AC Power Electrical Training Equipment Providing Comprehensive Instructional Materials
Electrical Training Equipment providing comprehensive instructional materials and user manuals to support effective training delivery
Product Introduction
The network-based programmable logic controller (PLC) training device integrates a PLC, programming software, simulation control experiment box, physical components, and frequency converter. It allows for intuitive training of basic PLC instructions, simulation experiments of multiple widely used PLC applications, and physical control experiments. It also provides excellent conditions for advanced design and development experiments. It can complete multiple electrical control experiments.
Technical Specifications
- AC power supply: Three-phase five-wire AC 380 V±10% 50Hz;
- Temperature: -10~50℃; Ambient humidity: ≤90% with no water droplets condensing;
- Total power consumption: ≤1.0 kVA;
- Safety Protection Measures: The desktop of the training table is made of high-insulation, high-strength, and high-temperature resistant material. It has grounding protection and leakage protection functions, and its safety meets relevant national standards. It uses high-insulation safety sockets and high-strength safety experimental wires with insulating sheaths .
- External dimensions : 1300mm * 700mm * 1560mm ±10%
Practical Training Projects
- PLC Cognitive Training
- PLC Basic Command Practice
- Inching forward control circuit for a three-phase asynchronous motor
- Three-phase asynchronous motor contactor self-locking control circuit
- Contactor-interlocked forward and reverse control circuit for a three-phase asynchronous motor
- Push-button interlocked forward and reverse control circuit for a three-phase asynchronous motor
- Double-interlocked three-phase asynchronous motor forward and reverse control circuit
- Three-phase asynchronous motor star/delta starter manual control circuit
- Automatic control circuit for star/delta starting of three-phase asynchronous motor
- Multi-location control of three-phase asynchronous motors