Back to overview

WLAN 1100 – the WLAN solution for machine building

Full coverage

WIRELESS products

Use the new WLAN 1100 wireless module from Phoenix Contact to very easily install fast and stable WLAN network on your machines. Featuring integrated antennas and extreme robustness, the space-saving module has been carefully considered down to the last detail for applications in machine building.


WLAN 1100  

The compact WLAN 1100 wireless module

WLAN 1100 combines an Access Point and antenna in a single device. It therefore provides a space-saving and inexpensive WLAN connection for your machine.

Easy to mount

WLAN 1100 connections  

Connection via RJ45 and COMBICON connector

The wireless module is as easy to mount as an antenna thanks to single-hole mounting. The connection is made using a COMBICON and RJ45 Ethernet connector. Since it does not take up any space in the control cabinet, it can be easily retrofitted.


WLAN 1100 with two integrated antennas  

Stable wireless communication via two integrated antennas

Two powerful, integrated antennas with MIMO technology (Multiple Input, Multiple Output) ensure fast and stable wireless reception wherever it is needed. This significantly increases the robustness, speed, and range of your wireless communication.


A metal rod falling onto the WLAN 1100  

WLAN 1100 even withstands a hard impact

The housing is shockproof according to IK08. It therefore even withstands stronger mechanical loads in harsh industrial environments.


Wireless module mounted on the machine  

Compact installation on the machine

Like an antenna, WLAN 1100 features a compact mounting solution and can be mounted directly on machines, mobile vehicles or control cabinets. Since it does not take up any space in the control cabinet, it can also be easily retrofitted.


8240 Parkhill Drive
Milton, Ontario L9T 5V7


The WLAN solution for machine building

Implementing a stable wireless reception quickly with the WLAN 1100.

This website uses cookies, by continuing to browse, you agree to our cookie policy. Read our privacy policy for more information.