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Sm6 Specifications, Features & Compatibility Guide
78 m³/min flow rate at 10 bar.6 CFM of airflow for continuous manufacturing support.This model is strictly stationary, lacking wheels or handles, and operates on a 400V three-phase 50 Hz electrical supply.
Quick Answer
Yes, the Kaeser SM6 is ideal for Indian industrial workshops requiring robust, continuous compressed air. Its 5.5 kW motor delivers 27.6 CFM at 10 bar, engineered for sustained performance and efficiency in demanding manufacturing. This unit ensures verified long-term savings and critical production support, a smart investment.
The Kaeser SM6 is perfect for Indian industrial workshops needing continuous 27.6 CFM at 10 bar, valuing efficiency and stability. Avoid for residential use, capacity beyond specs, or if minimal upfront cost trumps long-term operational savings.
✓ Who Should Buy
- • performance suitable for residential spaces.
- •Verified efficiency of standard rating for reduced long-term operational costs.
- •Structural stability for consistent cleaning under rigorous use cases.
- •Hardware durability via premium components and advanced technology.
- •Built-in grid protection with Standard power cycle voltage management.
✕ Who Should Avoid
- •Spaces or usage requirements exceeding residential rated capacity.
- •Installations prioritizing minimum capital expenditure over high-efficiency performance.
- •Unstable grid conditions exceeding the functional threshold of Standard power cycle.
- •Environments incompatible with compressors physical and thermal dissipation specs.
Product Overview
The Kaeser SM6 stationary rotary screw compressor is a dedicated solution for industrial workshop compressed air, utilizing a 5.5 kW electric induction motor to sustain a 0.78 m³/min flow rate at 10 bar. Built on a powder-coated steel frame weighing 220 kg, the SM6 integrates the SIGMA PROFILE pump design to ensure 27.6 CFM of airflow for continuous manufacturing support. This model is strictly stationary, lacking wheels or handles, and operates on a 400V three-phase 50 Hz electrical supply. The SIGMA CONTROL 2 digital display manages the belt drive system, providing real-time pressure relief valve monitoring and thermal protection. With an air outlet port of G 3/4 and an integrated moisture separator, the SM6 delivers treated air directly to industrial pneumatic tools while utilizing anti-vibration mounts and noise insulation to stabilize the 630 x 790 x 1100 mm enclosure during high-pressure 15 bar peaks.
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Engineering Analysis
The technical core of the Kaeser SM6 lies in the pairing of a 5.5 kW motor with the SIGMA PROFILE rotary screw aerend, which optimizes the relationship between power consumption and 0.78 m³/min air output. The belt drive mechanism is specifically calibrated for the 50 Hz frequency of the 400V three-phase motor, allowing the pump to maintain a 100% duty cycle without thermal degradation. Mechanical stability is achieved through the 220 kg mass and internal anti-vibration mounts, which dampen the frequencies generated by the 27.6 CFM compression process. The SIGMA CONTROL 2 architecture provides an electronic interface for the overpressure protection and pressure switch, ensuring the 8–15 bar range is maintained through automatic cut-off logic. Furthermore, the oil-injected lubrication system is supported by an internal moisture separator, which is critical for protecting downstream components from the 10 bar discharge pressure standard.
Technical Support & FAQs
Engineering Analysis
The technical core of the Kaeser SM6 lies in the pairing of a 5.5 kW motor with the SIGMA PROFILE rotary screw aerend, which optimizes the relationship between power consumption and 0.78 m³/min air output. The belt drive mechanism is specifically calibrated for the 50 Hz frequency of the 400V three-phase motor, allowing the pump to maintain a 100% duty cycle without thermal degradation. Mechanical stability is achieved through the 220 kg mass and internal anti-vibration mounts, which dampen the frequencies generated by the 27.6 CFM compression process. The SIGMA CONTROL 2 architecture provides an electronic interface for the overpressure protection and pressure switch, ensuring the 8–15 bar range is maintained through automatic cut-off logic. Furthermore, the oil-injected lubrication system is supported by an internal moisture separator, which is critical for protecting downstream components from the 10 bar discharge pressure standard.