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Car sensor and actuator experimental device
Release Time : 2024-01-31 View Count : 次
Car sensor and actuator experimental device,Story of centrifugal pump characteristic curve experimental device
one. Product introduction
Car sensor and actuator experimental device,Story of centrifugal pump characteristic curve experimental device
one. Product introduction
This product is based on various types of sensors and actuators of the car, showing the structural working principle, sensor and actuator module wiring assessment of sensors and actuators, testing and demonstration system working principles and processes.
It is suitable for the teaching assessment needs of the theoretical and m--ntenance tr--ning of ordinary education institutions and tr--ning institutions of high -level vocational and technical colleges and tr--ning institutions.
The experimental box is small and light in quality, which is suitable for places in any place.
two. The m--n purpose
1. It is suitable for tr--ning needs for various types of institutions and tr--ning institutions for car sensors and actuators theory and m--ntenance tr--ning.
2. It is suitable for teaching needs such as the structure and principles of the car sensor and the actuator module, the wiring demonstration, functional dynamic demonstration, experimental testing and verification, fault detection and m--ntenance, fault diagnosis and exclusion and other teaching needs.
three. Structure and composition
*r flow sensor,
Inlet pressure sensor,
Temperature Sensor,
Electric control throttle sensor,
Shocking sensor,
R--n sensor,
Casthaft position sensor,
Body height sensor,
Steering angle sensor,
Hall effect sensor,
Water temperature sensor,
Upper stop point position sensor,
Speed sensor,
Sunshine sensor,
Ignition system,
*r control system,
The spray system, the electronic control engine sensor and the actuator a full set of experimental boxes, the supporting experimental connection cable, the instruction manual and the experimental guidance, and the hand -type experimental box box.
Car sensor and actuator experimental device,Story of centrifugal pump characteristic curve experimental device
Feature
1. The entire device is beautiful and generous, with a reasonable structure design, and has a strong engineering atmosphere, which can fully reflect the concept of modern laboratories;
2. The equipment layout is reasonable, beautiful, the structure is clear, and the overall sense is strong. It can reflect the concept of the m--n experimental equipment in the laboratory.
3. The equipment is a self -propelled frame structure, and the feet are installed to facilitate the disassembly m--ntenance and handling of the system.
4. The flow measurement uses the turbine turbine meter. The data processor has a strong compensation function for the linear coefficient of the turbine flowmeter, and the flow data directly displays the flow data.
5. The centrifugal pump is placed above the water tank. The centrifugal pipe is installed with a bottom valve. At the same time, a centrifugal pump is installed to start the exhaust device to avoid the centrifuge of the centrifugal pump leaf wheel and the cavity soak in the water for a long time, which greatly extend the life of the equipment.
6. The entire system adopts a standard industrial instrument control system, which can perform chemical principles experiments. It is also a good platform for process automation and chemical testing instrument experiments.
7. Device design can be observed at 360 degrees to achieve comprehensive teaching and experiments.
Device function
1. Let students fully understand the structure and characteristics of the centrifugal pump, and be familiar with the working methods and operation processes of centrifugal pumps.
2. Familiar with various pipes and valves that form the pipelines, understand the instrument and sensor detection equipment on the spot, such as temperature, pressure, electrical power, traffic, etc., and master the measurement principles and usage methods of turbine turbines.
3. Measure the pump characteristic curve between the pumps (H), axis power (n), and efficiency (η) and the flow of the pump (q) under constant speed conditions.
4. Determine the characteristic curve of the pipeline under the opening degree of the flow regulating valve.
5. Change the pump characteristic curve between the pumps of the centrifugal pump speed measurement pump, axis power (n), and the traffic (Q) of the efficiency (η) and the pump (Q).
6. Master the method of multiple regression and regression (H-Q, η-Q, N-Q) relationship curve.
7. Use a computer to collect the experimental data, while controlling liquid flow.
8. Integrated control of full touch, high stability data transmission, hardware encryption.
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