Relay Sockets

Image Part Number Description / PDF Quantity Rfq
MIS1CCN

MIS1CCN

Weidmuller

RELAY SOCKET 5 POSITION DIN RAIL

0

2618880000

2618880000

Weidmuller

RELAY SOCKET, IP20, 120 V AC &PL

10

2618950000

2618950000

Weidmuller

RELAY SOCKET, IP20, 120 V UC &PL

10

2618910000

2618910000

Weidmuller

RELAY SOCKET, IP20, 24 V UC &PLU

10

9908910000

9908910000

Weidmuller

1CH DELCON INPUT SOCKET MODULE

0

8697660000

8697660000

Weidmuller

SCM 4CO PCB

0

2614870000

2614870000

Weidmuller

RELAY SOCKET, IP20, 5 V DC &PLUS

10

2618930000

2618930000

Weidmuller

RELAY SOCKET, IP20, 12 V DC &PLU

10

8690910000

8690910000

Weidmuller

SCM 4CO N

0

7940007723

7940007723

Weidmuller

RS-70 AUTOMOTIVE RELAY BASE

0

MIS1N

MIS1N

Weidmuller

RELAY SOCKET 5 POSITION DIN RAIL

0

910093

910093

Weidmuller

RELAY SOCKET 14 POS DIN RAIL

0

8690880000

8690880000

Weidmuller

RELAY SOCKET 8 POSITION DIN RAIL

0

910099

910099

Weidmuller

RELAY SOCKET 14 POS DIN RAIL

0

7760056264

7760056264

Weidmuller

SCM ECO 4C0

100

7760056263

7760056263

Weidmuller

SCM ECO 2C0

170

8690890000

8690890000

Weidmuller

SCM 3CO

0

910455

910455

Weidmuller

RELAY SOCKET 5 POSITION DIN RAIL

0

910444

910444

Weidmuller

RSM 4 24VDC SPDT SOCKET

0

910108

910108

Weidmuller

RELAY SOCKET 10 POS DIN RAIL

0

Relay Sockets

1. Overview

Relay sockets are modular electrical components designed to interface with relays, enabling secure mechanical mounting and reliable electrical connectivity. They act as intermediaries between relays and control circuits, facilitating easy installation, replacement, and maintenance. In modern automation systems, relay sockets play a critical role in ensuring signal integrity, load management, and system scalability across industrial, automotive, and consumer electronics applications.

2. Major Types and Functional Classification

TypeFunctional CharacteristicsApplication Examples
PCB Mount SocketsCompact design for printed circuit board integrationIndustrial control panels, IoT devices
Panel Mount SocketsFront-accessible installation for field maintenanceMachinery control cabinets, test equipment
Socket with Terminal BlocksDIN-rail compatible, screw/clamp terminationsBuilding automation systems, power distribution
High-Frequency SocketsShielded design for signal integrity above 1GHzTelecom infrastructure, RF testing equipment

3. Structure and Components

Typical relay socket construction includes: - Insulating housing (UL94 V-0 rated thermoplastic) - Beryllium copper contact springs with gold plating - Wire termination options (screw, spring cage, or solder) - Mechanical keying features to prevent misinsertion - Optional integrated LED indicators or suppression circuits The design ensures vibration resistance and maintains contact pressure over 500+ mating cycles.

4. Key Technical Specifications

ParameterValue RangeImportance
Voltage Rating12V-600V AC/DCDetermines circuit compatibility and safety margins
Current Capacity0.1A-30ADefines maximum load handling capability
Contact Resistance5-50m Impacts power efficiency and thermal performance
Dielectric Strength1kV-5kVEnsures electrical isolation safety
Mechanical Life10,000-100,000 cyclesDictates maintenance intervals and reliability

5. Application Fields

Primary industries include: - Industrial automation (PLC systems, motor controls) - Automotive testing (ECU validation rigs) - Building management (HVAC control networks) - Renewable energy (solar inverter interfaces) - Test & measurement equipment (ATE systems)

6. Leading Manufacturers and Products

ManufacturerKey Product SeriesFeatures
OmronMY-Sockets3-level contact protection, 80A rating
Siemens3RT10 socketsModular design with integrated diagnostics
Phoenix ContactUK relay socketsPush-in wiring, 600V insulation
TE ConnectivityRelay Carrier SocketsHigh-frequency optimization to 3GHz

7. Selection Guidelines

Key considerations: - Match socket configuration to relay pinout (e.g., 8-pin, 11-pin) - Verify current/voltage ratings exceed system requirements - Environmental factors: operating temperature (-40 C to +125 C), vibration resistance - Compliance with industry standards (UL, CSA, IEC 61810) - Termination method compatibility with wiring infrastructure

8. Industry Trends

Emerging developments include: - Miniaturization for space-constrained applications - Integrated smart diagnostics with IoT connectivity - Halogen-free materials compliance with RoHS 3.0 - Increased reliability for automotive EV charging systems - Hybrid sockets supporting both PCB and panel mounting

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