SSR-10VA 10 Amps Potentiometer Manual Control Solid State Voltage Regulator Introduction:
- SSR-10VA is our maximum 10 amps output potentiometer controlled solid state voltage regulator, by rotating the potentiometer clockwise or counterclockwise, the output voltage will increase or decrease accordingly. This feature makes it very easy to adjust the output voltage, so it is often used to control the heating efficiency of heaters.
- The 10 amp maximum output current enables it to handle a 1000 watt heater @ 220VAC or a 300 watt cooling fan @ 220VAC.
- The specification of SSR-10VA SSVR control potentiometer is 450-560 kilo-ohms/2 watts. As the resistance of the potentiometer increases, the output voltage will decrease. Conversely, if you want to increase the output voltage, please reduce the resistance of the potentiometer.
- The control part of SSR-10VA SSVR is completely isolated from the controlled part, making it safer to use.
- The circuit diagram of this product is as follows:
- It uses an angle-shift control method to control the output voltage. Therefore, in addition to using it to control heaters, we can also use it to control the speed of some motors, such as cooling fans, etc.
- In addition, we also provide high quality and competitively priced 4-20 mA, 0-10VDC analog controlled solid state voltage regulators.
- Want the latest discounted price or great support for this 10 Amp Single Phase Potentiometer Control Solid State Voltage Regulator? Please fill out the form at the bottom to contact us right now!
Specifications:
Mode | SSR-10VA |
Control voltage | Potentiometer 220-470kΩ |
Output voltage range | 0-380VAC |
Maximum off-state leaking current | 2mA |
Maximum on-state voltage drop | 1.5V |
Switch off voltage | 2VDC |
Product dimension | 57.4*44.8*28mm |
Product weight | 100 grams |
Load current | 10A |
Max off-state leakage current | 2mA |
Max on-state voltage drop | ≤1VDC |
Product dimension | 44.8*57.4*28mm |
Net weight | 100g |
Operating temperature | -20℃~80℃ |
Certification | CE |
Terminals | Screw |
Remark | When using this SSR, please consider to use a suitable heatsink to help it cool down, or the high temperature will make permanent damage to this SSR. |