Cleaning And Care; Supplementary Accessories; Installation; Electrical Connection - Bosch MP100 Installation Instructions Manual


°C °C
20 14772 44
26 50
11500
32 9043 56
38 7174 62
Table 3 Pressure drop values of the connected swimming
pool temperature sensor
2.3

Cleaning and care

▶ If required, wipe the enclosure with a damp cloth. Never
use chemically aggressive or acidic cleaning agents.
2.4

Supplementary accessories

For precise information regarding suitable accessories, refer to
the catalogue.
• For mixed swimming pool circuit:
– Mixer motor; connection to VC1
– Swimming pool temperature sensor; connection to TC1.
Installation of supplementary accessories
▶ Fit accessories according to legal requirements and the
installation instructions provided.
3

Installation

DANGER: Risk of electric shock!
▶ Before installing this product: completely
disconnect heat appliances and all other
BUS nodes from the mains voltage.
▶ Before commissioning: fit the cover
( Fig. 14, page 81).
3.1 Installation
▶ Install the module on a wall ( Fig. 3 to Fig. 5, page 78) or
on a mounting rail ( Fig. 6, page 79).
▶ When removing the module from the mounting rail, refer to
Fig. 7 on page 79.
▶ Install the swimming pool temperature sensor TC1
( Fig. 1 [3], page 77) in a suitable place ( Fig. 16,
page 83).
3.2

Electrical connection

▶ Observe current regulations applicable to power
connections, and use at least cable type H05 VV-...
MP100
 
°C
5730 68 2488
74
4608 2053
3723 80 1704
3032 86 1421
3.2.1 Connecting the BUS connection and temperature
sensor (extra-low voltage side)
▶ If the conductor cross-sections are different, use the
junction box to connect the BUS nodes.
▶ Connect BUS nodes [B] via junction box [A] in star
( Fig. 12, page 81) or via BUS nodes with 2 BUS
connections in series ( Fig. 16, page 83).
If the maximum total length of the BUS
connections between all BUS nodes is
exceeded, or if the BUS system is realised as a
ring structure, the system cannot be
commissioned.
Maximum total length of BUS connections:
2
• 100 m at 0.50 mm conductor cross-section
2
• 300 m at 1.50 mm conductor cross-section
▶ All low voltage leads must be routed separately from cables
carrying mains voltage to avoid inductive interference
(minimum separation 100 mm).
▶ In the case of external inductive interferences (e.g. from
PV systems), use shielded cables (e.g. LIYCY) and earth
the shield on one side. The shield should be connected to
the building's earthing system, e.g. to a free earth
conductor terminal or water pipe, and not to the earth
connecting terminal in the module.
When sensor leads are extended, apply the following lead
cross-sections:
• Up to 20 m with 0.75 mm
section
• 20 m up to 100 m with 1.50 mm
▶ Route cables through the grommets provided and connect
them as shown in the connection diagrams.
3.2.2 Connecting the power supply, pump and mixing
valve (mains voltage side)
The assignment of the electrical connections
depends on the system installed. The
description shown in Fig. 8 to Fig. 11, from
page 79 onwards, suggests a possible process
for assigning the electrical connections. Some
of the steps are not shown in black. This makes
it easier to see which steps belong together.
▶ Only use cable of comparable quality.
▶ Ensure correct polarity on the power supply.
Do not use standard plugs on fly leads for power supply.
Installation
2 2
to 1.50 mm conductor cross-
2
conductor cross-section
6 720 812 220 (2014/06)
| 9