Additional Accessories; Cleaning; Installation; Installation Of The Temperature Sensor At The Buffer Cylinder - Buderus AM200 Notice D'installation

3

Installation

Specifications
Measuring range of flue gas
temperature sensor TF1
Permitted ambient temperature
IP rating
Protection class
ID no.
Table 3
2.7

Additional accessories

For detailed information about suitable accessories, refer to the
catalogue or Internet page of the manufacturer.
• Control unitRC310: weather-compensated control unit with outside
temperature sensor; connected to BUS; connected to outside
temperature sensor preferably at the conventional heat source, only
to connection T1 when using stand-alone alternative heat source.
• Flow and return temperature sensor; connected to TA1, TB4 and
TR1, TR2
• Flue gas temperature sensor; connection TF1
• Pump return; connected to PR1
• Cylinder temperature sensor; connected to TB1, TB2, TB3
Installation of additional accessories
▶ Install the additional accessories in accordance with legal regulations
and the instructions supplied.
2.8

Cleaning

▶ If required, wipe the enclosure with a damp cloth. Never use
aggressive or acidic cleaning agents for this.
16
0 ... 300 °C
0 ... 60 °C
IP 44
I
Data plate
( Fig. 20 at the end of document)
3 Installation
DANGER:
Danger to life due to current!
Touching live parts can result in an electric shock.
▶ Before installing this product: Disconnect the heat source and all
other BUS nodes from the mains voltage across all poles.
▶ Before commissioning: mount cover ( Fig. 19 at end of document).
3.1 Installation
▶ Install the module on a wall, ( Fig. 4 to Fig. 6 at end of document),
on a mounting rail ( Fig. 7) or in an assembly.
▶ When removing the module from the mounting rail, refer to Fig. 8 at
the end of the document.
3.2 Installation of the temperature sensor at the buffer
cylinder
When using dual buffer cylinders in which DHW is heated in the upper
part of the buffer cylinder, position the upper buffer cylinder
temperature sensor TB1 so that it cannot be affected by the DHW
heating. TB1 can be positioned at roughly 50-70 % of the height
between the heating flow ( ) and heating return (
3
water temperature sensor TW1 as high up as possible so it cannot be
, 
affected by the return ( ). Fig. 21 at the end of the document
4 5
shows the PR...-5 type buffer cylinder as an example.
When using buffer cylinders heated by a single heat source, position the
upper buffer cylinder sensor TB1 so that the required comfort is
achieved in the event of sudden heat energy demand. We recommend
installing TB1 at roughly 60-80 % of the buffer cylinder height, because
the volume above the sensor serves as a heat buffer.
When using an alternative heat source with control signal input,
connection of TB1 (switch-on and modulation sensor) and TB3
(switch-off sensor) is absolutely essential. The sensor TB2 can be
installed as an option to obtain information on the fill level of the buffer
cylinder and does not affect the control.
Legend for Fig. 21 at end of document:
TB1 Upper buffer cylinder temperature sensor
(switch-on and modulation sensor of alternative heat source and
blocking sensor of conventional heat source)
TB2 Centrally positioned buffer cylinder temperature sensor
(information on fill level of buffer cylinder)
TB3 Buffer cylinder temperature sensor at bottom
(switch-off sensor of alternative heat source)
TW1 DHW temperature sensor of conventional heat source

DHW flow
1

Heat source flow
2

Heating flow
3

Heating return
4

DHW return
5

Heat source return
6
AM200 – 6720884574 (2018/04)
). Position the hot
4