AC Other Function Relays 5

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Part RoHS Manufacturer Relay Type Mounting Feature Relay Action Relay Function Coil or Input Supply Type Reference Standard Maximum Contact AC Rating (R Load) Dielectric Strength Between Open Contacts AC Coil Release Voltage Relay Form AC Coil Operate Voltage Operate Time Maximum Contact AC Rating (M Load) Electrical Life Maximum Contact DC Power Rating (R Load) Release Time Insulation Resistance Coil Power (mW) Packing Method Body Length/Diameter Body Width Coil Resistance Sealing Weight Maximum AC Coil Current No. of Terminals Physical Dimension End Contact Plating Body Height Dielectric Strength Between Coil & Contacts Maximum Contact DC Rating (R Load) Maximum Operating Temperature Maximum AC Contact Current Maximum DC Coil Current Maximum AC Coil Voltage Maximum Contact AC Rating (I Load) Minimum Operating Temperature DC Coil Release Voltage Terminal Finish Maximum DC Contact Current Termination Type Maximum Contact AC Power Rating (M Load) Nominal Coil Voltage DC Coil Operate Voltage Contact Resistance Input Switching Control Type End Contact Material PCB Hole Count Maximum DC Contact Voltage Maximum AC Contact Voltage JESD-609 Code Terminal Length Maximum DC Coil Voltage Maximum Contact AC Power Rating (R Load) Contact or Output Supply Type

MY4-AC110/120

Omron

4PDT

AC

CE; CSA; IMQ; UL; VDE

3A@250VAC

1 kVrms

33 mV

4 Form C

96 V

20 ms

200000 Cycle(s)

150W@125VDC

20 ms

1 GΩ

1.102 in (28 mm)

21.5 in (546.1 mm)

4.43 kΩ

35 g

14

1.102 x 0.846 x 1.417 in (28 x 21.5 x 36 mm)

1.417 in (36 mm)

2 kVrms

3A@30VDC

70 °C (158 °F)

3 A

132 V

0.8A@250VAC

-55 °C (-67 °F)

3 A

Solder

120 V

100 mΩ

Silver Nickel

30 V

250 V

0.2362 in (5.999 mm)

1250VA@250VAC

AC/DC

782XBXC-120A

Schneider Electric Sa

DPDT

AC

CE; CSA; UL

12A@277VAC

18 V

2 Form C

102 V

20 ms

100000 Cycle(s)

1.098 in (27.9 mm)

21 in (533.4 mm)

36 g

8

1.098 x 0.827 x 1.398 in (27.9 x 21 x 35.5 mm)

1.398 in (35.5 mm)

1.6 kVrms

12A@28VDC

55 °C (131 °F)

12 A

132 V

-40 °C (-40 °F)

12 A

Quick Connect

120 V

Silver Alloy

28 V

277 V

0.2913 in (7.399 mm)

AC/DC

782XBXM4L-120A

Schneider Electric Sa

DPDT

AC

CE; CSA; UL

12A@277VAC

18 V

2 Form C

102 V

20 ms

100000 Cycle(s)

1.098 in (27.9 mm)

21 in (533.4 mm)

36 g

8

1.098 x 0.827 x 1.539 in (27.9 x 21 x 39.1 mm)

1.539 in (39.1 mm)

1.6 kVrms

12A@28VDC

55 °C (131 °F)

12 A

132 V

-40 °C (-40 °F)

12 A

Quick Connect

120 V

Silver Alloy

28 V

277 V

0.2913 in (7.399 mm)

AC/DC

782XBXC-240A

Schneider Electric Sa

DPDT

AC

CE; CSA; UL

12A@277VAC

36 V

2 Form C

204 V

20 ms

100000 Cycle(s)

1.098 in (27.9 mm)

21 in (533.4 mm)

36 g

8

1.098 x 0.827 x 1.398 in (27.9 x 21 x 35.5 mm)

1.398 in (35.5 mm)

1.6 kVrms

12A@28VDC

55 °C (131 °F)

12 A

264 V

-40 °C (-40 °F)

12 A

Quick Connect

240 V

Silver Alloy

28 V

277 V

0.2913 in (7.399 mm)

AC/DC

MY2N-CRAC100/110

Omron

DPDT

AC

CE; CSA; UL; VDE

5A@250VAC

33 V

2 Form C

88 V

20 ms

20 ms

100 MΩ

1.102 in (28 mm)

21.5 in (546.1 mm)

4.43 kΩ

35 g

8

1.102 x 0.846 x 1.417 in (28 x 21.5 x 36 mm)

1.417 in (36 mm)

2 kVrms

5A@125VDC

60 °C (140 °F)

5 A

121 V

-55 °C (-67 °F)

5 A

Quick Connect

110 V

50 mΩ

Silver

125 V

250 V

0.252 in (6.401 mm)

AC/DC

Other Function Relays

Relays are electrical switches that can be controlled by an external signal. They consist of an electromagnetic coil that generates a magnetic field when a current is applied to it, and a set of contacts that are switched by this field. Relays are commonly used to switch high-power loads with low-power control signals, making them useful in a variety of applications such as home automation, industrial control systems, and automotive electronics.

Other function relays include specialized types of relays that are designed for specific applications. For example, solid state relays use semiconductor devices to switch the load, which can provide advantages such as faster switching speeds, higher reliability, and lower power consumption compared to traditional electromechanical relays. Reed relays use magnetic contacts that are enclosed in a hermetically sealed glass tube, making them suitable for applications where high reliability and long life are important.

Other types of relays include latching relays, which can maintain their state even after the control signal is removed; polarized relays, which are designed to operate in a specific direction; and safety relays, which are designed to protect people and equipment from dangerous situations. Some relays also feature built-in features such as timers, counters, and logic functions, allowing them to perform more complex control tasks.