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Software and hardware complex with a set of sensors for physics classrooms
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Software and hardware complex with a set of sensors for physics classrooms
The software and hardware complex with a set of sensors for physics classrooms is designed to measure physical quantities during demonstration work on various sections of physics, as well as to perform experimental work on physics.
The set of units of the measuring system is compatible with a PC, has software with an instruction manual.
The sensor kit includes 10 sensors for measuring the following physical quantities:
- temperature sensor DTV-1 (measuring range -200C + 1100 S);
- air humidity sensor DTV-1 (measuring range 10-100%);
- pressure sensor DD-1 (measuring range 0-700 kPa);
- acceleration sensor DUIMP-1 (measuring range - 4 – + 4 g);
- permanent magnetic field induction sensor DUIMP-1 (- 8 – + 8 Gs);
- illumination sensor DSCH-1 (measuring range 1 -60 000 lux);
- distance sensor DR-1 (measuring range 0.04 – 4.0 m);
- angular velocity sensor DUPUS-1 (remote)
(measuring range 0 – 210 0/ c);
- rotation angle sensor DUPUS-1 (measuring range ±3600);
- flame temperature sensor DTP-1 (measuring range 100 – 11000 S).
The set of units of the measuring system is compatible with a PC, has software with an instruction manual.
The sensor kit includes 10 sensors for measuring the following physical quantities:
- temperature sensor DTV-1 (measuring range -200C + 1100 S);
- air humidity sensor DTV-1 (measuring range 10-100%);
- pressure sensor DD-1 (measuring range 0-700 kPa);
- acceleration sensor DUIMP-1 (measuring range - 4 – + 4 g);
- permanent magnetic field induction sensor DUIMP-1 (- 8 – + 8 Gs);
- illumination sensor DSCH-1 (measuring range 1 -60 000 lux);
- distance sensor DR-1 (measuring range 0.04 – 4.0 m);
- angular velocity sensor DUPUS-1 (remote)
(measuring range 0 – 210 0/ c);
- rotation angle sensor DUPUS-1 (measuring range ±3600);
- flame temperature sensor DTP-1 (measuring range 100 – 11000 S).
Software and hardware complex with a set of sensors for chemistry rooms
The software and measurement complex includes a set of sensors and is intended for use as a demonstration material, setting up an experiment.
The complex consists of a set of sensors and a software package. The measurement results are displayed in the form of graphs and digital values on the PC screen. The sensors are designed to work together with a PC via a USB 2.0 interface, running software compatible with Microsoft Windows 10 PRO.
The software and measurement complex includes a set of sensors and is intended for use as a demonstration material, setting up an experiment.
The complex consists of a set of sensors and a software package. The measurement results are displayed in the form of graphs and digital values on the PC screen. The sensors are designed to work together with a PC via a USB 2.0 interface, running software compatible with Microsoft Windows 10 PRO.
The complex is accompanied by:
- product passport;
- instruction manual;
- an inventory of investments.
The warranty period for the product is at least 24 months.
MNIPI
Minsk
Produced in: Belarus, Minsk
Software and hardware complex with a set of sensors for biology classrooms
It is designed for use as a demonstration material, setting up an experiment.
The software and measurement complex includes a set of sensors and is designed for use as a demonstration material, setting up an experiment.
The complex consists of a set of sensors and a software package. The measurement results are displayed in the form of graphs and digital values on the PC screen. The sensors are designed to work together with a PC via a USB 2.0 interface, running software compatible with Microsoft Windows 10 PRO.
The complex is accompanied by:
- product passport;
- instruction manual;
- an inventory of investments.
The warranty period for the product is at least 24 months.
MNIPI
Minsk
Produced in: Belarus, Minsk
A set of hardware and software tools for monitoring systems of parameters of objects and the environment
A set of hardware and software is designed to measure physical and chemical quantities when monitoring the parameters of objects and the environment
A set of hardware and software tools allows to control the parameters of objects and the environment by visually observing the readings of the data logging unit
Technical specifications:
Main technical characteristics
1 Air temperature and humidity control module:
measurement of ambient temperature.……………..……... from -30 ° C to +60 °C;
measurement of the relative humidity of the environment.......... from 10% to 100 %;
2 Differential pressure monitoring module:
measuring range..................................................................... from 0 to 700 kPa;
3 PH level monitoring module:
measuring range......................................................................... from 0 to plus 12 pH units;
4 Light control module:
measuring range..........................................................……………. from 5 to 65000 lux;
5 Distance control module:
measuring range.......................................................………………. from 0.04 to 4 m;
6 Rotation angle and angular velocity control module:
rotation angle measurement range................................................ from 0 ° to 360 °;
angular velocity measurement range ......................................... from 0 °/s to 2000 °/s;
7 : Optical density control module for solutions:
measuring range.................................................................... from 0 to 4.8 units of optical density;
8 Module for monitoring the electrical conductivity of solutions:
measuring range........................................................................... from 0 to 10 mSm/cm;
9 Data registration unit:
- USB 2.0 port;
- built-in color display based on the TFT LCD module, diagonal size 4”;
- touch panel.
MNIPI
Minsk
Produced in: Belarus, Minsk
Frequency comparator CHK7-51
Mathematical processing of the measurement makes it possible to determine and display on the indicator board the relative systematic change in frequency, the average relative value of the frequency difference, the RMS relative frequency deviation, the RMS relative two-sample frequency deviation.
NNPO im. M.V.Frunze
Nizhny Novgorod
Produced in: Nizhny Novgorod
Three-coordinate magnetic antenna AMT-1
NNPO im. M.V.Frunze
Nizhny Novgorod
Produced in: Nizhny Novgorod
Universal calibrator H4-201
Technical specifications:
reproduction of DC voltage from 50 mv to 1000 V
- ranges of 200 mV; 2; 20; 200; 1000 V
- error 0.01 – 0.023 %
reproduction
of the sinusoidal AC voltage from 0.3 mV to 750 V
- ranges of 200 mV; 2; 20; 200; 750 V
- error 0.15 – 0.225 %
- frequency range 20 Hz - 100 kHz (20 Hz - 5 kHz on the range. 200 V; 20 Hz - 2.5 kHz on the range. 750 V)
reproduction of DC power from 0.03 µA to 50 A
- ranges of 200 Ma; 2; 20; 200 mA; 2; 50 A
- error 0.012 – 0.022 %
reproduction of AC power
of sinusoidal shape from 3 µA to 50 A
- ranges of 200 Ma; 2; 20; 200 mA; 2; 50 A
- error 0.062 – 0.23 %
- frequency range 20 - 5000 Hz (45 - 1000 Hz on the range. 50 A)
RS-232C interfaces; USB
operating temperature range from + 5 to +40oC
dimensions 184.5x465x540.5 mm
weight 20 kg
power supply ~ 230 V
MNIPI
Minsk
Produced in: Belarus, Minsk
High-frequency signal generator G4-233
NNPO im. M.V.Frunze
Nizhny Novgorod
Produced in: Nizhny Novgorod
High-frequency signal generators G4-202, G4-204, G4-207, G4-208
NNPO im. M.V.Frunze
Nizhny Novgorod
Produced in: Nizhny Novgorod
Reference measuring unit of the amplitude modulation coefficient K2-83
NNPO im. M.V.Frunze
Nizhny Novgorod
Produced in: Nizhny Novgorod
A specialized measuring instrument based on the RIAP-1.8 receiver for monitoring RF radiation
NNPO im. M.V.Frunze
Nizhny Novgorod
Produced in: Nizhny Novgorod
Automated complex of metrological maintenance of radio measuring and electrical measuring equipment
NNPO im. M.V.Frunze
Nizhny Novgorod
Produced in: Nizhny Novgorod
A set of devices for studying the properties of electromagnetic waves
The set of devices includes a microwave transmitter module, a microwave receiver module, a set of devices (metal reflecting screens, a refractive prism, an absorbing screen, etc.) to demonstrate the properties of electromagnetic waves (radiation, absorption, reflection, refraction, interference, diffraction).
Technical specifications:
The wavelength of the microwave transmitter is 3 – 4 cm;
The average value of the energy flux density emitted by the microwave transmitter meets the requirements of the SanPiN 2.4/2.1.8.9-36-2002 (no more than 10 MW/ sq. m.).
Receiver (transmitter) weight, not more than 0.3 kg
Overall dimensions of the receiver (transmitter) 172x25x77 mm
The microwave receiver module has a built-in interface for connecting to a personal computer and provides the ability to display the measured information on the PC screen.
The kit includes an electronic media with software (CD-ROM) to demonstrate the operation of the equipment on the monitor screen of a personal computer.
MNIPI
Minsk
Produced in: Belarus, Minsk
Universal calibrator H4-301/1
Technical specifications:
Voltage reproduction range Uk 200 mV 0.07 + 0.01
DC: from 50 MV to 600 V, Uk 2 V 0.05 + 0.005
sub-bands (UK) 200 MV; 2; 20; 200; 600 V Uk 20 V 0.05 + 0.005
Basic error, ± (% of U + % of Uk): Uk 200 V 0.07 + 0.01
Uk 600 V 0.1 + 0.02
Voltage reproduction range Uk 200 mV 0.2 + 0.05
AC: from 1 mV to 600 V, sv. 20 to 40 kHz 0.2 + 0.1
sub-bands (Uk) 200 mV; 2; 20; 200; 600 V Uk 2; 20 V 0.15 + 0.02
Basic error, ± (% of U + % of Uk): from 20 Hz to 20 kHz 0.15 + 0.02
Uk 200 V; 600 V: 0.2 + 0.05
from 40 Hz to 1 kHz 0.2 + 0.05
DC power reproduction range: from 1 Ma to 200 mA,
sub-bands (Ic) 200 Ma; 2; 20; 200 mA Ic 200 Ma 0.1 + 0.02
Basic error, ± (% of I + % of Ic): Ic 2; 20; 200mA 0.1 + 0.01
Power reproduction range
AC: from 10 Ma to 200 mA,
sub-ranges (Ic) 200 Ma; 2; 20; 200 mA 0.15 + 0.05
Frequency range from 20 Hz to 1 k Hz
Basic error, ± (% of I + % of Ic):
USB interface
Operating temperature range from minus 10 to +50 C
Dimensions; weight 428×327×235× mm; 10 kg
MNIPI
Minsk
Produced in: Belarus, Minsk
Power supply B5-89, B5-89/1
Technical specifications:
Indicator name, unit of measurement, Indicator value,
B5-89, B5-89/1
The range of the output voltage setting, the limits of the absolute error of the output voltage setting:- basic error, In; - in operating conditions, In, from 0 to 30.0 ± 0.2± 0.3, from 0 to 100.0 ± 0.3± 0.45
The range of the output current setting, the limits of the absolute error of the output current setting:- basic error, A; - in operating conditions, A, from 0 to 10.0 ± 0.2± 0.3, from 0 to 3.0 ± 0.1± 0.15
Instability of the output voltage when the supply voltage changes by ± 10% of the nominal value in the voltage stabilization mode, %, ± 0.05, no more,
Instability of the output current when the supply voltage changes by ± 10% of the nominal value in the current stabilization mode, %, ± 0.2, no more,
Instability of the output voltage when the load current changes at the output terminals of power supplies in voltage stabilization mode, %, ± 1, no more,
Instability of the output current when the load voltage changes in the current stabilization mode at minimum load currents, %, ± 5, no more,
Instability of the output current when the load voltage changes in the current stabilization mode at maximum load currents, %, ± 0.5, no more,
Output voltage ripple in voltage stabilization mode, mV, 1.0, no more,
Output current ripple in current stabilization mode, %, 1, no more,
Instability of the output voltage from time, V, ± 0.5, ± 1.0
Instability of the output current from time, A, ± 0.3, ± 0.2
AC power supply: - voltage, V; - frequency, Hz, 230 ± 2350 ± 0.5,
Weight, kg, 13.0, no more,
Overall dimensions, mm, 384x301x169
MNIPI
Minsk
Produced in: Belarus, Minsk
The equivalent of the Ya6-127 network
NNPO im. M.V.Frunze
Nizhny Novgorod
Produced in: Nizhny Novgorod
