sensor - SFS01

Swiss IST SFS01 (silicon flow sensor) thermal mass flow sensor, suitable for fast-response gas flow and direction measurement.

Swiss IST Thermal Mass Flow Sensor - MFS02

Swiss IST thermal mass flow sensor MFS02 is suitable for fast-response gas flow and direction measurement.

Swiss IST Mass Flow Sensor - FS5.0.1L.195

IST's FS5.0.1L.195 is a thermal mass flow sensor for various airflow applications. Thermal mass flow sensors use the principle of heat transfer to determine the flow rate of a fluid. As fluid passes through the sensor, heat is transferred from the sensor to the medium.

Swiss IST Thermal Mass Flow Sensor - FS7

Swiss IST thermal mass flow sensor FS7 is suitable for various gas flow applications, with temperature resistance up to 150 °C.

Posifa Spectroscopy Flow Sensor - PMF2103V

The MF2000 series includes the analog output PMF2000V and the digital I2C output PMF2000D.

USA Siargo Micro Liquid Flow Meter - LF3000 Series

The LF3000 series micro liquid flow meter uses our independently developed MEMS thermal time-of-flight sensor.

USA Siargo Gas Flow Sensor Breathing Sensor - FS6022

The FS6022 series breathing sensor is a gas flow sensor specifically designed for hospital portable ventilators, suitable for infant and adult ventilators. The detachable design minimizes unmeasured flow, improving accuracy. MEMS technology ensures reliability and performance while offering a competitive price.

Honeywell Air Quality Flow Sensor - AWM720P1

The AWM700 series microbridge high-flow sensor provides in-line flow measurement with a specially designed bypass package. This sensor measures flow up to 200 standard liters per minute (200 SLPM) with a typical pressure drop of 1 inch of water.

Micro Flow Sensor - F1012

The F1012 micro flow sensor chip consists of two thermopiles and a heating resistor: the thermopiles are symmetrically distributed upstream and downstream of the heating resistor; the heating resistor and the hot junctions of the thermopiles are on a thermally insulated base. The heating resistor heats the hot junctions of the thermopiles. The temperature gradient between the hot and cold junctions generates an output voltage, i.e., the intrinsic Seebeck effect.

Micro Flow Sensor - F1031

The F1031 micro flow sensor uses thermodynamic principles to measure gas flow in a channel, offering excellent accuracy and repeatability. The F1031 micro flow sensor has a built-in temperature sensor, and each unit is calibrated with proprietary temperature compensation; it also provides a linear analog voltage output for ease of use.

USA Siargo Mass Flow Sensor Module - FS6122 Series

The FS6122 series mass flow sensor module is a flow sensor designed for respiratory circuits such as emergency ventilators and home ventilators.

USA Siargo MEMS Mass Flow Sensor - FS1100 Series

The FS1100 series mass flow sensor uses our independently developed MEMS flow sensing chip and integrates a temperature sensor, providing both IC and dual analog voltage signal outputs.

USA Siargo Flow Sensor - MF5900 Series

The MF5900 series gas mass flow meter is developed based on Siargo's independently developed MEMS flow sensing chip, featuring a wide flow range, display, buttons, and network-enabled metering.

USA Siargo Gas Mass Flow Sensor - FS4001

· Range: 30, 100, 200, 500, 1000 sccm · Accuracy: ±(1.5+0.5FS)% · Response time: default 64 ms, other options available · Output: RS232/analog voltage 0.5-4.5V · Operating temperature: -10 to +55°C

Counting Type Dust Sensor - DC0001

DC0001 is a dust sensor composed of an infrared optical sensing system.

Dust Sensor - PPD4NS/PD42NS/PPD42NJ

Dust sensors PPD4NS/PD42NS/PPD42NJ use optical principles and can detect dust particles above 1 micron; two output modes meet different sensitivity requirements; in clean environments, Vout outputs a high-level signal (4V); 5VDC power supply; detection range: up to 8000 pcs/283ml (particles above 1 micron).

Laser Dust Sensor Dust Sensor PM2.5 - DL0001

The laser dust sensor is a digital general-purpose particle concentration sensor based on laser scattering principles, capable of detecting concentrations of suspended particles of different sizes in the air (including PM2.5).

Canada FISO Fiber Optic Pressure Sensor - FOP-125

The FOP-125 fiber optic pressure sensor is designed for medical applications requiring extremely small size, down to 125 microns. It is a high-precision sensor that is completely immune to electromagnetic interference and intrinsically safe for the human body.

Canada FISO Fiber Optic Temperature Sensor - FOT-HERO

FOT-HERO is a fiber optic temperature sensor specifically designed for electronic explosive devices (EED) and HERO-type test applications. With a fast response time of less than 1 ms, absolute immunity to electromagnetic interference, and precise data during testing, it prevents electromagnetic surges.

Canada FISO Fiber Optic Signal Conditioner Fiber Optic Sensor - FTI-10

The FTI-10 is a single-channel, battery-powered fiber optic signal conditioner designed for all FISO fiber optic sensors. It is an ideal general-purpose device for single-point measurements in various industrial and R&D applications.

Canada FISO Fiber Optic Signal Conditioner Fiber Optic Sensor - FTI-OEM-STD

The FTI-OEM-STD is a single-channel, battery-powered fiber optic signal conditioner designed for all FISO fiber optic sensors.

Canada FISO Fiber Optic Strain Sensor - FOS-N

FOS-N is a fiber optic strain sensor, ideal for structural health monitoring in composite engineering research and industrial applications such as buildings, bridges, tunnel linings, support structures, ships, and power transformers.

Canada FISO EFO Strain Sensor - EFO

EFO is a specially designed fiber optic strain sensor for embedding in concrete. It is an ideal choice for composite engineering research and civil engineering applications, such as monitoring stress in buildings, bridges, tunnel linings, and support structures during and after construction.

Canada FISO Temperature Pressure Module Fiber Optic Sensor - FOT-L, FOP-M, FPI-HR

FOT-L temperature sensor, FOP-M pressure sensor, FPI-HR module, EVOLUTION base

Canada FISO Medical Fiber Optic Temperature Sensor - FOT-M

FOT-M is a fiber optic temperature sensor designed for medical applications, combining all the excellent characteristics expected from an ideal sensor. FOT-M has a compact structure, is immune to microwave and RF interference, corrosion-resistant, and offers high accuracy and good reliability.

Canada FISO Fiber Optic Temperature Sensor - FOT-L-BA

FOT-L-SD and FOT-L-BA are fiber optic temperature sensors ideal for measuring temperature in extreme environments, including low temperatures, nuclear environments, microwaves, and high-intensity RF.

Canada FISO Fiber Optic Sensor - FOT-HERO, FPI-HS/HE

FOT-HERO sensor, FPI-HS/HE module, EVOLUTION base

Canada FISO Fiber Optic Displacement Sensor - FOD

Using the FOD fiber optic position and displacement sensor, position and displacement can be measured with high accuracy and precision. This sensor is ideal for measurements in hard-to-reach locations and hazardous environments such as those containing explosive substances. Key features of the FOD fiber optic displacement sensor include complete immunity to EMI and RFI, built-in safety for hazardous environments, high accuracy, and a wide operating temperature range.

Canada FISO Fiber Optic Temperature Sensor - FOT-L-SD

FOT-L-SD and FOT-L-BA are fiber optic temperature sensors ideal for measuring temperature in extreme environments, including low temperatures, nuclear environments, microwaves, and high-intensity RF.

Canada FISO Medical Process Pressure Monitoring Signal Processing Module - skr-oem

The development module, also called "SKR-DEV", is compatible with evolution software. The footprint, communication capabilities, and speed of SKR-DEV make it the ideal tool for integrating our fiber optic sensors into customer equipment.

$Canada FISO Fiber Optic Refractive Index Sensor$

Canada FISO Fiber Optic Refractive Index Sensor - FRI

FRI is a fiber optic refractive index sensor, ideal for measuring the refractive index of fluids in industrial, chemical, and food processing applications.

Canada FISO Fiber Optic Strain Sensor Fiber Optic Sensor - SFO-W

SFO-W is a fiber optic spot-weld strain sensor, mainly for civil engineering applications such as monitoring dams, bridges, tunnels, and other structures.

USA APG Loop-Powered Ultrasonic Level Sensor - LPU-2127 Series

The LPU-2127 series ultrasonic level sensor is developed using the characteristics of ultrasonic waves; it has high frequency, short wavelength, low diffraction, especially good directionality, and can propagate as rays in a directional manner. It has strong penetration for liquids and solids, is loop-powered, and enables long-distance continuous measurement. It is mainly used in industry, defense, and biomedicine.

USA APG Ultrasonic Level Sensor (Network Application) - LOE Series

The LOE series ultrasonic level sensor is developed using the characteristics of ultrasonic waves; it has high frequency, short wavelength, low diffraction, especially good directionality, and can propagate as rays in a directional manner. It has strong penetration for liquids and solids; it is suitable for remote level measurement, can be directly installed in Ethernet cables, and enables remote measurement over the network. It is mainly used in industry, defense, and biomedicine.

USA APG Ultrasonic Level Sensor - IRU-9400 Series

The IRU-9400 series ultrasonic level sensor is developed using the characteristics of ultrasonic waves; it has high frequency, short wavelength, low diffraction, especially good directionality, and can propagate as rays in a directional manner. It has strong penetration for liquids and solids and features automatic temperature compensation; it is particularly effective for non-reflective or soft-surface measurement targets and is recommended for indoor use. It is mainly used in industry, defense, and biomedicine.

USA APG Ultrasonic Level Sensor - IRU-6429 Series

The IRU-6429 series ultrasonic level sensor is developed using the characteristics of ultrasonic waves; it has high frequency, short wavelength, low diffraction, especially good directionality, and can propagate as rays in a directional manner. It has strong penetration for liquids and solids; it also features automatic compensation for humidity, temperature, and oscillation, unaffected by external factors. It is mainly used in industry, defense, and biomedicine.

USA APG Ultrasonic Level Sensor - IRU-3430 Series

The IRU-3430 series ultrasonic level sensor is developed using the characteristics of ultrasonic waves; it has high frequency, short wavelength, low diffraction, especially good directionality, and can propagate as rays in a directional manner. It has strong penetration for liquids and solids; it also features automatic compensation for humidity, temperature, and oscillation, unaffected by external factors. It is mainly used in industry, defense, and biomedicine.

USA APG Ultrasonic Level Sensor - IRU-2420 Series

The IRU-2420 series ultrasonic level sensor is developed using the characteristics of ultrasonic waves; it has high frequency, short wavelength, low diffraction, especially good directionality, and can propagate as rays in a directional manner. It has strong penetration for liquids and solids; it also features automatic compensation for humidity, temperature, and oscillation, unaffected by external factors; it is widely used in industry, defense, and biomedicine.

USA APG Ultrasonic Level Sensor - IRU-2000 Series

The IRU-2000 series ultrasonic level sensor is developed using the characteristics of ultrasonic waves; it has high frequency, short wavelength, low diffraction, especially good directionality, and can propagate as rays in a directional manner. It has strong penetration for liquids and solids; it is widely used in industry, defense, and biomedicine.