Physics Sensors – Central Science Supplies

PHYSICS SENSORS EXTENSION BUNDLE KIT

adminbenscience — Tue, 13 Oct 2026 17:30:53 +0000

This bundle includes the following :
Accelerometer BT10i
Charge sensor BT19i
Current sensor 0222i
Voltage Sensor BT32i
Magnetic Field Sensor 024i
Radiation Sensor BT70i

Basic Physics Sensor Bundle

adminbenscience — Tue, 13 Oct 2026 17:30:28 +0000

Unleash the Power of Physics with Our Basic Physics Sensor Bundle!
Explore the fascinating realm of physics with our Basic Physics Sensor Bundle. This all-inclusive bundle is your gateway to hands-on experimentation and in-depth understanding of fundamental physics concepts. Whether you’re a student, teacher, or enthusiast, this kit empowers you to delve into the world of sensors and measurements. With a wide range of sensors included, you’ll uncover the wonders of current, voltage, force, motion, light, pressure, and sound. Get ready to embark on a physics journey like never before!

Key Features of the Basic Physics Sensor Bundle:

Versatile Sensors: This kit boasts a comprehensive selection of sensors, including current, voltage, force, motion, light, pressure, and sound sensors, along with temperature sensors, photogates, and a Smart Pulley.
Hands-On Learning: Engage in hands-on experiments that deepen your understanding of physics principles. Explore concepts such as electricity, motion, and waves.
Educational Excellence: Suitable for students at all levels, this kit aligns with educational curricula and offers a platform for interactive learning.
Sensor Cables Included: Comes complete with 4 sensor cables for easy connections, enhancing your experimentation experience.
Wide Application: Whether in a classroom, laboratory, or for personal exploration, this kit is a versatile tool for anyone passionate about physics.
Quality Assured: Crafted with precision and quality in mind, each sensor delivers accurate and reliable data for your experiments.
Comprehensive Learning: Cover various physics topics, from basic electricity to advanced wave phenomena, using the sensors in this kit.

The Physics Sensor Kit is your ultimate companion for exploring the captivating world of physics. With a wide range of sensors, hands-on experiments, and educational excellence, this kit provides an enriching learning experience. Whether you’re a student, educator, or an avid physics enthusiast, this kit is designed to spark your curiosity and deepen your knowledge.

Notes:

Please note that this kit is intended solely for educational purposes and is not suitable for industrial or professional applications.

Magnetic Field Sensor *

adminbenscience — Tue, 13 Oct 2026 17:14:39 +0000

The Magnetic field sensor 024i contains
a Hall-element, which is sensitive to a
magnetic field. It has two measurement
Ranges, which can be selected using a
switch. The sensor is suitable for measuring
the magnetic field inside coils, or near
permanent magnets.
Ranges: -10 .. +50 mT, -100 .. +500 mT
Resolution (12-bit): 0.024 mT, 0.24 mT
Can be used to:
? measure the magnetic field near a (strong)
permanent magnet,
? investigate the magnetic field near a
current-carrying wire,
? measure the magnetic field near or inside
a coil or solenoid.

USB FORCE SENSOR

adminbenscience — Tue, 13 Oct 2026 17:07:38 +0000

USB Force Sensor

USB MOTION SENSOR

adminbenscience — Tue, 13 Oct 2026 16:59:28 +0000

Xllogger Distance (Motion) Sensor.
Range: 0.4 – 6.0 m
Resolution: ? 1.5 mm
Beam: cone, ~15?

Oxygen Gas Sensor *

adminbenscience — Tue, 13 Oct 2026 16:57:00 +0000

The Oxygen Gas sensor BT59i measures the
gaseous oxygen concentration. The wide
measurement range allows it to be used in
study of human and cellular respiration.
Range: 0 .. 100 %
Resolution (12-bit): 0.03 %
Lifetime: 5 years in open air
Can be used to:
? monitor changes in oxygen concentration
during photosynthesis and respiration of
plants,
? monitor respiration of animals, insects,
or germinating seeds,
? measure the oxygen levels during human
respiration.

Radiation Sensor *

adminbenscience — Tue, 13 Oct 2026 16:56:57 +0000

The Radiation sensor BT70i detects alpha,
beta and gamma ionizing radiation.
The sensor outputs a pulse when decay is
detected. Also, a clicking sound is emitted
and a LED light flashes. The sensor is suitable
to detect low-level radiation, emitted by e.g.
potassium fertilizers or gas lantern mantles.
Range: 0 .. 1000 cps (counts per second)
Can be used to:
? monitor background radiation,
? record radioactive decay and determine
half-life,
? investigate radiation versus shielding.

UVB Sensor *

adminbenscience — Tue, 13 Oct 2026 16:54:42 +0000

The UVB sensor 0389 measures the intensity
of ultraviolet radiation. This sensor
consists of a broadband UV sensitive silicon
photodiode and responds primarily to UVB
radiation.
Range: 290 to 320 nm
Resolution (12-bit): 0.25 mW/m2
Can be used to:
? measure the UVB transmittance of various
sunglasses and regular glasses,
? measure the UVB intensity as a function
of time throughout the day,
? measure the UVB transmittance of fabrics,
both wet and dry.

UVA Sensor *

adminbenscience — Tue, 13 Oct 2026 16:53:33 +0000

The UVA sensor 0388 measures the intensity
of ultraviolet radiation. This sensor
consists of a broadband UV sensitive silicon
photodiode and responds primarily to UVA
radiation.
Range: 320 .. 390 nm
Resolution (12-bit): 5 mW/m2
Can be used to:
? measure the UVA transmittance of various
sunglasses and regular glasses,
? measure the UVA intensity as a function
of time throughout the day,
? measure the UVA transmittance of fabrics,
both wet and dry

Force Sensor

adminbenscience — Tue, 13 Oct 2026 16:47:10 +0000

The Force sensor BT42i measures
pushing and pulling forces. It uses strain
gauge technology. The sensor has two
measurement ranges, which can be selected
using a switch.
Range: -5 .. 5N, -50 .. 50 N.
Resolution (12-bit): 0.003 N, 0.03 N
Includes: a thumbscrew, a utility handle,
a bumper and a hook.
Can be used to:
? replace a hand-held spring scale, can be
? mounted on a ring stand or on a dynamics
cart to study collisions.
? measure of centripetal or frictional forces,
study Newton?s laws, investigate static and
kinetic friction.