Autonics SRC1 Series Catalog Page

SENSORS

CONTROLLERS

MOTION DEVICES

SOFTWARE

(J)
Temperature
Controllers

(K)
SSRs

(L)
Power
Controllers

(M)
Counters

(N)
Timers

(O)
Digital
Panel Meters

(P)
Indicators

(Q)
Converters

(R)
Digital
Display Units

(S)
Sensor
Controllers

(T)
Switching
Mode Power
Supplies

(U)
Recorders

(V)
HMIs

(W)
Panel PC

(X)
Field Network
Devices

Single-Phase, Slim Detachable Heatsink Type SSR

Features

● Slim, compact size (22.5 mm width)

● High heat dissipation e󰀩ciency with ceramic PCB

● Zero cross turn-on, random turn-on models available

● Input Indicator (green LED)

Please read “Safety Considerations”

L...::::I

&~

_____

in the instruction manual before using.

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E:

c'i\lus

SRC1 Series

Ordering Information

SRC 11 2 15

Item

Model Rated input voltage Rated load current Rated load voltage Function

SRC1-1215-N 4-30VDC

SRC1-4215-N 90-240VAC

SRC1-1220-N 4-30VDC

SRC1-4220-N 90-240VAC

SRC1-1230-N 4-30VDC

SRC1-4230-N 90-240VAC

SRC1-1420-N

SRC1-1420R-N Random turn-on

SRC1-4420-N 90-240VAC

- -

Rated load current
(resistive load)

Rated load voltage

Rated input voltage

Control phase

ᜡ

ᜠ

ᜡ

ᜠ

ᜡ

ᜠ

4-30VDC

ᜡ

ᜠ

N

Version

T

Function

15A

20A

30A

20A 48-480VAC

N Renewal

I I I

No Mark Zero cross turn-on
R Random turn-on

15 15A
20 20A
30 30A

2 24-240VAC
4 48-480VAC

1 4-30VDC
4 90-240VAC

1 Single-phase

SRC Solid State Relay (slim type)

24-240VAC

ᜠ

ᜠ

Zero cross turn-on

Zero cross turn-on

Zero cross turn-on

Autonics

K-11

SRC1 Series

Specications

Input

Rated input voltage range 4-30VDC

Allowable input voltage range 4-32VDCᜡ 85-264VACrmsᜠ (50/60Hz)

Max. input current 18mA 18mArms (240VACrmsᜠ)

Pick-up voltage Min. 4VDC

Drop-out voltage Max. 1VDC

Turn-on
time

Turn-o󰀨 time Max. 0.5 cycle of load source + 1ms Max. 2 cycle of load source + 1ms

Zero cross turn-on Max. 0.5 cycle of load source + 1ms Max. 2 cycle of load source + 1ms

I

Random turn-on Max. 1ms

I

ᜡ

ᜡ

ᜡ

Output

Rated load voltage range 24-240VACrmsᜠ (50/60Hz) 48-480VACrmsᜠ (50/60Hz)

Allowable load voltage range 24-264VACrmsᜠ (50/60Hz) 48-528VACrmsᜠ (50/60Hz)
Rated load

current

Min. load current 0.15Arms 0.2Arms 0.5Arms 0.5Arms
Max. 1 cycle surge current

(60Hz)
Max. non-repetitive surge cur-

rent (I
Peak voltage (non-repe itive) 600V 1200V (Zero cross turn-on), 1000V (Random turn-on)

Leakage current (Ta=25℃) Max. 10mArms (240VACᜠ/60Hz) Max. 10mArms (480VACᜠ/60Hz)
Output on voltage drop [Vpk]

(max. load current)
Static o󰀨 state dv/dt 500V/

※

1: AC-51 is utilization category at IEC60947-4-3.

2

t, t=8.3ms)

Resistive load

※

1

(AC-51)

I

15Arms 20Arms 30Arms 20Arms

160A 250A 400A 300A

2

s 300A2s 910A2s 350A2s

130A

Max. 1.6V

㎲

General specifications

Dielectric strength (Vrms) 2500VAC 50/60Hz 1 min (input-output, input/output-case)

Insulation resistance Over 100MΩ (at 500VDC megger) (input-output, input/output-case)

Indicator Input indicator: green LED

Vibration

Shock

Environment

Input terminal connection Min. 1×0.5mm

Output terminal connection

Input terminal xed torque 0.75 to 0.95N·m

Output terminal xed torque 1.0 to 1.35N·m

Approval

Weight

※

1: The weight includes packaging. The weight in parenthesis is for unit only.

※

Environment resistance is rated at no freezing or condensa ion.

※

For wiring the terminal, round terminal must be used.

Mechanical 0.75mm amplitude at frequency of 10 to 55Hz (for 1 min) in each X, Y, Z direction for 1 hour

Malfunction 0.5mm amplitude at frequency of 10 to 55Hz (for 1 min) in each X, Y, Z direction for 10 min

Mechanical 300m/s² (approx. 30G) in each X, Y, Z direction for 3 times

Malfunction 100m/s² (approx. 30G) in each X, Y, Z direction for 3 times

Ambient temp.

Ambient humi. 45 to 85%RH, storage: 45 to 85%RH

※

1

-30 to 80℃ (in case of the rated input voltage 90-240VACᜠ: -20 to 70℃), storage: -30 to 100℃

( The rated load current capacity is di󰀨erent depending on ambient temperature. Refer to ' SSR Derating Curve'.)

2

(1×AWG20), max. 1×1.5mm2 (1×AWG16) or 2×1.5mm2 (2×AWG16)

Min.1×0.75mm

※

Use wires compliant with load current capacity to connect to the terminal.

ᜢ ᜧ

Approx. 119g (approx. 85g)

2

(1×AWG18), max. 1×4mm2 (1×AWG12) or 2×2.5mm2 (2×AWG14)

90-240VACrmsᜠ (50/60Hz)

Min. 85VACrmsᜠ

Max. 10VACrms

-

ᜠ

~

K-12

Autonics

SENSORS

CONTROLLERS

MOTION DEVICES

SOFTWARE

(J)
Temperature
Controllers

(K)
SSRs

(L)
Power
Controllers

(M)
Counters

(N)
Timers

(O)
Digital
Panel Meters

(P)
Indicators

(Q)
Converters

(R)
Digital
Display Units

(S)
Sensor
Controllers

(T)
Switching
Mode Power
Supplies

(U)
Recorders

(V)
HMIs

(W)
Panel PC

(X)
Field Network
Devices

Single-Phase, Slim Detachable Heatsink Type SSR

Dimensions

(Q)

Panel cut-out

2-M4

(unit: mm)

22.5

Ø4.5

33.5

2.4

89

98

80

89

Input indicator

(Q)

Spacing

r~

4.5

100100100

~

20

Panel

•o•

_,,·.;.

~

- -

m:

(green)

~·o

••

......

·.;.

,:

r\ :

I w

..

•

~,

.

_..·;:.

......

~

·;:.

~

,:: ,::

Panel

L~

Connections

-

Power
supply

+

(AC, DC)

[(

※

Use terminals of size specied below.

Terminal type Input

Min. 3.5mm Min. 4.0mm

a

a

b

Max. 7.0mm Max. 9.0mm

<Round>

1~11

b

※

Screw tightening torque for mounting: 1.8 to 2.5N.m

※

When installing multiple SSRs, please keep space between SSRs for heat radiation.
When installing SSRs horizontally (input part and output part on the same height), please supply
less han 50% of the rated load current.

SSR module

4/A2- 2/L1

SRC1 Series

Input Output

1:

Output

:1

1/T13/A1+

Load

Rapid fuse

:J

Load

power source

(AC)

I

Autonics

K-13

SRC1 Series

SSR Derating Curve

00

SRC1-1215-N

0

20

With heatsink 2.5℃/W

15
10

Without heatsink

6

Load current[A]

1
0

0

10 20 25 30 40 50 60 70 80 90

Ambient temperature [℃]

SRC1-1220-N

With heatsink 2.5℃/W

20

SRC1-4215-N

20

With heatsink 2.5℃/W

15
10

Without heatsink

6

Load current[A]

1
0

0

10 20 30 40 50 60 70 80 90

SRC1-4220-N

With heatsink 2.5℃/W

20

25

Ambient temperature [℃]

10

Without heatsink

7.5
6

Load current[A]

1
0

0

25

10 20 30 40 50 60 70 80 90

Ambient temperature [℃]

SRC1-1230-N

With heatsink 1.5℃/W

30

Without heatsink

9

7

Load current[A]

1
0

0

25

10 20 30 40 50 60 70 80 90

Ambient temperature [℃]

SRC1-1420/1420R-N

With heatsink 2.5℃/W

20

10

Without heatsink

7
6

Load current[A]

2.5

0

0

10 20 30 40 50 60 70 80 90

35

Ambient temperature [℃]

10

Without heatsink

7.5
6

Load current[A]

1
0

0

10 20 30 40 50 60 70 80 90

SRC1-4230-N

With heatsink 1.5℃/W

30

9

Without heatsink

7

Load current[A]

1
0

0

10 20 30 40 50 60 70 80 90

SRC1-4420-N

With heatsink 2.5℃/W

20

10

Without heatsink

7
6

Load current[A]

2.5

0

0

10 20 30 40 50 60 70 80 90

25

Ambient temperature [℃]

25

Ambient temperature [℃]

35

Ambient temperature [℃]

Since e󰀨ectiveness of the heat radiation is decreased when multiple SSRs are installed closely, please supply less

than 50% of the rated load current.

※

Above SSR derating curves obtained approval from the UL certication authority.

Proper Usage

Cautions during use

1. Follow instructions in 'Cautions during Use'. Otherwise, it may cause unexpected accidents.

2. 4-30VDC signal input should be insulated and limited voltage/current or Class 2, SELV power supply device.

3. Attach a heat sink or install the unit in the well ventilated place.
To attach the heat sink, use Thermal Grease as below or that of equal specication.

※

Thermal Grease: GE TOSHIBA (YG6111), KANTO-KASEI (FLOIL G-600), SHINETSU (G746)

4. Ground to the heat sink, panel, or DIN rail. Failure to follow this instruction may result in electric shock.

While supplying power to the load or right after turning o󰀨 the power of the load, do not touch the body and heat sink.

5.

Failure to follow this instruction may result in a burn due to the high temperature.

6. In order to protect the product from the short-circuit current of the load, use rapid fuse of which I2t is under the 1/2 of

SSR I2t. When short-circuited, replace the fuse to those of same specication with the used rapid fuse.

7. Install dummy resistance in parallel with the load, to keep the sum of current owing in the load and dummy resistance

being over SSR minimum load current.

8. When using random turn-on model for phase control, install noise lter between the load and the power of the load.

9. Do not use near the equipment which generates strong magnetic force or high frequency noise.

10. This unit may be used in the following environments.

Indoors (in the environment condition rated in 'Specications') ② Altitude max. 2,000m

①

Pollution degree 2

③

Installation category III

④

K-14

Autonics