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Ls110p 160 Specifications, Features & Compatibility Guide
The Sullair LS110P‑160 delivers an impressive 1070 CFM of airflow, making it a foundational component for heavy industrial compressed air supply systems.3 m³/min of free air delivery is reached with maximum mechanical efficiency.
Quick Answer
Choose the Sullair LS110P-160 if your facility demands relentless 30.3 m³/min air delivery with peak mechanical efficiency. This rotary screw unit excels in heavy industrial environments where standard compressors fail under continuous load. It is the primary choice for high-volume Indian production lines.
Choose this model for large-scale industrial operations requiring maximum 1070 CFM output and high-efficiency performance. Avoid it if your power grid cannot support a 160 kW motor or if you only have light air needs.
✓ 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 Sullair LS110P‑160 delivers an impressive 1070 CFM of airflow, making it a foundational component for heavy industrial compressed air supply systems. This model operates with a 160 kW motor and a direct_drive system to ensure that the 16.1 to 30.3 m³/min of free air delivery is reached with maximum mechanical efficiency. Built as a stationary floor mounted unit, it integrates a moisture separator and an automatic condensate drain to maintain air quality at its 12 bar maximum pressure. The 380‑415 V three_phase electrical configuration supports a 100% duty cycle, allowing the LS110P‑160 to run continuously in demanding manufacturing operations. Operators can interact with the system via a smart controller that provides alarm indications and real-time monitoring of the 160 kW motor's performance. With the OptimalAir filtration system and thermal protection, the LS110P‑160 is designed to maintain 300 LPM delivery while protecting its internal rotary screw components from overpressure or low oil conditions.
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Engineering Analysis
The 160 kW power rating of the Sullair LS110P‑160 is specifically calculated to sustain a 12 bar pressure ceiling while delivering up to 30.3 m³/min of air. By utilizing a direct_drive connection, Sullair removes the maintenance overhead and parasitic power losses associated with belts, ensuring the full 160 kW of the TEFC motor is applied to the oil-injected rotary screw assembly. The thermal protection and overpressure protection features are critical for this model's continuous run capability, as they monitor the 12 bar discharge to prevent component fatigue during 24/7 industrial cycles. Furthermore, the anti-vibration mounts and noise insulation within the industrial steel enclosure are essential for a 160 kW machine to prevent structural resonance in floor-mounted installations. The Wye-Delta electronic starter is engineering-specific to manage the 380‑415 V current inrush, protecting the local three_phase grid while bringing the 1070 CFM pump up to operational speed. This technical synergy allows the LS110P‑160 to maintain a precise 16.1‑30.3 m³/min range without the efficiency drops seen in smaller, non-industrial units.
Technical Support & FAQs
Engineering Analysis
The 160 kW power rating of the Sullair LS110P‑160 is specifically calculated to sustain a 12 bar pressure ceiling while delivering up to 30.3 m³/min of air. By utilizing a direct_drive connection, Sullair removes the maintenance overhead and parasitic power losses associated with belts, ensuring the full 160 kW of the TEFC motor is applied to the oil-injected rotary screw assembly. The thermal protection and overpressure protection features are critical for this model's continuous run capability, as they monitor the 12 bar discharge to prevent component fatigue during 24/7 industrial cycles. Furthermore, the anti-vibration mounts and noise insulation within the industrial steel enclosure are essential for a 160 kW machine to prevent structural resonance in floor-mounted installations. The Wye-Delta electronic starter is engineering-specific to manage the 380‑415 V current inrush, protecting the local three_phase grid while bringing the 1070 CFM pump up to operational speed. This technical synergy allows the LS110P‑160 to maintain a precise 16.1‑30.3 m³/min range without the efficiency drops seen in smaller, non-industrial units.