Awarded as the best in class technology 100kva ups manufacturer in bangalore.

Online UPS, Active shunt UPS 303 (IR,SR & CR), Solar GSS & PCU

Online UPS - 80Kva / 3Ø-3Ø

Technology
Industrial grade design with SNMP and remote monitoring. DSP model with galvanic isolation, Power Factor Correction model (PFC), VFI, power-conditioning, True Online with double conversion. Redundant with hot-standby, critical/non-critical load configuration and built-in static bypass.

Active shunt UPS - 80KVA

Technology
Mains synchronised, DSP technology. Zero-transfer time without double conversion losses, saves approximately 35-40% of elctricity. Industrial grade, highly rugged design; can handle high crest factor loads. Used for process industry, CNC & laser processing etc.

Solar UPS / Hybrid inverter / PCU / GSS - 80KVA in 3Ø-3Ø;

Technology
Available in (GSS) Grid shared solar UPS and hybrid solar PCU/inverter. MPPT based technology, using DSP. IGBT based industrial model. Can also work without battery and also does not need mains reference as compared to On-grid/grid export solar inverter.

Applications

• Process automation
• CT & MRI scanners
• Offset machines
• Industrial machineries
• Laser cutting & bending machines
• Vertical milling CNC
• Wire cut EDMs, etc

Technical Specification

Downloads

Online UPS

PFC 101

PFC 301

PFC 303

Active shunt

ASU - IG

Glider - 303

Solar UPS

Solar PCU

Solar GSS

MPPT

Buying Tips

Tips for buyer of Power conditioning equipment.

Quality power is the prime infrastructure of any business-process and a basic need of any successful sustaining operations, which is seldom given the importance that it requires. Due importance and budget is allotted for procurement of capital equipment but minimum effort is often put on providing an environment for it to function to the optimum; quality power being the foremost of it.

The below points are worth considering while buying power conditioners.

Basic objective of the purchase.

A power conditioner like a stabilizer and UPS are needed where power conditioning is the prime objective. Due importance is to be given to ensure the output power quality before glancing at the additional features. The sales documents focus more on features and not on the quality of the output power-which is fed to your equipment.

Second priority is to be given for human safety and equipment protection.

Once the above criteria are fulfilled then look for the required features.

Cost of ownership and Serviceability / life of the product.

A decision maker loves to bargain not only during purchase but also during signing service contracts with the service provider. Hence, make sure you buy a product, which can be serviced by another competent agency, or else might end up becoming puppets in their hands having bought proprietary serviceable equipment.

The other easy option is to sign a contract with the supplier for 10 years of spares availability, or 7-year warranty or AMC offer.

The vendors trap some of the users by offering very low prices with big features but with poor quality of output power and which are not serviceable by third party. The user is forced to accept the terms of the service provider as he has no option of comparing the quotes and these products offer life of not more than 5 years. Since this responsibility lies with the facility managers, the purchase team neglects this.

A purchase of a product is completed only on the day of expiry of warranty or completion of the liability period.

Hence, while purchasing smart decision makers find it meaningful to evaluate the following points before they take a decision.

Self-destructive negotiation.

Negotiation if it is win-win has mutually beneficial effects, however win-lose negotiation is often lose-lose situation, neither of them win at the end. Often it is better to evaluate the pulse of the service provider to find out his desperateness in closing the sale; often associated with agreeing to huge discounts and budging to all the terms of the customer (matching L1 price). He is more likely to do the same with every customer and is unlikely to last long to provide quality service to your product.

Cost comparison as per commercial offer can lead to wrong results since the hidden costs are not calculated. Cost per year (CPY) is the right way forward to calculate the real cost. If a product is purchased at a low cost, but has a life of just few years, would not justify the huge investment. Generally, a life of 10 years is desirable.

CPY = CII+ CAMAC

Cost of initial investment (CII)-All-inclusive price with onsite support inclusive of all accessories, including the cost of investment like conditioned environment, isolation transformer etc, sometimes is recommended as mandatory by the supplier. (Eg: Air conditioner).

Cost of AMC charges (CAMAC)- Maintenance cost after the expiry of warranty period.

Expected life of equipment (ELE)-Generally governed by the manufacture’s policy and design.

The purchase cost is to be treated as a down payment towards an installment purchase.