- Current Advantage
- Speed Advantage
- Reliability Advantage
- Quiet Advantage
- Ease of Operations Advantage
- Performance Advantage
- Service Advantage
- Two stage compressor design
- Optimized impeller designs
- High efficiency, refrigerant cooled motors
- Inbuilt variable frequency drive
- Flooded design evaporators
- Oil free compressor minimizes Efficiency Loss
- An ASHRAE determined the average quantity of oil as a percentage of in older chiller. This found the average to be 12.88%
- A study determined that even at 3.5% of oil equated to an 8% efficiency loss
- Advance component designs - Internally and externally enhanced copper tube for high heat transfer coefficients
- Options of alternative materials - Cupro Nickel for sea water / corrosive applications
- Combination of Inlet Guide Vane and VFD control
- Excellent stability at lower loads
- Active surge control - avoid surging by appropriate movement of shaft by using inbuilt surge control algorithm
- Electronic expansion Valve provides superior refrigerant flow control over a range of operating conditions
- Provides excellent part of load efficiency
- All chillers are designed to offer very high reliability during the entire life spam of chiller
- The reliability built into the design of every components of the chiller
- Design features + precision components makes Kirloskar TurboLev® Centrifugal Chillers the best in terms of reliability and efficiency
- High speed allowing for size and weight reduction
- Magnetic bearings with no friction increases life of the compressor
- Lower vibrations levels
- The compressor speed adjusts automatically to match the load and current operating conditions so that optimum efficiency is gained
- High speed shaft - Maximum RPM 48,000
- The rotor shaft is held in position with ten separately controlled electro magnetic cushions which continually change in strength to keep the shaft centrally positioned
- Sensors monitor the position of the shaft over 6 million times a minute
- Radial and Axial Bearings keeps the rotor suspended
- Fail-safe provision of sensors maintains reliability in operation
MODEL
| With Single Compressor | With Two Compressor | With Three Compressor | |||
|---|---|---|---|---|---|
| Model No. | Nominal TR (kW) | Model No. | Nominal TR (kW) | Model No. | Nominal TR (kW) |
| KCM 300.14 | 94 (331) | KCM 300.24 | 189 (665) | KCM 400.34 | 470 (1653) |
| KCM 350.14 | 130 (457) | KCM 350.24 | 261 (918) | KCM 700.34 | 612 (2152) |
| KCM 400.14 | 157 (552) | KCM 400.24 | 314 (1104) | ||
| KCM 700.14 | 193 (679) | KCM 700.24 | 385 (1354) | ||