Solid-State Relays

Opto 22 • 43044 Business Park Drive • Temecula, CA 92590-3614 • www.opto22.com

SALES 800-321-6786 • 951-695-3000 • FAX 951-695-3095 • sales@opto22.com • SUPPORT 800-835-6786 • 951-695-3080 • FAX 951-695-3017 • support@opto22.com

© 2006–2014 Opto 22. All rights reserved. Dimensions and specifications are subject to change. Brand or product names used herein are trademarks or registered trademarks of their respective companies or organizations.

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AC Power Series Specifications

Opto 22 provides a full range of Power Series relays with a wide variety of voltage (120–575) and current options (3–45 amps). All

Power Series relays feature 4,000 volts of optical isolation and have a high PRV rating. Operating temperature is –40 °C to 100 °C.

Connection Diagram

rent Control varies with control voltage. See “Control

ent Calculation” on page 17 for information.

Model

Number

Nominal

AC Line

Voltage

Nominal

Current

Rating

(Amps)

1 cycle

Surge

(Amps)

Peak

Nominal

Signal Input

Resistance

(Ohms)

Signal

Pick-up

Voltage

Signal

Drop-

out

Voltage

Peak

Repetitive

Voltage

Maximum

Maximum

Output

Voltage

Drop

Off-State

Leakage

(mA)

Maximum**

Operating

Voltage

Range

(Volts AC)

I2t

Rating

t=8.3

(ms)

Isolation

Voltage

θjc*

(°C/Watt)

Dissipation

(Watts/

Amp)

120D3

120

3

85

1000

3VDC

(32V allowed)

1 VDC

600

1.6 volts

2.5mA

12–140

30

4,000VRMS

11

1.7

120D10

120

10

110

1000

3VDC

(32V allowed)

1 VDC

600

1.6 volts

7 mA

12–140

50

4,000VRMS

1.3

1.6

120D25

120

25

250

1000

3VDC

(32V allowed)

1 VDC

600

1.6 volts

7 mA

12–140

250

4,000VRMS

1.2

1.3

120D45

120

45

650

1000

3VDC

(32V allowed)

1 VDC

600

1.6 volts

7 mA

12–140

1750

4,000VRMS

0.67

0.9

240D3

240

3

85

1000

3VDC

(32V allowed)

1 VDC

600

1.6 volts

5 mA

24–280

30

4,000VRMS

11

1.7

240D10

240

10

110

1000

3VDC

(32V allowed)

1 VDC

600

1.6 volts

14 mA

24–280

50

4,000VRMS

1.3

1.6

240Di10

240

10

110

730

3VDC

(32V allowed)

1 VDC

600

1.6 volts

14 mA

24–280

50

4,000VRMS

1.3

1.6

240D25

240

25

250

1000

3VDC

(32V allowed)

1 VDC

600

1.6 volts

14 mA

24–280

250

4,000VRMS

1.2

1.3

240Di25

240

25

250

730

3VDC

(32V allowed)

1 VDC

600

1.6 volts

14 mA

12–280

250

4,000VRMS

1.2

1.3

240D45

240

45

650

1000

3VDC

(32V allowed)

1 VDC

600

1.6 volts

14 mA

24–280

1750

4,000VRMS

0.67

0.9

240Di45

240

45

650

730

3VDC

(32V allowed)

1 VDC

600

1.6 volts

14 mA

24–280

1750

4,000VRMS

0.67

0.9

380D25

380

25

250

1000

3VDC

(32V allowed)

1 VDC

800

1.6 volts

12 mA

24–420

250

4,000VRMS

1.2

1.3

380D45

380

45

650

1000

3VDC

(32V allowed)

1 VDC

800

1.6 volts

12 mA

24–420

1750

4,000VRMS

0.67

0.9

120A10

120

10

110

33K

85VAC

(280V allowed)

10 VAC

600

1.6 volts

7 mA

12–140

50

4,000VRMS

1.3

1.6

120A25

120

25

250

33K

85VAC

(280V allowed)

10 VAC

600

1.6 volts

7 mA

12–140

250

4,000VRMS

1.2

1.3

240A10

240

10

110

33K

85VAC

(280V allowed)

10 VAC

600

1.6 volts

14 mA

24–280

50

4,000VRMS

1.3

1.6

240A25

240

25

250

33K

85VAC

(280V allowed)

10 VAC

600

1.6 volts

14 mA

24–280

250

4,000VRMS

1.2

1.3

240A45

240

45

650

33K

85VAC

(280V allowed)

10 VAC

600

1.6 volts

14 mA

24–280

1750

4,000VRMS

0.67

0.9

Note:

θjc* = Thermal resistance from internal junction to base. Maximum internal junction temperature is 110 °C.

** Operating Frequency: 25 to 65 Hz (operates at 400 Hz with 6 times the offstate leakage)

120/240/380 Volt

Connection Diagram, DC Power Series

*Control Current varies with control voltage. See “Control

Current Calculation” on page 17 for information.

NOTE: Model numbers ending in -17 are replacement parts only. Their specifications are identical

to the same model number without the -17. For example, 240D10-17 is identical to 240D10.