User Manual

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Building Technologies Integration of DESIGO™ RXC CM2Z8338en_01
Building Automation Engineering 12.06.2006
4.11.2 Mapping table for NIDES.RX inputs
The NV Name and SNVT_Type columns contain the names of the NIDES.RX inputs in
the order in which they appear in the NIDES.RX window of the Binding Template
Editor. The switch must be set so that the NIDES.RX window
(Target) is to the right
of the connecting arrow.
Inputs in the NIDES.RX window of the Binding Template Editor cannot be integrated
unless they are documented here.
In the case of structured NVs, a permanently defined selection of elements is mapped.
These are shown in the NV Element column (not visible in the NIDES.RX window). The
value range, unit and semantics are defined by the SNVT type and documented here.
The Link point column shows the associated address. The Link Point Type is always
AI
and the output value is always the EMV of the lnk point.
Sole exception: nviStatus (Object Status) is mapped to the ERSTA (see 3.2.2).
In the case of third-party devices, the nviStatus must be integrated explicitly.
The Integration function column contains a reference to the relevant subsection of
Section 3.
• NVs with this type of reference can only be integrated with third-party devices.
• NVs with the reference AppLibV2 are available when use is made of Application
Library V2, and can be integrated as single value parameters.
• NVs with the reference AppLibV1 are not
available in Application Library V2. This
applies to the NVs nviSetptEffect and nviEffectOccup which have been replaced
in V2 by nviEffHvacMode.
NIDES.RX
BPS
NV Name
(Description)
SNVT_Type NV Element
Link point Integration
function
nviAbsHumid1
SNVT_abs_humid
→ @AI x ' 141 AppLibV2
nviAirDamperPos
SNVT_lev_percent
→ @AI x '85 3.2.17
nviAirDamperPos2
SNVT_lev_percent
→ @AI x '14 3.2.17
nviAirflow
SNVT_flow
→ @AI x '73 3.2.16
nviAirflow2
SNVT_flow
→ @AI x '15 3.2.16
nviAirFlow2Fh
SNVT_flow
→ @AI x '125 AppLibV2
nviAirFlow2Tot
SNVT_flow
→ @AI x '127 AppLibV2
nviAirFlow2TotDem
SNVT_flow
→ @AI x '126 AppLibV2
nviAirflowHeat
SNVT_flow
→ @AI x '87 3.2.16
nviAmp1
SNVT_amp
→ @AI x '142 AppLibV2
nviAmpAc1
SNVT_amp_ac
→ @AI x '143 AppLibV2
nviAmpF1
SNVT_amp_f
→ @AI x '144 AppLibV2