0102030405
300m Wall-Penetrating Wireless Bridge
Technical Specifications
| Item | Parameter Details |
|---|---|
| Communication Standard | IEEE 802.11ah (WiFi HaLow) |
| Frequency Band | 902–928MHz(USA) 863–868MHz(EUR) |
| Channel Bandwidth | 8MHz |
| Data Rate | 16Mbps |
| Receiver Sensitivity | 1M PPDU=10–105dbm; 8M PPDU MCS=0–95dbm; 8M PPDU MCS=7–81dbm |
| Max Network Nodes | Up to 8 access points |
| Transmit Power | Max 20dBm (100mW) |
| Modulation | BPSK,QPSK,QAM16,QAM64 |
| Transmission Range | 500m (LOS), 300m (NLOS) |
| Security Protocol | WPA2–PSK |
| Encryption | AES |
| Ethernet Port | 10/100Mbps |
| Serial Port | TTL Level |
| Baud Rate | 115200 |
| Power Supply | DC5V/1A12V/1A |
| LED Indicators | Power, AP/Client Mode, Signal Strength |
| Input Voltage | 5V/1A |
| Operating Temperature | –20℃ ~ 70℃ |
| Storage Temperature | –30℃~80℃ |
| Operating Humidity | 10%~90% |
| Storage Humidity | 5%~95% |
| Dimensions | 74*69*24mm(Excluding Antenna) |
| Weight | 49.6g |
Product Introduction
The Wireless Monitoring Elevator Tower Crane Long-Distance Transmission Bridge Through the Wall WIFI Router Signal Amplifier Enhancer is a game-changer for construction sites, offering a robust and efficient wireless monitoring system that ensures seamless communication between elevator tower cranes and monitoring stations. With its advanced technology, this product enables real-time data transmission over long distances, allowing for remote monitoring and control of tower crane operations with unparalleled ease and reliability.
One of the key features of this product is its long-distance transmission capability, which allows for uninterrupted communication between the tower crane and the monitoring station, even in challenging environments. This is made possible through the use of advanced wireless technology that ensures a stable and secure connection, regardless of the distance or obstacles in the signal path. As a result, construction companies can now monitor and manage their tower crane operations with confidence, knowing that they have a reliable and efficient communication system in place.
In addition to its long-distance transmission capabilities, the Wireless Monitoring Elevator Tower Crane Long-Distance Transmission Bridge Through the Wall WIFI Router Signal Amplifier Enhancer also serves as a signal amplifier and enhancer, ensuring strong and consistent signal strength throughout the construction site. This is particularly beneficial in areas where the signal may be weak or obstructed, as the product effectively boosts the signal to ensure seamless communication and data transmission.
Furthermore, this product is equipped with a through-the-wall WIFI router, which enables the seamless extension of the wireless network to cover a wider area, even in complex construction environments. This feature is especially valuable for large-scale construction projects, where multiple tower cranes and monitoring stations need to be connected to a single network. With the Wireless Monitoring Elevator Tower Crane Long-Distance Transmission Bridge Through the Wall WIFI Router Signal Amplifier Enhancer, construction companies can now establish a comprehensive and reliable wireless network that covers the entire construction site, ensuring seamless communication and data transmission across all areas.
In conclusion, the Wireless Monitoring Elevator Tower Crane Long-Distance Transmission Bridge Through the Wall WIFI Router Signal Amplifier Enhancer is a groundbreaking product that is set to transform the way construction companies monitor and transmit data in the field. With its advanced technology, long-distance transmission capabilities, signal amplification, and through-the-wall WIFI router, this product offers a comprehensive and reliable solution for wireless communication in the construction industry. By investing in this innovative product, construction companies can enhance their operational efficiency, improve safety, and streamline their tower crane monitoring and control processes.
Module Interface Definition
ETHEERNET AIR Instruction Manual
Product Diagram:
Operation Guide:
A:Connecting the Antenna to the SMA Connector
B:Connect the power adapter to the DC input port to supply power. Upon initialization, all five indicator lights will blink for 3 seconds during the self-test sequence. After completion, the power indicator will remain steadily illuminated. If the RX light stays on, this indicates the device is operating in receiver mode. Conversely, if the RX light remains off, the device is functioning as a transmitter
C:For video surveillance setup, connect the RX (receiver) device to an NVR or computer using an Ethernet cable, while linking the TX (transmitter) device to the IPC camera via network connection. This configuration enables remote video monitoring functionality.
D:For Wi-Fi coverage setup, connect the TX (transmitter) device to the LAN port of your internet-connected router using an Ethernet cable, then link the RX (receiver) device to the WAN port of your coverage router via network cable. This configuration establishes extended remote Wi-Fi coverage.
B:Connect the power adapter to the DC input port to supply power. Upon initialization, all five indicator lights will blink for 3 seconds during the self-test sequence. After completion, the power indicator will remain steadily illuminated. If the RX light stays on, this indicates the device is operating in receiver mode. Conversely, if the RX light remains off, the device is functioning as a transmitter
C:For video surveillance setup, connect the RX (receiver) device to an NVR or computer using an Ethernet cable, while linking the TX (transmitter) device to the IPC camera via network connection. This configuration enables remote video monitoring functionality.
D:For Wi-Fi coverage setup, connect the TX (transmitter) device to the LAN port of your internet-connected router using an Ethernet cable, then link the RX (receiver) device to the WAN port of your coverage router via network cable. This configuration establishes extended remote Wi-Fi coverage.
