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Clion Electric’s CAG6-1/032F-38 solid state relay is designed for stable and efficient switching. It supports a wide current range of 60–80A with DC input control.The zero-crossing function helps reduce surge current. This protects connected equipment and ensures longer service life.
LED indicators show the working status clearly. Optical isolation keeps the control system safe from high-voltage spikes.
This SSR is ideal for industrial automation, HVAC systems, LED lighting, and battery charging. It fits compact control panels and supports panel mounting.
It’s a reliable solution for buyers searching for solid state relay suppliers and DC input SSR relays.
| Parameter | Value |
|---|---|
| Product Name | High-Performance SSR Zero-crossing for DC Input |
| Model Number | CAG6-1/032F-38 |
| Brand | CLION |
| Current Rating | 60–80A |
| Input Type | DC Input |
| Switching Method | Zero-Crossing |
| Output Type | AC Load |
| Mounting Style | Panel Mount |
| Operation Indicator | LED |
| Isolation | Optical Isolation |
| Protection Features | Overload Protection |
| Applications | Industrial Automation, HVAC, Battery Charging, LED Lighting |
The CAG6 DIN Rail Series Solid State Relay is a high-performance solution designed with exceptional heat dissipation capabilities. Its innovative design ensures reliable operation and long-term durability, making it a preferred choice across various industries. Below, we’ll explore the features that contribute to its superior heat dissipation performance.
Monoblock Heat Sink Design
The CAG6 relay adopts a specialized monoblock heat sink design, maximizing heat dissipation efficiency. This ensures that the relay operates at optimal temperatures, outperforming many other relay categories in thermal management.
Copper Clamping Structure for Stability
The internal structure incorporates a copper clamping mechanism for the output terminals. This enhances component stability during operation while increasing the surface area for efficient heat conduction. The sheet clamping design ensures consistent and steady heat dissipation.
Thermal Grease Application
Thermal grease is applied between the relay and the heat sink. This specialized material significantly improves thermal conductivity, ensuring rapid heat transfer and preventing overheating.
Integrated Protection Devices
The relay includes resistance, capacitance absorption, and transient protection devices. These elements safeguard the relay against overheating and minimize potential equipment damage during operation.
Thickened Brass Base Plate
A robust brass base plate has been incorporated to enhance thermal conductivity. Its sturdy and thickened design prevents deformation, contributing to stable and efficient heat dissipation.
Gold-Plated Surface
The gold-plated finish improves heat dissipation and offers a corrosion-resistant surface. Additionally, it provides ease for customers to attach auxiliary heat sinks as needed.
High-Quality Materials
All materials used in the CAG6 DIN Rail Series are carefully selected to optimize heat transfer and ensure reliability under various operational conditions.
The CAG6 DIN Rail Series is more than just a relay—it's a reliable thermal management solution. Designed with advanced heat dissipation features, durable materials, and integrated protection, this relay ensures consistent performance even in demanding environments. Whether for industrial automation, HVAC systems, or power distribution, this relay is an ideal choice.
Exceptional heat dissipation through innovative design.
Enhanced operational stability with copper clamping and brass base.
Integrated protection devices for improved reliability.
Gold-plated surface for added durability and convenience.
Q1: What is the advantage of using a solid state relay with zero-crossing for DC input?
A1: It helps reduce electrical noise and surge current. Zero-crossing switching protects devices during load activation, especially in sensitive automation systems.
Q2: How does a wide current range solid state relay benefit industrial automation?
A2: A wide current range allows the relay to handle different loads without needing multiple models. This makes it ideal for scalable automation systems and reduces inventory costs.
Q3: Can I use a DC input solid state relay in industrial control panels?
A3: Yes, DC input SSRs are widely used in control panels. They provide fast, silent switching and are compatible with PLCs and other automation controllers.
Q4: Why is an LED operation indicator important in a solid state relay?
A4: The LED shows if the relay is active. This allows quick status checks during setup or troubleshooting, reducing downtime in industrial systems.
Q5: What’s the difference between zero-crossing and random turn-on in solid state relays?
A5: Zero-crossing relays switch only when voltage is near zero, minimizing surges. Random turn-on relays switch instantly and are used for inductive or fast-response loads.
Q6: Are solid state relays with LED indicators easier to maintain?
A6: Yes, the LED indicator helps you detect issues quickly. It simplifies system checks without needing extra tools or meters.
Q7: What applications need solid state relays with wide current range and zero-crossing features?
A7: They’re ideal for HVAC systems, lighting controls, packaging machinery, and other automation tasks requiring stable, low-noise switching.
Clion Electric’s CAG6-1/032F-38 solid state relay is designed for stable and efficient switching. It supports a wide current range of 60–80A with DC input control.The zero-crossing function helps reduce surge current. This protects connected equipment and ensures longer service life.
LED indicators show the working status clearly. Optical isolation keeps the control system safe from high-voltage spikes.
This SSR is ideal for industrial automation, HVAC systems, LED lighting, and battery charging. It fits compact control panels and supports panel mounting.
It’s a reliable solution for buyers searching for solid state relay suppliers and DC input SSR relays.
| Parameter | Value |
|---|---|
| Product Name | High-Performance SSR Zero-crossing for DC Input |
| Model Number | CAG6-1/032F-38 |
| Brand | CLION |
| Current Rating | 60–80A |
| Input Type | DC Input |
| Switching Method | Zero-Crossing |
| Output Type | AC Load |
| Mounting Style | Panel Mount |
| Operation Indicator | LED |
| Isolation | Optical Isolation |
| Protection Features | Overload Protection |
| Applications | Industrial Automation, HVAC, Battery Charging, LED Lighting |
The CAG6 DIN Rail Series Solid State Relay is a high-performance solution designed with exceptional heat dissipation capabilities. Its innovative design ensures reliable operation and long-term durability, making it a preferred choice across various industries. Below, we’ll explore the features that contribute to its superior heat dissipation performance.
Monoblock Heat Sink Design
The CAG6 relay adopts a specialized monoblock heat sink design, maximizing heat dissipation efficiency. This ensures that the relay operates at optimal temperatures, outperforming many other relay categories in thermal management.
Copper Clamping Structure for Stability
The internal structure incorporates a copper clamping mechanism for the output terminals. This enhances component stability during operation while increasing the surface area for efficient heat conduction. The sheet clamping design ensures consistent and steady heat dissipation.
Thermal Grease Application
Thermal grease is applied between the relay and the heat sink. This specialized material significantly improves thermal conductivity, ensuring rapid heat transfer and preventing overheating.
Integrated Protection Devices
The relay includes resistance, capacitance absorption, and transient protection devices. These elements safeguard the relay against overheating and minimize potential equipment damage during operation.
Thickened Brass Base Plate
A robust brass base plate has been incorporated to enhance thermal conductivity. Its sturdy and thickened design prevents deformation, contributing to stable and efficient heat dissipation.
Gold-Plated Surface
The gold-plated finish improves heat dissipation and offers a corrosion-resistant surface. Additionally, it provides ease for customers to attach auxiliary heat sinks as needed.
High-Quality Materials
All materials used in the CAG6 DIN Rail Series are carefully selected to optimize heat transfer and ensure reliability under various operational conditions.
The CAG6 DIN Rail Series is more than just a relay—it's a reliable thermal management solution. Designed with advanced heat dissipation features, durable materials, and integrated protection, this relay ensures consistent performance even in demanding environments. Whether for industrial automation, HVAC systems, or power distribution, this relay is an ideal choice.
Exceptional heat dissipation through innovative design.
Enhanced operational stability with copper clamping and brass base.
Integrated protection devices for improved reliability.
Gold-plated surface for added durability and convenience.
Q1: What is the advantage of using a solid state relay with zero-crossing for DC input?
A1: It helps reduce electrical noise and surge current. Zero-crossing switching protects devices during load activation, especially in sensitive automation systems.
Q2: How does a wide current range solid state relay benefit industrial automation?
A2: A wide current range allows the relay to handle different loads without needing multiple models. This makes it ideal for scalable automation systems and reduces inventory costs.
Q3: Can I use a DC input solid state relay in industrial control panels?
A3: Yes, DC input SSRs are widely used in control panels. They provide fast, silent switching and are compatible with PLCs and other automation controllers.
Q4: Why is an LED operation indicator important in a solid state relay?
A4: The LED shows if the relay is active. This allows quick status checks during setup or troubleshooting, reducing downtime in industrial systems.
Q5: What’s the difference between zero-crossing and random turn-on in solid state relays?
A5: Zero-crossing relays switch only when voltage is near zero, minimizing surges. Random turn-on relays switch instantly and are used for inductive or fast-response loads.
Q6: Are solid state relays with LED indicators easier to maintain?
A6: Yes, the LED indicator helps you detect issues quickly. It simplifies system checks without needing extra tools or meters.
Q7: What applications need solid state relays with wide current range and zero-crossing features?
A7: They’re ideal for HVAC systems, lighting controls, packaging machinery, and other automation tasks requiring stable, low-noise switching.
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