How to select Servo Stabilizers?

Before we move further, we should know that each and every Appliances, Machines, Industries, Plants and other establishments have their own specific INPUT and OUTPUT voltage requirements. For example some equipment might require 380 V AC output while some other machines require 400 V AC out and so on. So lets have a look at below factors to be considered before planning to buy a servo stabilizer.

Factors to be considered while buying a Servo Voltage Stabilizer:

Reputation / Brand:

Make sure that you buy directly from the manufacturer, so you get right product at competitive price. Check for the suppliers website, factory locations, client list in detail and study the credentials.

Single Phase or Three Phase:

Check whether we want a Single or Three Phase Servo voltage stabilizer. This can be determined by way of your electrical grid connection. If you have ONE phase grid connection then you require SINGLE phase voltage controller, if you have THREE phase then you need THREE phase servo stabilizer.

KVA Rating:

Next step is to determine what capacity is required by you. This can be determined by measuring the total load in AMPERE after you have switched on your FULL load.

You can measure the complete load using a clamp meter.

Input Voltage Range:

This is the most important part, as these servo voltage stabilizer works in dedicated input voltage ranges, meaning the band in which the stabilizer is expected to buck/decrease or boost/increase the voltage to maintain the output voltage.

Thus we should be very accurate in getting the LOW and HIGH voltage conditions at site. Some of the standard ranges are 340 – 480 V AC, 300 – 460 V AC , 240 – 480 V AC , 190 – 480 V AC etc.

Output Voltage :

Some machines require 380 V AC , some requires 400 V AC and some may require 415 V AC. The optimal setting is 400 V AC and can be customized as per customer requirements.

Ideally the standard output voltage range is between 380 to 415 V AC.

Unbalanced Type / Balanced Type :

If you have a balanced load and balanced input supply then you should go for balanced type servo voltage stabilizer. If the load is unbalanced and even the incoming supply is highly unpredictable then you should opt for unbalanced type servo stabilizers. Normally unbalanced type voltage regulators are the best bet and mostly used by industries.

Maintenance :

Make sure that you buy a servo voltage stabilizer which had been designed keeping in mind the ease of maintenance.

19:34 15 May 24
Shama ParveenShama Parveen
06:32 09 May 24
Jatin ChaudharyJatin Chaudhary
14:54 08 May 24
I'm impressed with the PEQVI Servo Voltage Stabilizer. It's reliable, well-built, and effectively protects my electronics from voltage fluctuations. Definitely worth the investment for peace of mind!
Ritesh ShrivastavaRitesh Shrivastava
16:57 07 May 24
vasudev pvasudev p
06:36 20 Apr 24
prachi gargprachi garg
07:54 24 Jan 22
The best part about Piyush Electronics is that the owners are involved in every aspect of business. They have good knowledgeable and technical skills. They have got a nice factory and almost all components are manufactured in-house. One could hardly find such set up and service support from any other company of same industry.
Manav ChawlaManav Chawla
16:59 18 Sep 21
Things I love about them:1. Reliable and High quality products.2. Great after sales service.3. Supportive staff- especially Mr. Piyush Garg who is a visionary and a really humble person.4. Over 30 years of experience in the industry
Anand BAnand B
15:18 04 Aug 21
I had a nice experience working with Piyush on helping file his trademark application. He is very understanding and has the adequate knowledge on the subject and was willing to take inputs from others that helped us work on his requirements in the best way. Definitely recommend!
Mukul MalikMukul Malik
12:45 26 May 21
We have been dealing with your company for over 2 decades. Excellent product quality and great after sales support. Would surely recommend your company to others. All the Best.