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Transcript
trigger relay in 12mm housing
SW1/SW2
overview
coil voltage 24V~=
1
SPCO output max. 10A
trigger input with 1/0/Auto switch
SW1
SW2
3,0V ON
7,0V ON
2,5V OFF
6,5V OFF
LED indicators for output
in
1
11.25mm DIN rail mount housing
SW1/SW2
DIN
The SW triggers are designed to control pumps, fans, burners etc. They are
also designed to operate with an analogue 0-10VDC control signal.
Trigger Function
As soon as the input voltage reaches the operating threshold (ON), in AUTO
Mode, the relay pulls in.
If the input voltage falls below the cut off threshold (OFF), the relay drops out
again.
A manual control facility with feedback contact, (mode 1) is incorporated for
manual operation
The module can be operated in two modes which can be selected by the
three-position switch (Auto, 0, 1).
1. Switch position “1”:
The output relay is controlled via terminals A1, A2
2. Switch position “Auto”: The output relay is controlled by the trigger
through terminals YR. The operating voltage
must be available continuously at terminal A1.
3. Switch position “0”:
The relay is switched off. Input signals at terminals
A1 or YR are ineffective.
A1
12
14
+YR
3V(7V)
B1
11
2.5V(6.5V)
(By SW2)
B2
1
0
A
specification
coil voltage
nominal voltage +10% / -15%
duty cycle
100%
nominal current
15mA
suppressor circuit
freewheeling diode and varistor
output relay spec.
Ie AC-15*
115V~
Ie AC-15*
230V~
Ie DC-13*
24V=
>
>
11
YR
B1
A1 A2
B1 YR
A1
Supply = U = A1-A2
~+
1,5A
1,5A
on delay
<8ms
off delay
<25ms
switching voltage
250V~=
input current
15A
continuous current (detached)
continuous current (attached)
min. switching capacity
10A@+20°C
3A@+60°C
>5mA
max. switching frequency
-A2
EN 60947-5-1
1,5A
600/h
6
mechanical
2 x 10 operations
electrical
1 x 10 operations
5
screw tightening torque
0,5Nm
operating conditions
-20 to +60 °C non condensing
1
0
14 11
part no
12
~
supply
ordering information
14
A2
12 B2
B2
A
output
24V~=
600mW
SPCO
SW2 24Vac/dc
24V~=
600mW
SPCO
Gehäusetypenhousing type Gehäusetype
41,5
O
12,00
0:00
60
60
16
SW1 24Vac/dc
60
HIQUEL 2011
B01.00
HIGH QUALITY ELECTRONICS