TB-220928-V-202 The Advanced Electro Hydraulic Trainer Teaching Education Equipment for School Lab

1 Product Overview

1.1 Overview

This hydraulic training device adopts an open structure operation panel design according to the requirements of the syllabus for pneumatic, electric and hydraulic control of mechatronics in colleges and universities, combined with the advantages of pneumatic relay control and hydraulic relay control experimental equipment. Various hydraulic components can be flexibly installed on the operation panel, and all joints adopt open-close quick joints at both ends, which solves the problem of oil leakage in the hydraulic circuit, is convenient and durable, reduces loss and is also conducive to maintaining environmental sanitation. All components can be combined randomly to form a hydraulic system with certain functions, which is very practical.

1.2 Features

(1) The equipment is composed of high-strength sheet metal frame, which is beautiful and durable. The bottom is equipped with universal wheels, which can be moved conveniently; it is equipped with a cabinet for storing tools and devices, and the hydraulic station is integrated in the lower part of the equipment; various hydraulic valve blocks are fixed. The base plate adopts a special base plate profile, and the groove interval of the panel is 25mm, so that various components can be easily inserted and pulled out; the upper part is placed with various electric control hanging boxes, and the whole is compact.

2 Performance parameters

(1) Input power: AC380V

(2) The size of the test bench is about: 1650 (length) × 700 (width) × 1800 (height)

(3) Aluminum alloy panel size: 1200 (length) × 750 (width)

(4) Groove interval: 25mm

(5) Specifications: Cabinet: 1

(6) Desktop structure: 1

(7) Universal casters: 4

3 product composition

3.1 Electrical control unit

Master control switch hanging box

DC24V power supply

Relay hanging box

Button hanging box

3.2 Training platform

3.3 Hydraulic components

(1)Direct acting relief valve DBDH6P10B/100

(2)Three-position four-way solenoid valve (E) 4WE6E-6X/ED24

(3)Three-position four-way solenoid valve (G) 4WE6G-6X/ED24

(4)Three-position four-way solenoid valve (H) 4WE6H-6X/ED24

(5)Three-position four-way solenoid valve (J) 4WE6J-6X/ED24

(6)stroke valve 4WMR6D50B

(7) Two-position four-way electromagnetic reversing valve

(8)Speed control valve 2FRM5-31B/10Q

(9)Pilot relief valve DB10-1-50B/100

(10)Pilot sequence valve DZ10-1-30B/210M

(11) Hydraulic control check valve SV6P2-60B

(12)Pilot-operated pressure reducing valve DR10-1-50B/200Y

(13)Pressure switch HED40P15B/100LZ14S

(14)Manual reversing valve 4WMM6D50B

(15)Glycerin pressure gauge

(16) Oil separation valve fast

(17)Three-way, five-way and one-way valve

(18)Tubing

(19)Hydraulic pump station

(20)Hydraulic cylinder

(21)Inductive sensor

(22)photoelectric sensor

(23)capacitive sensor

(24) limit switch

(25)Stretch Inversion Module

(26)hydraulic processing module

1 push cylinder

2 punch sensor

3 Stamping stroke adjustment nut

4 stamping cylinder

5 control module

4 Experiment content:

Experiment 1. The reversing circuit of the manual reversing valve

Experiment 2. The reversing circuit of the electromagnetic reversing valve H type

Experiment 3 The reversing circuit of the M-type electromagnetic reversing valve

Experiment 4 The reversing circuit of the Y type of electromagnetic reversing valve

Experiment 5 O-type reversing circuit of electromagnetic reversing valve

Experiment 6 Two-position four-way single-point control solenoid valve

Experiment 7 How to use the pressure relay

Experiment 8 Inductive sensor

Experiment 9 photoelectric sensor

Experiment 10 capacitive sensor

Experiment 11 How the speed control valve works

Experiment 12 Working principle of hydraulic control check valve

Experiment 13 Working principle of pilot relief valve

Experiment 14 Working principle of direct acting relief valve

Experiment 15 Working principle of pilot operated pressure reducing valve

Experiment 16 Pilot-operated sequence valve working principle