User Manual

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Building Technologies Integration von DESIGO™ RXC in VISONIK CM2Z8338en_01
Building Automation Engineering 12.06.2006
4.4 Overall engineering procedure
The flow chart below is a simplified illustration of the complete engineering process for
the integration of the DESIGO RXC controllers. Activities and elements related
specifically to VISONIK are shown on a shaded background.
Specifications
Planning of
installation,
wiring diagrams
Engineering with
RXT10.1:
Create project,
select devices,
applications and
controllers.
Configure
Connect
Project data
Peripheral devices
Type, installation
Configuration
in COLBAS format:
RX NIBPS.COL
VISONIK
engineering RX:
Group creation
General VISONIK engineering
Commissioning
01037en
Configuration
in RXT format
NIOPEN.ASC
- Location text
- NIDES bindings
TSK112
group creation:
GROUP-CONF.COL
The table below contains brief details of the activities specifically related to VISONIK:
Activity Description
Engineering with the
RXT10
The procedure for engineering with the RXT10 commissioning
and service tool is as described in manual CA2B3808E. It is
important to note the following, however:
– the VISONIK-specific allocation of the location text
– the use of NIDES binding templates VISONIK 1 / 2
VISONIK
RXC engineering
The VISONIK RXC engineering comprises:
– Definition of groups: Definition of HVAC, lighting and blind
groups by editing TSK 122 (if available; otherwise it must
be created)
General VISONIK
engineering
The general VISONIK engineering consists of:
– Downloading the RXC coupling software into the BPS
– Configuration of group and room functions in the TEC data
points, e.g.: Summer/winter compensation, room
temperature monitoring, optimum start program, text
commentary, etc.
The VISONIK-specific activities associated with RXC integration are described in more
detail in the workflow section below and under the subsequent sub-headings.
4.5 Workflow for VISONIK RXC integration
Flow chart
VISONIK-specific
activities