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PNEUMATIC SERVO CONTROL CIRCUIT TRAINING PANEL

Product Code:

Price: Contact

  • Device information
  • Specifications

General Specifications

  • Power supply: single-phase AC 220 VAC, 50 Hz
  • Material of equipment mounting table: T-slotted aluminum
  • Integrated with various types of sensors
  • Electrical and hydraulic mechanisms: solenoid valve, hydraulic proportional valve, position sensor
  • Operating modes: position control, speed control
  • Designed and manufactured under processes compliant with the following systems/standards:
  • ISO 9001:2015 – Quality Management System
  • ISO 14001:2015 – Environmental Management System
  • ISO 45001:2018 – Occupational Health and Safety Management System
  • ISO/IEC 27001:2022 – Information Security Management System
  • ISO 50001:2018 – Energy Management System
  • Mounting base for pneumatic components:
    . Aluminum alloy, with scratch-resistant surface treatment
    . Self-locking ABS plastic feet with cylindrical tips slotted in a “+” shape to provide elasticity
  • Method of mounting equipment onto the training table:
    . Uses a self-locking plastic foot structure, allowing users to quickly and conveniently install and remove components on the aluminum tabletop
    . The cylindrical tips of the plastic feet are compressed by the aluminum slots on the tabletop, reducing their cross-section to enter the table slots. After entering the slots, the plastic feet elastically return to their original shape, forming a locking latch that firmly secures the pneumatic components to the tabletop.
  • Electrical control modules
  • Mounting base material: Aluminum alloy, with black scratch-resistant surface treatment.
  • Mounting method: Self-retaining mechanism for securing the module assembly onto the training panel, convenient for installation and removal.
  • Module surface: Scratch-resistant and anti-glare electronic circuit surface, suitable for teaching and training.
  • Plastic end caps at both ends of the module: One-piece molded plastic.
    + 2 mm quick-connect sockets for convenient wiring

Training Contents

  • Adjust and observe parameter values of the pneumatic servo unit
  • Build a PID model for pneumatic position and speed control
  • Adjust PID controller parameters
  • Electrically connected control and mechanical structure
  • Apply sensors and pneumatic components in an automated system
  • Applications on the control panel
  • Connection / setup applications
  • Diagnosis, detection, and repair

Acquired Skills

  • Basic skills in operating principles and calculation methods for pneumatic drive systems and pneumatic control systems, as well as the ability to build system control circuits
  • Thinking skills, design objectives, design thinking, and analysis
  • Skills in identifying failure causes and solving problems occurring in pneumatic circuits

Equipment List

  • 01 pneumatic cylinder position and speed control experiment unit using servo valve
  • 01 pneumatic proportional pressure regulator
  • 01 pneumatic servo control valve
  • 01 filter-regulator unit
  • 01 air distribution unit
  • 02 pressure sensors
  • 01 DC power supply module
  • 01 data acquisition module
  • 01 vacuum generator
  • 01 normally closed 3/2-way pneumatic solenoid valve
  • 01 5/2-way pneumatic solenoid valve, single coil
  • 01 5-pin M8 female connection cable
  • 01 industrial computer
  • 01 dedicated training table for pneumatic and electro-pneumatic training
  • 01 air compressor with storage tank

1. Pneumatic Cylinder Position and Speed Control Experiment Unit Using Servo Valve – TPAK.B4000

  • 01 pneumatic rodless cylinder, stroke 400 mm
  • 01 length measuring sensor, 400 mm, output 0 – 10 VDC
  • Graduated measuring scale
  • Vacuum suction cup unit

2. Pneumatic Proportional Pressure Regulator – TPAK.G6000

  • Minimum supply pressure: set pressure + 0.1 MPa
  • Maximum supply pressure: 1.0 MPa
  • Output pressure range: 0.005 to 0.5 MPa
  • Input signal: 4 to 20 mA DC or 0 to 10 V DC
  • Output signal:
  • Analog signal: 4 to 20 mA DC or 0 to 5 V DC
  • Digital signal: PNP or NPN
  • Power supply: 24 V DC ±10%
  • Linearity: ±1% full scale
  • Hysteresis: ≤ 0.5% full scale

3. Pneumatic Servo Control Valve – TPAK.G7000

  • Operating pressure: +0…10 bar, 0…150 psi
  • Power requirement: 12 ± 2 VDC or 24 ± 4 VDC @ 20 W
  • Command input impedance: 0…10 VDC: 100 kΩ; 4…20 mA: 210 Ω
  • Feedback input impedance: 0…10 VDC: 100 kΩ; 4…20 mA: 210 Ω
  • Command input: configurable 0…10 VDC; 4…20 mA
  • Feedback input: configurable 0…10 VDC; 4…20 mA
  • Electronic adjustment: user interface connectable via USB
  • Status indicators: 2 LEDs for power and status
  • Excitation: +10 V, max. 15 mA

4. Filter-Regulator Unit – TPAK.C2000

Technical Specifications

  • The integrated device includes: 01 filter-regulator unit and 01 3/2-way shut-off valve
  • The 3/2-way distribution valve is used to shut off and supply compressed air to all pneumatic components. Its function is similar to an “air supply power switch”.
  • The 3/2-way distribution valve can be locked with a key to prevent students from opening it when there is no practical training session.
  • Filtration rating: up to 5 micrometers
  • Pressure adjustment range: 0.5 – 7 bar
  • Quick connector size, inlet/outlet: Ø6 mm

Main Components:

  • 01 aluminum base
  • 01 3/2-way shut-off valve
  • 04 plastic feet
  • 01 filter-regulator unit

5. Air Distribution Unit – TPAK.C6000

Technical Specifications

  • Number of ports: 09 ports
  • Port size: 4 mm quick connector
  • Inlet: Ø6 mm
  • The air supply ports are one-way valve type. When no pneumatic tube is inserted, the valve automatically closes to prevent air leakage.

Main Components

  • 01 aluminum base
  • 01 air manifold
  • 04 plastic feet
  • 09 self-locking quick connectors

6. Pressure Sensor – TPAK.F4100

  • Power supply: 12 to 24 VDC
  • Current consumption: 50 mA
  • Operating pressure range: 0 – 1000 kPa
  • PNP output
  • Maximum PNP output current: 100 mA
  • 4-digit, 7-segment LED display
  • Display pressure range: -50 to 1100 kPa
  • Quick connector size: Rc 1/8
  • Equipment mounting base: aluminum alloy, with scratch-resistant surface treatment

7. DC Power Supply Module – TPAK.A7300

Technical Specifications

  • Compliant with TCVN 5699-1:2010 and IEC 60335-1:2010 standards for power consumption and current, leakage current, and electric strength
  • Input voltage: 100 – 240 VAC
  • Output voltage: 24 VDC / 4.2 A
  • Power: 100 W
  • Short-circuit protection and LED indicator

8. Data Acquisition Module – TPAK.B5000

  • Xilinx processor
  • Number of analog inputs: 6 AI
  • Number of analog outputs: 4 AO
  • Number of digital outputs: 16 DIO
  • USB connection port
  • Module designed as an aluminum box with one-piece molded plastic end caps at both ends
  • Connection terminals are brought out to M2 quick plug terminals

9. Vacuum Generator – TPAK.R0100

Technical Specifications

  • Vacuum generator valve
  • Working pressure range: 0.1 to 0.6 MPa
  • Minimum vacuum pressure: -88 kPa
  • Suction tube diameter: 1 mm
  • Maximum flow rate: 24 L/min
  • Air consumption: 46 L/min
  • Connection port size: 1/8″

Main Components:

  • 01 aluminum base
  • 04 plastic feet:
  • 03 quick connectors
  • 01 vacuum generator valve
  • 01 vacuum suction cup

10. Normally Closed 3/2-Way Pneumatic Solenoid Valve – TPAK.K0100

Technical Specifications

  • Working pressure range: 0.15 to 0.7 MPa
  • Response time: 25 ms or less, at 0.5 MPa pressure
  • Normally closed valve type, NC
  • Quick connection port: M5
  • Spring return
  • LED operation indicator with protection circuit
  • Coil voltage: 24 VDC

Main Components:

  • 01 aluminum base
  • 04 plastic feet
  • 01 silencer
  • 01 3/2-way NC solenoid valve
  • 02 quick connectors
  • 01 circuit board

11. 5/2-Way Pneumatic Solenoid Valve, Single Coil – TPAK.L0100

Technical Specifications

  • Working pressure range: 0.15 to 0.7 MPa
  • Response time: 15 ms or less
  • Normally closed valve type, NC
  • 4 mm quick connector
  • Spring return and manual actuation
  • LED operation indicator with protection circuit
  • Coil voltage: 24 VDC

Main Components:

  • 01 aluminum base
  • 04 plastic feet:
  • 02 silencers
  • 01 5/2-way single-coil valve
  • 01 quick connector
  • 01 circuit board

12. 5-Pin M8 Female Connection Cable – M8B-M05-C

13. Industrial Computer

14. Dedicated Training Table for Pneumatic and Electro-Pneumatic Training – TPAB.M2110

Technical Specifications

  • Overall dimensions: 1280 x 766 x 1600 mm, L x W x H
  • The table consists of 2 main sections: mobile practice table and pneumatic mounting panel
  • Mobile practice table
  • Overall dimensions: 1280 x 766 x 860 mm, L x W x H
  • Material: CT3 powder-coated steel combined with aluminum profiles
    + 4 corners made of molded aluminum profiles, dimensions 710 x 92 x 92 mm, R42 mm rounded corners, and 11 holes with a diameter of 6.8 mm
  • Divided into 2 compartments: compartment 1 includes 04 equipment storage drawers; compartment 2 is a large compartment for storing larger devices
    + 04 CT3 powder-coated steel doors, dimensions 728 x 463 x 42 mm, with transparent mica panels, dimensions 638 x 372 x 3 mm, for observing the equipment inside
  • Cabinet side panels made of CT3 powder-coated steel, dimensions 755 x 547 x 120 mm, with 160-degree folded edges and 06 slotted mounting holes
  • Table legs equipped with casters and locking brakes.
  • LED lighting inside the cabinet for convenient item searching
  • Tabletop:
    . Dimensions: 1140 x 766 x 25 mm, L x W x H
    . Material: engineered wood with scratch-resistant and insulating coating.
  • Test lead holder
    . Includes 02 cable hanging racks.
    . Material: stainless steel, 2 mm thick, with scratch-resistant surface.
    . Capacity: up to 40 leads
  • Pneumatic mounting panel support frame
    . Support frame made of aluminum combined with CT3 powder-coated steel
    . 02 aluminum bars with R25 mm rounded profile, length 1500 mm
    . 01 CT3 steel bar, dimensions 1499 x 46.5 x 100 mm
  • Pneumatic mounting panel
  • Vertical mounting rack for pneumatic devices:
    . Dimensions: 1133 x 30 x 406 mm, L x W x H.
    . Mounting rack material: assembled from 03 aluminum profile bars, dimensions 1073 x 137 x 24.5 mm, anodized for scratch resistance and aesthetics, with specialized assembly structure.
    . Both sides of the aluminum bar include 3 slots, each 8.2 mm wide and 21.7 mm deep, spaced 44.4 mm apart
    . Practical training devices can be mounted from both sides.
  • Inclined mounting rack for pneumatic devices:
    . 02 symmetrical racks
    . Inclination angle: 60 degrees relative to the tabletop
    . Dimensions: 1133 x 30 x 297 mm, L x W x H.
    . Mounting rack material: assembled from 02 aluminum profile bars, dimensions 1073 x 137 x 24.5 mm, anodized for scratch resistance and aesthetics, with specialized assembly structure.
    . Both sides of the aluminum bar include 3 slots, each 8.2 mm wide and 21.7 mm deep, spaced 44.4 mm apart
  • Mounting rack for electrical devices:
    . Dimensions: 1144 x 92 x 80.5 mm
    . Mounting rack material: 2 mm thick anodized aluminum profile, ensuring scratch resistance and aesthetics, with specialized assembly structure.
    . Aluminum plate dimensions: 86 x 13.4 x 1136 mm, with module mounting positions spaced at 18 mm, 12 mm, 24.5 mm, and 26.5 mm
    . Includes 2 aluminum bars, allowing practical training devices to be mounted from both sides.

Main Components:

  • 01 tabletop
  • 01 mobile practice table
  • 01 vertical mounting rack for pneumatic devices:
  • 02 inclined mounting racks for pneumatic devices:
  • 01 mounting rack for electrical devices:
  • 02 test lead holders

15. Air Compressor with Storage Tank – TPAK.C0101

  • Dedicated laboratory air compressor with very low noise level

Technical Specifications

  • Dimensions: 600 x 300 x 600 mm, L x W x H
  • Dedicated laboratory air compressor with very low noise level
  • Operating voltage: 220 VAC, 50 Hz
  • Power: 550 W
  • Noise level: 65 dB
  • Tank capacity: 30 L

Main Components:

  • 01 silent air compressor
  • 01 quick connector
  • 01 air hose

16. ETEK-Lab Digitalization and Practice Support Software

a. General Features

  • Vietnamese-language interface, user-friendly and easy to use.
  • Web-based operation, accessible through an Internet browser.
  • Allows access anytime and anywhere using a personal account.
  • Supports login with individual usernames and passwords for each user.
  • Supports role-based access control for different user groups, including teachers and students.
  • Supports storage and use of lecture content, learning materials, and practical training documents.
  • Course content, lectures, and practical exercises can be continuously updated by users.
  • Supports effective use of theoretical materials and practical content associated with training equipment.
  • Software data is deployed on the supplier’s Cloud Server.
  • The software has a Copyright Registration Certificate issued by the Copyright Office.

b. Lecture Development Support Functions

  • Import lecture content from Word files.
  • Create and edit lectures directly on the software.
  • Support insertion of visual illustrative images.
  • Support multiple types of multiple-choice questions.
  • Allow development of a question bank for testing and assessment.
  • Manage lecture content.

c. Integration of AI Technology to Support Teaching

  • The software integrates artificial intelligence, AI, technology to support teachers in developing training content, preparing lectures, and designing tests.
  • AI helps reduce lesson preparation time and supports fast, systematic, and effective development of training content.
  • Supports the development of lecture structures based on topics or subject content.
  • Automatically generates key lecture components, including learning objectives, knowledge content, illustrative examples, and discussion questions.
  • Supports summarizing long documents into key teaching content.
  • Supports converting technical documents into lecture content that is easier for students to understand.
  • Supports editing and improving lectures, as well as adding illustrative examples or real-world scenarios.
  • Generates illustrative images and visual diagrams suitable for lesson content.
  • Automatically generates test questions from lecture content, including multiple-choice, true/false, matching, and fill-in-the-blank questions.

d. Simulation

  • Simulation of actuator operation: screw motor
  • Simulation of actuator operation: gear motor
  • Simulation of actuator operation: turbine motor
  • Simulation of actuator operation: vane motor
  • Simulation of distribution device operation: air manifold
  • Simulation of distribution device operation: air tank
  • Simulation of valve operation: 3/2-way valve controlled by a sensing probe
  • Simulation of valve operation: 3/2-way valve controlled by a foot pedal
  • Simulation of valve operation: 3/2-way valve controlled by a limit switch
  • Simulation of valve operation: 3/2-way valve controlled by pneumatic actuation, direct control and assisted-valve control
  • Simulation of valve operation: 3/2-way valve controlled by electro-pneumatic actuation, direct control and assisted-valve control
  • Simulation of valve operation: 4/2-way valve controlled by a switch
  • Simulation of valve operation: 4/2-way valve controlled by a sensing probe
  • Simulation of valve operation: 4/2-way valve controlled by single-sided pneumatic actuation
  • Simulation of valve operation: 4/2-way valve controlled by single-sided electro-pneumatic actuation
  • Simulation of valve operation: 5/2-way valve controlled by single-sided pneumatic actuation
  • Simulation of valve operation: 5/2-way valve controlled by single-sided electro-pneumatic actuation
  • Simulation of valve operation: 5/3-way valve controlled by double-sided pneumatic actuation
  • Simulation of valve operation: 5/3-way valve controlled by double-sided electro-pneumatic actuation
  • Simulation of valve operation: OR logic valve
  • Simulation of valve operation: AND logic valve
  • Simulation of valve operation: one-way valve, non-adjustable and adjustable types
  • Simulation of valve operation: quick exhaust valve
  • Simulation of valve operation: vacuum valve
  • Simulation of valve operation: slow-closing time control valve
  • Simulation of valve operation: slow-opening time control valve
  • Simulation of pneumatic control circuit operation: manual control, direct and indirect
  • Simulation of pneumatic control circuit operation: time-based control, semi-automatic and automatic
  • Simulation of pneumatic control circuit operation: stroke-based control, automatic
  • Simulation of pneumatic control circuit operation: sequence-based control, automatic
  • Simulation of electro-pneumatic control circuit operation: manual control, direct and indirect
  • Simulation of electro-pneumatic control circuit operation: time-based control, semi-automatic and automatic
  • Simulation of electro-pneumatic control circuit operation: stroke-based control, automatic
  • Simulation of electro-pneumatic control circuit operation: cascade control, automatic
  • Simulation of electro-pneumatic control circuit operation: sequence-based control, automatic
  • Simulation of electro-pneumatic machine control circuit operation: circuit assembly and operation of a workpiece feeding station, non-automatic and automatic
  • Simulation of electro-pneumatic machine control circuit operation: circuit assembly and operation of a drilling station, non-automatic and automatic
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