BR-JCS type mechanical transmission innovative combination comprehensive testing experimental platform

This experimental platform is a new type of mechanical design comprehensive experimental platform with advanced technology, good system stability, and high testing accuracy (up to 0.1% FS) among the current domestic electromechanical instrument integration experimental platforms. It aims to cultivate students' innovation and hands-on abilities, as well as engineering practice abilities, and can also be used for scientific research experiments. The electronic control operation surface of the experimental platform adopts a popular cash ultra high brightness, wide-angle LCD display screen (240X128 dot matrix) at home and abroad, which is fully displayed in Chinese, clear, and intuitive, making it the ideal experimental equipment preferred by various universities.

Performance characteristics:
This experimental platform adopts a modular structure and is equipped with the most complete library of transmission components;
The working platform of this experimental platform is made of cast iron, with a thickness of 50mm. It has been planed, milled, ground, and finely shoveled, making it flat and beautiful.
This experimental platform adopts a new type of intelligent torque sensor, which can directly measure static and low speed torque without the need for additional auxiliary equipment such as industrial computers.
★ The device has added a remote communication protocol module, which can achieve:

Remote teaching function:
1) Real time teacher and student one-on-one remote teaching, remote communication function;
2) Manufacturers and equipment administrators provide real-time guidance on equipment operation and maintenance;
Laboratory management functions:
1) The equipment is equipped with a set of laboratory management system software and hardware, implementing a one person, one account mode for administrators. Through the mobile APP communication protocol, administrators with more than 10 people can manage the equipment at any distance, including recording (automatic start) and playback of the equipment operation process, as well as automatically starting the infrared alarm function when the equipment is turned off.

Experimental content:
10 common mechanical system transmission combination schemes for assembly;
Automatically test mechanical transmission performance parameters, such as speed n (r/min), torque M (N.m), power N (Kw), transmission ratio I, and efficiency（ η), And analyze and process the test results.
By testing the parameter curves of different transmission systems (such as belt transmission, chain transmission, gear transmission, cycloidal pinwheel transmission, worm transmission, etc.) composed of common mechanical transmission, master the basic requirements for rational and optimal layout of mechanical transmission;.
Understand the working principle of the experimental platform and master new methods of computer-aided experiments.

Technical parameters:
AC variable frequency motor power: 0.75KW; Synchronous speed 1500r/min;
Magnetic powder brake loading range: 0-50N. m
Variable frequency controller: Power 0.75KW, speed range: 0-1650r/min, speed accuracy 0 1%
Torque sensor: rated torque 10N. m; Speed range: 0-4000r/min;
Torque sensor: rated torque of 50N. m; Speed range: 0-4000r/min;
External dimensions: 1200 × eight hundred × 1200mm
Weight: 450kg