LoRa Smart LED Driver
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LoRa Smart LED Driver

The new BERSN BiPower AOC Output and Dimmable Outdoor Smart LED Drivers are specifically designed to smart lighting control system and deliver reliable performance and protection while meeting the strict performance, approbation and application requirements.
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Product Introduction

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Smart LED Driver

BiPower 60W/100W/150W/200W/250W AOC 230V IP67

The new BERSN BiPower AOC Output and Dimmable Outdoor Smart LED Drivers are specifically designed to smart lighting control system and deliver reliable performance and protection while meeting the strict performance, approbation and application requirements.

 

Features

• Adjustable output current for flexible adjustment of output current for products with different specification.

• Built-in active PFC functiony.

• Protection: Short circuit/Over current/Over voltage/Over temperature

• IP67 design for outdoor installation.

• Surge Protection: L/N-G 6kV, L-L 4kV.

• 5 years warranty.

 

Applications

• Road and street lighting

• Area and flood lighting

• Tunnel lighting

• High-bay lighting

• Surge Protection: L/N-G 6kV, L-L 4kV.

• 5 years warranty.

 

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Parameters

Power

40W/60W/100W/120W/200W/240W

Input Voltage

160-305

Vac

 

Frequency AC

50-60

Hz

Maximum permissible range

Output Voltage

24-36/ 40-48

Vac

 

Power Factor

≥0.9

Hz

At 230V at full load

Total Harmonic Distortion

≤15

%

At 230V at full load

Efficiency

89

%

At 230V at full load

Working Temperature

-40~70

 

 

Control Data

Protocol

LoRa

   

Network

Mesh

   

Dim Range

0~100%

   

Radio

470~510Mhz/868Mhz/915Mhz

 

Different Countries different Frequency options

RF Tx Power

17 dBm / 50mW

   

Antenna Gain

2 dBi

   

 

Lifetime

Specification item

Value

Unit

Condition

Lifetime

50,000

Hours

At Tcase Life; Survival rate = 90%

 

Features

Specification item

Value

Remark

Condition

Over Temperature Protection

Yes

Cut-off

 

Open Circuit Protection

Yes

   

Short Circuit Protection

Yes

   

Over Power Protection

Yes

   

Over Voltage 380V Protection

Yes

   

 

Certificates and Standards

Specification item

Value

Approval Marks

CE / RoHS

Ingress Protection Rating

IP67

 

Surge Capability

Specification item

Value

Unit

Condition

Mains Surge Capability Differential Mode

4

KV

L-N

Mains Surge Capability Common Mode

6

KV

L/N-GND

 

Related Model

Model

Power

Output Current

Eff

Size

BS-Y60-36L

60W

1.2-1.7A

89%

 

BS-Y60-48L

60W

0.9-1.25A

89%

 

BS-Y100-36L

100W

2.0-2.8A

90%

222*74*42MM

BS-Y100-48L

100W

1.4-2.1A

90%

222*74*42MM

BS-Y150-36L

150W

2.9-4.2A

91%

230*74*42MM

BS-Y150-48L

150W

2.2-3.1A

91%

230*74*42MM

BS-Y200-36L

200W

3.9-5.6A

92%

258*75*48MM

BS-Y200-48L

200W

2.9-4.2A

92%

258*75*48MM

BS-Y250-36L

250W

4.9-6.9A

93%

258*75*48MM

BS-Y250-48L

250W

3.6-5.2A

93%

258*75*48MM

 

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Dimension

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LoRa system functions:

  • Long-distance communication: LoRa technology can achieve long-distance communication from several kilometers to tens of kilometers, and is suitable for connection needs in urban areas and rural areas.
  • Low power consumption: LoRa devices have low power consumption characteristics and can run for a long time on battery power, making them suitable for low-power application scenarios such as IoT devices and sensors.
  • High indoor coverage capability: LoRa technology has strong wall penetration capabilities and indoor coverage capabilities, and is suitable for communication needs in various complex environments.
  • Multi-connectivity: The LoRa system supports large-scale device connection and can connect thousands or even tens of thousands of devices at the same time to realize large-scale IoT applications.
  • Security: The LoRa system provides data encryption and security authentication mechanisms to ensure the security and privacy of communication data.
People also ask: 

Q: What is LoRa mesh?

A: LoRa MESH is an ad hoc network communication protocol based on LoRa technology. Using LoRa wireless communication technology, multiple devices form a self-organized network to form a mesh topology to realize interconnection between devices

Q: Why use LoRa instead of WiFi?

A: LoRa is designed to provide low-power, low-data rate communications between sensors, gateways, and the cloud. The main advantage of LoRa is its long-range coverage (see figure below), which allows it to be used in applications where Wi-Fi is not feasible due to range limitations.

Q: How far can LoRa communicate?

A: Node transmission at 25 mW, combined with an antenna with an energy gain of 5–6 dBi, allows a range of 7 km (measured in a straight line). For maximum range, the best transmission parameters are obtained using directional antennas, owing to their strongly focused, unidirectional beams.

Q: How much area can a mesh network cover?

A: 2,000 to 5,500 square feet

Q: What is the purpose of a mesh network?

A:A mesh network is a group of connectivity devices, such as Wi-Fi routers that act as a single network, so there are multiple sources of connectivity around your house instead of just a single router. Google calls the first mesh device you set up a router, and each additional mesh device a point.

Q: Does LoRa have GPS?

A: A LoRa GPS tracker is a device that utilizes LoRa networks to transmit geographic coordinates from its inbuilt GPS module. The long-range LoRa connectivity enables real-time location tracking of assets, vehicles, personnel and more – anytime, anywhere.

Q: Can LoRa work without antenna?

A: As a general rule, it's not recommended to run any RF transmitters (not only specific to LoRa) without an antenna attached (or with some dummy load) as the energy from the transmission is effectively reflected by the open end and can damage the equipment.

Q: Can LoRa be jammed?

A: Our empirical study shows that although LoRa physical layer (PHY) is robust and resilient by design, it is still vulnerable to synchronized jamming chirps.

 

 

 

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