PowerLab Sensors Resource Hub

PowerLab Sensors are an active learning tool, giving your students authentic experiences with scientific equipment and techniques. Simply plug your PowerLab Sensor into your computer, and begin recording. No complicated set-ups, no trial and error, no stress. Students use PowerLab Sensors to analyse their own physiological signals in real time, giving them ownership over their own learning, and helping them to quickly grasp core physiological concepts.

PowerLab Sensor products

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    PowerLab T1

     

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    Spirometer

     

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    Biopotential

     

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    Finger Pulse

     

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    Grip Force

     

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    Skin Temperature

     

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    Tendon Hammer

     

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    Respiratory Belt

     

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    Blood Pressure

     

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    Cardio Microphone

     

PowerLab T1

PowerLab T1

Integrated data recording featuring an analog output stimulator, an isolated 80 mA stimulator, and 4 digital USB inputs.

The stimulating function of the T1 is used in 15+ labs; however, it can be used in any and all labs for isolation and greater accuracy of recorded signals.

Spirometer Sensor

Spirometer Sensor

Measure airflow and changes in lung volume. This sensor uses a pressure sensor that converts the differential pressure across a restriction into an electrical signal.

Lung Volumes, Airflow, Cardiorespiratory Effects of Exercise, Mechanics of Ventilation, Hyperventilation and Rebreathing, Aerobic Fitness Testing, Anaerobic Fitness Testing, Energy Expenditure and Exercise, Energy Metabolism.

Biopotential Sensor

Biopotential Sensor

Record a wide variety of biosignals, such as ECG/EKG, EMG, EOG, and EEG.

Heart and ECG, Muscle and EMG, Skeletal Muscle Function, Reflexes and Reaction Time, Heart Sounds, EEG, Peripheral Nerve Function, Cardiovascular Effects of Exercise, Autonomic Nervous System, Spinal Reflexes, Cardiorespiratory Effects of Exercise, EOG, EGG - Mini Lab, EMG and Grip Force - Mini Lab, RSA - Mini Lab, Energy Expenditure and Exercise, Aerobic Fitness Testing, Anaerobic Fitness Testing, Energy Expenditure and Exercise, Energy Metabolism, Biofeedback, Introduction to Psychophysiology, VEP, Frog Heart, Cockroach Sensory Nerve, Cockroach Ventral Nerve, Earthworm Action Potentials, Gin Trap Closure Reflex.

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Finger Pulse Sensor

Finger Pulse Sensor

Produce a reliable record of heart rate. This sensor uses a piezo-electric element to convert force applied to the surface of the transducer into an electrical analog signal.

Heart and ECG, Blood Pressure, Skeletal Muscle Function, Reflexes and Reaction Times, Heart Sounds, Cardiovascular Effects of Exercise, Autonomic Nervous System, Breathing, Heart and Peripheral Circulation, Diving Response, Cold Pressure Test - Mini Lab, Skeletal Muscle Function, Stroop Test, Getting Started with Lt - Lab, Electrodermal Response, EDR and Classical Conditioning.

Grip Force Sensor

Grip Force Sensor

Measure grip strength. This sensor uses a pre-calibrated strain-gauge-based isometric dynamometer with a linear response in the 0-800N range.

Muscle and EMG, EMG and Grip Force - Mini Lab

Skin Temperature Sensor

Skin Temperature Sensor

Monitor body temperature with continuous skin temperature measurements.

Body Temperature, Thermoregulation - Mini Lab, Stroop Test, Biofeedback, Electrodermal Response, Animal Metabolism

Tendon Hammer Sensor

Tendon Hammer Sensor

Stimulate muscle contraction while simultaneously providing trigger, timer, or marker signals on your data collection software.

Reflexes and Reaction Times, Autonomic Nervous System, Spinal Reflexes

Respiratory Belt Sensor

Respiratory Belt Sensor

Monitor breathing by measuring changes in chest diameter.

Breathing, Diving Response, RSA - Mini Lab, Electrodermal Response, EDR and Classical Conditioning, Introduction to Psychophysiology

Blood Pressure Sensor

Blood Pressure Sensor

Measure blood pressure with a sphygmomanometer coupled to a pressure transducer.

Blood Pressure, Mechanics of Ventilation, Cold Pressure Test - Mini Lab, Diving Response, Introduction to Psychophysiology

Cardio Microphone Sensor

Cardio Microphone Sensor

Convert heart sounds into electrical signals via a condenser microphone.

Blood Pressure, Heart Sounds

The benefits of educational sensors

Help your students to take ownership of their learning

Real educators, real results

How are ADInstruments education sensors improving outcomes?

A complete solution for active learning

 

Lt Online Learning Platform

Over 900
fully editable lessons

Fully customizable content

Streamline course creation by customizing our ready-made lessons, with high-quality content, images, and experiments designed to support your teaching style.

 

Lt Human Physiology Collection

Connect
via USB

Easy-to-use, consistent environment

Designed to plug in and record directly into Lt, PowerLab Sensors minimize lab set-up time, and keep your students in a digital environment they’re already comfortable with.

 

PowerLab Sensors

Make any
space a lab
space

Learn anywhere

By combining PowerLab Sensor’s simple USB connection, and Lt’s cloud-based learning platform, you can plug in and record signals anywhere.

 

Get started with our mini lab protocols

State-of-the-art education software

Combine PowerLab Sensors with 900+ interactive and fully-customizable life science lessons for active learning

Manuals, brochures, and tech specs

Software solutions that fit your lab

PowerLab Sensors seamlessly integrate with Lt or Lt LabStation for quick and easy plug-and-play setup.

Lt Lessons and Labs

Lt

Lt is an online learning platform with ready-to-use content for life sciences, nursing and medicine. Over 900 interactive and fully-customizable lessons are available for use. Reinforce theory through experimentation by pairing Lt with PowerLab Sensors so that students can record and analyze physiological signals in real time.

Lt LabStation

Lt LabStation is a lab-based learning platform where you can create interactive lessons for students to work through in an offline environment (sold separately). Over 150 fully-editable lab lessons are also available for use. Students can record and analyze physiological signals using PowerLab Sensors and Lt LabStation to reinforce theory through experimentation.