Chicago Pneumatic RCP-C10123VS Air Compressor 10HP 120 Gal. Two Stage 3-Phase 208-230V Iron Series New - 8090253066
Chicago Pneumatic's RCP Iron Series air compressors feature all cast iron pumps. Equipped with finned coolers and a splash lubricated oil system for unmatched heat dissipation. Featuring automotive style wrist pins and connecting rod bearings, concentric ring valves, and start-stop pressure switch control. All units are 100% tested at full pressure.
What our Experts Think
-
Heavy‑duty two‑stage performance for demanding workloads
The Chicago Pneumatic RCP‑C10123VS 10 HP 120 Gal Two‑Stage Air Compressor (3‑Phase 208‑230 V) delivers robust, continuous compressed air ideal for busy workshops, body shops, fabrication facilities, and industrial environments that require professional‑level power and reliability.
-
Strong airflow and pressure delivery
With an output around 35 CFM @ 100 PSI and a max of 175 PSI, this compressor supports a wide range of pneumatic tools and demanding applications—ensuring stable performance with fewer stop‑start cycles.
-
Rugged Iron Series construction
Its all‑cast‑iron two‑stage pump with integrated finned coolers and heavy‑duty valves enhances durability and heat management—built to withstand heavy daily use in tough industrial settings.
-
Large 120‑gallon vertical tank
The ASME‑certified 120 Gal receiver stores a generous air reserve, reducing run cycles and helping maintain consistent pressure for multiple tools or simultaneous tasks.
-
Built‑in convenience & protection features
Includes automatic tank drain, magnetic starter, low‑oil protection, and enclosed belt guard—all designed to boost reliability, safety, and uptime.
-
Industrial three‑phase power ready
Designed for 208‑230 V three‑phase service, it delivers stable, efficient performance compatible with typical industrial electrical infrastructure.
Q&A
Q: What type of air compressor is the RCP‑C10123VS?
A: It’s a 10 HP two‑stage reciprocating (piston) air compressor from Chicago Pneumatic’s rugged Iron Series, built for heavy‑duty industrial and workshop use.
Q: What are the power and electrical specifications?
A: Powered by a 10 HP motor running on 208‑230 V three‑phase electrical service, ideal for demanding continuous operation.
Q: What is the tank capacity and orientation?
A: Equipped with a 120 gallon ASME‑certified vertical tank for substantial air storage and extended run times.
Q: How much airflow and pressure does it deliver?
A: Produces approximately 35 CFM at 100 PSI with a maximum pressure up to ~175 PSI, suitable for pneumatic tools and industrial systems.
Q: What construction and durability features are included?
A: Built with all cast iron pump components, finned coolers, splash‑lubricated oil system, and belt‑driven design for long life and reliable performance.
Q: What safety and protection features are standard?
A: Includes fully enclosed belt guard, magnetic starter, and pressure switch control; many units also offer automatic tank drain and low‑oil level protection.
Q: Is it suitable for noisy or high‑maintenance areas?
A: Designed for low‑RPM operation and heavy‑duty components to reduce noise and maintenance compared with lighter compressors.
Maintenance Tips
-
Change compressor oil regularly: Replace oil per manufacturer schedule (e.g., every ~500 hrs) to protect cast‑iron pump bearings and wrist pins and maintain smooth operation.
-
Drain tank moisture daily: Open the automatic or manual drain to remove water from the 120 gal receiver, preventing internal rust and preserving air quality.
-
Inspect/clean air filters: Check intake filters often; clean or replace when dirty to ensure proper airflow and reduce pump strain.
-
Check belts & pulleys: Inspect for wear, cracks, or looseness; adjust tension or replace worn belts to maintain efficient power transfer.
-
Tighten fittings & connections: Periodically check all fasteners, air line fittings, and electrical connections for tightness to prevent leaks and maintain performance.
-
Clean cooling surfaces: Remove dust/debris from pump cooling fins, aftercooler, and motor housing to improve heat dissipation and avoid overheating.
-
Verify pressure controls: Test pressure switch cut‑in/cut‑out settings and gauge accuracy to keep operations within recommended ranges.
-
Ventilation & location: Ensure the compressor is placed in a well‑ventilated, clear area to support cooling and safe service access.
-
Annual professional service: Have a qualified technician inspect valves, safety reliefs, and electrical components to catch issues early and preserve uptime.
