Products for USB Sensing and Control
Discontinued

Control one RC servo motor or actuator with this controller board. Powered solely by your computer via USB.

Replaced by the 1066 - PhidgetAdvancedServo 1-Motor.


Control up to 4 RC servo motors or actuators with this controller board. Connects to your computer via USB.

Replaced by the 1061 - PhidgetAdvancedServo 8-Motor.


Use it to check the state of switches, push buttons, relays and/or to switch relays, solenoids, motors and even high power LEDs.

Replaced by the 1012 - PhidgetInterfaceKit 0/16/16.


Use it to check the state of switches, push buttons, relays and/or to switch relays, solenoids, motors and even high power LEDs.

Replaced by the 1012 - PhidgetInterfaceKit 0/16/16.


This board has 4 SPDT mechanical relays rated at 250VAC/10amp or 100VDC/5amp.

Replaced by the 1014 - PhidgetInterfaceKit 0/0/4.


This board has 4 SPDT mechanical relays rated at 250VAC/10amp or 100VDC/5amp.

Replaced by the 1014 - PhidgetInterfaceKit 0/0/4.


This touch sensor recognizes both contact and proximity and can be used as a slider or a series of buttons. Connects directly to a USB port.

Control 8 DPDT mechanical relays, switching up to 250VAC/2amp or 200VDC/2amp.

Replaced by the 1017 - PhidgetInterfaceKit 0/0/8.


The Phidgets workhorse. Connect analog sensors, control switches, and check on push-buttons. One board handles up to 24 devices.

Replaced by the 1018 - PhidgetInterfaceKit 8/8/8.


The Phidgets workhorse. Connect analog sensors, control switches, and check on push-buttons. One board handles up to 24 devices.

Replaced by the 1018 - PhidgetInterfaceKit 8/8/8.


A 1018 with an on-board powered 6-port full-speed (12Mbit/s) USB hub.

Replaced by the 1019 - PhidgetInterfaceKit 8/8/8 w/6 Port Hub.


Read EM4100 series RFID tags at a distance of up to 6cm with this reader.

Replaced by the 1023 - PhidgetRFID.


Read EM4100 series RFID tags at a distance of up to 6cm with this reader.

Replaced by the 1024 - PhidgetRFID Read-Write.


This Phidget controls the brightness of up to 64 LEDs.

Replaced by the 1032 - PhidgetLED-64 Advanced.


This Phidget controls the brightness of up to 64 LEDs.

Replaced by the 1032 - PhidgetLED-64 Advanced.


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

Replaced by the 1045_1 - PhidgetTemperatureSensor IR.


Read up to four encoders simultaneously with this Encoder Interface. You can read limit switches or other simple sensors with the digital inputs.

Replaced by the 1047_1 - PhidgetEncoder HighSpeed 4-Input.


This spatial board had a 3-axis, ±5g accelerometer and connects to your computer via USB.

Replaced by the 1043 - PhidgetSpatial 0/0/3 High Resolution.

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

Replaced by the 1051 - PhidgetTemperatureSensor 1-Input.

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

Replaced by the 1051 - PhidgetTemperatureSensor 1-Input.


This encoder can be used as a control dial for user input. The centre of the dial is a pushbutton and it connects directly to USB with the included cable.

Replaced by the 1057 - PhidgetEncoder HighSpeed.


This spatial board had a 2-axis, ±5g accelerometer and connects to your computer via USB.

Replaced by the 1043 - PhidgetSpatial Precision 0/0/3.


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

Replaced by the 1044 - PhidgetSpatial 3/3/3 High Resolution.


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

Replaced by the 1057 - PhidgetEncoderHighSpeed.


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

Replaced by the 1057 - PhidgetEncoderHighSpeed.


This pH/ORP Adapter connects any of our pH or ORP probes directly to your computer's USB port.

Replaced by the 1130 - pH/ORP Adapter.


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

Replaced by the 1043 – PhidgetSpatial Precision 0/0/3


Control up to two low current DC motors with this controller.

Replaced by the 1065 – PhidgetMotorControl 1-Motor


Control up to 8 RC servo motors or actuators with this controller board. Connects to your computer via USB.

Replaced by the 1061_1 - PhidgetAdvancedServo 8-Motor.


Accurately control up to 4 unipolar stepper motors with this controller. Connects to a USB port.

Replaced by the 1062_1 - PhidgetStepper Unipolar 4-Motor.


Accurately control one bipolar stepper motor with this controller.

Replaced by the 1063 - PhidgetStepperBipolar 1-Motor.


Accurately control one bipolar stepper motor with this controller.

Replaced by the 1067 - PhidgetStepperBipolar HC.


Control up to two DC motors with this controller.

Replaced by the 1064 - PhidgetMotorControlHC.


Control one RC servo motor or actuator with this controller board. Powered solely by your computer via USB.

Replaced by the 1066_1 - PhidgetAdvancedServo 1-Motor.


Single board computer runing a custom Linux Distro with 64 MiB ram, 64 MiB flash, and 4 full-speed USB ports.

Replaced by the 1072 – PhidgetSBC2.


Single board computer running Debian 6.0 with 64 MiB SDRAM, 512 MiB Flash, integrated 1018 and 6 USB 2.0 Full Speed ports.

Replaced by the 1073 – PhidgetSBC3.


With a range of 5mm, this IR proximity sensor can detect opaque objects and connects to an analog input.

Replaced by the 1146 - IR Reflective Sensor 1-4mm


This IR proximity sensor can detect opaque objects within 10cm and connects to an analog input.

Replaced by the 1103 - IR Reflective Sensor 10cm.


Measures light intensities of up to 1000 lux and connects to an analog input.

Replaced by the 1127 - Precision Light Sensor.


This board has an ambient humidity sensor and connects to an analog input.

Replaced by the 1125 - Humidity/Temperature Sensor.


Detect a touch through up to 1/8" of glass or plastic with this low-cost capacitive sensor.

The 1110 has been replaced by the 1129 – Touch Sensor .

Please note that the 1129 has significant differences from the 1110. Please refer to the table below for more information.


Ideal for user input, this slider has 60mm of travel and connects to an analog input.

Replaced by the 1112 - Slider 60.


This inexpensive temperature sensor measures the ambient temperature in the area surrounding the board and connects to an analog input.

Replaced by the 1124 - Precision Temperature Sensor.


This absolute gas pressure sensor plugs into an analog input and measures pressure from 20 kPa to 250 kPa.

Replaced by the 1140 or 1141 absolute gas pressure sensor.


This voltage sensor measures ±30V DC and connects to an analog input.

Replaced by the 1135 - Precision Voltage Sensor.


Measure up to 50 amps DC or ±50 amps AC with this current sensor. Separate outputs for AC and DC components connect to an analog input.

Replaced by the:
3502 - i-Snail-VC-50 Current Sensor 50Amp (for AC only), or the 1122 - 30Amp Current Sensor AC/DC. (for AC or DC)


Measure up to 20 amps DC or ±20 amps AC with this current sensor. Separate outputs for AC and DC components connect to an analog input.

Replaced by the 1122 - 30Amp Current Sensor AC/DC.


This voltage sensor measures ±30V DC and connects to an analog input.

Replaced by the 1135 – Precision Voltage Sensor


This differential air pressure sensor plugs into an analog input and measures pressure from -25 kPa to 25 kPa.

Replaced by the 1126_1 – Differential Air Pressure Sensor ± 25kPa


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

The 1129_0 has been replaced by the 1129_1 (different sensor chip). The product functionality remains the same.


This kit is all you need for reading RFID tags.

Replaced by the 2002_1 - PhidgetRFID Kit


This kit is all you need for reading RFID tags.

Replaced by the 2002_2 - PhidgetRFID Kit


This kit is all you need for reading RFID tags.

Replaced by the 2002_3 - PhidgetRFID Kit


With all of our most popular boards bundled together, this is an excellent pack for a first-time Phidgeteer.

Replaced by the 2003_3 - Phidget Starter Kit #1


With all of our most popular boards bundled together, this is an excellent pack for a first-time Phidgeteer.

Replaced by the 2003_4 - Phidget Starter Kit #1


With all of our most popular boards bundled together, this is an excellent pack for a first-time Phidgeteer.

Replaced by the 2003_5 - Phidget Starter Kit #1


With all of our most popular boards bundled together, this is a kit you won't grow out of.

Replaced by the 2004_3 – Phidget Starter Kit #2


With all of our most popular boards bundled together, this is a kit you won't grow out of.

Replaced by the 2004_4 - Phidget Starter Kit #2


With all of our most popular boards bundled together, this is a kit you won't grow out of.

Replaced by the 2004_5 – Phidget Starter Kit #2


With all of our most popular boards bundled together, this is a kit you won't grow out of.

Replaced by the 2004_5 – Phidget Starter Kit #2


With all of our most popular boards bundled together, this is a kit you won't grow out of.

Replaced by the 2004_7 – Phidget Starter Kit #2


With all of our most popular boards bundled together, this is a kit you won't grow out of.

This kit contains a PhidgetInterfaceKit and an assortment of sensors to get started.

This kit contains a PhidgetInterfaceKit and an assortment of sensors to get started.

A black plastic disc with an RFID tag embedded in it. A nail or screw can be put through the hole in the center for easy attaching to all kinds of surfaces. Uses EM4102 protocol.

Replaced by the 3911 - RFID Tag - 30mm Disc Black


A grey ABS key fob RFID tag. Uses EM4102 protocol.

Replaced by the 3902_0 – ABS Key Fob Blue

Replaced by the CBL4213_0 - LED64 Cable 60cm (same cable sold separately instead of in 4's)


This board has 2 SPDT mechanical relays rated at 240VAC/10amp or 100VDC/5amp.

Replaced by the 3051 - Dual Relay Board.


Rated for 28VAC/2.5amp or 40VDC/2.5amp switching, this SSR is controlled by a digital output.

Replaced by the 3052_1 - SSR Relay Board 2.5A.


This K-Type thermocouple measures temperatures from -50°C to 800°C and connects to a Phidgets thermocouple board.

Replaced by the 3108_2 - Immersion Probe K-type Thermocouple


This K-Type thermocouple measures temperatures from -50°C to 450°C and connects to a Phidgets thermocouple board.

Replaced by the TMP4104 - K-Type Fiberglass Bead Probe Thermocouple (-40°C to +400°C)


This K-Type thermocouple measures temperatures from -50°C to 785°C and connects to a Phidgets thermocouple board.

Replaced by the 3109_0 - TPK-01G Bead Probe K-type Thermocouple (-50°C to +450°C)


This load cell measures compressive forces of up to 10 lbs and connects directly to an analog input.

Replaced by the 3136_0 - Button Load Cell (0-50kg) - CZL204E using the 1046_0 - PhidgetBridge 4-Input


This load cell measures compressive forces of up to 25 lbs and connects directly to an analog input.

Replaced by the 3136_0 - Button Load Cell (0-50kg) - CZL204E using the 1046_0 - PhidgetBridge 4-Input


This load cell measures compressive forces of up to 50 lbs and connects directly to an analog input.

Replaced by the 3136_0 - Button Load Cell (0-50kg) - CZL204E using the 1046_0 - PhidgetBridge 4-Input


This load cell measures compressive forces of up to 100 lbs and connects directly to an analog input.

Replaced by the 3136_0 - Button Load Cell (0-50kg) - CZL204E using the 1046_0 - PhidgetBridge 4-Input


This humidity sensor can measure the relative humidity in the environment from 10% to 95% RH. Connects to an analog input.

With 175° of travel, this compact servo motor is intended for light applications.

Replaced by the 3205_1 - Towerpro MG91 Micro Servo, a similar servo with slightly more torque.


With 12 kg·cm of torque and 180°of travel, this powerful servo is an amazing value.

Replaced by the 3203_0 - Hitec HS-485HB Deluxe Servo or the 3204_0 - Hitec HS-645MG Super Torque Servo.


This continuous rotation servo has 3.3 kg·cm of torque, making it a versatile choice.

Replaced by the 3212_0 - SpringRC High Torque Servo Continuous Rotation (SM-S4315R).


This DC motor has a 51:1 gearbox, a rated speed of 49 rpm, and rated torque of 0.65 N.m.

Replaced by the 3267 - 12V/6.6Kg-cm/49RPM 51:1 DC Gear Motor.


This DC motor has a 139:1 gearbox, a rated speed of 18 rpm, and rated torque of 90mN.m

Replaced by the 3268 - 12V/17.3Kg-cm/18RPM 139:1 DC Gear Motor.


This DC motor has a 3.7:1 gearbox, a rated speed of 654 rpm, and rated torque of 1.43 Kg·cm.

Replaced by the 3265 - 112V/0.5Kg-cm/670RPM 3.7:1 DC Gear Motor.


This DC motor has an encoder, a 10:1 gearbox, a rated speed of 365 RPM and rated torque of 1.53 Kg·cm.

This DC motor has a 10:1 gearbox, a rated speed of 365 RPM and rated torque of 1.53 Kg·cm.

This DC motor has a 18:1 gearbox, a rated speed of 202 RPM and rated torque of 2.45 Kg·cm.

This DC motor has an encoder, a 50:1 gearbox, a rated speed of 73 RPM and rated torque of 6.12 Kg·cm.

This DC motor has an encoder, a 51:1 gearbox, a rated speed of 78 RPM and rated torque of 3.06 Kg·cm.

Replaced by the 3263E_1 – 12V/3.0Kg-cm/78RPM 51:1 DC Gear Motor w/Encoder


This DC motor has a 51:1 gearbox, a rated speed of 78 RPM and rated torque of 3.06 Kg·cm.

Replaced by the 3263_1 – 12V/3.0Kg-cm/78RPM 51:1 DC Gear Motor


This DC motor has an encoder, a 139:1 gearbox, a rated speed of 28 RPM and rated torque of 8.46 Kg·cm.

Replaced by the 3264E_1 – 12V/8.4Kg-cm/28RPM 139:1 DC Gear Motor w/ Encoder


This DC motor has a 139:1 gearbox, a rated speed of 28 RPM and rated torque of 8.46 Kg·cm.

Replaced by the 3264_1 – 12V/8.4Kg-cm/28RPM 139:1 DC Gear Motor


This DC motor has an encoder, a 139:1 gearbox, a rated speed of 18 RPM and rated torque of 17.3 Kg·cm.

Replaced by the 3268_1 and the 3531 - Optical Rotary Encoder HKT22, sold separately.


This DC motor has a 139:1 gearbox, a rated speed of 18 RPM and rated torque of 17.3 Kg·cm.

Replaced by the 3268_1 and the 3531 - Optical Rotary Encoder HKT22, sold separately.


This DC motor has an encoder, a 4.25:1 gearbox, a rated speed of 588 RPM and rated torque of 5.1 Kg·cm.

Replaced by the 3269E_1 – 24V/5.1Kg-cm/588RPM 4.25:1 DC Gear Motor w/Encoder


This DC motor has an encoder, a 4.25:1 gearbox, a rated speed of 588 RPM and rated torque of 5.1 Kg·cm.

Replaced by the 3269_2 and the 3531 - Optical Rotary Encoder HKT22, sold separately.


This DC motor has a 4.25:1 gearbox, a rated speed of 588 RPM and rated torque of 5.1 Kg·cm.

Replaced by the 3269_1 – 24V/5.1Kg-cm/588RPM 4.25:1 DC Gear Motor


This DC motor has a 4.25:1 gearbox, a rated speed of 588 RPM and rated torque of 5.1 Kg·cm.

Replaced by the 3269_2, the same motor with a different rear shaft and encoder mounting holes.


This DC motor has an encoder, a 13:1 gearbox, a rated speed of 192 RPM and rated torque of 14.3 Kg·cm.

Replaced by the 3270_1 and the 3531 - Optical Rotary Encoder HKT22, sold separately.


This DC motor has a 13:1 gearbox, a rated speed of 192 RPM and rated torque of 14.3 Kg·cm.

Replaced by the 3270_1, the same motor with a different rear shaft and encoder mounting holes.


This DC motor has an encoder, a 18:1 gearbox, a rated speed of 139 RPM and rated torque of 20.4 Kg·cm.

Replaced by the 3271_1 and the 3531 - Optical Rotary Encoder HKT22, sold separately.


This DC motor has a 18:1 gearbox, a rated speed of 139 RPM and rated torque of 20.4 Kg·cm.

Replaced by the 3271_1, the same motor with a different rear shaft and encoder mounting holes.


This DC motor has an encoder, a 47:1 gearbox, a rated speed of 53 RPM and rated torque of 51 Kg·cm.

Replaced by the 3272_1 and the 3531 - Optical Rotary Encoder HKT22, sold separately.


This DC motor has a 47:1 gearbox, a rated speed of 53 RPM and rated torque of 51 Kg·cm.

Replaced by the 3272_1, the same motor with a different rear shaft and encoder mounting holes.


This DC motor has an encoder, a 76:1 gearbox, a rated speed of 33 RPM and rated torque of 82.6 Kg·cm.

Replaced by the 3273_1 and the 3531 - Optical Rotary Encoder HKT22, sold separately.


This DC motor has a 76:1 gearbox, a rated speed of 33 RPM and rated torque of 82.6 Kg·cm.

Replaced by the 3273_1, the same motor with a different rear shaft and encoder mounting holes.


This DC motor has an encoder, a 168:1 gearbox, a rated speed of 15 RPM and rated torque of 173 Kg·cm.

Replaced by the 3274_1 and the 3531 - Optical Rotary Encoder HKT22, sold separately.


This DC motor has a 168:1 gearbox, a rated speed of 15 RPM and rated torque of 173 Kg·cm.

Replaced by the 3274_1, the same motor with a different rear shaft and encoder mounting holes.


This tiny bipolar stepper has a 1.8° step angle and 600 g·cm of holding torque.

Replaced by the 3320_0, the same motor with a rear shaft and encoder mounting holes.


This tiny bipolar stepper has a 1.8° step angle and 1250 g·cm of holding torque.

Replaced by the 3323_0, a similarly sized motor with higher torque.


This precise bipolar stepper has a 0.9° step angle and 4.28 kg·cm of torque at low speeds.

Replaced by the 3340_0, the same motor with a rear shaft and encoder mounting holes.


This compact bipolar stepper has a 1.8° step angle and 450 g·cm of torque at low speeds.

Replaced by the 3324_0, a similar stepper motor.


This NEMA-23 bipolar stepper has a 1.8° step angle and 3.58 kg·cm of torque at low speeds.

Replaced by the 3331_0, a motor with the same NEMA size and higher torque.


This powerful bipolar stepper has a 1.8° step angle and 11.06 kg·cm of torque at low speeds.

Replaced by the 3331_0, a motor with similar specifications.


This precise bipolar stepper has a 0.9° step angle and 9 kg·cm of torque at low speeds.

Replaced by the 3330_0, a similarly sized motor with higher torque.


This powerful bipolar stepper has a 1.8° step angle and 30 kg·cm of torque at low speeds.

Replaced by the 3318 - 42BYGH40(M)-160-4A NEMA 17 Bipolar 26:1 Planetary Gearbox Stepper.


This bipolar stepper with planetary gearbox has a 0.347° step angle and 16.2 kg·cm of torque at low speeds.

Replaced by the 3317 - 42STH38-1684A NEMA 17 Bipolar 5.18:1 Planetary Gearbox Stepper.


This bipolar stepper with planetary gearbox has a 0.347° step angle and 16.2 kg·cm of torque at low speeds.

Replaced by the 3325_0, a motor with the same NEMA size and same torque.


This bipolar stepper with planetary gearbox has a 0.067° step angle and 30 kg·cm of torque at low speeds.

Replaced by the 3318_1 - 42STH38-1684A NEMA 17 Bipolar 26.85:1 Planetary Gearbox Stepper.


This bipolar stepper with planetary gearbox has a 0.067° step angle and 30 kg·cm of torque at low speeds.

Replaced by the 3327_0, a similarly sized motor.


This bipolar stepper with planetary gearbox has a 0.018° step angle and 48 kg·cm of torque at low speeds.

Replaced by the 3319_1 - 42STH38-1684A NEMA 17 Bipolar 99.51:1 Planetary Gearbox Stepper.


This bipolar stepper with planetary gearbox has a 0.018° step angle and 48 kg·cm of torque at low speeds.
Replaced by the 3329_0, a motor with the same torque and speed.

This adapter cable will allow you to connect serial devices to the SBC's USB port.

Replaced by the 3400_1 - USB to Serial Converter


An adapter dongle for the SBC that enables audio input and output.

This aluminium beam coupling connects two 4mm shafts together with set screws.

Replaced by the TRM4332 - Spiral Beam Coupling 4mm-4mm


The i-Snail-S closes an electrical switch when currents greater than 0.15A are detected in the wire that passes through its window.

This sensor measures up to 200 volts DC and connects to an analog input. Replaced by the 3509_1, the same transducer with a different physical size.

This sensor measures up to 100mA DC and connects to an analog input.

Measure AC active power up to 7500W at 50Hz with this sensor. Connects to an analog input.

Measure AC active power up to 7500W at 60Hz with this sensor. Connects to an analog input.

Measure AC active power up to 1250W at 50Hz with this sensor. Connects to an analog input.

This inductive sensor can detect metallic objects within 4mm and behaves like a switch that connects to a digital input.

These are extra bright for applications where light matters.

Replaced by the 3610_1 - 5MM RGB Super Flux (Bag of 5)


This clear acrylic enclosure protects your Phidget and is assembled with a Phillips screwdriver.

Replaced by the 3800_1 - Acrylic Enclosure for the 1002


This clear acrylic enclosure protects your Phidget and is assembled with a Phillips screwdriver.

Replaced by the 3800_2 - Acrylic Enclosure for the 1002


This clear acrylic enclosure protects your Phidget and is assembled with a Phillips screwdriver.

Replaced by the 3801_1 - Acrylic Enclosure for the 1012


This clear acrylic enclosure protects your Phidget and is assembled with a Phillips screwdriver.

Replaced by the 3801_2 - Acrylic Enclosure for the 1012


This clear acrylic enclosure protects your Phidget and is assembled with a Phillips screwdriver.

Replaced by the 3802_1 - Acrylic Enclosure for the 1014


This clear acrylic enclosure protects your Phidget and is assembled with a Phillips screwdriver.

Replaced by the 3802_2 - Acrylic Enclosure for the 1014


This clear acrylic enclosure protects your Phidget and is assembled with a Phillips screwdriver.

Replaced by the 3803_1 - Acrylic Enclosure for the 1017


This clear acrylic enclosure protects your Phidget and is assembled with a Phillips screwdriver.

Replaced by the 3803_2 - Acrylic Enclosure for the 1017


This clear acrylic enclosure protects your Phidget and is assembled with a Phillips screwdriver.

Replaced by the 3804_1 - Acrylic Enclosure for the 1018


This clear acrylic enclosure protects your Phidget and is assembled with a Phillips screwdriver.

Replaced by the 3804_2 - Acrylic Enclosure for the 1018


This clear acrylic enclosure protects your Phidget and is assembled with a Phillips screwdriver.

Replaced by the 3804_3 - Acrylic Enclosure for the 1018


This clear acrylic enclosure protects your Phidget and is assembled with a Phillips screwdriver.

Replaced by the 3805_1 - Acrylic Enclosure for the 1023


This clear acrylic enclosure protects your Phidget and is assembled with a Phillips screwdriver.

This clear acrylic enclosure protects your Phidget and is assembled with a Phillips screwdriver.

Replaced by the 3806_1 - Acrylic Enclosure for the 1040


This clear acrylic enclosure protects your Phidget and is assembled with a Phillips screwdriver.

Replaced by the 3806_2 - Acrylic Enclosure for the 1040


This clear acrylic enclosure protects your Phidget and is assembled with a Phillips screwdriver.

Replaced by the 3807_1 - Acrylic Enclosure for the 1045


This clear acrylic enclosure protects your Phidget and is assembled with a Phillips screwdriver.

Replaced by the 3808_1 - Acrylic Enclosure for the 1046


This clear acrylic enclosure protects your Phidget and is assembled with a Phillips screwdriver.

Replaced by the 3808_2 - Acrylic Enclosure for the 1046


This clear acrylic enclosure protects your Phidget and is assembled with a Phillips screwdriver.

Replaced by the 3809_1 - Acrylic Enclosure for the 1047


This clear acrylic enclosure protects your Phidget and is assembled with a Phillips screwdriver.

This clear acrylic enclosure protects your Phidget and is assembled with a Phillips screwdriver.

Replaced by the 3810_1 - Acrylic Enclosure for the 1048


This clear acrylic enclosure protects your Phidget and is assembled with a Phillips screwdriver.

Replaced by the 3811_1 - Acrylic Enclosure for Spatials


This clear acrylic enclosure protects your Phidget and is assembled with a Phillips screwdriver.

Replaced by the 3851_0 - Plastic Shell Enclosure for Spatials


This clear acrylic enclosure protects your Phidget and is assembled with a Phillips screwdriver.

Replaced by the 3812_1 - Acrylic Enclosure for the 1051


This clear acrylic enclosure protects your Phidget and is assembled with a Phillips screwdriver.

Replaced by the 3812_1 - Acrylic Enclosure for the 1051


This clear acrylic enclosure protects your Phidget and is assembled with a Phillips screwdriver.

Replaced by the 3813_1 - Acrylic Enclosure for the 1054


This clear acrylic enclosure protects your Phidget and is assembled with a Phillips screwdriver.

Replaced by the 3814_1 - Acrylic Enclosure for the 1055


This clear acrylic enclosure protects your Phidget and is assembled with a Phillips screwdriver.

Replaced by the 3815_1 - Acrylic Enclosure for the 1057


This clear acrylic enclosure protects your Phidget and is assembled with a Phillips screwdriver.

Replaced by the 3815_2 - Acrylic Enclosure for the 1057


This clear acrylic enclosure protects your Phidget and is assembled with a Phillips screwdriver.

Replaced by the 3816_1 - Acrylic Enclosure for the 1066


This clear acrylic enclosure protects your Phidget and is assembled with a Phillips screwdriver.

Replaced by the 3817_1 - Acrylic Enclosure for the 1072


This clear acrylic enclosure protects your Phidget and is assembled with a Phillips screwdriver.

Replaced by the 3817_2 - Acrylic Enclosure for the 1072


This clear acrylic enclosure protects your Phidget and is assembled with a Phillips screwdriver.

Replaced by the 3818_1 - Acrylic Enclosure for the 1203


This clear acrylic enclosure protects your Phidget and is assembled with a Phillips screwdriver.

Replaced by the 3818_2 - Acrylic Enclosure for the 1203


This clear acrylic enclosure protects your Phidget and is assembled with a Phillips screwdriver.

Replaced by the 3819_1 - Acrylic Enclosure for the 1204


This clear acrylic enclosure protects your Phidget and is assembled with a Phillips screwdriver.

Replaced by the 3820_1 - Acrylic Enclosure for the 3051


This clear acrylic enclosure protects your Phidget and is assembled with a Phillips screwdriver.

Replaced by the 3820_2 - Acrylic Enclosure for the 3051


This clear acrylic enclosure protects your Phidget and is assembled with a Phillips screwdriver.

Replaced by the 3821_1 - Acrylic Enclosure for the 3052


This clear acrylic enclosure protects your Phidget and is assembled with a Phillips screwdriver.

Replaced by the 3821_2 - Acrylic Enclosure for Relay Boards


This clear acrylic enclosure protects your Phidget and is assembled with a Phillips screwdriver.

Replaced by the 3822_1 - Acrylic Enclosure for the 3053


This clear acrylic enclosure protects your Phidget and is assembled with a Phillips screwdriver.

Replaced by the 3822_2 - Acrylic Enclosure for the 3053


This clear acrylic enclosure protects your Phidget and is assembled with a Phillips screwdriver.

Replaced by the 3823_1 - Acrylic Enclosure for the 3060


This clear acrylic enclosure protects your Phidget and is assembled with a Phillips screwdriver.

Replaced by the 3823_2 - Acrylic Enclosure for the 3060


This clear acrylic enclosure protects your Phidget and is assembled with a Phillips screwdriver.

Replaced by the 3824_1 - Acrylic Enclosure for the 1019


This clear acrylic enclosure protects your Phidget and is assembled with a Phillips screwdriver.

Replaced by the 3825_1 - Acrylic Enclosure for the 1024


This clear acrylic enclosure protects your Phidget and is assembled with a Phillips screwdriver.

Replaced by the 3826_1 - Acrylic Enclosure for the 1132


This clear acrylic enclosure protects your Phidget and is assembled with a Phillips screwdriver.

Replaced by the 3827_1 - Acrylic Enclosure for the 1135


A white PVC key fob RFID tag. Uses EM4102 protocol.

A black ABS key fob RFID tag. Uses EM4102 protocol.

Replaced by the 3902_0 – ABS Key Fob Blue


A small PVC disc with adhesive backing and an RFID tag embedded in it. Uses EM4102 protocol.

Nearest replacement is 3907_0 – PVC 15mm Disc White


A PVC disc with adhesive backing and an RFID tag embedded in it. Uses EM4102 protocol.

Nearest replacement is 3908_0 – PVC 30mm Disc White


An RFID tag in the shape of a nail. Strong enough to be hammered into wood or other soft materials. Uses EM4102 protocol.

This SSR switches up to 30VDC/50A and connects to a PhidgetInterfaceKit 0/16/16.

Replaced by the 3958, an SSR with similar characteristics.


This SSR switches up to 50VDC/80A and connects to a PhidgetInterfaceKit 0/16/16.

Replaced by the 3958, an SSR with similar characteristics.


This SSR switches up to 30VDC/100A and connects to a PhidgetInterfaceKit 0/16/16.

Replaced by the 3958, an SSR with similar characteristics.


This SSR switches up to 120VAC/20amp and connects to a PhidgetInterfaceKit 0/16/16.

Replaced by the 3959, an SSR with similar characteristics.


This SSR switches up to 120VAC/50A and connects to a PhidgetInterfaceKit 0/16/16.

Replaced by the 3959, an SSR with similar characteristics.


Use this heatsink to run up to two SSRs at full current switching capacity without overheating.

Replaced by the 3961, a similarly sized heatsink.


Use this heatsink to run one low current SSR without overheating.

Replaced by the 3955, a similarly sized heatsink.


A small assortment of sensors, great for experimenting and learning.

Replaced by the 42001_1, the same kit with a discontinued board replaced.


A small assortment of sensors, great for experimenting and learning.