Home & Commercial UPS Pure Sine Wave LED

PURE SINE WAVE TECHNOLOGY

Many inverters still provide a square wave output, which is unhealthy for your appliances and creates humming noise in the fans and appliances.

Su-vastika’s Pure Sinewave UPS is designed to provide your appliances with a smooth, Pure Sine-wave power output better than the Grid power we get.

SMART AVR (AUTOMATIC VOLTAGE REGULATION)

In developing countries, frequent voltage and frequency fluctuations in households are common occurrences. The moment the voltage supply goes below a certain level, we observe the speed of fans going slow or the water cooler fan’s speed dropping, indicating that the voltage is lower than the standard voltage. We have provided two types of settings in our model.

1. Wide UPS Mode
2. UPS Mode

PURE SINE WAVE UPS 2300/24V LED comes With Smart Automatic Voltage Regulation (AVR) feature when your mains supply voltage fluctuates (rises or drops beyond the Safe Voltage range); our UPS seamlessly switches to the battery power, ensuring a safe power supply to all your appliances.

FAST SWITCHING- INTELLIGENTLY CHANGING BETWEEN MAINS AND BACKUP

Traditional inverters/UPS have higher switching times. This means your appliances will reset during the changeover between mains to backup, but Su-vastika’s UPS is blazingly fast. It automatically detects a power cut or voltage fluctuation and switches to its backup mode in milliseconds. So you and your appliances won’t even know there was a power cut. This means your computer, TVs, Satellite receivers, Wi-Fi, and other critical equipment can run uninterrupted without resetting.

BI-DIRECTIONAL TECHNOLOGY

Su-vastika’s PURE SINE WAVE UPS 2300/24V LED works on the Revolutionary Bi-directional technology. A bi-directional technology is a technology that allows for two-way charging due to its ability of two-way conversion—from AC to DC and from DC to AC. A bi-directional technology uses the same PWM (Pulse Width Modulation) based MOSFET (metal–oxide–semiconductor field-effect transistor) circuit to charge and discharge the battery.

POWERFUL CHARGING FROM 110V–280V FOR FAST BATTERY CHARGING

In Low-voltage areas, people generally use voltage stabilisers to charge the battery as the Inverter/UPS cannot charge the battery when the voltage is low. In our UPS, we have designed the charger in such a way that it has a built-in Voltage stabiliser for charging the Inverter/UPS  Battery

from 110Volts to 280 volts at a constant charging current, an essential feature where the Low and high voltage problems are faced> so the battery charging time doesn’t increase with the Low or high voltage fluctuations.

BATTERY SELECTION SWITCH (COMPATIBLE WITH TUBULAR/SMF)

Su-vastika Pure Sinewave UPS has a Battery Selection switch at the back panel through which the user can select the type of battery viz Tubular/ SMF as per the battery type one is installing.

INNOVATIVE THREE STAGE CHARGING

1. BULK STAGE:

The charging current is fed to the battery bank. The battery voltage level will be increased as the battery gets charged. Battery Charges in this stage until its voltage level reaches bulk setting level.

2. ABSORPTION STAGE:

In this stage, battery voltage is held at a bulk setting level for one hour. The charging current reduces as the battery is charged to its capacity.

3. FLOAT STAGE:

In this stage, battery voltage is held at float setting level, and the charging current is further reduced. Full current can be provided to loads connected to the battery during the float stage from the grid.

TRANSITION FROM FLOAT TO BULK STAGE

When the battery voltage drops below the float setting for a cumulative period of one hour, a new bulk cycle will be triggered. This typically occurs each night. This three-stage charging process results in faster and safe recharging of the battery bank without getting it over.https://suvastika.com/how-to-charge-tubular-battery-in-inverter-ups/

INBUILT ISOLATION TRANSFORMER

Our UPS have Built-in Isolation Transformer. Isolation also referred to as galvanic isolation, implies that no direct path exists for the current to flow from the source to the load. An isolation transformer provides isolation between the electrical devices and the source powering these devices. In other words, with an isolation transformer, the output power circuit is electrically and physically isolated from the input power circuit. As a result, the isolation transformer provides safety to the users and the appliances by preventing the current to pass to the body of the product, hence making it very safe.

ADVANCED PROTECTION WITH MCB

A safe voltage range is important to keep appliances safe during high voltage spikes. Short circuits are very common. Therefore every household is equipped with an MCB or main fuse. However, these can be slow and inefficient at protecting your appliances from damage. We know how much you love your appliances. Therefore, we have designed Our PURE SINE WAVE UPS 2300/24V LED to give them a smart layer of protection. It has an inbuilt Special MCB, which trips and protects all your appliances before the traditional MCB can respond.

OVERLOAD & SHORT-CIRCUIT PROTECTION

We have given a special overload feature in which when the ups once get overloaded will give 8 times retry before it shuts down. This feature is very important for the customer as when the costumer put extra load which cannot be supported by the ups then it switch off immediately and keep giving warning. Then customer has to reduce the load and go to the ups and reset the front switch which is very uncomfortable for the costumer because at times the whole house gets into darkness and for the costumer to switch off the load and reaches to the ups is tough as it laying in one corner of the house or office. So we have given a special feature in our ups, in case of overload our ups gives you 8 times switching on and off load, in that timing costumer can reduce the load and there is no sudden darkness in the house/office. Just like overload retries our UPS has a feature of short circuit retries as well. In this feature whenever there is a short circuit our UPS will shut down automatically and start again. In this process our UPS will check whether the condition of short circuit has been eliminated or not if the short circuit has been eliminated the UPS will start working normally and if condition of short circuit continues then our UPS will retry 4 times before permanently shut down. In order to make it operational again, one needs to reset the front switch of UPS.

SOFT START (GENTLE TO YOUR APPLIANCES)

A great beginning makes way for a great journey. Our UPS knows this very well. Unlike traditional inverters that allow a sudden inrush of current which can be harmful to your appliances, Su-vastika’s UPS goes for a cushioned start-up. It gradually increases the voltage to let your appliances ease-in. This prevents electrical and mechanical shocks to the sensitive and costly appliances in your house.

SAFE DISCHARGE

With prolonged usage, a battery’s life gets reduced. This is what happens to every battery after multiple charge-discharge cycles, even inverter batteries. Nerds call it battery fatigue. Our UPS knows how to beat this problem too. When the battery is being used to power your home and is about to get empty (but not fully empty), Pure Sine Wave UPS places a reserve. This means it doesn’t let the battery get fully or deeply discharged, hence extending the life of the battery.

COMPATIBLE WITH LOCAL GENERATOR

Many times when the local grid fails, you need to depend on your Domestic Power Generators. Ordinary inverters are incompatible with such ACs due to their high fluctuations. But Su-vastika’s UPS can normalize and adapt to such fluctuations, making it perfect to pair up with Domestic Generators because our UPS has a frequency bypass range of 42Hz – 55Hz.