Artificial intelligence motor load cabinet
Artificial intelligence motor load cabinet is designed to facilitate customers to adjust parameters. Even inexperienced operators can accurately and quickly adjust the required parameters. According to common standard parameters, the equipment has built-in nearly 30 common parameter modes. Quick call mode can adjust the required current, power factor and other parameters. The user-defined mode is reserved for the device, which can input parameters according to the actual needs. The system automatically calls the required parameters and saves them as the user-defined mode. The user can output the parameters only by calling the user-defined saved mode directly next time. The equipment has the functions of GPRS remote fault diagnosis and remote service, improving the ability of maintenance service and solving problems quickly, and also has the functions of overheating and overload protection.
Ⅰ. Technical parameters
1. Input power supply: AC220V/50Hz
2. Control System: PLC + Touch Screen Control and Display
3. Adjustment mode: setting parameters and automatic adjustment of equipment
4. Number of tests: 1-999999 can be set
5. Current waveform interface: 0-10V
6. Output: One-way
Ⅱ.Resistive load:
1, 0V-280V.
2. Pure resistance 1.0-20.0 A adjustable (optional 0.5-200A) power factor Cos (> 0.98).
3. Connection time: MAX 5S.
Ⅲ. Motor load:
1. Voltage is adjustable from 0V to 280V (optional from 0V to 420V).
2. The current is 6-120A adjustable (optional 6-180A).
3. Connecting current: 6 times test current.
4. Power factor Cos = 0.6 (+0.05).
5. Connection time: 50-200 mS adjustable.
Ⅳ. Inductive load:
1. cosj 0.3-0.98.
2, 1.0-20.0 A is adjustable (0.5-200A is optional).
3. Connecting time: MAX 5S can be set, and long-term work can be done below 16A.
4. Accuracy: 0.4 grade.
5. Display: voltage, current, power, power factor.
6. Current resolution: 0.01A.
7. Voltage resolution: 0.1V.
8. Load is resistive and inductive; inductance can be connected or disconnected.
9. Leakage protection, circuit breaking protection, short circuit protection and overheating protection.
10. It is equipped with current waveform detection interface.
11. Set up protective devices and sound and light alarm instructions.
12. Load is connected in parallel, and solid state relay is used to switch during testing.
