Sensors

Connect a pH probe or any voltage-based probe that uses a BNC connector to your VINT port with this isolated adapter.

Reads one 4-20mA, frequency output, PNP/NPN or 5V sensor, and provides 12 or 24V without an external supply.

Measure distances up to 170mm with this infrared time-of-flight sensor. Connects to a VINT port.

Measure distances up to 650mm with this infrared time-of-flight sensor. Connects to a VINT port.

Measure distances up to 1300mm with this infrared time-of-flight sensor. Connects to a VINT port.

Detect several solid objects up to 10m away in a wide sensing range, or use this Phidget as an ultrasonic range finder.

Interface a quadrature encoder at speeds of up to 100,000 quadrature cycles per second to a port on your VINT Hub.

Use this array of capactive touch buttons as a unique way to control your Phidgets.

Use this capacitive touch wheel and buttons as an intuitive user interface to your Phidgets system.

Make a custom controller for your project with this thumbstick. Two-axis with a center pushbutton, it plugs into a VINT port.

This dial has a fully continuous range of motion and a center pushbutton. Connects to a VINT port.

Measure relative humidity from 0 to 100% and temperature from -40°C to +85°C.

Measure relative humidity from 0 to 100% and temperature from -40°C to +85°C.

This light sensor measures from 188 μlux to 220 klux and connects to any VINT port.

Measure acceleration up to ±8g in each axis with the 3-Axis Accelerometer Phidget. Connects to a VINT port.

An accelerometer, gyroscope, and magnetometer all in one board. Measuring in 3 axes, it plugs right into your VINT hub.

Precisely measure the absolute air pressures between 50 and 110 kPa with this barometer that connects to any VINT port.

Measure sound from 34 to 102 dB (SPL). Supports A and C weightings, and can split data into distinct frequency bands.

This Phidget connects to a VINT port and measures ambient temperature from -40°C to 85°C quickly and easily.

Connect one K, J, E or T type thermocouple to this Phidget to measure the temperature of the air, an object, or a liquid.

Connect up to four K, J, E or T type thermocouples to this Phidget to measure the temperature of the air or an object.

Measure RTDs, thermistors, and other resistance-based sensors with this VINT port adapter.

Measure up to ±40V with this high precision isolated voltage input Phidget. Connects to a VINT port.

This Phidget measures voltage potentials of up to ±40V. It connects to a VINT port and is isolated for increased reliability.

Measure tiny voltage differences of up to ±1V with precision. This Phidget is isolated and plugs into a VINT port.

Measure in-line DC current flow of up to 30A with this Phidget that connects to a VINT port.

This touch wheel recognizes both contact and proximity. Connects directly to a USB port.

Measure global position, velocity and heading with the Phidget GPS. Best case accuracy of 2.5m CEP.

This spatial board had a 3-axis, ±8g accelerometer and connects to your computer via USB.

This spatial board has a 3-axis accelerometer, gyroscope and compass and connects to your computer via USB.

This spatial board has 3-axis, ±8g accelerometer with high resolution measurements at low magnitudes.

This spatial board has a 3-axis accelerometer, gyroscope and compass with high resolution readings at low magnitudes.

Measure the temperature of an object from a distance with this IR temperature sensor. Plugs directly into a USB port.

The late restock date for this product is due to IR temperature sensor part shortages caused by COVID-19.

Read up to four encoders simultaneously with this Phidget. Includes 4 digital inputs for reading limit switches.

Read up to four thermocouples via USB with this board to measure the temperature of four different objects.

Connect a thermocouple to this board to measure the temperature of an object or area. Plugs directly into a USB port.

Read one encoder at speeds of up to 500,000 quadrature cycles per second. Connects directly to USB.

This adapter lets you read Sharp distance sensors with a Phidgets Analog Input or VINT Hub port.

This IR proximity sensor can detect opaque objects within 10cm and connects to an Analog Input or VINT Hub port.

This simple force sensor can be used as a button for human input or to sense the presence of a small object.

You can measure magnetic fields or sense the proximity of a magnet with this hall-effect sensor.

Sensing changes in IR light, this sensor detects movement in a small room or hallway and connects to an Analog Input or VINT Hub port.

Ideal for user input, this slider has 60mm of travel and connects to an Analog Input or VINT Hub port.

This two-axis joystick has a momentary pushbutton switch and connects to two Analog Inputs or VINT Hub ports, and one Digital Input.

This multi-turn potentiometer measures 10 full rotations, useful for input applications that require a fine adjustment.

The FlexiForce adapter allows you to connect one FlexiForce FSR to a an Analog Input or VINT Hub port.

This adapter lets you interface with all sorts of non-Phidgets resistance sensors, just dial in the resistance you want.

Measure up to 30 amps DC or ±30 amps AC with this current sensor. Connects to an Analog Input or VINT Hub port.

This inexpensive temperature sensor measures the ambient air temperature surrounding the board.

This board combines an ambient temperature sensor and a humidity sensor and connects to two Analog Inputs or VINT Hub ports.

This differential air pressure sensor plugs into a Voltage Input and measures pressure from -25 kPa to 25 kPa.

This sonar sensor measures the distance of an object using ultrasonic waves.

Detect a touch through up to 1/2" of glass or plastic with this low-cost capacitive sensor.

The pH/ORP Adapter connects any of our pH or ORP probes to an Analog Input or VINT Hub port.

This FSR comes with an adapter board already attached for convenience. Measures up to 2 kg of force.

A common output mode for industrial sensors is 4-20mA. This adapter lets you use 4-20mA sensors with an Analog Input or VINT Hub port.

This adapter lets you interface with all sorts of non-Phidgets resistance sensors, just select the resistance you want.

This voltage sensor measures ±30V DC and connects to an Analog Input or VINT Hub port.

This differential air pressure sensor plugs into an Analog Input or VINT Hub port and measures pressure from -2 kPa to 2 kPa.

This differential air pressure sensor plugs into an Analog Input or VINT Hub port and measures pressure from -7 kPa to 7 kPa.

This differential air pressure sensor plugs into an Analog Input or VINT Hub port and measures pressure from 0 kPa to 50 kPa.

This differential air pressure sensor plugs into an Analog Input or VINT Hub port and measures pressure from 0 kPa to 100 kPa.

This absolute air pressure sensor plugs into an Analog Input or VINT Hub port and measures pressure from 20 kPa to 400 kPa.

This absolute air pressure sensor plugs into an Analog Input or VINT Hub port and measures pressure from 15 kPa to 115 kPa.

Measures light intensities of up to 1000 lux and connects to an Analog Input or VINT Hub port.

Measures light intensities of up to 70 kilolux on a logarithmic scale and connects to an Analog Input or VINT Hub port.

Phidgets mostly run on 5V, but if you need 12V to power up your sensor you can use this adapter.

Phidgets mostly run on 5v, but if you have a ±12V sensor you can use this adapter.

Measure the distance of an opaque object up to 4mm away using reflected IR light. Connects to an Analog Input or VINT Hub port.

Sensing changes in IR light, this sensor detects movement in a small room or hallway and connects to an analog input.

This sensor can detect objects that break a beam of IR light by passing through the slot.

This convenient adapter makes your hub's 5V USB voltage accessible on a terminal block and can be switched using a Digital Output.

This adapter provides an adjustable 1.5 to 5V from your hub's USB voltage, and can be turned on and off as a Digital Output.

This adapter provides an adjustable 5 to 24V from your hub's USB voltage, and can be turned on and off as a Digital Output.

This thin FlexiForce sensor is compact and easy to integrate. Measures up to 1 lb of force.

This thin FlexiForce sensor is compact and easy to integrate. Measures up to 25 lb of force.

This thin FlexiForce sensor is compact and easy to integrate. Measures up to 100 lb of force.

The smallest of our Interlink FSRs, this 0.2" sensor measures up to 20 N.

This medium-sized Interlink FSR is 0.5" in diameter and measures up to 20 N.

This large, square Interlink FSR has a 1.5" sensing area and measures up to 20 N.

Attach an Omega K-Type thermocouple to this adapter for a convenient way to connect it to a terminal block.

Connect two segments of K-Type thermocouple wire together with this solderless connector.

Extend the reach of your thermocouple with this specialized wire. Cut to length (in meters).

This load cell measures shear force up to 780g and connects to a bridge input.

This load cell measures shear force up to 5kg and connects to a bridge input.

This load cell measures shear force up to 20kg and connects to a bridge input.

This load cell measures shear force up to 50kg and connects to a bridge input.

This load cell measures compressive forces of up to 50kg and connects to a bridge input.

This load cell measures compressive forces of up to 200kg and connects to a bridge input.

This S-type load cell measures compressive or tensile forces of up to 100kg and connects to a bridge input.

This small load cell measures shear forces of up to 100g and connects to a bridge input.

This S-type load cell measures compressive or tensile forces up to 500kg and connects to a bridge input.

This load cell measures compressive forces of up to 1000kg and connects to a bridge input.

Designed for steel structures, this strain gauge comes in the half-bridge shear configuration.

Designed for aluminum structures, this strain gauge comes in the half-bridge shear configuration.

Designed for steel structures, this strain gauge comes in the half-bridge configuration.

Designed for aluminum structures, this strain gauge comes in the half-bridge configuration.

Designed for steel structures, this strain gauge comes in the full-bridge configuration.

Designed for aluminum structures, this strain gauge comes in the full-bridge configuration.

The i-Snail VC-10 measures up to 10 amps AC on a wire that passes through its window. Connects to an Analog Input or VINT Hub port.

The i-Snail VC-25 measures up to 25 amps AC on a wire that passes through its window. Connects to an Analog Input or VINT Hub port.

The i-Snail VC-50 measures up to 50 amps AC on a wire that passes through its window. Connects to an Analog Input or VINT Hub port.

The i-Snail VC-100 measures up to 100 amps AC on a wire that passes through its window. Connects to an Analog Input or VINT Hub port.

Ideal for mains voltage, this sensor measures up to 250V AC at 60Hz. Connects to an Analog Input or VINT Hub port.

This sensor measures up to 200 volts DC and connects to an Analog Input or VINT Hub port.

This sensor measures up to 10mA DC and connects to an Analog Input or VINT Hub port.

This sensor measures up to 1A DC and connects to an Analog Input or VINT Hub port.

Measure AC active power up to 1250W at 60Hz with this sensor. Connects to an Analog Input or VINT Hub port.

Measure AC active power up to 550W at 60Hz with this sensor. Connects to an Analog Input or VINT Hub port.

Measure AC active power up to 1650W at 60Hz with this sensor. Connects to an Analog Input or VINT Hub port.

Using reflected IR light, measure the distance of an opaque object 4-30cm away.

Using reflected IR light, measure the distance of an opaque object 10-80cm away.

Using reflected IR light, measure the distance of an opaque object 20-150cm away.

This capacitive sensor will switch when it detects metals and some other materials within 8mm.

This capacitive sensor will switch when it detects metals and some other materials within 15mm.

Like a tripwire, this sensor detects when an opaque object breaks the IR beam between the emitter and receiver.

This inductive sensor can detect metallic objects within 15mm and behaves like a switch that connects to a digital input.

This inductive sensor can detect metallic objects within 5mm and behaves like a switch that connects to a digital input.

This encoder can measure rotation at speeds of up to 3000 RPM and plugs into a Phidgets Encoder Interface.

This encoder fits on the rear shaft of our stepper motors. Measure the rotation of your motor even when it missteps.

Ideal for use with motors, this hollow-shaft encoder fits easily onto an 8mm shaft.

This lab electrode measures the pH of a solution and connects to a pH/ORP Adapter.

This industrial electrode measures the pH of a solution and connects to a pH/ORP Adapter.

This lab electrode measures the ORP of a solution and connects to a pH/ORP Adapter.

This industrial electrode measures the ORP of a solution and connects to a pH/ORP Adapter.

This magnetic switch can detect magnets within 12mm and connects to a digital input. Magnet included.

This magnetic switch can detect magnets within 12mm and connects to a digital input. Magnet included.

This industrial linear potentiometer has 75mm of travel and connects to an Analog Input or VINT Hub port.

This industrial linear potentiometer has 100mm of travel and connects to an Analog Input or VINT Hub port.

This industrial linear potentiometer has 200mm of travel and connects to an Analog Input or VINT Hub port.

This industrial linear potentiometer has 300mm of travel and connects to an Analog Input or VINT Hub port.

This industrial rotary potentiometer can rotate continuously and connects to an Analog Input or VINT Hub port.

This current transducer measures up to 50 amps DC on a wire that passes through its window.

This current transducer measures up to 100 amps DC on a wire that passes through its window.

This current transducer measures up to 250 amps DC on a wire that passes through its window.

This bi-directional current transducer measures ±100 amps DC on a wire that passes through its window.

This bi-directional current transducer measures ±250 amps DC on a wire that passes through its window.

Like a digital tape measure, this 1m draw wire encoder measures the length of wire pulled out of it.

Like a digital tape measure, this 600mm draw wire encoder measures the length of wire pulled out of it.

Like a digital tape measure, this 1500mm draw wire encoder measures the length of wire pulled out of it.

Like a digital tape measure, this 2500mm draw wire encoder measures the length of wire pulled out of it.

This simple and affordable quadrature-output encoder fits onto the rear shaft of a motor so its position and velocity can be monitored.

This 300mm linear encoder has a quadrature output with index channel and is ideal for use in linear systems.

This 500mm linear encoder has a quadrature output with index channel and is ideal for use in linear systems.

This 700mm linear encoder has a quadrature output with index channel and is ideal for use in linear systems.

This 900mm linear encoder has a quadrature output with index channel and is ideal for use in linear systems.

This 1.1m linear encoder has a quadrature output with index channel and is ideal for use in linear systems.

This 1.4m linear encoder has a quadrature output with index channel and is ideal for use in linear systems.

This 1.7m linear encoder has a quadrature output with index channel and is ideal for use in linear systems.

This 2m linear encoder has a quadrature output with index channel and is ideal for use in linear systems.

Use with a 3.2mm diameter probe type thermocouple to mount it into the side of an enclosure or container.

Use with a 3.2mm diameter probe type thermocouple to mount it into the side of an enclosure or container.

Like a digital tape measure, this 500mm draw wire potentiometer measures the length of wire pulled out of it.

Like a digital tape measure, this 1m draw wire potentiometer measures the length of wire pulled out of it.

Like a digital tape measure, this 2m draw wire potentiometer measures the length of wire pulled out of it.

This K-Type thermocouple measures temperatures from -40°C to 200°C and connects to a Phidgets thermocouple board.

This K-Type thermocouple measures temperatures from -40°C to 400°C and connects to a Phidgets thermocouple board.

This stainless steel probe type thermocouple is easy to install and plugs into a Phidgets thermocouple board.

This stainless steel probe type thermocouple is easy to install and plugs into a Phidgets thermocouple board.

This stainless steel probe type RTD is easy to install and plugs into a Phidgets RTD board.

This stainless steel probe type RTD is easy to install and plugs into a Phidgets RTD board.