Transparent Hydraulic Trainer(Transparent Hydraulic Circuit,Low Pressure)

Transparent Hydraulic Trainer(Transparent Hydraulic Circuit,Low Pressure)

This transparent hydraulic trainer is a professional hydraulic circuit design and demonstrating of hydraulic experimental platform.It can meet the teaching of the different hydraulic disciplines for demonstrating and training of:
1,The composition of hydraulic transmission system.
2,The structure and working principle of various parts of a hydraulic transmission system observing,disassembly and assembly training.
3,PLC electrical control experiment:machine-electric-hydraulic integrated control experiments.
4,The basic hydraulic circuit constitution

  • Description
  • Typical Training Contents
  • Configuration List
  • Inquiry

Product Description

This transparent hydraulic trainer is a professional hydraulic circuit design and demonstrating of hydraulic experimental platform.The internal structure and working principle of various hydraulic components in the transparent hydraulic trainer can be convenient studied in the hydraulic teaching class.All transparent hydraulic components of the transparent hydraulic trainer are made according to actual internal structure of industrial hydraulic components which can reflects tectonic principle and work principle of industrial hydraulic components.All hydraulic components of this transparent hydraulic trainer are made of imported transparent plexiglass with preference of high diaphaneity,small volume and light weight etc,.Students can learn the structure,work principle and function of each single hydraulic components, and also can constitute any fundamental hydraulic circuit to survey movement situation of spool in the loop tank and flow direction of fluid in the spool body. This transparent hydraulic trainer can meet the teaching of the different hydraulic disciplines for demonstrating and training of:

1,The composition of hydraulic transmission system.
2,The structure and working principle of various parts of a hydraulic transmission system observing,disassembly and assembly training.
3,PLC electrical control experiment:machine-electric-hydraulic integrated control experiments.
4,The basic hydraulic circuit constitution

Features

1,The training panel is designed as T-slot and all hydraulic components use rapid joint which can inserted for easy operation.
3,the hydraulic components are made of transparent plexiglass,the structure and the working process of the hydraulic components are vividly demonstrated.
4,Circuit experiment adopts leak proof fast inserted interface makes experiment circuit assembly simple, quick, clean
5,All hydraulic components fixed floor adopts quick type slab fixed.
6,All hydraulic components are made at high-precision according to standard physical structure,the gap between valve body and valve spool is 0.015-0.028mm,and accuracy is ±0.2 mm
7,Good sealing performance,There is no leakage of hydraulic components when the system is working under the conditions of a pressure not more than 0.8 MPa.
8,Various circuits design and constitution up to 90 kinds of experiments.
9,With three control modes:PLC control,relay control and manual control.
(1).There are two automatic control modes:PLC and relay control;
(2).Solenoid valve control(three control methods):
a Pressure relay control mode (2 inputs)
b Proximity switch control mode (4 inputs)
c Manual control mode (6 inputs)

Typical Training Contents
Part A Basic Hydraulic Circuit Constitution and Training
1.Pressure control circuits
1.1 Pressure regulated circuit
1.1.1 Pressure regulated circuit by pressure relief valve/overflow valve
1.1.2 Multi-stage pressure regulated circuit by multi-stage pressure relief valve/overflow valve
1.2 Pressure reducing circuit
1.2.1 One-stage pressure reducing circuit
1.3 Pressure holding circuit
1.3.1 Pressure holding circuit by pilot check valve
1.4 Decompression circuit
1.4.1 Decompression circuit by throttle valve
1.4.2 Decompression circuit by sequence valve
1.5 Pressure relief circuit(Pressure-venting circuit)
1.5.1 Pressure relief circuit by two position two-way valve
1.5.2 Pressure relief circuit by pilot oriented pressure relief valve/overflow valve
1.5.3 Pressure relief circuit by two position two-way valve
2.Speed control circuits
2.1 Speed regulated circuit
2.1.1 Oil-inlet throttle speed regulated circuit (constant pressure throttle governor)
2.1.2 Oil-return throttle speed regulated circuit (constant pressure throttle governor)
2.1.3 By-pass throttle speed regulated circuit (variable pressure throttle governor)
2.1.4 Differential connection fast-speed movement circuit
2.1.5 Speed regulated circuit by speed regulated valve
2.1.6 Speed-reducing/Slow-speed circuit by solenoid valve and speed regulated valve
2.1.7 Differential circuit of two position three-way valve
2.1.8 Secondary feed circuit
3.Directional control circuit
3.1 Reversing circuit
3.1.1 Reversing circuit by reversing valve
4.Double/Twin cylinders synchronous/sequence circuit,
4.1 Sequence action circuit
4.1.1 Sequence action circuit by sequence valve
4.1.2 Sequence action circuit by proximity switch,reversing valve
4.1.3 Sequence action circuit by pressure relay,proximity switch
4.2 Synchronization circuit
4.2.1 Double/Twin cylinders synchronization action circuit
4.2.2 Synchronization circuit by shunt valve
4.2.3 Synchronization circuit by speed regulating valve
4.2.4 Synchronization circuit by throttle valve
4.3 Lock circuit
4.3.1 Lock circuit by reversing valve
4.3.2 Lock circuit by pilot check valve
4.3.3 Lock circuit by one-way valve
5.Relay control circuit
5.1 Sequence control by relays, proximity switches
Part B.PLC electrical control experiment(machine – electric – hydraulic integrated control experiments.)
1.PLC programming instructions and ladder programming
2.Learn and use PLC programming software
3.Communication of PLC and computer
4.PLC application and optimization solutions in the hydraulic transmission system.

The Main Technical Parameters

1.Motor
Rated power: 0.77KW
Rated speed: 1450r/Min
Power supply:AC380V
2.Quantitative gear pump
Rated Displacement: 7.6cc/rev
Rated pressure: 2 MPa(adjustable)
3.PLC: Mitsubishi FX1S-20MR (other brand and model is available according to actual requirements)
4.Dimensions: 1630×680×1820mm(L*W*H)
5.Electric operation control and electrical control circuit
a.The PLC host module:Mitsubishi FX1S-20MR,I/O port 20 points,12-way DC input/8-way relay outputs
b.The control button module: 6 pcs self-resetting DPDT green button switches,6 pcs self-locking DPDT red button switches.
c.The intermediate relay module:4 pcs DC24V DC relays,input and output (including coil) terminals are all on the panel,and the corresponding LED indicates when the coil is energized.
d.The time relay module:2 pcs DC24V time relays, input and output (including coil) terminals are all on the panel.
e.The electronic control module: 6 pcs solenoid valve interfaces,2 pcs pressure relay interfaces,4 pcs stroke switch interfaces
f.The main control module: 3 pcs 450V AC voltmeters to indicate the three-phase output voltage, 1 pcs 30V DC voltmeter to indicate the switching power supply output voltage, 1 pcs motor start-stop control buttons, etc.

Typical Training Contents of Transparent Hydraulic Trainer(Transparent Hydraulic Circuit, T-slot, Low pressure,0.8Mpa)

Part Number:0401010010

transparent-hydraulic-trainers-0401010010

Typical Training Contents of Transparent Hydraulic Trainer(Transparent Hydraulic Circuit, T-slot, Low pressure,0.8Mpa)

Part Number:0401010020

transparent-hydraulic-trainers-0401010020

Configuration List of Transparent Hydraulic Trainer(Transparent Hydraulic Circuit, T-slot, Low pressure,0.8Mpa)

Part Number:0401010010

transparent-hydraulic-trainer-configuration-list-0401010010

Configuration List of Transparent Hydraulic Trainer(Transparent Hydraulic Circuit, T-slot, Low pressure,0.8Mpa)

Part Number:0401010020

transparent-hydraulic-trainer-configuration-list-0401010020

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