Function Definition; Setting The Coding Switch; Scope Of Delivery; Specification - Bosch ME 200 Installationsanleitung Für Den Fachmann

Product Information
2.3

Function definition

The module allows an alternative heat source with water routing to be
connected to a EMS 2 control system.
Cylinder charging/discharging: the availability of and demand for heat
in the cylinder is measured via two cylinder temperature sensors. By
controlling valves and pumps accordingly, the module ensures that heat
energy demand is met by charging and discharging the cylinder. If
required, the module also controls a mixer with temperature sensor in
the system flow.
Return temperature increase: the module controls the pump and valve
via the flow temperature and, if applicable, the return/flue gas
temperature at the alternative heat source in order to maintain a
minimum return temperature at the alternative heat source.
Control of active alternative heat source: the module can switch
electrically activatable alternative heat sources (e.g. pellet stove with
boiler function) on/off directly depending on the heat energy demand, or
modulate these if possible.
Blocking/releasing: if there is sufficient heat in the buffer cylinder, the
conventional heat source is blocked and bypassed via a bypass valve.
If the alternative heat source cannot supply enough heat to the buffer
cylinder, the conventional heat source is released. When using a heat
source with electronics EMS 2 electronics (e.g. MX 25 from V1.44), the
interlock can be applied for the DHW and heating separately.
Heating circuit pump for heating circuit 1 (Heating circuit installed):
in a system with a stand-alone alternative heat source (ME 200 address
9 or 10), the module ME 200 can switch the pump of the first heating
circuit on or off. The heating circuit pump is either connected to ME 200
(At the boiler) or MM 100 with address 1 (At the module).
Integration on a cascade system with MC 400(from 3 heat sources):
in a cascade system with MC 400, the alternative heat source must be
placed at the last position of the cascade.
2.4

Setting the coding switch

4 5 6
3
2
1
0
Coding Function of module
0 Off (as-delivered condition) or Reset module settings
1 System with alternative heat source and conventional heat
source (integrated system)
2...8 Without function
9 Alternative heat source as only heat source (stand-alone
control; no buffer cylinder sensor is connected)
10 Alternative heat source as only heat source (stand-alone
control; buffer cylinder sensor TB1 is connected)
Table 2 Coding and function
2.5

Scope of delivery

Fig. 1 at end of document:
[1] Module ME 200
[2] Bag with strain relief
[3] Installation Instructions
3 temperature sensors (12 k , 9 mm), can be used as flow,
[4]
return or cylinder temperature sensor
2.6

Specification

This product conforms to European directives and
supplementary national requirements in design and
operation. Compliance is demonstrated by the CE marking.
You can request the conformity declaration of the product. If you require
this, contact the address on the back cover of these instructions.
32
7
8
9
10 10
0010014208-001
Specification
Dimensions (W × H × D)
Maximum conductor cross-section
• 230 V terminal
• Extra-low voltage terminal
Rated voltages
• BUS
• Module mains voltage
• User interface
• Pumps and mixers
Fuse
BUS interface
Power consumption – Standby
Max. power output
Max. power output per connection
• PR1
• VB1, VR1, VR2, OA3
Measuring range of all flow/return/
buffer cylinder temperature sensors
• Lower fault limit
• Display range
• Upper fault limit
Measuring range of outside
temperature sensorT1
• Lower fault limit
• Display range
• Upper fault limit
Measuring range of flue gas
temperature sensor TF1
Permitted ambient temperature
IP rating
Protection class
ID no.
Temperature of ball thrust test
Degree of pollution
Table 3
2.7

Additional accessories

For detailed information about suitable accessories, refer to the
catalogue or Internet page of the manufacturer.
• Control unitC 400/C 800: 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.
246 × 184 × 61 mm (for more
dimensions  Fig. 2 at the end of
this document)
2
• 2.5 mm
2
• 1.5 mm
• 15 V DC (reverse polarity
protected)
• 230 V AC, 50 Hz
• 15 V DC (reverse polarity
protected)
• 230 V AC, 50 Hz
230 V, 5 AT
EMS 2
< 1 W
600 W
• 400 W (high-efficiency pumps
permissible; <30 A for 10 ms)
• 10 W
• < – 10 °C
• 0 ... 100 °C
• > 125 °C
• < – 35 °C
• – 30 ... 50 °C
• > 125 °C
0 ... 300 °C
0 ... 60 °C
IP 44
I
Data plate ( Fig. 18 at the end of
document)
75 °C
2
ME 200 – 6721841615 (2021/11)