DIGITAL LABORATORY WITH LICENSE SOFTWARE

Digital laboratory software - It works on various software platforms, can provide data processing from all compatible electronic devices and measuring instruments, has the following functions: creating a curve, statistics, a tool for creating point coordinates, using video, collecting data, displaying and interactive board, direct control of the scale and axes on the chart, adding comments to the chart, editing base points in the table, import / export data or manual data entry s, data reflection with different electronic measuring tools on a single display, synchronization of video and text data. Comes as a DVD. There is support for the operating system installed on the teacher’s computer. Supports Russian language.

Data logger - Provides the conversion of information from sensors into graphical software on a computer or handheld device. The result is a graphical display of scientific phenomena in real time. Color resistive touch screen graphic with a resolution of 640x480 with LED / LED backlight. Screen size 11 cm. Portrait or landscape screen orientation. Processor: 800 MHz. Built-in memory: 200 Mb. Works independently or with a computer. The device can directly print to printers via a USB cable. There is compatibility of data input with the keyboard and mouse via the USB port, the ability to work without a mouse. 4 ports for sensors, 2 USB inputs, audio input and audio output, slot for an additional memory card. Built-in measuring tools. The case is made of special durable material. Flash memory for data storage. Replaceable and rechargeable nickel-metal hydride battery packs. Connect Wi-Fi, Bluetooth. Included: device, stylus, stylus strap, USB cable, power adapter.

Data logger - A mini-device provides the conversion of information from electronic measuring instruments into graphical software on a computer. The result is a graphical display of scientific phenomena in real time. 5 ports for electronic measuring instruments: 3 ports for connecting analog electronic measuring instruments and 2 ports for connecting digital electronic measuring instruments. Compatible with 50 electronic measuring instruments. Data collection rate of 100,000 samples per second. Included: device, USB cable.

PH Sensor - Used in any laboratory demonstration, like a traditional hydrogen meter. Provides automatic data collection, graphing and data analysis. Work with the sensor allows the study of acids, alkalis and bases, acid-base titration, monitoring the change in the level of hydrogen during chemical reactions, during photosynthesis, studying acid rain and buffer solutions, studying the composition of water in rivers and lakes. Range: pH 0-14. Included: a set of capsules for preparing a buffer solution, a solution for storing electrodes - 2 sets, bottles for a solution - 6 pieces, an electrode holder.

Thermocouple Temperature Sensor — Represents a high-strength stainless steel probe. A thermistor is integrated inside the probe. The device measures the resistance of the thermistor at a certain temperature and translate it by mathematical transformations into a temperature value. Temperature measurement range from -40 to 135 ° C.

Conductivity Sensor - Measures the ionic content of an aqueous solution by measuring its conductivity. Measuring ranges: 0 - 200 µS / cm, 0 - 2000 µS / cm, 0 - 20000 µS / cm. For calibration of the measuring instrument in the kit there is a bottle with a solution.

Optical Density Sensor - Designed to measure the optical density and transmittance of liquids and liquid solutions. It is possible to use a means to determine the concentration of substances in solutions. Automatic identification, one-step calibration. Range of measurement of optical density: from 0 to 3.

Gas pressure sensor - Designed to study gas pressure, production and consumption of oxygen or carbon dioxide in a closed environment. Pressure measurement range 0-210 kPa. (0 - 2.1 atm or 0-1600 mm Hg). Accuracy: ± 4 kPa The maximum pressure that the sensor can withstand without permanent damage is 405 kPa (4 atm). Includes: conical connectors, two-way valve, 20 ml syringe, 1 tube with connectors, transpiration clamps.

Voltage Sensor — Used to measure voltage in a low voltage DC circuit. Measuring voltage range ± 10V.

Drop counter - Used to perform accurate automatic titration. They are used in combination with other electronic measuring instruments to accurately register drops of added titration solution. Drop counting rate 6 drops per second. Reagent tank included, double tap valve.

Guidelines for the digital laboratory (Chemistry) - A detailed description of the experiments conducted with the help of the laboratory on the course of chemistry. In a printing way, a book published in A-4 format. Specially published for the supplied digital lab. In the state in Russian language. The list of experiments: Endothermic and exothermic reactions. Freezing and thawing of water. The effect of temperature on the solubility of salt. Properties of solutions: electrolytes and non-electrolytes. Conductivity of solutions: effect of concentration. Acids and bases for home use. Definition of a chemical formula. The molar volume of gas. Decomposition of hydrogen peroxide. Physical properties of water. A study of baking soda and vinegar. Conductivity of aqueous solutions. Reaction rates and others in accordance with the training program

Rotation Sensor - Measures rotational or linear position, speed and acceleration. It is used to measure rotational inertia, maintain angular momentum, study angular displacement, angular velocity and angular acceleration, and study the motion of a pendulum. Resolution: 1 ° or 0.25 °. Maximum speed: 30 rpm for 1 ° resolution; 7.5 rpm for 0.25 ° resolution. 3-speed pulley with groove diameters of 10 mm, 29 mm and 48 mm. Miniature engine for the study of the laws of rotational motion. The set includes 2 solid aluminum disks with a thickness of 1/4 inch and a diameter of 3-1 / 2 inches, 1 steel disk with a 1-1 / 8 inch center hole, 1 plastic sleeve for holding the steel disk on a 3-speed pulley, one 15- inch hollow aluminum rod, 1 ultra-pulley, 1 swivel mount that allows you to install the pulley on the measuring instrument, 2 masses with locking screws.

Oxygen gas sensor - Used to monitor the level of gaseous oxygen in a variety of biology experiments. Characteristics: Measuring range 0–27% (0-270 ppt). Accuracy (at standard pressure of 760 mm Hg) +/- 1% of volume O 2. Typical resolution is 0.01%. Response time ~ 12 seconds to 90% of the final value. Warm-up time 5 seconds to 90% of the final value. The effect of pressure is directly proportional. Pressure range 0.5 atm to 1.5 atm. The output signal range is from 0 to 4.8V DC, from 2.7 to 3.8V DC at 21% O2. Output impedance 1 kOhm. Input voltage 5V DC +/– 0.25 V DC. Diffusion gas sampling mode. The normal operating temperature range is 25 ° C (± 5 ° C). Operational temperature range from 5 to 40 ° C (with calibration). Operating humidity range from 0 to 95% relative humidity. Storage temperature range from –20 to + 60 ° C. Dimensions: Sensor tube length 45 mm, outer diameter 28 mm; total length 120 mm. It is completed with a plastic bottle with a round round hole, a rubber gasket and a screw plug, a hermetically sealed container with a large volume, made of plastic that can withstand high temperatures. On the lid of the tank are two holes with rubber gaskets in size exactly matching the diameter of the measuring instrument and with a rubber stopper. Included: 250ml gas sampling bottle, 250ml bottle, 2000ml capacity.

Manual dynamometer - Used to measure the muscle strength of the hands - the grip power of the palm or pressing fingers, as well as to study muscle fatigue. Measurements can be made in newtons or kilograms of force. Operating range 0-600 N. Accuracy ± 0.6 N. Power 7 mA 5VDC. Resolution 0.2141 N. Maximum force without damage to the sensor 0-850 N.

Sensor for registering blood pressure - Designed to measure the systemic blood pressure of a person. Pressure measurement range 0-250 mmHg Accuracy ± 1 mmHg The response time is 1 millisecond. In a set: an adjustable cuff of the standard size (from 27 cm to 39 cm), a rubber bulb - the pump with the exhaust valve.

Surface temperature sensor - Designed to measure surface temperature with low thermal mass or increased flexibility. It is used in measurements of skin temperature, studies of human respiration, friction and energy, and experiments on the measurement of specific heat. Temperature range: –25 to 125 ° C (–13 to 257 ° F). The maximum temperature that the sensor can withstand without damage: 150 ° C. Typical resolution: 0.08 ° C (–25 to 0 ° C), 0.03 ° C (0 to 40 ° C), 0.1 ° C (40 to 100 ° C), 0.25 ° C (100 to 125 ° C).

Heart rate sensor - Designed to estimate a person’s heart rate by recording weak electrical signals that appear on the surface of a person’s skin with every heart beat. This signal is measured on the surface of the skin with electrodes inserted into the clamps of the heart rate monitor. Consists of two parts: a hand-held transmitter and a receiver. Features: 200 hours battery life, operating temperature: -10 to 50 ° C, Bluetooth and 5 kHz radio frequency transmission, wireless range, radio transmission: 80 to 100 cm, Bluetooth - 10 m or more without hindrance. Included: heart rate knobs, polar transmitter module (with battery), heart rate receiver.

Electrocardiogram sensor - Designed to conduct studies of the bioelectric activity of the human heart. The sensor measures the electrical potential (voltage that occurs when the heart muscle contracts) generated by the heart. Signal bias ~ 1.00 V (± 0.3 V). Signal gain 1 mV main potential / 1V sensor output. Included: sensor, 100 disposable electrodes.

Direct Conductivity Sensor - Measures the ionic content of an aqueous solution by measuring its conductivity. Specifications should be: spectrum: Low range from 0 to 200 µS / cm (0 to 100 mg / l TDS), Medium range from 0 to 2000 µS / cm (0 to 1000 mg / l TDS), High range 0 to 20,000 µS / cm (0 to 10,000 mg / L TDS). Typical Resolution: Low Range 0.1 µS / cm (0.05 mg / L TDS), Medium Range 1 µS / cm (0.5 mg / L TDS), High Range 10 µS / cm (5 mg / L TDS) . Accuracy using factory calibration ± 8% of full scale for low range, ± 3% of full scale for mid range, ± 4% of full scale for high range. Accuracy using custom calibration ± 2% of full scale for each range. Response time: 98% of full scale in 5 seconds, 100% of full scale in 15 seconds. Automatic temperature compensation from 5 to 35 ° C. Temperature range from 0 to 80 ° C. Description: ABS housing, parallel carbon (graphite) electrodes. Dimensions: outer diameter 12 mm and length 150 mm. To calibrate the measuring instrument in a set, a 90 ml bottle with a standard solution of NaCl 1000 µS / cm, as well as a bottle with 500 ml of medium-range solution.

Digital Microscope - Provides the ability to receive high-quality images. Connects to a computer via USB. Equipped with a 10-150 mm lens with manual focus and an adjustable LED light source. In addition to capturing still images, it has the ability to record short videos. Adjustable stand with manual focus. Specifications: Resolution: 5 megapixels (2592 x 1944 pixels). Type of CMOS sensor. 10-300X magnification. Video 30 frames per second with a resolution of VGA (640 x 480). Focusing range 10-150 mm. Light source 8 LEDs with adjustable brightness. The length of the USB cable is 2 m. Software compatible with licensed software for recording, displaying and analyzing data from a digital laboratory. Included: device, MicroCapture Pro software, stand.

Guidelines for the digital laboratory (Biology) - A detailed description of the experiments conducted with the help of the laboratory on the course of biology. In a printing way, a book published in A-4 format. In the state and / or Russian language. The list of experiments: Energy in food. Diffusion through the shell. The action of enzymes: a study of the action of catalase. Photosynthesis. Cellular respiration (O2). Cellular respiration (CO2). Aerobic breathing. Osmosis. Heart rate and fitness. Oxygen and human respiration. Photosynthesis and respiration (O2). Photosynthesis and respiration (CO2). Blood pressure as a vital indicator. Macromolecules: experiments with protein. Heart rate and load. Blood pressure and load. Volume and vital capacity of the lungs. Study of lung function. Evaporation. Heart rate and blood pressure. Mitosis and meiosis and others in accordance with the training program.

Rotation Sensor - Measures rotational or linear position, speed and acceleration. It is used to measure rotational inertia, maintain angular momentum, study angular displacement, angular velocity and angular acceleration, and study the motion of a pendulum. Resolution: 1 ° or 0.25 °. Maximum speed: 30 rpm for 1 ° resolution; 7.5 rpm for 0.25 ° resolution. 3-speed pulley with groove diameters of 10 mm, 29 mm and 48 mm. Miniature engine for the study of the laws of rotational motion. The set includes 2 solid aluminum disks with a thickness of 1/4 inch and a diameter of 3-1 / 2 inches, 1 steel disk with a 1-1 / 8 inch center hole, 1 plastic sleeve for holding the steel disk on a 3-speed pulley, one 15- inch hollow aluminum rod, 1 ultra-pulley, 1 swivel mount that allows you to install the pulley on the measuring instrument, 2 masses with locking screws.

Oxygen gas sensor - Used to monitor the level of gaseous oxygen in a variety of biology experiments. Characteristics: Measuring range 0–27% (0-270 ppt). Accuracy (at standard pressure of 760 mm Hg) +/- 1% of volume O 2. Typical resolution is 0.01%. Response time ~ 12 seconds to 90% of the final value. Warm-up time 5 seconds to 90% of the final value. The effect of pressure is directly proportional. Pressure range 0.5 atm to 1.5 atm. The output signal range is from 0 to 4.8V DC, from 2.7 to 3.8V DC at 21% O2. Output impedance 1 kOhm. Input voltage 5V DC +/– 0.25 V DC. Diffusion gas sampling mode. The normal operating temperature range is 25 ° C (± 5 ° C). Operational temperature range from 5 to 40 ° C (with calibration). Operating humidity range from 0 to 95% relative humidity. Storage temperature range from –20 to + 60 ° C. Dimensions: Sensor tube length 45 mm, outer diameter 28 mm; total length 120 mm. It is completed with a plastic bottle with a round round hole, a rubber gasket and a screw plug, a hermetically sealed container with a large volume, made of plastic that can withstand high temperatures. On the lid of the tank are two holes with rubber gaskets in size exactly matching the diameter of the measuring instrument and with a rubber stopper. Included: 250ml gas sampling bottle, 250ml bottle, 2000ml capacity.

Manual dynamometer - Used to measure the muscle strength of the hands - the grip power of the palm or pressing fingers, as well as to study muscle fatigue. Measurements can be made in newtons or kilograms of force. Operating range 0-600 N. Accuracy ± 0.6 N. Power 7 mA 5VDC. Resolution 0.2141 N. Maximum force without damage to the sensor 0-850 N.

Sensor for registering blood pressure - Designed to measure the systemic blood pressure of a person. Pressure measurement range 0-250 mmHg Accuracy ± 1 mmHg The response time is 1 millisecond. In a set: an adjustable cuff of the standard size (from 27 cm to 39 cm), a rubber bulb - the pump with the exhaust valve.

Surface temperature sensor - Designed to measure surface temperature with low thermal mass or increased flexibility. It is used in measurements of skin temperature, studies of human respiration, friction and energy, and experiments on the measurement of specific heat. Temperature range: –25 to 125 ° C (–13 to 257 ° F). The maximum temperature that the sensor can withstand without damage: 150 ° C. Typical resolution: 0.08 ° C (–25 to 0 ° C), 0.03 ° C (0 to 40 ° C), 0.1 ° C (40 to 100 ° C), 0.25 ° C (100 to 125 ° C).

Heart rate sensor - Designed to estimate a person’s heart rate by recording weak electrical signals that appear on the surface of a person’s skin with every heart beat. This signal is measured on the surface of the skin with electrodes inserted into the clamps of the heart rate monitor. Consists of two parts: a hand-held transmitter and a receiver. Features: 200 hours battery life, operating temperature: -10 to 50 ° C, Bluetooth and 5 kHz radio frequency transmission, wireless range, radio transmission: 80 to 100 cm, Bluetooth - 10 m or more without hindrance. Included: heart rate knobs, polar transmitter module (with battery), heart rate receiver.

Electrocardiogram sensor - Designed to conduct studies of the bioelectric activity of the human heart. The sensor measures the electrical potential (voltage that occurs when the heart muscle contracts) generated by the heart. Signal bias ~ 1.00 V (± 0.3 V). Signal gain 1 mV main potential / 1V sensor output. Included: sensor, 100 disposable electrodes.

Direct Conductivity Sensor - Measures the ionic content of an aqueous solution by measuring its conductivity. Specifications should be: spectrum: Low range from 0 to 200 µS / cm (0 to 100 mg / l TDS), Medium range from 0 to 2000 µS / cm (0 to 1000 mg / l TDS), High range 0 to 20,000 µS / cm (0 to 10,000 mg / L TDS). Typical Resolution: Low Range 0.1 µS / cm (0.05 mg / L TDS), Medium Range 1 µS / cm (0.5 mg / L TDS), High Range 10 µS / cm (5 mg / L TDS) . Accuracy using factory calibration ± 8% of full scale for low range, ± 3% of full scale for mid range, ± 4% of full scale for high range. Accuracy using custom calibration ± 2% of full scale for each range. Response time: 98% of full scale in 5 seconds, 100% of full scale in 15 seconds. Automatic temperature compensation from 5 to 35 ° C. Temperature range from 0 to 80 ° C. Description: ABS housing, parallel carbon (graphite) electrodes. Dimensions: outer diameter 12 mm and length 150 mm. To calibrate the measuring instrument in a set, a 90 ml bottle with a standard solution of NaCl 1000 µS / cm, as well as a bottle with 500 ml of medium-range solution.

Digital Microscope - Provides the ability to receive high-quality images. Connects to a computer via USB. Equipped with a 10-150 mm lens with manual focus and an adjustable LED light source. In addition to capturing still images, it has the ability to record short videos. Adjustable stand with manual focus. Specifications: Resolution: 5 megapixels (2592 x 1944 pixels). Type of CMOS sensor. 10-300X magnification. Video 30 frames per second with a resolution of VGA (640 x 480). Focusing range 10-150 mm. Light source 8 LEDs with adjustable brightness. The length of the USB cable is 2 m. Software compatible with licensed software for recording, displaying and analyzing data from a digital laboratory. Included: device, MicroCapture Pro software, stand.

Guidelines for the digital laboratory (Biology) - A detailed description of the experiments conducted with the help of the laboratory on the course of biology. In a printing way, a book published in A-4 format. In the state and / or Russian language. The list of experiments: Energy in food. Diffusion through the shell. The action of enzymes: a study of the action of catalase. Photosynthesis. Cellular respiration (O2). Cellular respiration (CO2). Aerobic breathing. Osmosis. Heart rate and fitness. Oxygen and human respiration. Photosynthesis and respiration (O2). Photosynthesis and respiration (CO2). Blood pressure as a vital indicator. Macromolecules: experiments with protein. Heart rate and load. Blood pressure and load. Volume and vital capacity of the lungs. Study of lung function. Evaporation. Heart rate and blood pressure. Mitosis and meiosis and others in accordance with the training program.

Rotation Sensor - Measures rotational or linear position, speed and acceleration. It is used to measure rotational inertia, maintain angular momentum, study angular displacement, angular velocity and angular acceleration, and study the motion of a pendulum. Resolution: 1 ° or 0.25 °. Maximum speed: 30 rpm for 1 ° resolution; 7.5 rpm for 0.25 ° resolution. 3-speed pulley with groove diameters of 10 mm, 29 mm and 48 mm. In a set: a set of accessories for studying the laws of rotational motion, a miniature engine for studying the laws of rotational motion. The set includes 2 solid aluminum disks with a thickness of 1/4 inch and a diameter of 3-1 / 2 inches, 1 steel disk with a 1-1 / 8 inch center hole, 1 plastic sleeve for holding the steel disk on a 3-speed pulley, one 15- inch hollow aluminum rod, 1 ultra-pulley, 1 swivel mount that allows you to install the pulley on the measuring instrument, 2 masses with locking screws

Current Sensor - You can measure direct and low frequency alternating current up to 600 mA. The ability to explore Ohm's law, serial and parallel circuits. It has the following characteristics: range: ± 0.6 A, maximum voltage at any input ± 10 V, input impedance (between inputs) 0.1 Ω, input impedance (ground) 10 MΩ, typical resolution 0.31 mA, linearity 0 , 01%, supply voltage: 5 V, current in amperes, tilt –0.25 A / V, intercept 0.625 A, built-in shunt resistor 0.1 Ohm.

Galvanometric Sensor - Allows you to measure direct and low-frequency alternating current up to 600 mA. The ability to explore Ohm's law, serial and parallel circuits. It has the following characteristics: range: ± 0.6 A, maximum voltage at any input ± 10 V, input impedance (between inputs) 0.1 Ω, input impedance (ground) 10 MΩ, typical resolution 0.31 mA, linearity 0 , 01%, supply voltage: 5 V, current in amperes, tilt –0.25 A / V, intercept 0.625 A, built-in shunt resistor 0.1 Ohm.

Motion Sensor - Used to measure the coordinate, speed and acceleration of moving objects. This effect is achieved through the use of ultrasonic waves. Using the measuring tool, you can conduct various experiments, for example, an experiment on pendulum motion, etc. It is easily mounted on a dynamic system. Measurement range 0.15 to 6 m, resolution 1 mm. Included: digital cable, screw clamp for motion sensor.

Sensor shutter-Allows you to accurately determine the time of events in the framework of physical experiments, including for the study of free fall, collisions in air, periods of the pendulum, speed of a rolling object. Specifications: required voltage 5 V DC at 40 mA, peak infrared source at 880 nm, gate width 75 mm.

Set of accessories for the sensor shutter - Includes: transparent wide PF tape, tape for the movable trolley PF-CART, bracket for installing the PGB-VDS measuring instrument, bracket for mounting the B-SPA rotating unit, SPA pulley, TAPE photo shutter sensor accessory kit -VPG: flexible plastic tape 3m long with alternating opaque and transparent strips 1,524 cm, tape guide, 4 o-rings.

Galvanometric Sensor - Designed to study the basic principles of electricity, measure small constant and alternating electric currents. Measurement range: ± 0.6 A. Maximum voltage at any input ± 10 V. Input resistance (between inputs): 0.1 W. Input impedance (when grounding): 10 MW. Linearity: 0.01%. 12-bit resolution: 0.31 mA. Supply voltage: 5 V DC.

Magnetic Field Measurement Sensor — Measures the vector component of the magnetic field near the tip of the measuring device. It has a bendable tip for measuring the magnetic field between the poles of a horseshoe magnet. Two ranges that allow you to measure relatively strong magnetic fields around permanent magnets and electromagnets, as well as measure weak fields, such as Earth’s magnetic field. The articulated tip allows you to measure transverse and longitudinal magnetic fields. Resolution in two ranges: ± 0.32 mT / 0.0002 mT, ± 6.4 mT / 0.004 mT.

Microphone Sensor - Designed to study sound waves of various origins. Suitable for building and comparing wave patterns of various sound sources. Frequency range: 100 Hz to 15 kHz. Typical maximum frequency is 10,000 Hz. Power 1.45 mA at 5V DC.

Light sensor - Designed to measure the illumination created by various sources. Measurement range: 0-600 lux - resolution 0.2 lux; 0-6000 lux - permission 2 lux; 0-150000 lux - resolution 50 lux.

AC voltage sensor - Designed to study the basic laws of electricity. It is used to measure voltage in electrical circuits of low voltage DC and AC. Has a clamp connected to the ground. It is used both separately and in combination with other electronic measuring instruments. Specifications: Input voltage range ± 6.0 V. Maximum voltage at any input: ± 10 V. Input resistance (when grounding): 10 mOhm. Differential resistance: 20 mOhm. Typical Resolution: 3.1 mV. Linearity: 0.01%. Supply voltage: 5 V of a direct current.

Dual-band force sensor — Designed to measure collision forces and pulling forces. It can be easily mounted on an annular tripod, a dynamic trolley and can be used as a replacement for manual spring scales. Measuring range: ± 10 N - resolution 0.01 N, ± 50 N - resolution 0.05 N. Included: measuring instrument, set of 6 springs for SPRINGS experiments (each 6 cm in length and 0.8 cm in diameter, three springs 5 ​​N / m, three springs 15 N / m), set of accessories for BLK dynamics and kinematics experiments: 1 track bracket, 1 dual-magnetic bumper, 1 screw for mounting, 2 magnetic bumpers, 2 rubber bumpers, 2 round bumpers hoop type, 2 clay holders.

Current Sensor - You can measure direct and low frequency alternating current up to 600 mA. The ability to explore Ohm's law, serial and parallel circuits. It has the following characteristics: range: ± 0.6 A, maximum voltage at any input ± 10 V, input impedance (between inputs) 0.1 Ω, input impedance (ground) 10 MΩ, typical resolution 0.31 mA, linearity 0 , 01%, supply voltage: 5 V, current in amperes, tilt –0.25 A / V, intercept 0.625 A, built-in shunt resistor 0.1 Ohm.

AC voltage sensor - Designed to study the basic laws of electricity. It is used to measure voltage in electrical circuits of low voltage DC and AC. Has a clamp connected to the ground. It is used both separately and in combination with other electronic measuring instruments. Specifications: Input voltage range ± 6.0 V. Maximum voltage at any input: ± 10 V. Input resistance (when grounding): 10 mOhm. Differential resistance: 20 mOhm. Typical Resolution: 3.1 mV. Linearity: 0.01%. Supply voltage: 5 V of a direct current.

Dual-band force sensor — Designed to measure collision forces and pulling forces. It can be easily mounted on an annular tripod, a dynamic trolley and can be used as a replacement for manual spring scales. Measuring range: ± 10 N - resolution 0.01 N, ± 50 N - resolution 0.05 N. Included: measuring instrument, set of 6 springs for SPRINGS experiments (each 6 cm in length and 0.8 cm in diameter, three springs 5 ​​N / m, three springs 15 N / m), set of accessories for BLK dynamics and kinematics experiments: 1 track bracket, 1 dual-magnetic bumper, 1 screw for mounting, 2 magnetic bumpers, 2 rubber bumpers, 2 round bumpers hoop type, 2 clay holders.

Temperature Sensor — Represents a high-strength stainless steel probe. A thermistor is integrated inside the probe. The device measures the resistance of a thermistor at a certain temperature and translates it by mathematical transformations into a temperature value. Temperature measurement range: -40 to + 135 ° C (-40 to 275 ° F). Maximum temperature for operation: 150 ° C. Resolution: 0.17 ° C (-40 to 0 ° C); 0.03 ° C (0 to 40 ° C); 0.1 ° C (40 to 100 ° C); 0.25 ° C (100 to 135 ° C). Accuracy: ± 0.2 ° C at 0 ° C, ± 0.5 ° C at 100 ° C. Response time: 10 seconds in water, with stirring, 400 seconds with calm, 90 seconds with a storm. Instrument length: handle plus main part 15.5 cm (Main steel part: length 10.5 cm, diameter - 4.0 mm. Instrument handle: length 5.0 cm, diameter - 1.25 cm.).

Accelerometer - used for acceleration experiments, including Newton’s second law, simple harmonic motion and the relationship between acceleration and force. Specifications: 30 mA power at 5 V DC, range ± 50 m / s² (± 5 g), accuracy ± 0.5 m / s² (± 0.05 g), frequency 0–100 Hz, typical resolution 0.037 m / s².

Shutter Sensor - Designed to study free fall, collision and rental items, pendulum motion. Power consumption: 5 V DC at 40 mA. In the kit: wide transparent tape, tape for a movable trolley, an arm for installing a measuring instrument, an arm for mounting a rotating block, a pulley, a flexible plastic tape 3 m long with alternating opaque and transparent strips 1,524 cm, a tape guide, 4 o-rings.

Digital Laboratory Toolkit (PHYSICS) –Detailed description of laboratory experiments conducted in physics. In a printing way, a published book in the format of A-4-40 experiments. Specially published for the supplied digital lab. In the state and / or Russian language. The list of experiments: Electromagnets. The forces of friction. Inclined plane. Reflection of the light. The study of the magnetic field. The construction of a motion graph. Newton's second law. Definition of g on a slope. Ballistic movement. Newton's Third Law. Pendulum periods. Simple harmonic movement: kinematics and dynamics. Momentum and momentum. Capacitors The magnetic field of the coil. Magnetic field of a permanent magnet. Traffic on an inclined. Newton's first law. Energy conservation and transmission: kinetic energy. Energy conservation and transmission: gravitational energy. Rotational dynamics. Electrostatics. Coulomb's Law. Physical pendulum. Serial and parallel circuits. Ohm's law. Reciprocating motion. Cart on an inclined plane. Moment, energy and collisions.

Experimental kit –It is used to study dynamics, kinematics, momentum and energy. Consists of: 1 guiding aluminum bench 1.2 m long with two adjustable levelers, 1 standard trolley with a low friction coefficient, the upper tray of which should have inserts for convenient fastening of additional devices, 1 trolley with a low friction coefficient and a spring-loaded collision plunger, mounting kit equipment, 4 weights of 125 grams each, 1 adjustable end stop, 3 brackets, 1 clamp, 1 pulley, 1 friction pad. The end edges of the trolleys are equipped with screw holes for securing the trolley on a metal bench, as well as for attaching additional accessories (special bumpers for the study of collisions, hooks). Bench control panels allow you to adjust the height and angle of the bench