15A Rail Solid State Relay (CAG6K-3/250F-38)
Remarks:
1. For loads exceeding 10A, ensure the mounting of a radiator. For loads exceeding 80A, integrate a Cooling Fan or a Cooling Water System for optimal performance.
2. For inductive loads, it is essential to mount a Varistor on the output terminal to ensure smooth operation and protection.
Feature:
Utilizing semiconductor technology, our no-contact relays guarantee high-speed and high-frequency operation, elevating your performance standards.
Fully RoHS compliant, meeting environmental and safety standards.
Models are available without zero-cross functionality to suit diverse applications.
Comes with replaceable power elements for easy maintenance and prolonged usability.
Conforms rigorously to cULus and CE standards, ensuring global compatibility and safety assurance.
What is SSR?
Solid State Relays (SSRs) revolutionize power control by electronically switching the power supplied to devices, unlike traditional mechanical switches. Achieving seamless control, SSRs manage high-current loads such as lights or appliances using low-current signals, like the ubiquitous DC signal. Digital Output. Most SSRs activate with a voltage as low as 3V, making them ideal for integration with Phidget Interface Kits or any device featuring a digital output.
SSRs efficiently perform tasks akin to Mechanical Relays, yet offer significant advantages:
- SSRs generate minimal electromagnetic interference compared to mechanical relays, primarily due to the absence of contact arcing common in mechanical relays, where physical contacts spark during operation. The lack of electromagnets further reduces interference.
- Mechanical relay contacts wear down due to arcing, but SSRs are purely digital, ensuring longevity, often lasting millions of cycles when correctly used.
- SSRs offer rapid switching times (1ms) compared to mechanical relays (10ms), enhancing operational efficiency.
- With greater resistance to physical vibrations, SSRs prove more reliable than mechanical counterparts.
- SSRs' non-mechanical switching mechanism excludes contact bounce and ensures silent operation, providing a superior user experience.
How does it work?
Internally, the control inputs are linked to an LED that emits light across an air gap to a sensor. This sensor connects to transistors that control the relay's power supply. When a transistor closes, current traverses the relay, connecting the load to the power source. Conversely, when a transistor opens, current is blocked, disconnecting the load. This LED-sensor pair, known as an optocoupler, facilitates isolation without direct electrical contact.
Why choose NCR & Clion?
1. As an eminent electronics components manufacturer, we excel in research, development, and exportation.
2. Boasting 14 years of experience in crafting relays and electronic components, we stand as industry leaders in quality and innovation.
3. Rooted in the prestigious ISO 9001 & ISO14000 quality control systems, Zhejiang NCR Industrial Co., Ltd. strictly adheres to these globally recognized standards as the foundation of our production excellence.;
4. Our comprehensive sales service system is meticulously designed to ensure every aspect of your experience with us is seamlessly smooth, from inquiry to delivery.
5. Each year, our innovative R&D Department unveils exciting, new product designs, continually expanding and enhancing our robust selection.
6. Our state-of-the-art testing system guarantees that each product leaving our facility is of the highest quality, ensuring absolute reliability and satisfaction.
7. Eager to learn more about Zhejiang NCR Industrial Co., Ltd.? We warmly welcome your inquiries and look forward to providing you with exceptional service.
| Model |
CAG6K-3/250F-38 |
| Description |
Rail Solid State Relay |
| Controlling Voltage |
250;90~250VAC |
| Controlling Current |
≤100mA |
| |
|
| Make-on Voltage |
90VAC |
| Break-off Voltage |
50VAC |
| Load Voltage |
38:40~440VAC |
| Load Current |
10\15\20\25\30\40A |
| |
|
| Instant Voltage |
38:1000VAC |
| Voltage Drop in On |
<1.6VAC |
| On-off Time |
≤10mS |
| Isolation Voltage |
_ |
| Leakage Current in Off |
≤10mA |
| Dielectric Strength |
≥2500VAC |
| Insulation Resistance |
500MΩ 500VDC |
| Ambient Temp |
30~80 |
| |
|
| Indicate Methods |
LED |
| |
|
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