PLC Training Series

The DLPLC‑CSDY AC 380V 3A Test Power Module provides standard AC380V and AC220V voltage outputs with stable power‑supply performance. It is equipped with leakage, overload and short‑circuit multi‑safety protections to ensure secure experimental operation. Featuring intuitive measurement display and strong compatibility, this module satisfies diverse requirements for electrical equipment testing, electrician skill training and practical teaching demonstrations. Compact modular structure makes it highly adaptable for automation lab training scenarios.

The DLPLC‑AIAO DC 0‑10V Standard Signal Module simulates genuine industrial analog signal application scenarios to accelerate students’ adaptation to practical site operations. It supports both practical operation and simulation two‑level training modes, effectively closing the gap between theoretical teaching and real‑world industrial practice. Multiple built‑in safety protections for personnel and equipment guarantee standardized and flexible experimental usage. Constructed with special mould profiles and anodizing surface treatment, it achieves reasonable structural layout and modern appearance. Custom safety test leads and connectors exceed MIL and IEC international standards to avoid electric‑shock hazards during hands‑on practice. This module provides standard DC 0‑10V analog signals for automation‑related teaching experiments.

The DLPLC‑DC24 24V DC Power Module replicates real‑world industrial power supply application scenarios to help students get familiar with actual field operation requirements rapidly. It adopts dual‑level training modes of practical operation and simulation, effectively bridging the gap between theoretical knowledge and industrial practical training. Multiple safety protections for operators and equipment ensure standardized and flexible experimental operations. The module frame is made of special mould profiles with anodizing coating for rational layout and modern aesthetic appearance. Custom‑manufactured safety test leads and connectors surpass MIL and IEC international standards, eliminating electric‑shock risks during hands‑on teaching experiments. It provides stable DC24V output for various automation training modules.

The DLPLC‑SFDJ Servo Motor Module adopts genuine Siemens 1FL6034‑2AF21‑1AA1 permanent‑magnet synchronous servo motor, perfectly matched with SINAMICS V90 servo drive to build a high‑performance servo motion system. Featuring low‑inertia rotor design, it realizes fast start‑stop action, excellent dynamic response and accurate positioning. It supports position, speed and torque multi‑mode closed‑loop control, equipped with 2500‑line TTL incremental encoder for real‑time precise position feedback. With 300% peak overload capability to resist instantaneous impact load and maintenance‑free operation, this industrial‑grade real‑component module offers authentic practical training for light‑load high‑frequency motion‑control teaching scenarios.

This DLPLC‑SF Servo Driver Module adopts genuine Siemens SINAMICS V90 PN servo drive matched with SIMOTICS S‑1FL6 0.4 kW servo motor, constructing a complete PROFINET bus closed‑loop motion‑control system. It delivers high‑precision positioning, stable speed regulation, fast response and real‑time bus communication performance. The module supports 300% short‑term overload capacity to handle instantaneous load shocks and adapts to typical light‑load precision motion cases like conveyor lines, labeling machines, small robotic arms and precision feeding mechanisms. It provides authentic industrial‑grade hardware for students to carry out servo drive, bus communication and motion‑control practical training.

This DLPLC‑HMI Human‑Machine Interface training module simulates real industrial HMI application scenarios to help students get familiar with field operation workflows rapidly. It adopts dual‑mode training including practical operation and simulation, effectively eliminating the gap between theoretical teaching and real‑world industrial practice. Multiple safety protections for users and equipment ensure standardized and flexible experimental operation. Built with special mould profiles with anodizing coating, it features reasonable structural layout and modern‑looking appearance. Custom safety test leads and connectors meet MIL and IEC international standards, preventing electric‑shock hazards during hands‑on training.

This DL PLC‑VFD Inverter Training Module is highly‑simulated to real industrial frequency‑conversion applications, enabling students to master practical‑site operation skills efficiently. It adopts dual‑level training modes of operation and simulation, effectively bridging the gap between theoretical knowledge and industrial practice. Equipped with multi‑layer safety protection for operators and equipment, the module guarantees reliable and secure experimental operation. Its frame is constructed from mould profiles with anodized surface treatment, delivering a sturdy‑built, compact and beautiful structure. Custom safety test leads and connectors comply with MIL and IEC international standards, eliminating electric‑shock risks during hands‑on training.

This PLC training system based on Siemens S7‑1200 controller is an ideal teaching platform for industrial automation courses. Adopting an L‑shaped integrated sheet‑metal structure, it features small footprint, stable performance and easy maintenance. The highly‑integrated front‑panel design centralizes power supply and IO signal interfaces, greatly simplifying experimental wiring. It provides multiple power‑output options to support various industrial control and industrial‑network training projects. Complete safety protection functions such as short‑circuit, overload, over‑current protection and emergency‑stop switch effectively prevent equipment damage and ensure student‑operation safety.

DLPLC-SIMGD-1200 Siemens PLC Training Kits Equipment is a PLC technician training workbench developed for technical vocational education and higher technical education, and is specially designed for current colleges and universities.
The technical teaching equipment integrates programmable controller (Siemens S7-1200), Botu software, and simulation control experiment board. In order to combine technical vocational teaching requirements, a variety of domestic textbooks were used in the design process, and 10 groups of the most typical experiments were selected. The plc training equipment supporting communication programming cable, provides the required 24V/2A power supply, the plc training workbench
has the functions of leakage protection and power short-circuit protection, and has the characteristics of complete experimental projects, flexible configuration, and rich content for didactic equipment.
Meet the following PLC teaching course requirements:
"Programmable Logic Controller Technology"
"Principle and Application of Programmable Logic Controller"
"Intermediate Maintenance Electrician"
"Senior Maintenance Electrician"
"PLC Application Technology"
"PLC Principles and Applications" and other courses