Basic Documentation

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Siemens Universal controllers RMU710B, RMU720B, RMU730B CE1P3150en
Building Technologies Communication 03.10.2011
Reception zones Transmission zones
Inputs (N.X1…A8(2).X4) Inputs (N.X1…A8(2).X4)
Digital outputs (N.Q1…A8(2).Q5)
Analog outputs (N.Y1…A8(2).Y2)
Main menu > Commissioning > Communication > LTE reception zones >
Operating line Range Factory setting
N.X1…A8(2).X4 ---, 1…4095
1)
---
Main menu > Commissioning > Communication > LTE transmission zones >
Operating line Range Factory setting
N.X1… A8(2).X4
N.Q1…A8(2).Q5
N.Y1…A8(2).Y2
---, 1…4095
1)
---
1)
The following range data applies for the activated filter table function when using the universal
transmission and reception zones with line coupler or IP router:
 1…3839 are blocked for data exchange.
 3840…4095 are open for data exchange.
Bus signals can be simulated using the "Simulation inputs" function when
commissioning the plant (Section 8.1.3).
No. Te
xt Effect
5902 >1 identical LTE zone Non urgent message; must not be
acknowledged.
The air quality average for 2 air quality sensors are available on one RMS705B
(device 1) from 2 air quality sensors. This value is sent as a transmission object via
an analog output and processed from an RMU7x0B (device 2).
The following transmission and reception zones are engineered for example tasks:
RMS705B, device 1 RMU7x0B, device 2 Value
Terminal Transm.zone Terminal Reception zone
N.Y1 1 N.X1 1 Average for air quality
= Transmit
= Receive
In RMS705B, device 1, the following is configured:
Main menu > Commissioning > Communication > LTE transmission zones >
Operating line Range Factory setting
N.Y1 1
In RMU7x0B, device 2, the following is configured:
Main menu > Commissioning > Extra configuration > Input identifier >
Operating line Range Factory setting
N.X1 ppm
Overview
Setting values
Setting values
Note
Fault status messages
Example 1
Data exchange concept
Configuration
Device 1
Device 2