Flexible architecture
Touchpoint Pro has been designed to deliver flexibility, allowing the
system to be freely configured to meet customers’ varying needs.
Touchpoint Pro’s modularity means that any system topology can be built,
including centralised, distributed I/Os, or a mix of both.
24/7 visibility of system status
Touchpoint Pro’s central controller has a Webserver interface, which can
be accessed when it is connected to a network, allowing users to
remotely view status and event history, and acknowledge, reset or
inhibit channels. This feature offers the possibility of system
monitoring and data analysis from a remote location using multiple
devices including tablets, smart phones and remote computers.
Simple installation and maintenance
Using a simple building block technique to create your system,
Touchpoint Pro offers multiple features that simplifies installation,
setup and ongoing maintenance. A key feature to this is the preloaded
sensor catalogue, which contains a complete listing of all Honeywell
Analytics’ gas sensors, each with a full default configuration setting. A
user can choose to configure input channel settings from the sensor
catalogue, resulting in a quick and simple three step configuration
process. The rest of the configuration will be loaded automatically.
Wide selection of inputs/outputs accepted
The Touchpoint Pro Input/Output plug-in modules can be combined up to a
maximum of 16 input modules (64 channels) and 32 output modules (128
channels). Modules can be located in any Touchpoint Pro enclosure and
power distribution is via the communication/power Rail. Touchpoint Pro
accepts analogue, digital and relay modules making it one of the most
flexible controllers available.
Intuitive user interface
The heart of the Touchpoint Pro is the central controller, which
includes the user interface. The user interface features a full colour
LCD touch screen, and provides engineers with an intuitive solution to
system set-up and deployment. Easily accessible icons, supported by
drop-down menus ensure that even the most complex of system
configurations can be commissioned with efficiency. 
