Unstoppable 40 to 62.5 kVA Power for
Restaurants, Clinics and Banks

An 60 kVA DG set typically consumes 10–12 liters of diesel per hour at 75% load. At full 100% load, consumption is approximately 14–15 liters per hour. Elmot PowerGen engines are engineered to maintain high efficiency even at variable loads.

At 415 V, a 60 kVA three-phase generator can supply approximately 83.5 Amps per phase at full load. In practice, generators are typically operated below their maximum capacity to accommodate motor starting currents, load fluctuations, and future expansion. As a result, a 60 kVA generator is generally well suited for facilities with a sustained operating load of around 50–65 Amps per phase, depending on the nature of the connected equipment.

Yes, a 60 kVA generator can easily start and run a 20 HP induction motor. However, if the motor starts under heavy load, using a VFD (Variable Frequency Drive) or a Star-Delta starter is recommended to prevent excessive voltage dips.

Absolutely. All 60 kVA units from Elmot PowerGen are CPCB IV+ compliant, meeting the latest 2026 environmental standards. This includes advanced emission control systems that reduce smoke and harmful gases, ensuring 100% legality across all Indian states.

In accordance with CPCB guidelines, Elmot’s 60 kVA silent generators maintain a noise level of less than 75 dB(A) at a distance of 1 meter. Our acoustic enclosures use high-grade insulation to make them suitable for quiet office environments.

A 60 kVA generator can comfortably power 10 to 12 units of 1.5-ton 5-star inverter ACs, along with standard office lighting, computers, and a server room. It is the most popular choice for bank branches and mid-sized clinics.

The footprint for a silent 60 kVA generator is approximately 2600mm (L) x 1100mm (W) x 1500mm (H). Ensure your installation site has at least 1.5 meters of clear space on all sides for airflow and ease of maintenance.

Technically, the difference is minimal (approx. 3.5 Amps). Many manufacturers use 62.5 kVA as a standard rating. Elmot PowerGen’s 60 kVA range is built with high-torque engines to provide the same reliable performance as 62.5 kVA units.

A full oil and filter change (B-Check) is required every 300 to 500 running hours or every 6 months, whichever comes first. Using genuine Elmot spare parts and recommended oil grades ensures the longevity of the engine.

For businesses like clinics or IT offices, an ATS (or AMF Panel) is highly recommended. it automatically switches the load to the 60 kVA generator within 10 seconds of a power failure, preventing data loss or equipment shutdown.

Yes. A 60 kVA unit is ideal for small to medium cold storage units or supermarkets, as it can handle the high-starting torque required by refrigeration compressors and cooling fans.

Elmot PowerGen offers a 2-year / 5000-hour comprehensive warranty. We also provide a 6-hour on-site service guarantee in our core regions (Telangana, AP, Karnataka, etc.) to ensure zero business interruption.

Yes, ELMOT PowerGen can provide an AMF (Automatic Mains Failure) panel with compatible gensets. Before deciding, it's important to understand what an AMF panel does and how it differs from a UPS and manual switching.
An AMF panel continuously monitors the utility power supply and automatically detects an outage. It starts the generator and transfers the load from mains to generator through a changeover mechanism. Similarly, when utility power returns the load is automatically transferred back to the grid and shuts the generator.
Using a UPS and manual switching requires human intervention or notice and outage and start a generator.

Not necessarily. The key question is not:
"How much power does it require while starting and what other loads are running at the same time?"
Before selecting a generator, identify:

• Running kW of each load
• Motor sizes (HP/kW)
• Starting method (DOL, Star-Delta, Soft Starter, VFD)
• Which loads operate simultaneously
• Which loads are critical during backup operation

In many cases, customers can save money by using load sequencing, VFDs, or soft starters rather than purchasing a significantly larger genset solely for equipment that runs occasionally.