Features
Single phase design based on zero-crossing switching mechanism. DIN rail mount is adopted with integral heatsinks to dissipate heat generated during operation. Heat sinks provide long-lasting use, which helps to dissipate heat and protect solid state relays. 10A 3-32V DC to DC solid state relays are ideally suited for automated process control applications and are essential components for temperature controllers and other mechanical control systems. Made of durable aluminum material, installable heat sink design, small size, easy to install.
- Exquisite workmanship
- Photoelectric isolation
- SSR output
- LED indicator for operation status
- Removable protective cover for safety
- Panel mount
- Zero-crossing switch type
Specification
Model |
ATO-SSR-DS10DD |
Voltage Type |
DC-DC |
Load Current |
10A |
Load Voltage |
3-75V DC |
Control Voltage |
3-32V DC |
Max Input Current |
12mA |
Must Operation Voltage |
2.8V DC |
Must Release Voltage |
1.5V DC |
Max On-stage Voltage Drop |
≤0.2V |
Peak Voltage |
75V DC |
Operation Temperature |
-20℃ to 80℃ |
Max Off-state Leakage Current |
12mA |
Dielectric Strength |
2500V |
Weight |
181g |
Certificates |
CE, ROHS |
Dimension
Wiring Diagram
Tips: The effect of using ambient temperature and some protective measures
The load capacity of solid-state relays is greatly affected by the ambient temperature and its own temperature rise, in the process of installation and use, should ensure that it has good heat dissipation conditions, rated operating current of 10A or more products should be equipped with a heat sink, 100A or more products should be equipped with a heat sink plus fan strong cooling. In the installation should pay attention to the bottom of the relay and good contact with the heat sink, and consider applying the appropriate amount of thermal grease to achieve the best heat dissipation effect.
If the relay works under high temperature for a long time (40℃~80℃), the user can consider reducing the amount to ensure normal operation according to the maximum output current and ambient temperature curve data provided by the manufacturer. If the relay works under high temperature for a long time (40℃~80℃), the user can consider reducing the amount to ensure normal operation according to the maximum output current and ambient temperature curve data provided by the manufacturer.