Buy Wifi Relay Module From RY-ELE

The addition of a built-in LED test button provides a quick and easy way to check the status of the relay, simplifying troubleshooting and maintenance tasks. The multiple contact conversion forms enable seamless integration into a variety of control systems, offering versatility and compatibility with different applications. The inclusion of a dust cover type package ensures reliable performance in challenging environments, providing added protection against dust and debris. With a contact load capacity of 5A/250VAC/30VDC, this relay can handle demanding tasks with ease, making it suitable for a wide range of automotive and industrial applications. The long mechanical life of over 20 million times and the high withstand voltage of 2000V guarantee long-term reliability and safety. Additionally, the relay is designed to meet the use of sockets, making installation and maintenance simpler and more convenient. Whether it's used in automotive systems, industrial machinery, or other control applications, this relay stands out as a dependable and flexible solution for a wide range of tasks.

🔧 Product Performance at a Glance




Model
RX1CO
RX2CO




Contacts
1 Form C (1CO - SPDT)
2 Form C (2CO - DPDT)


Rated Load
16A 250VAC / 30VDC
12A 250VAC / 30VDC (each pole)


Coil Voltage Options
6V ~ 240V AC/DC
6V ~ 240V AC/DC


Indicator Option
LED (L), Test Button (T)
LED (L), Test Button (T)


Mechanical Life
>20 million operations
>20 million operations


Mounting
Plug-in with base
Plug-in with base


Size
Ultra-compact
Compact twin-pole form







🌟 Key Advantages

✅ 1. Universal Compatibility


Supports both AC and DC coils from 6V to 240V, making integration simple across different control voltages.



Compatible with standard plug-in bases (screw-type and push-in types available).



✅ 2. Long Mechanical and Electrical Life


Over 20 million mechanical cycles, ensuring longevity in demanding applications.



Silver alloy (AgSnO₂) contacts reduce resistance and improve arc suppression.



✅ 3. Modular Add-ons


Optional LED indicator for clear coil status.



Test button for circuit checking and diagnostics.



Finger-safe design with optional locking clip prevents accidental dislodging.



✅ 4. Space-Efficient Design


RX1CO features a single-pole design ideal for tight panels or I/O relay racks.



RX2CO provides dual switching channels in one relay — saving board space and wiring.






🔍 What's the Difference? RX1CO vs RX2CO




Feature
RX1CO
RX2CO




Switching Capability
Single channel (SPDT)
Dual channel (DPDT)


Use Case
Signal switching, small loads
Simultaneous control of two circuits


Size
Slightly smaller and lighter
Slightly larger, 2-pole layout


Application Flexibility
Ideal for simpler circuits
Better for complex logic or redundancy





🌍 Application Scenarios



Factory Automation: For controlling sensors, actuators, and safety circuits.



Power Distribution Boards: Switching control for lighting, pumps, and fans.



Building Management Systems (BMS): HVAC control, alarm systems, and lighting logic.



PLC Output Interface: Reliable signal amplification and isolation.



Machine Tools & Equipment: For contactor driving, sequence control, or motor logic.



Whether you're designing a compact logic panel with RX1CO or need dual-channel switching in RX2CO for complex control systems — the RX series delivers with efficiency, consistency, and safety.






🏷️ Recommended Bases & Accessories



Relay Bases:



RX 1CO F



RX 2CO F





Accessories:



Can be equipped with connecting strips ES-10-16H/HR/HB, 2S-10-H/HOG







🔗 Discover the Difference with RY-ELE RX Relays
With a focus on industrial-grade reliability and engineered simplicity, RX1CO and RX2CO relays are ideal for today’s modern automation demands. Explore the full RX relay series and elevate your control systems to the next level.



📍 Visit us: www.ry-elerelay.com

Hi there 👋Let me introduce myself — I’m RS-1C-D24L, a compact yet powerful single-pole relay, born in the RY-ELE factory and engineered for precision, endurance, and seamless integration.

I may look slim (weighing just around 5g without packaging), but don’t let my size fool you — I'm built to switch currents, withstand harsh conditions, and live long in your system.



⚙️ My Core Specs:


🔁 Contact Type: 1 Form C (SPDT)



🔌 Coil Voltage: 24V DC (other options available)



🔋 Load Capacity: 6A 250VAC / 30VDC



⚡ Max Switching Power: 1662VA / 180W



🔄 Mechanical Life: >20 million operations



⏱️ Response Time: Operate ≤8ms, Release ≤4ms



🛡️ Dielectric Strength: Up to 2000VAC



🌡️ Temperature Range: -40°C ~ +80°C



🌐 Mounting: PCB plug-in or via socket





🌟 Why Choose Me?
✅ I live long – With over 20 million mechanical cycles, I’ll be the most durable member of your panel.✅ I stay cool – My optimized coil structure ensures minimal heat rise even during continuous operation.✅ I show up ready – Need a power-on indicator? I'm available with an LED light option.✅ I plug in clean – Pair me with a matching base like the RS1C-D6/24T socket for secure, easy wiring and replacement.✅ I don’t mind the pressure – My insulation resistance and shock protection mean I thrive in tough industrial environments.







🔌 My Favorite Base:
RS1C-DT Plug-in SocketTogether, we make installation a breeze — just plug me in, wire it up, and I’m ready to go. My base supports finger-safe terminals, optional locking clips, and DIN rail or panel mounting. And my base has three models: RS1C-D6/24T, RS1C-D48/60T, RS1C-D110/240T,which is convenient for me to match.








🏭 Where I Shine Bright:


⚙️ Automation Panels – I act as a signal relay, control logic driver, or output amplifier



🔁 Control Systems – Use me for switching solenoids, sensors, or contactors



💡 Lighting Control – I handle load switching in commercial and industrial lighting



🏢 Building Management – I help control ventilation, doors, alarms, and more



🚜 OEM Machinery – Install me in compact spaces with confidence — I’ve got industrial DNA





Contact us



💬 Final Words from Me
If you're looking for a thin, tough, and trustworthy relay to handle real-world tasks in tight control panels — I’m the one.I’m RS-1C-D24L, and I’m ready to bring intelligence and efficiency to your control system.

🔗 Learn more or meet my siblings at: www.ry-elerelay.com

Introduction
Selecting the right relay socket is just as important as choosing the relay itself.Whether you're designing a compact PCB board, building an industrial control cabinet, or wiring field automation systems, the socket determines how easily your relay connects, how safely it operates, and how efficiently it can be maintained.

In this guide, we compare the three most common types of relay sockets — PCB, screw type, and push-in (spring clamp) — to help you choose the best solution for your control panel.




Why the Relay Socket Matters
A relay socket (or relay base) provides the interface between the relay and the electrical system. It allows for plug-in mounting, easier maintenance, and electrical isolation from high-voltage circuits.

Using a quality socket ensures:



Stable and low-resistance electrical contact



Safe handling during relay replacement



Reduced wiring time during installation



Compatibility with multiple relay types




In short, the right socket improves reliability, saves labor, and protects your investment in automation equipment.



PCB Relay Socket — Compact and Cost-Effective
Overview
PCB (Printed Circuit Board) relay sockets are designed to be soldered directly onto circuit boards, making them ideal for compact control modules, electronic devices, or automation boards.

Key Features


Direct PCB mounting without additional wiring



Short signal path for minimal voltage drop



Low-profile design for compact layouts



Suitable for relays with 2A–10A contact ratings



Advantages
✅ Best space utilization✅ Cost-efficient for mass production✅ Reliable for low-current or signal applications

Limitations
❌ Not ideal for frequent relay replacement❌ Requires soldering for installation❌ Limited mechanical strength for large power relays

-Best For: PCB control boards, signal relays, or embedded devices where size and simplicity matter.







Screw Type Relay Socket — Reliable and Widely Used
Overview
Screw terminal relay sockets are the most traditional and widely used type, offering a solid and secure connection through screw clamps.

Key Features


Strong mechanical fastening



Suitable for relays with higher current ratings (up to 10–16A)



Compatible with DIN35 rail mounting



Easy to visually inspect and test connections



Advantages
✅ Proven reliability under vibration and load✅ Easy to replace relays without rewiring✅ Compatible with most Omron, Finder, and RY-ELE relays

Limitations
❌ Requires tools (screwdriver) for installation❌ Slightly slower wiring compared to push-in type

-Best For: Industrial control cabinets, automation systems, HVAC, and power distribution panels.




RY-ELE's European relay socket series uses nickel-plated copper terminals and PA66 flame-retardant housing to ensure strong clamping force and long-term stability.







Push-in (Spring Clamp) Relay Socket — Fast and Maintenance-Free
Overview
Push-in or spring-clamp relay sockets represent the next generation of wiring technology.They allow wires to be inserted directly without tools — providing fast, vibration-resistant connections.

Key Features


Tool-free wiring via spring mechanism



Vibration-proof and maintenance-free design



Time-saving installation — up to 70% faster than screw type



Excellent for control cabinets with frequent maintenance



Advantages
✅ Quick wiring and disconnection✅ Consistent contact pressure over time✅ Ideal for compact, high-density wiring

Limitations
❌ Slightly higher cost than screw type❌ Requires precise wire stripping for best performance

-Best For: Automation production lines, machinery control cabinets, and field terminals where speed and reliability are critical.




RY-ELE push-in sockets are designed with reinforced spring mechanisms that maintain constant contact pressure, even under vibration and temperature variation.






Comparison Overview





Feature
PCB Socket
Screw Type Socket
Push-in Socket




Mounting Method
Direct on PCB
DIN rail or panel
DIN rail


Installation Speed
Medium
Slow
Fastest


Maintenance
Requires soldering
Manual screw tightening
Tool-free


Vibration Resistance
Moderate
Good
Excellent


Load Capacity
Low to Medium
Medium to High
Medium to High


Replacement Ease
Limited
Easy
Very Easy


Best For
PCB control boards
Industrial panels
High-speed wiring systems







RY-ELE Relay Socket Solutions
At RY-ELE, we design and manufacture all three types of relay sockets to fit global automation standards:



PCB relay bases – for compact boards and OEM modules



Screw-type European relay sockets – for industrial relays such as RXS, RYER, RY41F



Push-in spring terminal sockets – for high-density control cabinets and fast installation needs



All RY-ELE relay sockets feature:



High-temperature PA66 insulation (UL94 V0 rated)



Nickel-plated terminals for stable conductivity



LED indicator options for relay operation status



Compliance with CE, RoHS, ISO9001 standards




With over 15 years of relay component manufacturing experience, RY-ELE provides reliable, standardized, and easy-to-install socket solutions for industrial and OEM applications worldwide.





How to Choose the Right Type





Your project type
Recommended Socket
Reason




PCB Control Board
PCB Type
Compact and soldered directly on board


Factory Control Cabinet
Screw Type
Reliable and easy to maintain


High-Speed Wiring or Frequent Replacement
Push-in Type
Fast installation, tool-free maintenance




Pro Tip:If your system requires frequent relay replacement or on-site maintenance, the push-in socket provides the best long-term efficiency.If you prioritize maximum reliability and compatibility with high-current relays, the screw-type socket remains the trusted standard.




Conclusion
Whether you choose a PCB, screw type, or push-in relay socket, the key is selecting a product that aligns with your application environment, wiring method, and maintenance needs.



PCB sockets are perfect for compact control boards.



Screw type sockets are the universal choice for stable, long-lasting connections.



Push-in sockets deliver the fastest and most convenient installation.



RY-ELE offers a complete relay socket portfolio designed for global standards, ensuring safety, reliability, and flexibility in every connection.

Explore the full range at the RY-ELE Official Website.