9/36
CPS-M1-MSE
4x 0,8 Ø
6x 0,8 Ø (RT 45)
10x 0,8 Ø (RT 45-LT)
6x 0,8 Ø (RT 45)
10x 0,8 Ø (RT 45-LT)
2x 0,8 Ø
2x 0,8 Ø
OK
OK
4x 0,8 Ø
English
99.828.70 1.2/07/22
General instructions for connection
•
The connections, particularly the earth connections, may be connected to the respective associated PSM supply module and components only.
No cross-flow of current may occur.
•
System voltage 24 V DC and/or 230 V AC!
•
If 24 V DC and 230 V AC cables are laid in the same cable duct in the control panel,
it must be ensured that the
insulation of each conductor must be designed for the highest nominal voltage (≤ 250 V)
.
•
A green-yellow core may only be used as protective earth conductor.
Wiring diagram (sample)
When selecting and routing cables, regional
installation requirements pertaining to electric
cable systems and necessary safety devices,
and/or directives pertaining to maintaining the
function of electrical cables must be observed
(e.g. MLAR guidelines for the fire protection
requirements to be met by cable systems in
Germany).
Note:
Due to the variety available on the market,
no type designations are specified for these
cables. Please contact your D+H Partner for
this information.
Cable line (control
panel - detector)
The cables are monitored for short circuits and
line breaks.
Cables for D+H SHEV systems
Cable group (control panel - drive)
At least three-wire design:
• 2 wires
for supplying the drive
(Mot.a/
Mot.b)
• For
pole-changing drives, 1 additional
wire
for cable monitoring, through which
the SHEV high-speed (HS) signal is also
transmitted to the drive.
• For
ACB drives, 2 additional wires
for the
bus connection.
Cross-section (mm²) = cable length (m) x total current
80
Wind/rain sensor
SHEV control panel
External control
SHEV operation panel
Approx. 1.5 m
above upper edge
of finished floor
Ventilation button
Approx. 1.2 m
above upper edge
of finished floor
Fire detector
SD-O 371 or FD-T 271
Drive on
SHEV opening
See cable lengths and cross sections
230 V AC 50 Hz
Separate power circuit.
Identify the fuse.
to additional
Total current
1 A
2 A
3 A
4 A
5 A
6 A
7 A
8 A
9 A
10 A
2 x 1,5 mm²
120
60
40
30
24
20
17
15
13
12
m
2 x 2,5 mm²
200
100
65
50
40
33
28
25
22
20
m
• max. cable length 500 m
• min. cable cross section 1.5 mm²
•
A maximum voltage drop of 6.5% (3% with
third-party drives) on the cables is permitted.
• Max. 45 drives can be connected to a group
•
The following two formulas must always be
used to calculate cable cross sections. The
higher value must be used.
Cable lengths and cross sections for Mot.a and Mot.b (AM 24 / 24 V drives)
Cable lengths and cross sections for L ▲, L▼, N and PE (AM 230 / 230 V drives)
Total power consumption
200 VA 500 VA 800 VA 1100 VA 1400 VA 1700 VA 1840 VA
5 x 1,5 mm²
167
167
167
132
104
85
79
m
5 x 2,5 mm²
278
278
278
220
173
142
131
m
5 x 4 mm²
444
444
444
351
276
227
210
m
Formula 1:
Cross section (mm²) =
Basic cable length (m) x total power of all Drives (VA)
96600
Formula 2:
Cross section (mm²) = Basic cable length (m)
111
