DC SSR Solid State Relay
Input 3-12V DC Output 0-25V DC, 20A
- "Zero Volt" load switching; Optically isolated from input; Bi-directional
- Long Life - Virtually unlimited on/off cycles; - Great for DIY (Raspberry Pi, Arduino) designs for high-side and low-side switching.
- 3.3-12V input signal; < 15mA input current; < 50 milii-sec On/Off time
- Orientation Insensitive
- Easy Plug-in to Control Systems
Part Number | DC-SSR-25V-20A |
Number of Items | 1 |
Brand Name | MF |
EAN | 0680599983221 |
UPC | 680599983221 |
Operational Specs
Maximum Load Voltage | 25 V |
Maximum Load Current | 20 A |
Maximum Turn-on Time | 50 ms |
Maximum Turn-off Time | 50 ms |
Fuse | 20 A |
Maximum Input Signal Voltage | 12 V |
Minimum Input Signal Voltage | 3 V |
Maximum Current Drawn on Input | 15 mA |
Great DIY Tool for
Arduino & RaspberryPi
Enthusiasts
Product to be used for DIY experimental purposes only. Must not be used for mission critical applications.
Product Questions & OEM Opportunities:
info@sciencecadets.com
Application Example :
Switch for Battery Management Systems
High-side switching in a BMS is a difficult problem to solve - requiring speciality chips and charge-pumps.
This is a dream device if you want to design your own BMS - this SSR completely disengages the power path with a signal from the micro-processor in the BMS.
Minimal Power Loss because it is not a SCR or IGBT device - it is made from Mosfets.
Application Example :
Remote Switch for DC Motors
Your Motor line is completely isolated from the "logic line". You don't have to worry about electrical noise from motor disturbing your sensitive controller electronics.
Application Example :
PID/PWM Control of Heater
If your application requires a huge amount of on/off cycling - such as PID control with PWM, then mechanical relays will burn out fast. This type of SSR is a good solution.
Better Features than
Mechanical Relays :
- Long Life
- Virtually unlimited on/off cycles
- Quiet Operational
- Low Power Consumption
- No Electrical Noise
- Easy Plug in to Control Systems
- Orientation Insensitive