Isolation automatic transfer switches (ATS) are an essential component in power management systems, ensuring a seamless and uninterrupted power supply during outages or maintenance. They automatically transfer electrical loads between the primary power source and a backup generator to maintain power continuity. But what makes them so vital in today’s power-sensitive world?
With the growing reliance on technology, the demand for a constant and uninterrupted power supply has become crucial. An isolation automatic transfer switch guarantees the availability of power by automatically switching between primary and backup power sources when needed. This ensures that vital systems remain operational, reducing downtime and minimizing the risk of damage to equipment.
Reliability
With an ATS, you can rest assured that your backup power system will kick in automatically in case of a power outage. This ensures that your critical systems remain operational and minimizes downtime for your business or home.
Safety
Manual transfer switches can be hazardous, as they require an individual to manually initiate the switch. This can result in dangerous electrical arcs, shocks, or even electrocution. An ATS eliminates these risks by automatically managing the transfer process, providing a safer environment.
Convenience
Manual transfer switches require you to be present during a power outage to switch between power sources. With an ATS, the entire process is automated, giving you peace of mind knowing that your backup power system is always ready to take over when needed.
Seamless Operation
An ATS ensures a smooth transition between power sources, minimizing disruptions to your electrical systems. This is particularly important for sensitive equipment, such as computers and medical devices, that requires a steady supply of electricity.
Load Management
Some ATS units offer advanced load management features that can prioritize critical loads and selectively shed non-essential loads during a power outage. This helps ensure that essential systems remain operational while reducing the strain on the backup generator.
Simple Operationlet Users Intuitively Understand Theexisting Status Of Products
Automatic Manual
Shaped Wiring simple And Convenient
Shaped Wiring simple And Convenient
| Model | MDQ8 |
|---|---|
|
Rated Current In(a) |
16A,20A,25A,32A,40A,50A,63A,100A,125A,160A,200A,250A,320A,400A,500A,630A |
|
Rated Insulation Voltage (ui) |
690V/800V |
|
Rated Impulse Withstand Voltage (uimp) |
8KV |
|
Rated Working Voltage (ue) |
AC400V |
|
Rated Short Circuit Connection Capacity |
8KA 17KA 26KA 67.5KA |
|
Rated Short-time Withstand Current (lcw) |
5kA/30ms 10kA/60ms 12.6kA/60ms 32kA/60ms |
|
Control Voltage |
DC24V、48V、110V，AC220V |
|
Degree of protection |
IP20 |
|
Certificate |
CE |
A: Yes, automatic transfer switches are suitable for both residential and commercial applications, ensuring a seamless transition to backup power during outages.
A: The transfer time depends on the type of ATS. Open-transition switches usually take a few seconds, while closed-transition and delayed-transition switches offer a seamless or delayed transfer to minimize disruptions to the electrical load.
A: It is highly recommended that you hire a qualified electrician to install your ATS, as incorrect installation can result in safety hazards and equipment damage.
A: Regular maintenance is essential for the optimal performance and longevity of your ATS. Consult your manufacturer’s guidelines and local regulations for the recommended maintenance intervals and procedures.
A: The primary purpose of an ats is to automatically switch between the primary power source and a backup power source, ensuring a continuous supply of electricity during power outages.
Make Electricity Available To All People
Get notified about new products