Learning Objectives/Experiments:

• Basic electric control
• a) Lights on control
• b) Lights out control
• c) And logic control
• d) Or logic control
• e) Logic combination control
• f) Relay self-lock control
• g) The usage of proximity sensor
• 1.Direction control circuit:
• a) manual shuttle valve reversing circuit
• b) solenoid valve reversing circuit
• c) lock circuit:
• 2.Pressure control circuit
• a) Single grade pressure regulating circuit
• b) Secondary level pressure regulating
• c) Single pressure reducing circuit
• d) Level 2 pressure circuit
• e) The unloading circuit using “M” “H” type manual shuttle valves
• f) The unloading circuit using pilot relief valve
• g) The balance circuit using the sequence valve
• h) Liquid control one-way valve pressure maintenance.
• i) The one-way back pressure circuit using relief valve
• 3.The flow speed regulator circuit using throttle valve:
• a) Enter oil-way throttle speed regulation
• b) Back oil-way throttle speed regulation
• c) Side oil-way throttle speed regulation
• 4.The speed regulator circuit using speed regulator valve:
• a) Enter oil-way throttle speed regulation
• b) Back oil-way throttle speed regulation
• c) Side oil-way throttle speed regulation
• d) Speed synchronous circuit of the speed regulation valve
• e) The parallel circuit of speed regulation valve
• 5.Fast moving circuit of hydraulic cylinder differential connection
• 6.Fast moving circuit of hydraulic cylinder differential connection
• 7.Sequence action circuit using sequence valve
• 8.Sequence action circuit use stroke switch control
• 9.Sequence action circuit use pressure relay control
• 10.One-way atresia circuit use hydraulic control one-way valve
• 11.Double-way atresia circuit use hydraulic control one-way valve
• 12. The lock circuit using O type shuttle valve
• 13.Relay control hydraulic basic circuit
• Proportion hydraulic circuit experiment:
• 1. Proportion amplifier principle
• 2. Proportion amplifier application
• 3. Magnetic proportion shuttle valve application
• 4. Hydraulic motor speed control
• 5. Hydraulic motor reversal control

Features

• Hydraulic operation station:
• It consists of aluminium material profile,
• Groove plate insert and extract system
• Hydraulic components:
• Hydraulic pump station
• (a) Work power: AC:380~400V
• (b) Frequency: 50Hz
• (c) Safety speed limit range: 1000-1500 r/min
• (d) Power: 1.5KW (Minimum)
• (e) Flow :6L/min (Minimum)

Specification/Technical data:

• Electrical control module:
• Power module: with three phrase leakage protection, output voltage:380V
• Dc power module: output voltage DC24V
• Rated current: 5A
• Button module: signal light power: DC24V
• Contact capacity AC220V/1A DC24V/2A
• Machine electric life span: one million times
• Relay module: coil voltage: DC24V；
• Contact capacity:AC240V/10A/ DC24V/10A
• Mechanism life: one million times
• Proportion shuttle valve amplifier
• Power: DC24V
• Control voltage: ±9V±2﹪
• Max output current:1800Ma
• Ramp’s time:0.02s-5s
• Proportion relieves valve amplifier:
• Power: DC24V
• Rated current:800mA
• Control range: DC0~+5V or DC0~+10V
• Hydraulic oil Compressor-01 no
• Connecting jack 2mm & 4mm: 01 Set
• Power Cable: 01 no
• PLC to PC Communication cable: 09 Sets
• Simulation software for compatible PLC
• NOTE: COMPUTER NOT IN OUR SCOPE OF SUPPLY

Dimensions and weight

• Experiment table dimension (minimum):
• 1600（length）×750（width）×1780（height）mm
• Aluminium panel dimension(minimum):
• 1200（length）×600（width）
• Groove gap:25mm
• Aluminium wood cabinet:1 piece
• Caster with crack groove:4 pieces
• Weight: approx. 100kg