Honeywell PRO32E1EN Network Kits

PUC I/O extension modules are part of the Honeywell PUC Series programmable unitary

controller which supports Ethernet BACNet IP communication.

Two types of I/O modules extend the functions of the controller and meet the need of

more I/O points. The hardware design of the controller integrates with the elements

of Honeywell's user experience, which embodies the essence of people oriented

concept no matter from appearance or usage. I/O extension modules, integrated

with the controller, is programmable by using the same programming tools and can

be widely used to control different building equipment.

Features

• Built-in input/output ports allowing extension module through RS-485 port to enrich

point combination

• Support the connection of points among controllers, namely “binding”, to make

invocation more convenient

• Additional network security with advanced security encryption standard

• Embedded programmable tool under niagara platform with user friendly interface,

compatibly use the programs edited by the existing WEBs tools

• CE, UL and RoHS certification

The programmable unitary controller expansion module supports Ethernet communication network

controller, and is ued to expand system capacity, to meet the management requirements of more

input/output devices,greatly improve system efficiency, and better protect users' overall investment.

The family-based system design enables the expansion module and controller to be freely

programmable with the same programming tools and flexibly and widely applied to the control

ofintelligent building equipment accordingly.

The PUC16000-EM2 and PUC00016-EM2 expansion modules are designed for the full life cycle of

intelligent building automation system, including the design phase, installation and commissioning

phase, and post-maintenance phase, to ensure optimal support for each link and achieve efficient

operation and long-term stability of the entire system.

The PUC16000-EM2 universal input expansion module has a 16-bit resolution and provides a higher

monitoring accuracy to ensure detailed and accurate system response.