EC21 Product Catalogs - three wire

Yalong YL-380B PLC Control Pneumatic Trainer (Double Side)

20241104

three-phase five-wire AC 380 V ± 7% 50 Hz; 2. Size: 1400×1040×1700 (mm) (length × width × height); 3. The size of the computer desk: 600 × 530 × 1000 (mm) (length × width × height); 4. The a

Tablet Charging Cart HJ-CM13

20230617

three optional mode. Lock system ensure the cart against theft. High quality ball bearing wheels and sturdy handles secure high mobility. CE certificated Power. 10 years for frame & 1 year for electr

DLDJ-GY001 Single Phase Induction Motor Trainer

20240307

three-wire 220V ± 10% 50HZ The working environment: ambient temperature range is -5 ~ 40 ℃ The device capacity: AC <1.0KVA The general power control: leakage protection function, when the leakage

TB-220413-V-001 Motor Control Trainer for Direct Online Connection, Educational Equipment

20230919

three-phase four-wire AC220V±10% 60HZ (2) Weight: < 50KG (3) Working conditions: ambient temperature -10℃ ~ +40℃ relative humidity < 85% (25℃) (4) Size: 950*470*1010mm 3 . List of components a

DLFA-565A Optical Sensor Mechatronics Training Set

20150314

three-wire, AC 220V, 50Hz Capacity:<1KVA Work pressure: 0.6MPA Net Weight:150Kg Temperature: -10-40 Q1：What factors affect the price? A: The quality of components: All the components we use are re

82 Inch Smart E Blackboard

20211210

wires and these ports. * You can also share through screen sharing software and wireless connection dongle. Easily connect through easy touch. You can write digital annotation and screenshot during

Electrical Protection Training Workbench Educational Equipment

20151023

three wire（L,N,PE），AC220V±10％，50HZ 2. Power: Pmax=300W 3. Module: 21 4. Environment temperature:－30℃~40℃, relative humidity: ≤90％ 5. Weight: 110kg 6. Dimension: W 1600mm&t

Building Automation Trainer Teaching Equipment

20141124

specifications II. Technical specifications 1. Input: AC380V, three phases, five wires. 2. Power output: AC380V/3A, AC220V/5A. 3. Dimension: 1920×1920×2050mm（L×W×H）