What Are Relay Sockets and How Do They Function in an Electrical Circuit?

Relay sockets are fundamental components in electrical systems. They serve as secure holders for relays, which are switches that control the flow of electrical currents. These sockets provide a stable connection point for relays, ensuring they function effectively. When a relay is inserted into a socket, it securely connects to the circuit, allowing it to open or close the electrical path as needed.

How Do You Install and Replace a Relay Socket in Different Types of Circuits?

Installing or replacing a relay socket involves a straightforward process. You place the relay securely into the socket, ensuring it aligns correctly with the socket's pins. The socket then connects to the circuit, and when the relay operates, it opens or closes the electrical path. When replacing a socket, simply disconnect the old one and connect the new socket in its place.

How Do Relay Sockets Enhance the Safety and Efficiency of Electrical Systems?

Relay sockets enhance safety by providing a stable and reliable connection for relays. This reliability ensures that electrical circuits operate as intended, reducing the risk of malfunctions or accidents. Efficiency is improved because relay sockets allow for easy replacement or reconfiguration of relays, simplifying maintenance and system modifications.

What Are the Different Types of Relay Sockets and How Are They Utilized in Various Applications?

There are various types of relay sockets, each designed for specific relay sizes and functions. They can be used in applications ranging from simple lighting control to complex industrial automation. Understanding the appropriate socket type for your specific relay is crucial to ensure proper operation.

How to Troubleshoot Common Problems Associated with Relay Sockets?

Common relay socket issues include loose connections, damaged pins, or relay failure. Troubleshooting involves checking for loose or damaged parts and replacing the relay or socket as needed. It's also important to verify that the relay is compatible with the socket.

Can Relay Sockets be Used in Both AC and DC Circuits, and How Does Their Performance Vary?

Relay sockets can be used in both AC (alternating current) and DC (direct current) circuits. Their performance remains similar in both cases, as they provide a secure connection for relays. However, it's essential to use the appropriate relay socket and relay for the circuit type to ensure compatibility and safety.

What Factors Should be Considered When Selecting Relay Sockets for Industrial Applications?

When selecting relay sockets for industrial applications, factors like voltage, current, environment, and the type of relay used should be considered. Ensure that the socket is compatible with the relay and suitable for the specific industrial conditions to guarantee reliable and safe operation.

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Relay Sockets（Compatible Relay Series (Other Manufacturers)：Other）

The MISUMI eCatalog has a range of connector methods including crimp terminal connections, solder connection, and European style connections.

Configure

Specification/Dimensions

Number of Relay Poles
- 1
- 2
- 3
- 4
- Other
Clear

Wiring Method
- Crimp Terminal
- Soldering
- Other
Images

Clear

Compatible Relay Series (IDEC)
- RJ
- RU
- RF
- RH
- RY
- RM
- GT
Clear

Mounting Type
- Surface connection
- Backside connection
- Other
Clear

Number of Socket Pins
4

5

6

8

10

11

14
Clear

Socket Type
- Square shape socket
- Circular Socket
Images

Clear

Compatible Relay Series (Other Manufacturers)
- Other
Clear

Representative Standard
- CE
- UL
- CUL
- TUV
- CSA
Clear

Dimension vertical(mm)
15

20.5

21.6

22

25

28

28.5

29

29.5

30

31

32

32.4

32.6

33

35.3

36.5

37

40

42.5

43

44.6

45

50

51

57.7

58.9

72

73

76

78.5

79

96

98.4

100
Clear

Dimension width(mm)
14

15.5

16

18

20

21.2

22

22.2

22.4

22.5

22.5 mm

23

27

28

28.9

29

29 mm

29.5

29.8

30

31

34

36

40

42

42.5

44.6

45

49

50

53

56.5

59

60

69.5

72.5

73.5

76
Clear

Dimension depth(mm)
5

15

18.7

20.8

21

25

26

27

29.5

30

30.5

31

32.5

40

54.2

54.3

55

56.5

56.9

57.2

60.2

61

64

65.6

65.7

68

69.5

70.7

71.5

72

74.5

75.3

78

84.4

88

91
Clear

Brand	(0) (0) ESCO (0) FUJI ELECTRIC (0) IDEC (0) OMRON (0) PATLITE (KASUGA) (1) RS Pro (0) Schneider Electric (0) TE Connectivity (0)
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CAD	2D 3D
Days to Ship	All Same day 3 Day(s) or Less 4 Day(s) or Less 5 Day(s) or Less 6 Day(s) or Less Others

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Electronic Equipment Socket, Surface Mounting Type

Until 31/03/2025

Electronic Equipment Socket, Surface Mounting Type

PATLITE (KASUGA)

Socket for RAS70 series, RAS50 series, ALR series.

[Features]
· Electronic type that uses advanced electronics such as photocouplers, C-MOSIC, etc., so it is able to achieve reliability, long life and stable operations that would be impossible in traditional keep relay or latching relay formats.
· Light emitting diode (LED) display lamp is included, so operation status can be easily checked.
· Uses surge absorber to handle malfunctions due to external surges. Also equipped with an instantaneous power outage compensator so there will be no malfunctions resulting from power drops.
· Small and lightweight plug-in type, so mounting and wiring is simple and little space is required. It is also very economical.

From: ฿ 311.23
Special Price
Days to Ship: Same day

Same day


Brand
Product Series
CAD
From
Days to Ship
Number of Relay Poles
Wiring Method
Compatible Relay Series (IDEC)
Mounting Type
Number of Socket Pins
Socket Type
Compatible Relay Series (Other Manufacturers)
Representative Standard
Dimension vertical(mm)
Dimension width(mm)
Dimension depth(mm)

	You can add up to 6 items per a category to the compare list.Compare Until 31/03/2025
Brand	PATLITE (KASUGA)
Product Series	Electronic Equipment Socket, Surface Mounting Type
CAD	2D
From	฿ 311.23 Special Price On Sale Until 31/03/2025
Days to Ship	Same day
Number of Relay Poles	2
Wiring Method	Crimp Terminal
Compatible Relay Series (IDEC)	-
Mounting Type	Surface connection
Number of Socket Pins	8
Socket Type	Circular Socket
Compatible Relay Series (Other Manufacturers)	Other
Representative Standard	-
Dimension vertical(mm)	76
Dimension width(mm)	50
Dimension depth(mm)	27

Related Categories to Relay Sockets

FAQ Relay Sockets

Question: What Are Relay Sockets and How Do They Function in an Electrical Circuit?: Answer: Relay sockets are fundamental components in electrical systems. They serve as secure holders for relays, which are switches that control the flow of electrical currents. These sockets provide a stable connection point for relays, ensuring they function effectively. When a relay is inserted into a socket, it securely connects to the circuit, allowing it to open or close the electrical path as needed.
Question: How Do You Install and Replace a Relay Socket in Different Types of Circuits?: Answer: Installing or replacing a relay socket involves a straightforward process. You place the relay securely into the socket, ensuring it aligns correctly with the socket's pins. The socket then connects to the circuit, and when the relay operates, it opens or closes the electrical path. When replacing a socket, simply disconnect the old one and connect the new socket in its place.
Question: How Do Relay Sockets Enhance the Safety and Efficiency of Electrical Systems?: Answer: Relay sockets enhance safety by providing a stable and reliable connection for relays. This reliability ensures that electrical circuits operate as intended, reducing the risk of malfunctions or accidents. Efficiency is improved because relay sockets allow for easy replacement or reconfiguration of relays, simplifying maintenance and system modifications.
Question: What Are the Different Types of Relay Sockets and How Are They Utilized in Various Applications?: Answer: There are various types of relay sockets, each designed for specific relay sizes and functions. They can be used in applications ranging from simple lighting control to complex industrial automation. Understanding the appropriate socket type for your specific relay is crucial to ensure proper operation.
Question: How to Troubleshoot Common Problems Associated with Relay Sockets?: Answer: Common relay socket issues include loose connections, damaged pins, or relay failure. Troubleshooting involves checking for loose or damaged parts and replacing the relay or socket as needed. It's also important to verify that the relay is compatible with the socket.
Question: Can Relay Sockets be Used in Both AC and DC Circuits, and How Does Their Performance Vary?: Answer: Relay sockets can be used in both AC (alternating current) and DC (direct current) circuits. Their performance remains similar in both cases, as they provide a secure connection for relays. However, it's essential to use the appropriate relay socket and relay for the circuit type to ensure compatibility and safety.
Question: What Factors Should be Considered When Selecting Relay Sockets for Industrial Applications?: Answer: When selecting relay sockets for industrial applications, factors like voltage, current, environment, and the type of relay used should be considered. Ensure that the socket is compatible with the relay and suitable for the specific industrial conditions to guarantee reliable and safe operation.