ADW300-4G Elevator Intelligent Power Generation and Energy saving System Solution

Ankrui Liu Qiuxia

ADW300-4G Elevator Intelligent Power Generation and Energy saving System SolutionMainly used for measuring three-phase active energy in low-voltage networks, it has the advantages of small size, high accuracy, and rich functions. It also has multiple communication options, including RS485 communication and wireless communication methods such as Lora, NB, 4G, wifi, etc. It also adds a current sampling mode for external transformers, making it convenient for users to install and use in different situations. It can be flexibly installed in the distribution box to meet the needs of sub item energy metering, operation and maintenance supervision, or power monitoring for different areas and loads.

OneADW300-4G Elevator Intelligent Power Generation and Energy saving System Solutiontechnical indicators

1. Active power accuracy: Level 1, reactive power accuracy: Level 2, voltage and current accuracy: Level 0.5;

2. Voltage specifications: 3 × 100V, 3 × 380V, 3 × 660V, 3 × 57.7/100V, 3 × 220/380V, 3 × 380/660V;

3. Current specifications: 3 × 1 (6) A, 3 × 20 (100) A;

4. Auxiliary power supply: DC24V, AC220V, AV380V;

5. Working temperature: -25 ℃~+55 ℃;

6. Storage temperature: -40 ℃~+70 ℃;

7. Relative humidity: ≤ 95% (no condensation);

8. Altitude: ≤ 2000 meters;

9. Dimensions: 72 * 87.8 * 71.5, supporting standard DIN35 rail installation

IIfunctional requirements

1. Support full power parameter measurement (U, I, P, Q, S, PF, F), voltage and current imbalance, voltage and current phase angle, voltage and current 2-31st harmonic measurement and total harmonic content;

2. Support bidirectional active and reactive energy measurement, and support multi rate energy statistics for three time periods, four time zones, 14 daily time periods, and four rates;

3. Support 4 types of maximum demand and occurrence time statistics;

4. Support historical electricity consumption in December (including electricity consumption at various rates);

5. Supports 4-channel NTC temperature measurement function, with a temperature range of -40 ℃~150 ℃;

6. Support 1-channel leakage current measurement function;

7. Supports 4-channel switch input and 2-channel switch output functions;

8. Supports RS485 communication, with baud rates adjustable from 1200bps to 9600bps, parity bits adjustable, and Modbus RTU protocol/DL/T645-07 protocol adaptive;

9. Supports 4G communication, HTTP, Mqtt, and custom TCP transparent protocols, and supports breakpoint resume;

10. Support alarm information such as overvoltage, undervoltage, overcurrent, overload, excessive imbalance, excessive demand, excessive total harmonic, high temperature, and excessive residual current, and support power-off reporting;

11. Support extreme values and occurrence times of the previous three months (including maximum and minimum values of three-phase voltage, current, power, and combined power);

12. LCD display

13. Support four button programming

14. Support active pulse output.

IIITest Report

1. Having a Type IV energy efficiency terminal test report;

2. Having a calibration certificate;

Four application networking diagram

The ADW300 wireless measuring instrument is mainly used to measure three-phase active energy in low-voltage networks. It has the advantages of small size, high accuracy, and rich functions. It also has multiple communication options, including RS485 communication and wireless communication methods such as Lora, 4G, wifi, etc. It also adds a current sampling mode for external transformers, making it convenient for users to install and use in different situations. On the basis of traditional smart meters, electric meters rely on wireless communication technologies such as 4G to achieve data transmission, which combines measurement accuracy and remote communication advantages, especially suitable for scenarios such as energy consumption, industry, and commerce that require high real-time and stability data.