Honeywell PEHA 952 JRM, Инструкция по установке, Страница: 3 / 8

GB - 1
PEHA_M_Installation_952JRM (Rev01-130308)
Important installation information !
• Read through the operating instructions carefully before putting the device into service!
• Only use 1-phase power supply with a 10A overload release. (terminal L, N

230V~/50 Hz)!
• Make sure the polarity of the motors is correct! After connecting the motors, switch to central UP. When not all of the motors move UP, check the motors’
connections and polarity!
• Auto mode for the outputs can be activated and deactivated at a switch on input I32 of the JRM module. This requires the corresponding outputs to be
assigned to input I32 (see AUTO MODE instructions).
caution !!
• Only one motor (max. 1A) may be connected to each output (e.g. motor M0: O0 = motor DOWN, O1 = motor UP)! The manufacturer’s operating
instructions must be observed when installing the motors.
• Use separate connections for the control and motor lines! They may not be laid together in one wiring connection.
• Wiring connections must not run behind the JRM for EMC reasons!
• The 24V inputs are connected to the JRM’s 24V supply voltage. Make sure that no connections are joined to any alternating current circuits (230V~).
This can cause a defect in the Compact JRM!
• The 24V supply voltage for inputs I0-I35 is provided by the module. Buttons or sensors are used to switch it to ground (0V terminals). The voltage
may only be used for this application! The separate sensor connection (terminal 0 and 24) must be used for operating voltages of 24 V!
• The wiring connections for supplying power (230 V~ /50 Hz) to the motors (terminals L0-L3) must be protected with a 10 A automatic circuit breaker.
Make sure the loads are evenly distributed!
ConneCTIon PossIbILITIes
O0 O1 O4 L0 O8 O11 O12 O15 L2 O19 O22 L3 O3 O5 L0 O6 O7 O9 O10 L1 L1 O13 O14 O16 O17 L2 O18 O20 O21 O23 L3 O2
M0 M1 M2 M3 M4 M5 M6 M7 M8 M9 M10 M11
0V I 6 I 7 I 8 I 5 I 4 I 2 I 1 I 3 I 0 0V I 15 I 16 I 17 I 14 I 13 I 11 I 10 I 12 I 9 0V I 24 I 25 I 26 I 23 I 22 I 20 I 19 I 21 I 18 0V I 33 I 34 I 35 I 32 I 31 I 29 I 28 I 30 I 27
36 x Input 24V
µ µ µ µ µ µ
µ µ µ µ
µ µ µ µ µ µ µ µ µ µ µ µ µ µ
9 mm
952 JRM
Compact
14:14 17.10.2012
compact
PROG ENTER


Status
L N
0 24
 Bus In  Bus Out
M
12 x 1A
100-240V~ / 50-60Hz
100-240 V~
50-60 Hz
24V
100mA
11
13 12
0 1 2 3
5 4 7 6
9
10
10 8
connections Description terminal
0
Terminal block 0
(Motor M0-M2)
Three motors (M0-M2) can be connected to the output terminal block 0. Motors M0, M1, M2 can be connected
together, or M0 and M1 can be connected separately from M2 (e.g. for RCD protective switch). A phase leg
(e.g. L1) must be connected to the L0 terminals to supply the motors with power (230V~/50Hz).
caution! The L0 terminals require the same potential!
O0-O5
1-3
Terminal block 1-3
(Motor M3-M11)
A total of 9 motors (M3-M11) can be connected to output terminal blocks 1-3 (3 motors to each terminal
block). One of the phase legs (L1-L3) must be connected to each terminal block to supply the motors with
power (230 V~ /50 Hz).
O6-O23
4 Wind sensor / rain sensor 24V-input for Wind and/or rain sensor. I35
5 Sun sensor S1 24V-input for sun sensor S1. I34
6 Twilight sensor 24V-input for twilight sensor. I33
7 Automatic 24 V input for a switch to activate/deactivate auto mode. I32
8 Pushbutton mode Group
24V inputs for connecting 3 dual buttons for the UP/DOWN function in group 0-2.
Attention! The “Sensors” setting deactivates Group 2! The inputs I30 and I31 for Group 2 are then available
for connection to a sun sensor S2/S3.
I26-I31
9 Pushbutton mode Central 24V-inputs for connection of 1 double button for the central UP/DOWN function I24-I25
10 Pushbutton mode Local 24V-inputs for connection of 12 double buttons for the local UP/DOWN function I0-I23
11 Main supply Operating voltage connection (100-240V~/50-60Hz). L, N
12 Bus connection Bus port for data link between modules (see COMPACT BUS instructions). Bus In/Out
13 Sensor connection Supply voltage for sensors (24V DC /100 mA). 0, 24
ConneCTIon DIagRaM
(1)
F F F F
(1)
Example of a separately connectable circuit breaker (M0 and M1).
terminal block 0 terminal block 1 terminal block 2 terminal block 3
Out
-
put
Output function
Output assignment / room
O0
Motor M0 DOWN

O1
Motor M0 UP

O2
Motor M1 DOWN

O3
Motor M1 UP

O4
Motor M2 DOWN

O5
Motor M2 UP

O6
Motor M3 DOWN

O7
Motor M3 UP

O8
Motor M4 DOWN

O9
Motor M4 UP

O10
Motor M5 DOWN

O
11
Motor M5 UP

O12
Motor M6 DOWN

O13
Motor M6 UP

O14
Motor M7 DOWN

O15
Motor M7 UP

O16
Motor M8 DOWN

O17
Motor M8 UP

O18
Motor M9 DOWN

O19
Motor M9 UP

O20
Motor M10 DOWN

O21
Motor M10 UP

O22
Motor M1
1 DOWN

O23
Motor M1
1 UP

Switches
Buttons or
Sensors
Input assignment
Input function
Input
Button local
UP

(M0)
I
0
Button local
DOWN

(M0
)
I
1
Button local
UP

(M1)
I
2
Button local
DOWN

(M1
)
I
3
Button local
UP

(M2)
I
4
Button local
DOWN

(M2
)
I
5
Button local
UP

(M3)
I6
Button local
DOWN

(M3
)
I
7
Button local
UP

(M4)
I
8
Button local
DOWN

(M4
)
I
9
Button local
UP

(M5)
I
10
Button local
DOWN

(M5
)
I
11
Button local
UP

(M6)
I
12
Button local
DOWN

(M6
)
I
13
Button local
UP

(M7)
I
14
Button local
DOWN

(M7
)
I
15
Button local
UP

(M8)
I
16
Button local
DOWN

(M8
)
I
17
Button local
UP

(M9)
I
18
Button local
DOWN

(M9
)
I
19
Button local
UP

(M10)
I
20
Button local
DOWN

(M10
)
I
21
Button local
UP

(M1
1)
I
22
Button local
DOWN

(M
11
)
I
23
Button
central UP

(M0-M1
1)
I
24
Button
central
DOWN

(M0-M1
1)
I
25
Button
group 0 UP

I
26
Button
group 0 DOWN

I
27
Button
group 1 UP

I
28
Button
group 1 DOWN

I
29
Button
group 2 UP

/ S2
(2)
I
30
Button
group 2 DOWN

/
S3
(2)
I
31
Switch
Automatic
On/Of
f
(3)
I
32
Twilight sensor
On/Of
f
I
33
S
un
sensor
S1 On/Of
f
I
34
Wind- /
rain
sensor
On/Of
f
I
35
(2)
(2)
Su
n
sensor
S
2/S3
connection
whe
n
Group
2
set
to
“Sensors”
mode
(see
CONF
IGURING
GROUP
2
instructions).
(3)
(3)
A
uto
mode
(t
imer
,
sun
sensor
,
twil
ight
sensor)
for
all
assigned
o
utputs
(see
A
UT
O
MODE
instructions).
F
PehA elektro gmbh & co. kg
Postfach 1727 • D-58467 Lüdenscheid • Tel.: (02351)185-0 • Fax: (02351)27666 • e-mail: peha@peha.de • Internet: www.peha.de
Installation instruction Compact
blind/roller shutter module
952 JRM GB
M0
M1 M2
M3
M4
M5 M6 M7 M8 M9
M10 M11
L1 L2 L3 L1
N
FI
L1‘
N‘
O0 O1 O4 L0 O8 O11 O12 O15 L2 O19 O22 L3 O3 O5 L0 O6 O7 O9 O10 L1 L1 O13 O14 O16 O17 L2 O18 O20 O21 O23 L3 O2
M0 M1 M2 M3 M4 M5 M6 M7 M8 M9 M10 M11
0V I 6 I 7 I 8 I 5 I 4 I 2 I 1 I 3 I 0 0V I 15 I 16 I 17 I 14 I 13 I 11 I 10 I 12 I 9 0V I 24 I 25 I 26 I 23 I 22 I 20 I 19 I 21 I 18 0V I 33 I 34 I 35 I 32 I 31 I 29 I 28 I 30 I 27
36 x Input 24V
µ µ µ µ µ µ
µ µ µ µ
µ µ µ µ µ µ µ µ µ µ µ µ µ µ
9 mm
952 JRM
Compact
14:14 17.10.2012
compact
PROG ENTER


Status
L N
0 24
 Bus In  Bus Out
M
12 x 1A
100-240V~ / 50-60Hz
100-240 V~
50-60 Hz
24V
100mA