Specification

Model Basic Information

Item

Specification

Model No.

ODU-SUN-2G-308B-PRO

Product Name

Outdoor Waterproof IP67 Enhanced Solar PoE Switch

Housing Material

Die-cast Aluminum Alloy, Nylon Waterproof Cable Gland

IP Rating

IP67

Supported Cable Diameter

Φ4–8mm network cable

Installation Method

WALL Rail Mounting

Net Weight / Gross Weight

2.82kg / 3.09kg

Dimensions

Main Unit: 216*106*98mm

Extended Mount Version: 216*160*98mm

Package Size: 295*161*122mm

Certifications

CE-EMC EN55032, CE-LVD EN62368, FCC Part 15 Class B, RoHS Compliant

Warranty

1-year warranty for main unit (accessories excluded)

3. Ethernet & PoE Port Specifications

3.1 Network Performance

Parameter

Value

Fixed Ports

2×10/100/1000Base-TX PoE Ports (Data + Power integrated)

Total Switch Bandwidth

12Gbps

Packet Forwarding Rate

8.928Mpps

MAC Address Table Depth

4K entries

Max PoE Bridge Total Output Power

90W

PoE Power Pin Assignment

45+, 78-

3.2 Adjustable PoE Output Power

Port

Switchable Output Voltage

Max Output Power

LAN1

24V / 48V (controlled by DIP switch)

30W @24V

LAN2

24V / 48V (controlled by DIP switch)

45W @48V

3.3 Independent DC Output Port

  • Terminal: 2P 3.5mm terminal block
  • Voltage Switch: 12V / 24V (DIP switch control)
    • 12V mode: Max 18W output
    • 24V mode: Max 30W output

4. DIP Function Switch Definition

4.1 LAN & IoT DIP Switches (ON_DIP group)

  1. IoT Power ON/OFF control
  2. LAN1 PoE power enable/disable
  3. LAN1 voltage switch: ON=48V, OFF=24V
  4. LAN2 PoE power enable/disable
  5. LAN2 voltage switch: ON=48V, OFF=24V

4.2 DC Output DIP Switch

  1. OFF = DC 12V output
  2. ON = DC 24V output

4.3 Solar Power System DIP Switches

  1. POWER: Main system power ON/OFF
  2. WCHARGE: Wide voltage solar charging enable/disable

5. LED Indicator Description

5.1 Network & PoE Status LEDs

  1. LAN1: Link/Activity + Gigabit speed indicator
  2. LAN2: Link/Activity + Gigabit speed indicator
  3. LAN1 PoE: 24V/48V power output status
  4. LAN2 PoE: 24V/48V power output status
  5. DC OUT: 12V/24V DC power output status
  6. Qlink IoT Network LED (Optional hardware required)
  7. MQTT Link LED (Optional hardware required)

5.2 Solar & Battery Power LEDs

  1. SUN: Solar panel input status
  2. BT: Battery & system running status (1s flash under normal state)
  3. VOK: Normal high-voltage output ready indicator
  4. BIN: Solar charging status
  5. BOUT: Discharge output status
  6. LED 0–65%: Battery level indicator (0–65% capacity)
  7. LED 65–100%: Battery level indicator (65–100% capacity)

6. Built-in Lithium Battery & MPPT Solar Charging System

Parameter

Specification

Battery Type

Lithium Battery

Rated Battery Capacity

308Wh

Nominal Battery Voltage

12.6V

MPPT Charge Mode

CC-PL / CC-CV automatic charge control

Automatic Operation

Auto charge & auto discharge

Solar Input Terminal

4P 3.5mm terminal (2P negative, 2P positive; single wire max 6A, parallel two pairs for full 12A load)

Max Solar Input Current

12A

Max Solar Input Power

1200W

Solar Panel Open Circuit Voltage

Standard: ≤32V; Wide voltage charging: 40–57V

Normal Charging Voltage

12.6V

Full Charge Condition

Charging current drops below 30mA at rated voltage

Max Boost Discharge Current

2.5A

High-Voltage Output Range

53–57V

Max Total System Output Power

120W

Battery Low Cut-off Voltage

9V

Overheat Protection

Auto shutdown when internal temperature >100

7. Complete Protection Circuits

7.1 Solar Input Protection

Overvoltage protection, overcurrent protection, delayed startup, reverse polarity anti-reverse connection protection

7.2 System Output Protection

Overcurrent protection, overvoltage protection, short-circuit auto cut-off

7.3 Surge Lightning Protection

6KV 8/20μs lightning surge protection, internal circuit IP40 protection

8. Environmental Operating Conditions

8.1 Working Environment

  • Operating Temperature: -40 ~ +75
  • Operating Humidity: 5% ~ 90% RH, non-condensing

8.2 Storage Environment

  • Storage Temperature: -45 ~ +85
  • Storage Humidity: 5% ~ 95% RH, non-condensing

9. Typical Application Scenarios

  1. Off-grid solar outdoor PTZ surveillance cameras
  2. Remote roadside IoT monitoring terminals
  3. Outdoor high-power Wi-Fi wireless access points
  4. Mountain, farm and unattended industrial equipment power supply
  5. Rural solar intelligent monitoring systems
  6. Construction site temporary solar network deployment