PulseQ NEMA Splitter
Power Distribution Made Easy
Introducing the PulseQ NEMA Splitter series, the ultimate solution for efficient power distribution in the complex electrical environment of the US market. Designed with advanced features and a user-friendly design, it caters to electric vehicle owners, everyday households, and automotive repair shops. Experience seamless power distribution and enjoy peace of mind with the PulseQ NEMA Splitter series. With a choice of 30A and 50A versions available, it's the perfect solution to meet various charging needs.
Power Up Multiple Devices Simultaneously
Connect and power up multiple devices at once with the PulseQ NEMA Splitter. From washers and dryers to air conditioners and EV chargers, effortlessly charge and manage all your devices without worrying about power shortages.
Smart Power Sharing
Power is distributed, with a left-side priority. When the total output exceeds 30A (50A), it's a left-to-right charge – your top device is always prioritized. Below 30A (50A), both outlets power together, charging up both of your devices at once. And with handy smart indicators, you can monitor your charging status in real time.
Safety Comes First
Your safety is our priority. The PulseQ NEMA Splitter is equipped with overload protection, short circuit protection, and overheating protection, ensuring the safety of both your devices and your home. Rest easy knowing that your devices are protected from potential damage caused by overcurrents or overheating. FCC and ETL certifications further guarantee safety and compliance.
Built to Last
We prioritize quality and durability. The PulseQ NEMA Splitter is built with high-quality materials and undergoes rigorous testing to ensure reliability and longevity. It will deliver excellent charges for years to come.
Small Yet Mighty
Designed with efficiency in mind, the PulseQ NEMA Splitter is compact and easy to use in any location, so you'll always have a convenient power solution.
Specifications
30A_US
50A_US
NEMA 14-30
NEMA 14-50
240V
240V
Max. 30A
Max. 50A
Left Side (Primary)
Right Side (Secondary)
Max.24A
Left Side (Primary)
Right Side (Secondary)
Max.40A
137x165x75 mm/
5.39 x 6.50 x 2.95 inches
137x165x75 mm/
5.39 x 6.50 x 2.95 inches
1kg/2.2 lbs.
1kg/2.2 lbs.
-30°C to 50°C / -22°F to 122°F
-30°C to 50°C / -22°F to 122°F
-40°C to 80°C / -40°F to 176°F
-40°C to 80°C / -40°F to 176°F
Meant For Indoor Use
Meant For Indoor Use
5-95% non-condensing
5-95% non-condensing
≤2000m/6562ft
≤2000m/6562ft
2 Yrs.
2 Yrs.
FCC, ETL
FCC, ETL
FAQs
Which product model should I purchase?
Choosing the right product model depends on the specifications of the user's household electrical plug.
What is the maximum output current?
The two models correspond to different output current thresholds:
* PulseQ NEMA Splitter_30A_US: Maximum output current 30A
* PulseQ NEMA Splitter_50A_US: Maximum output current 50A
Is the maximum output current only on one side or the total output of both sides of the tool?
The maximum output current is the total output current (added on both sides), and the maximum output current on one side is less than the total output maximum current:
* PulseQ NEMA Splitter_30A_US: The maximum output current of one side is 24A
* PulseQ NEMA Splitter_50A_US: The maximum output current of one side is 40A
How does the current distribute when the left and right ends use power at the same time?
Remember the priority output is on the left side, and the Splitter will automatically adjust the output current on the right side according to the current value;
A. When the total current does not exceed the maximum threshold, both sides supply power at the same time;
B. When the total current exceeds the maximum threshold, the left side is powered first. After the left side is done, the right side is powered.
How is power supplied if the current on the left does not exceed the threshold, but the current on the right does exceed the threshold?
It doesn't. The left side is always powered first. After the left side reaches the threshold, the right side is then powered. In this instance, the status light on the right side will be flashing red.
How is power supplied when the current on the left exceeds the threshold and the current on the right does not exceed the threshold?
The left side can supply power, and the status light on the left side will be flashing red. After the left side is done, the right side starts to supply power.