Specifications

1. Product Introduction

XK-DLDZ1 adopts modular construction, function extension flexible, training bench including thyristor main circuit,KC04 trigger circuit,TCA785 trigger circuit,TC787 trigger circuit,acousto-optic control circuit,active inverter etc.

XK-DLDZ1 equipped with leakage protector, isolation transformer protection, high reliability leakage protector, current type leakage protector and anti-electric shock socket and reliable grounding, constitute multiple,reliable,comprehensive safety protection system. Training bench with signal source,convenient wheels. It will finish experiments of power electronics, electrician etc.

2. Training kit technical index

2.1 Size: 1700mm *700mm *1500mm

2.2 Power supply: three phase five wires system, power≤1.5KVA

2.3 Three phase power source main switch with leakage protection IΔn<30mA, time<0.1S

2.4 With power indication light,power supply indication

3. Signal Source Technology Parameter

3.1 ±15V adjustable DC power source

3.2 4-20mA adjustable current source

3.3 0-450V AC power source output

4. Accessory for Experiment

4.1 Experiment wires: 50 pieces

4.2 Bread board jumper wires: 100 pieces (weak current connection wires: length 60cm;

Strong current connection wires: 60cm)

4.3 Digital multmeter: DT-830L 1pcs

5. Experiment Project

5.1 Single phase half-wave controlled rectifier

5.2 Single-phase full-wave bridge rectifier is not controlled

5.3 Three-phase full-wave controlled rectifier bridge

5.4 Single-junction transistor trigger circuit

5.5 Sine wave synchronous phase shift trigger circuit

5.6 Sawtooth synchronous phase shift trigger circuit

5.7 Single-phase AC voltage regulator trigger circuit

5.8 Single-phase parallel inverter trigger circuit

5.9 TCA785 trigger circuit

5.10 KC04 integrated phase-shift trigger circuit

5.11 TC787 trigger circuit

5.12 Single phase half-wave controlled rectifier circuit experiment

5.13 Single phase half-wave controlled rectifier bridge circuit experiment

5.14 Single-phase full-controlled rectifier bridge and the active inverter circuit experiment

5.15 Three-phase half-wave controlled rectifier circuit experiment

5.16 Three-phase half-wave active inverter circuit experiment

5.17 Three-phase half-controlled bridge rectifier circuit experiment

5.18 Fully controlled three-phase bridge rectifier and active inverter circuit experiment

5.19 Single-phase AC power regulation circuit experiment

5.20 Three-phase AC voltage regulator circuit experiment

5.21 Switching power supply training

5.22 Sound and light control circuit training

5.23 Automatic temperature control circuit training