Summary; Brief Description And Key Features; Type Summary; Equipment Combinations - Siemens RVP360 Basic Documentation

Heating controller for 2 heating circuits and d.h.w.
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Siemens
Building Technologies
1

Summary

1.1

Brief description and key features

The RVP360 is a multifunctional heating controller for use in residential and non-
residential buildings.
It is suited for weather-compensated flow temperature control of 2 heating zones
with or without room influence and for demand-dependent boiler temperature
control .
The controller is used in plants with own heat generation.
On the d.h.w. side, the controller covers plants with storage tank charging via
the heating system, with electric immersion heater, and with solar collectors.
The controller is supplied with 6 programmed plant types. When a certain type of
plant is selected, all functions and settings required for that particular plant will
be activated.
A multifunctional relay provides additional control functions, if required.
Heating curve adjustment is digital. Readjustments of the room temperature of
each heating circuit are made with knobs.
All other parameter settings are made based on the operating line principle.
The RVP360 controller can communicate with other LPB-compatible devices in
the system via LPB (Local Process Bus).
Key design features: Operating voltage AC 230 V, CE conformity, overall
dimensions to IEC 61554 (144 x 96 mm)
1.2

Type summary

The RVP360 is a compact controller and requires no plug-in modules. The control-
ler is supplied complete with base.
Product no. Description
RVP360
Heating controller for 2 heating circuits and d.h.w. heating with
solar support, communicating
1.3

Equipment combinations

1.3.1

Suitable sensors

For water temperatures:
Suitable are sensors operating with a sensing element LG-Ni1000:
Strapon sensor QAD22
Immersion sensors QAE22...
Immersion sensor QAP21.3 complete with connecting cable
Immersion sensor QAP21.2 complete with connecting cable (solar)
Basic Documentation RVP360
1 Summary
9/106
CE1P2546en
2017-07-24

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