The intelligent power saver utilizes advanced electromagnetic conversion technology, regulating the output voltage through an electronic matrix. The three-phase circuit adopts an independent control method, with a microcomputer sampling the input and output voltages and performing tracking processing on the output to ensure the output voltage remains within the set range. Summary of parameter specifications: 10KVA, 15KVA, 20KVA, 30KVA, 40KVA, 45KVA, 50KVA, 60KVA, 80KVA, 100KVA, 120KVA, 125KVA, 150KVA, 160KVA, 180KVA, 200KVA, 250KVA, 300KVA, 315KVA, 400KVA;

BMW/PT-30KVA High-Power Street Light Lighting Voltage Regulation and Control Device Remote Monitoring Precautions

When used beyond the rated coil, contact rating, switching life, and other usage ranges, abnormalities, smoking, or spontaneous combustion may occur. Electrical components and equipment generally have a certain failure rate.

Durability varies depending on usage and conditions. When using, be sure to conduct actual machine confirmation based on actual usage conditions.

If used in a state of performance degradation, abnormalities, smoking, or fire may occur due to insulation aging.

To prevent personal injury, fire accidents, social damage, etc., due to product failure or end of life, adopt redundant design, fire prevention and spread control design, error-proof design, and other safety designs and periodic measures.

When the relay equipment is energized, the charged parts pose an electric shock risk; please be cautious.

When installing the device (including terminal blocks, sockets, and other connecting components), performing maintenance, or troubleshooting, please cut off the power supply.

When connecting terminals, first refer to the internal wiring diagram in the manual and then connect correctly.

Incorrect connections may lead to unexpected malfunctions, abnormalities, or spontaneous combustion.

High-Power Street Light Lighting Voltage Regulation and Control Device Performance Parameters

◇ Input Grid: Rated Voltage Three-Phase 380V ±10% / Single-Phase 220V ±10%

◇ Frequency: 50Hz / 60Hz

◇ Voltage Waveform: Sine Wave

◇ Harmonic Pollution: None

◇ Parameters: Temperature -20°C to 45°C

◇ Humidity: Not more than 85%

◇ Altitude: Not exceeding 4000 meters

◇ Operating Parameters: Overload Current Capacity 1.1 times rated current for 30 minutes

◇ Overload Impact Capacity: Can withstand transient overload impact

◇ Product Lifespan: ≥ 100,000 hours

◇ Insulation: 2.5kV insulation between grid and casing

◇ Heat Dissipation: Fan cooling

◇ Fan Voltage: 220V

◇ Safety: EN61558-2-6, EN55014-1, EN61000-3-2, EN61000-3-3

◇ Cabinet Protection Level: IP42

◇ Insulation Resistance: >5MΩ

◇ Withstand Voltage Strength: Can withstand 2000V for 1 minute

◇ Continuous Overload Capacity: 1.2 times

◇ Short-Time Overload Capacity: 1.5 times

◇ Nominal Power Saving Rate: 15-45% or more

◇ Connection: Series connection in the circuit

◇ Maximum Allowable Temperature Rise: 70K

Application Areas: BMW/PT-30KVA High-Power Street Light Lighting Voltage Regulation and Control Device Remote MonitoringSignificant power-saving effects for ordinary fluorescent lights, energy-saving fluorescent lights, high-pressure sodium lamps, metal halide lamps, cold reflector halogen lamps, neon lights, etc. Particularly suitable for street lights, factory workshops, highways, subway stations, supermarkets, restaurants, exhibition halls, parking lots, amusement parks, department stores, office buildings, light boxes, and other lighting applications.

High-Power Street Light Lighting Voltage Regulation and Control Device Function Indicators:

Based on the characteristics of lighting fixtures, full-voltage output;

Aims to extend the service life of lighting fixtures. This device can have backup operation to protect energy-saving equipment and ensure normal street light illumination.

No Harmonics: Since the intelligent street light controller uses thyristor control but is not in the main circuit, it does not generate any harmonics in the grid.

Does not produce any harmonic pollution to the grid, improving grid capacity margin.

Remote Control and Monitoring: Achieve remote intelligent monitoring and control of power equipment lighting via the Internet and IoT; realize intelligent control and management of power equipment through the lamp networking series controller;

* The power-saving device has a low-voltage automatic bypass function, automatically entering power-saving mode when voltage returns to normal.

The device features an LCD screen for display and control functions, enabling real-time monitoring of operating three-phase voltage, current, temperature, cumulative operating time, and other parameters.