Heavy-duty industrial valve for fluid control by APS Technology
Heavy-duty industrial valve for fluid control by APS Technology
Durable stainless steel valve used in bulk handling and chemical processing
Durable stainless steel valve used in bulk handling and chemical processing
High-performance valve for irrigation and fluid transfer systems
High-performance valve for irrigation and fluid transfer systems
Industrial-grade valve designed for mining and food processing applications
Industrial-grade valve designed for mining and food processing applications
Reliable flow control valve with precision engineering from APS Technology
Reliable flow control valve with precision engineering from APS Technology

APPLICATIONS

- Wireless communication between remote PLCs, HMIs, and control panels  

- Linking buildings or production areas across large industrial plants  

- Extending networks to silos, pump houses, conveyors, and dust collectors  

- Connecting remote CCTV cameras or security systems  

- Providing wireless access to SCADA and monitoring equipment  

- Industrial sites where trenching or laying cable is impractical  

- Long-distance IoT and sensor communication in agriculture, mining, and utilities

FEATURES

- Long-range point-to-point communication for industrial sites  

- High-speed data transmission for PLC, HMI, and SCADA networks  

- Supports 2.4 GHz and 5.8 GHz wireless bands depending on model  

- Outdoor-rated enclosures with extended –40°C to +70°C operating range  

- Multiple antenna options including high-power omni antennas  

- Secure wireless link with low latency and stable performance  

- Qualcomm chipset technology for reliable industrial communication  

- Ideal for cabling-restricted or large-area installations

Industrial Wireless Bridges

Industrial Wireless Bridges

Industrial Wireless Bridges provide long-range, high-reliability wireless connectivity between equipment, buildings, and remote industrial assets. They are designed to extend network communication to locations where traditional cabling is difficult, expensive, or impossible to install. By creating secure point-to-point (P2P) or point-to-multipoint (P2MP) wireless links, these devices enable seamless communication across large industrial sites such as factories, mines, farms, and water treatment facilities.

APS Industrial Wireless Bridges utilise advanced radio technologies and rugged industrial hardware to deliver stable high-bandwidth connections even in harsh outdoor environments. With options ranging from compact short-distance bridges to high-power long-range models capable of transmitting up to several kilometres, these solutions ensure reliable communication for PLCs, sensors, HMIs, control panels, CCTV networks, and remote monitoring systems.

What is an Industrial Wireless Bridge?

An Industrial Wireless Bridge is a specialised communication device used to wirelessly connect two or more network segments over long distances. It functions as a virtual Ethernet cable, replacing physical wiring with a secure radio-frequency link capable of transmitting data between remote equipment and central control systems.

Wireless bridges are commonly used in industrial plants, outdoor facilities, and distributed automation systems where wired connections are impractical. They support high-speed communication, low latency, and stable data transfer, making them suitable for SCADA networks, PLC communication, surveillance systems, and IIoT applications.

Industrial Wireless Bridges are available in various designs, including long-range 5 km outdoor units, compact 2.4 GHz indoor/outdoor bridges, and PLC-focused wireless communication modules with omni-directional antennas. With wide operating temperature ranges and Qualcomm-based radio platforms, these devices offer reliable operation in challenging industrial environments.

Product Specifications Table

Category

General Specification Range

Frequency Bands

2.4 GHz or 5.8 GHz (depending on model)

Wireless Range

Up to 1 km, 2 km, or 5 km based on device type

Operating Temperature

–40°C to +70°C

Antenna Options

High-power omni or directional antennas

Network Ports

1–2 LAN ports depending on model

Communication Modes

Point-to-Point (P2P), Point-to-Multipoint (P2MP)

Protection Level

Outdoor weatherproof housing

Radio Platform

Qualcomm industrial wireless chipset


SPECIFICATIONS

FEATURES

- Long-range point-to-point communication for industrial sites  

- High-speed data transmission for PLC, HMI, and SCADA networks  

- Supports 2.4 GHz and 5.8 GHz wireless bands depending on model  

- Outdoor-rated enclosures with extended –40°C to +70°C operating range  

- Multiple antenna options including high-power omni antennas  

- Secure wireless link with low latency and stable performance  

- Qualcomm chipset technology for reliable industrial communication  

- Ideal for cabling-restricted or large-area installations

APPLICATIONS

- Wireless communication between remote PLCs, HMIs, and control panels  

- Linking buildings or production areas across large industrial plants  

- Extending networks to silos, pump houses, conveyors, and dust collectors  

- Connecting remote CCTV cameras or security systems  

- Providing wireless access to SCADA and monitoring equipment  

- Industrial sites where trenching or laying cable is impractical  

- Long-distance IoT and sensor communication in agriculture, mining, and utilities

Conclusion

Industrial Wireless Bridges play a critical role in extending network communication across large or remote industrial environments. By enabling long-range wireless connectivity, they eliminate the need for expensive cabling and deliver reliable communication for PLCs, controllers, sensors, cameras, and industrial monitoring systems.

APS Wireless Bridge solutions combine rugged design, long-distance performance, and high network stability—making them ideal for manufacturing, utilities, agriculture, smart cities, and outdoor industrial automation. Whether linking remote equipment or providing reliable backbone connectivity, Industrial Wireless Bridges form an essential part of modern industrial IoT and communication infrastructures.

Get in touch to discuss your specific needs

Get in touch to discuss your specific needs