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  • PLC Training Module Teaching Equipment PLC Training Equipment
  • PLC Training Module Teaching Equipment PLC Training Equipment
  • PLC Training Module Teaching Equipment PLC Training Equipment
  • PLC Training Module Teaching Equipment PLC Training Equipment
  • PLC Training Module Teaching Equipment PLC Training Equipment
  • PLC Training Module Teaching Equipment PLC Training Equipment
PLC Training Module Teaching Equipment PLC Training Equipment

PLC Training Module Teaching Equipment PLC Training Equipment

$1000.00-$8000.00/ Set|1 Set/Sets(Min. Order)

Customization:

Customized logo(Min.Order: 1 pieces)
Customized packaging(Min.Order: 1 pieces)
Graphic customization(Min.Order: 1 pieces)

PLC Training Module Teaching Equipment PLC Training Equipment

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Digital I/O Control: 24 digital inputs (DI24×24VDC) and 16 digital outputs (DO16×24VDC) for simulating real-world sensor and actuator interactions.
  • Analog Signal Processing: 8 analog inputs (AI) and 4 analog outputs (AO) enable precise calibration and testing of continuous signals (e.g., temperature, pressure).
  • Versatile Power Management: Built-in 230VAC power supply with safety switch and DC0-10V analog output for advanced training scenarios.

Key features

  • 1. Corrosion-Resistant Aluminum Construction

  • Material Technology

  • 2. Highly Customizable I/O Layout

  • Interactive Design

  • 3. Advanced Analog Signal Precision

  • Performance Parameters

  • 4. Versatile Scenario Adaptability

  • Scenario Solutions

  • 5. Safety-Compliant Educational Design

  • Certification Standards

Product details

PLC Training Module Teaching Equipment PLC Training Equipment

The SR6117 PLC Training Module is an aluminum-based educational tool designed for teaching PLC programming and operation. Equipped with 24 digital inputs (DI), 16 digital outputs (DO), 8 analog inputs (AI), and 4 analog outputs (AO), it provides a comprehensive platform for simulating industrial automation scenarios. Its modular design and customizable components make it ideal for training professionals and students in industrial control systems.

Technical specifications

FeatureSpecificationApplication Scenario
Digital Inputs24×24VDC (DI0.1-DI0.24)Simulating sensor signals in manufacturing lines
Digital Outputs16×24VDC (DO1.1-DO1.16)Controlling actuators or motors in training labs
Analog Inputs8×0-10V (AI A0-A7)Monitoring temperature/pressure in process control
Analog Outputs4×0-10V (AO A0-A3)Adjusting valve positions in fluid systems
Power Supply230VAC input with safety guardEnsuring stable power for classroom setups
DC Signal Output0-10V with digital displayCalibrating sensors in HVAC training modules

Customization guide

Adjustable input/output configurations to meet specialized training needs (e.g., adding relay modules for high-current applications or reducing analog channels for basic courses).

Get inspired

With its robust aluminum chassis and expandable architecture, the SR6117 empowers educators to design hands-on curricula for PLC logic, ladder programming, and industrial automation workflows.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
I/O Capacity24DI/16DO/8AI/4AO+20% I/O (30DI/20DO)+40% I/O (40DI/24DO)
Analog Resolution10-bit (10V range)12-bit (0.01V precision)16-bit (0.001V precision)
CertificationsCE, RoHS+UL, IP54+TÜV, IP65, ISO 13849

Supplier's note

  1. Tripled I/O Density (Pro Model): With 40DI/24DO, the Pro version supports complex multi-device simulations, enabling training for advanced robotics or SCADA systems.
  2. Ultra-Precise Analog Control (Pro Model): 16-bit resolution allows students to practice high-accuracy processes like pharmaceutical mixing or semiconductor fabrication.
  3. Industrial-Grade Durability (All Models): Aluminum chassis and IP65 sealing (Pro) ensure safe use in harsh workshop environments.

For optimal selection:

  • Base Model: Ideal for introductory courses needing core PLC functions.
  • Advanced Model: Suitable for vocational schools requiring expanded I/O for robotics training.
  • Pro Model: Best for industrial partners simulating real-world high-stakes automation scenarios.

With the Pro’s TÜV certification, you can safely train technicians on safety-critical systems like emergency stop circuits. Pair its chemical-resistant coating with ruggedized connectors to replicate oilfield or chemical plant conditions.

Frequently asked questions

  • Which PLC training module is best for small classroom setups?

  • How to clean the aluminum PLC training board's input ports?

  • Aluminum vs Steel: Which material is better for PLC training equipment durability?

  • Can the SR6117 PLC training board be customized for specific training needs?

  • Is the SR6117 compliant with international educational safety standards?

  • How many digital inputs and outputs does the SR6117 PLC training board have?

  • What makes the SR6117 suitable for PLC programming education?

  • Does the SR6117 support analog signal input and output for advanced training?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Digital Inputs (DI)Industrial automation training24 channels (24VDC) ▲+50% vs Industry (16) (Supports 24 sensors)Enables complex sensor setups (e.g., conveyor systems).Higher cost; may overwhelm beginners.
Digital Outputs (DO)Motor control training16 channels (24VDC) ▲+100% vs Industry (8) (Controls 16 actuators)Simulates multi-device control systems.Requires advanced wiring skills.
Analog Inputs (AI)Process control training8 channels (0-10V) ▲+100% vs Industry (4) (Monitors 8 sensors)Precise simulations for temperature/pressure sensors.Steeper learning curve for analog signals.
Analog Outputs (AO)Motor speed control training4 channels (0-10V) ▲+100% vs Industry (2) (Controls 4 axes)Trains multi-axis control systems.Higher component costs.
Power SupplyGlobal training labs230VAC input ▲+118% vs Industry (110VAC) (Global compatibility)Works worldwide without converters.Requires safety training for high voltage.
Material (Aluminum)Workshop environmentsMIL-STD-810G compliant ▲+30% vs Industry (plastic) (Durable chassis)Resists damage from frequent handling.Heavier than plastic alternatives.

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