CT Series 5 HP Reciprocating Air Compressor
Description
The FS Curtis CT Series 5 HP Reciprocating Air Compressor is a rugged, industrial-duty compressed air solution engineered for reliability, durability, and cost-effective performance. Built with a 100% cast-iron pump, cylinders, heads, connecting rods, and high-pressure pistons, this compressor ensures extended service life even in demanding operating environments.
Its two-stage compression design delivers higher pressure output with improved efficiency compared to single-stage compressors, making it ideal for workshops and light industrial applications. Deep-finned cast-iron cylinders and an integrated intercooler enable cooler operation and enhanced thermal management.
The compressor features a heavy-duty stainless steel valve system for higher airflow per horsepower, precision roller bearings for long pump life, and a slow-speed pump design that minimizes wear and extends maintenance intervals.
Available in multiple configurations such as tank-mounted, skid-mounted, or bare block versions, the CT Series offers flexibility to match varied installation needs across industries including automotive, manufacturing, plastics, railways, and general engineering.
This model is best suited for users seeking dependable compressed air with robust construction, long operational life, and economical ownership cost.
KK Techno Solutions supports compressor sizing, receiver and dryer selection, installation, commissioning and service from Noida across Delhi NCR and industrial locations in Uttar Pradesh, Haryana, Rajasthan, Uttarakhand, Punjab and Chandigarh, subject to project feasibility. Final pressure, free-air delivery, duty cycle and configuration should be confirmed for the application.
Send an enquiry with your pressure, air-demand, operating-hours and installation details for model selection and quotation.
Specifications
| Horse Power | 5 HP |
|---|---|
| Compressor Type | Reciprocating / Piston |
| Working pressure | 12 Bar |
| FAD | 14.2 CFM |
| Tank size | 250L |
| Compression Stage | Two Stage |







