Specifications are subject to change without notice (30.09.2005)
1
Solid State Relays
PCB 1-Phase ZS/IO
Types RP1A..D10, RP1B..D10
AC Solid State Relay primarily for PCB mounting
Zero switching or instant-on
Rated operational current: 10 AACrms (25 AACrms with
forced air cooling)
Rated operational voltage: Up to 600 VACrms
Surface mount technology
Flexible encapsulation for extended life
Control voltage: 4 to 32 VDC*
Opto-isolation: > 4000 VACrms
Non-repetitive peak voltage: up to 1200 V
p
Non-repetitive surge current: up to 250 A
p
Product Description
Ordering Key
Solid State Relay (PCB)
Number of poles
Switching mode
Rated operational voltage
Control voltage
Rated operational current
Rated operational
Non-rep. voltage
Control voltage
Rated operational current
voltage
10 AACrms
230 VACrms
650 V
p
3-32 VDC
RP1A23D10
400 VACrms
850 V
p
4-32 VDC
RP1A40D10
480 VACrms
1000 V
p
RP1A48D10
600 VACrms
1200 V
p
RP1A60D10
Switching mode
Rated operational voltage
Rated operational current
Control voltage
A: Zero switching
23: 230 VACrms
10: 10 AACrms
D: 4-32 VDC
B: Instant-On switching
40: 400 VACrms
48: 480 VACrms
60: 600 VACrms
* 3-32 VDC for RP1.23D10
Type Selection
Selection Guide
RP 1 A 60 D 10
The RP1..D10 is a SSR series
for socket or PCB-mounting,
providing an ideal interface
between logic controls and
AC loads. The RP1..D10 is
designed for resistive and
inductive load switching up to
600VACrms. The integral
heatsink allows switching of a
high current in this compact
package. Opto-isolation and
load switching are performed
by individual components,
providing higher reliability.
This relay can also drive high
AC53a loads up to 7 AACrms.
The Solid State technology
used can withstand peak volt-
ages of 1200V, making the
RP1..D10 series suitable to
drive AC loads such as loaded
induction motors.
RP1.23D10
RP1.40D10
RP1.48D10
RP1.60D10
Operational voltage range
RP1A
12-265 Vrms 20- 440 Vrms
20-530 Vrms
20-660 Vrms
RP1B
12-265 Vrms 12- 440 Vrms
12-530 Vrms
12-660 Vrms
Non-rep. peak voltage
< 650 V
p
< 850 V
p
< 1000 V
p
< 1200 V
p
Rated insulation input to output
4 kVArms
4 kVArms
4 kVArms
4 kVArms
Operational frequency range
45 - 65 Hz
45 - 65 Hz
45 - 65 Hz
45 - 65 Hz
Power factor
> 0.5
> 0.5
> 0.5
> 0.5
Zero voltage turn-on
< 10 VACrms
< 10 VACrms
< 10 VACrms
< 10 VACrms
Approvals
UL, cUL
UL, cUL
UL, cUL
UL, cUL
CE-marking
Yes
Yes
Yes
Yes
General Specifications
2
Specifications are subject to change without notice (30.09.2005)
RP1.23D10, RP1.40D10
RP1.60D10
RP1.48D10
Rated operational current
AC51 @ Ta=25C
10 AACrms
10 AACrms
AC53a @ Ta=25C
7 AACrms
6 AACrms
Min. operational load current
10 mAACrms
10 mAACrms
Rep. overload current t=1 s
16 AACrms
35 AACrms
Non-rep. surge current t=20 ms
250 A
p
250 A
p
Off-state leakage current @ rated voltage and frequency
< 3 mAACrms
< 3 mAACrms
I
2
t for fusing t=10 ms
340 A
2
s
450 A
2
s
Critical dI/dt @ 50 Hz
50 A/s
50 A/s
Critical dV/dt off-state min.
1000 V/s
500 V/s
On-state voltage drop max.@ rated current
< 1.5 VACrms
< 1.5 VACrms
Weight
Approx. 40 g
Housing material
Black Epoxy coating
Terminals
Copper alloy, tin-plated
Housing Specifications
RP1...D10
Output Specifications
Operating temperature
-30 to +80C (-22 to +176 F)
Storage temperature
-40 to +100C (-40 to +212F)
Thermal Specifications
Control voltage DC
RP1.23D10
3 - 32 VDC
RP1.40D10, RP1.48D10,
RP1.60D10
4 - 32 VDC
Pick-up voltage
RP1.23D10
2.8 VDC
RP1.40D10, RP1.48D10,
RP1.60D10
3.8 VDC
Drop-out voltage
1.2 VDC
Reverse voltage
32 VDC
Max. input current
RP1A..D10
10 mA
RP1B..D10
17 mA
Response time pick-up
RP1A..D10
1/2 cycle
RP1A..D10 @ Vin
5VDC
200 s
Response time drop-out
RP1B..D10
1/2 cycle
RP1B..D10 @ Vin
5VDC
1/2 cycle
Input Specifications
12
2
4
6
8
10
0
80
70
60
50
40
30
20
Load current [AACrms]
Surrounding temperature [C]
2.5ACrms
RP1..D10
Derating Curve (convection cooling)
Derating curve is used for finding max. load current
at an elevated ambient temperature.
0
5
10
15
20
25
30
30
20
40
50
60
70
80
Surrounding temperature [C]
Load current [AACrms]
12AACrms
RP1.23D10
RP1.40D10
RP1.48D10
RP1.60D10
Derating Curve
(forced air cooling at 15m
3
/h)
Derating curve is used for finding max. load current
at an elevated ambient temperature.
2.5 AACrms
Surrounding temperature C
Specifications are subject to change without notice (30.09.2005)
3
Dimensions
RP1...D10
37 mm
22 mm
11 M
43 mm
9 M
18 mm
4 M
3 M
M = 2.54 mm =
1
/10 "
22 mm
These relays can be used to switch heaters, motors, lights,
valves or solenoids.
If more than one relay is mounted, please allow a minimum
distance of 20 mm in between for sufficient air cooling.
Applications
Functional Diagram
3
4
2
1
Control
input
REGULATION
ZC - Zero Crossing
IO - Instant On
ZC
IO
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