Русский
NTC-05.05 “Process sensors”
Br0.00
The training laboratory system is used during laboratory experiments on the study of process sensors and their characteristics.
Has two h/w versions: full size bench top version and table version.
The frontal panel is divided into groups, according to the topics of conducted laboratory experiments. The training system allows to study and and measure the characteristics of current and voltage sensors, temperature sensors, linear displacement sensors, proximity switch sensors, angular position sensors and pressure sensors can be conducted using the equipment. Multimeters are supplemented to the training system and used as measuring equipment.
LATR with adjustment range 0-220 V is used in the training system to investigate current and voltage sensors. WEWR resistor with 50 W power is used as heating element to investigate temperature sensors. The liner is supplemented to each sensor to investigate linear displacement sensors. LEDs are installed in the training system to control the operation of proximity switch sensors. LATR is used to regulate the speed rotation of the primary motor, driving the tachogenerator with installed code disk through stepdown transformer and rectifier. Variable resistors and wafer switch are used as angular position sensors. Air compressor, manometer and pressure regulator are used to investigate the pressure sensor in the training system.
The training system is supplied with technical and methodical documentation for teaching staff.
Please note that product images are for illustration purposes only. Actual product may vary due to product enhancement.
Experiments provided
1. Static characteristics of current and voltage sensors.
- Studying the shunt.
- Studying the current transformer.
- Studying the voltage measuring transformer.
- Studying Hall effect current sensor.
- Studying Hall effect voltage sensor.
2. Static and dynamic characteristics of temperature sensors.
- Studying the temperature sensor with negative temperature resistance coefficient (TRC).
- Studying the temperature sensor with positive TRC (temperature resistance coefficient).
- Studying the analog temperature sensor.
- Studying the digital temperature sensor.
- Studying the thermocouple.
3. Static characteristics of tachometer generator and encoder.
- Studying the tachogenerator and encoder.
4. Static characteristics of linear displacement sensors.
- Studying the resistive sensor of linear displacement.
- Studying the optoelectrical sensor with linear displacement.
- Studying the capacitive linear displacement sensor.
- Studying the inductive linear displacement sensor.
- Studying the ultrasonic linear displacement sensor.
5. Static characteristics of proximity switch sensors.
- Studying the reed switch.
- Studying the inductive sensor.
- Studying the optical sensor.
6. Static characteristics of angular position sensors.
- Studying the potentiometer.
- Studying the digital angle sensor.
- Studying the potentiometer.
7. Static characteristics of pressure sensor.
- Studying the piezoresistive pressure sensor.
Video
Technical specifications
| Power supply | ~50 Hz 220 V (single-phase 220 V 50 Hz) | |
| Power consumption, W, max | 500 | |
| Stand overall dimensions, max: | ||
| Width, mm | 1310 | |
| Height, mm | 1470 | |
| Depth, mm | 600 | |
| Weight, kg, max | 70 | |
| Desktop version overall dimensions, max: | ||
| Width, mm | 1310 | |
| Height, mm | 680 | |
| Depth, mm | 450 | |
| Weight, kg, max | 55 | |
Scope of delivery
- training laboratory system – 1;
- passport – 1;
- accompanying materials in electronic format – 1;
- multimeter – 2;
- ferrite core – 1;
- coded ruler – 2;
- set of jumpers – 1.