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Xats 156 Dd Specifications, Features & Compatibility Guide
5 bar.6 L4 engine at 2030 rpm, this 1900 kg unit is designed for heavy-duty construction where mobility is required via its towable chassis.
Quick Answer
Absolutely, invest in the Atlas Copco XATS 156 DD if your projects demand robust, continuous air power on the move. Its 9.4 m³/min delivery at 10.5 bar, driven by an 80 kW Deutz engine, makes it ideal for heavy-duty construction requiring reliable, portable compressed air supply. Expect stable performance and reduced noise on challenging Indian job sites.
Opt for the Atlas Copco XATS 156 DD if your Indian construction business requires dependable, high-capacity mobile air. Avoid if your needs are residential or if initial capital expenditure outweighs the long-term operational efficiency and heavy-duty performance it offers.
✓ 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 Atlas Copco XATS 156 DD delivers exactly 9.4 m³/min (331 cfm) of free air delivery at a maximum pressure of 10.5 bar. Driven by an 80 kW Deutz TCD3.6 L4 engine at 2030 rpm, this 1900 kg unit is designed for heavy-duty construction where mobility is required via its towable chassis. The oil-injected rotary screw pump ensures stable performance during continuous duty cycles, supported by a 71 dB(A) noise insulation system that meets site acoustic requirements. Safety is integrated through a low oil shutdown sensor and an emergency stop button, while the moisture separator removes condensate to protect pneumatic equipment. Operating within an ambient temperature range of -10°C to 45°C, the XATS 156 DD utilizes a powder-coated steel canopy to prevent corrosion during long-term outdoor deployment.
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Engineering Analysis
The direct drive system in the XATS 156 DD couples the 80 kW Deutz engine directly to the rotary screw pump, minimizing energy loss to achieve 9.4 m³/min of airflow. By operating at a fixed 2030 rpm, the engine maintains the necessary torque to sustain 10.5 bar pressure without fluctuating under the load of high-volume pneumatic tools. The 1900 kg mass of the unit is supported by anti-vibration mounts, which serve to isolate the diesel engine's mechanical oscillations from the towable frame, extending component life. Thermal management is handled by an air-cooled system that prevents the oil-injected pump from overheating during 45°C ambient operations. The inclusion of a 10.5 bar rated pressure relief valve and an overload protection system ensures that the 80 kW motor does not exceed its mechanical limits during peak 331 CFM output.
Technical Support & FAQs
Engineering Analysis
The direct drive system in the XATS 156 DD couples the 80 kW Deutz engine directly to the rotary screw pump, minimizing energy loss to achieve 9.4 m³/min of airflow. By operating at a fixed 2030 rpm, the engine maintains the necessary torque to sustain 10.5 bar pressure without fluctuating under the load of high-volume pneumatic tools. The 1900 kg mass of the unit is supported by anti-vibration mounts, which serve to isolate the diesel engine's mechanical oscillations from the towable frame, extending component life. Thermal management is handled by an air-cooled system that prevents the oil-injected pump from overheating during 45°C ambient operations. The inclusion of a 10.5 bar rated pressure relief valve and an overload protection system ensures that the 80 kW motor does not exceed its mechanical limits during peak 331 CFM output.