Retractable Turntable Aircraft Wheel Parts Washer
The StingRay 6036 Aircraft Wheel Washer offers the necessary parts washer power density and the patented oscillating power wash manifold to quickly and thoroughly clean Aircraft Wheels of rubber bead, carbon dust, grease, oil and soils. StingRay Engineering worked closely with the US military and many users in the airline and aerospace industry to develop this high efficiency method for cleaning aircraft wheels. The StingRay 6036 parts washer runs an automatic cleaning cycle to wash, rinse and dry aerospace wheels and aircraft brakes. It produces eight to twelve dry aircraft wheel halves in a closed loop cycle every hour. For more details please visit the case studies on Aircraft Wheel Cleaning in the parts washer applications section.
USA Specifications:
SR 6036Parts Washer
Metric Specifications:
SR 6036Parts Washer
Standard Features & General Construction
- Green Technology: Closed Loop Zero Discharge & High Efficiency
- Stainless Steel Cabinet & Wetted Standard Components
- Heavy gage 3/16" Sheet Cabinet Thickness
- Pump Upgrade Stainless Steel Shafts, Fasteners and Viton Seals
- Auto Fresh Water Rinse Cycle
- Auto Steam Exhaust System
- Auto Programmable Oil Skimmer System
- Engineered Wheel Wash Power Blast Manifold
- Oscillating Wash Manifold to Maximize Cleaning
- 4 Station Aircraft Wheel Fixture
- Removable Internal Reservoir Cover allows Full Access to reservoir
- Swing Door Retracting Turntable for Maximum Access
- Electronic Water Level Control & Refill
- Easy to Service Front Wash Pump Suction Strainer
- Adjustable Electronic Digital Temp Control, 2 line display present value & set-point
- Control Transformer External of Panel minimizes Heat
- Programmable 24 Hour 7 Day Clock
- Low Water Shut-off Protects Pumps & Heating System
- Electronic Door Safety Interlock
- Wash Cycle Timer with Auto Reset
- 230 V or 460 V - 60 Hz 3-Phase with 120 V Controls
- International 50 Hz, 380, 400 or 415 VAC
- 208 VAC and 575 VAC options
- Chemical Resistant Two Part 3 mil Epoxy Coating
Work Area Dimensions: | US | Metric |
Turntable Diameter: | 60 inches | 1520 mm |
Work Height: | 36 inches | 914 mm |
Table Load Capacity: |
2000 lbs | 909 kg |
Overall Dimensions: | US | Metric |
Width: (Std Unit) | 106 inches | 2690 mm |
Depth: (Std Unit) | 106 inches | 2690 mm |
Height: | 93 inches | 2360 mm |
Empty Weight: | 6650 lbs | 3012 kg |
Reservoir Capacity: | 397 gallons | 1325 liters |
Sludge Capacity: | 80 gallons | 303 liters |
Spray Blast Manifold: | |
OSCILLATING NON-SYNCHRONOUS Video | |
Angle of Oscillation: (Picture) | 39 Degrees |
Frequency of Oscillation: | 4 per minute |
Number of Wash Nozzles: (Picture) | 20 |
Type of Nozzle: | V-Jet |
Nozzle Material: | 316 Stainless |
Heating System: | US | Metric |
Operating Temperature: | 140-190 degrees F | 60-87 degrees C |
Initial Heat up Time: | 60-90 minutes | 60-90 minutes |
Electric Heat Element Size: (Picture)** | 80 kW | 80 kw |
Gas / Propane (Picture) | 400,000 BTU/hr | 117 kW |
Electrical Panel (Picture) | US | Metric |
Motor Starters: | Across the Line | Across the Line |
Short Circuit Protection: | Std | Std |
Overload Protection: | Std | Std |
Electrical Enclosures: | NEMA 12 | IP65 |
Wiring Standard: | NFPA 79 | |
Wiring Conduit: | Flex-Non-Metallic | Flex-Non-Metallic |
Conduit Type: | Liquidtight Nema 12 | Liquidtight IP65 |
Pump System & Performance: | |
Motor Type: (Picture) | Energy-Efficient |
Motor Rating: | Continuous Duty |
Motor Enclosures: | TEFC |
High Efficiency, Rated for continuous duty (20 Start/hour without overheating), vertical, centrifugal, seal-less, balanced, enclosed impeller. Note: All performance data taken at nozzle discharge.
Standard: | 70 hp (US) | 52 kW (Metric) |
Total System Flow: | 371 gpm | 1402 l/min |
Flow per Nozzle: | 18.6 gpm | 70 l/min |
System Pressure: | 212 psi | 14.4 bar |
Blast Velocity: | 173 ft/sec | 53 m/sec |
Power Density: | 1.19 hp/ft³ | 31 kW/m³ |
Results may vary based on machine configuration.
** Heating element sizes listed for 208, 240 & 480 volt systems. Sizes vary slightly for other voltages.