115
Aspro line 115 equipment, due to its simple operation and high performance, is the ideal solution for high-demand charging stations, guaranteeing fast, efficient and safe CNG charging.
BARE COMPRESSOR MODEL | 115 |
|---|---|
RATED POWER | 220 kW (2 Throws) |
STROKE | 115 mm (4.53 in) |
ROTATING SPEED | 800–1,050 rpm |
MAXIMUM PISTON SPEED | 4.0 m/s (792.3 fpm) |
TOTAL ROD LOAD | 100 kN (22,481 lbs) |
ROD LOAD TENSION | 50 kN (11,240 lbs) |
ROD LOAD COMPRESSION | 53 kN (11,915 lbs) |
ROD DIAMETER | 35 mm (1.38 in) |
CRANKSHAFT CENTERLINE FROM BOTTOM | 220 mm (8.66 in) |
Product Features
Crankshaft
Designed to withstand extreme loads, our compressors' crankshaft ensures reliable power transmission and exceptional durability in gas compression applications.
Cranks
Manufactured from high-strength materials, our connecting rods ensure robust and stable performance, optimizing force transmission and operational reliability under demanding conditions.
Crossheads
Crossheads provide structural stability and motion control, reducing wear and improving compressor life in high performance applications.
Frame
Our compressor frames are designed to withstand high loads without compromising stability. Their robust construction allows flexible integration with different cylinder sizes, ensuring maximum reliability and performance in every application.
Latest generation cylinders
Aspro cylinders offer versatility over a wide range of pressures, maintaining an optimal balance between reliability and efficiency. Their modular design allows for multiple configurations to adapt gas volume and pressure to the specific requirements of each operation.
Piston Rods
With optimized construction to minimize friction and wear, our compressor rods offer smooth operation and reliable performance even in high-pressure environments.
Pistons
Designed to maximize compressor performance, the pistons ensure efficient compression and stable operation in a wide range of industrial applications.
Valves
Our valves are designed for precise control of gas flow, allowing safe operation and optimal performance under demanding working conditions.