Dual Door Inline Parts Washers
The StingRay 6048 Inline Dual Lift Door Parts Washer not only offers an impressive parts washer power density for parts cleaning but also the patented oscillating power wash manifold to maximize parts cleaning in any industrial application. The parts washer is designed for conveyor feed for maximum throughput in automated parts cleaning process lines such as in the cleaning of rail bearings for reconditioning and rebuild.
The parts washer is designed to automatically clean a standardized pallet load of parts. Dual entrance and exit lift doors automatically open for loading and unloading of parts. Turntable roller tracks are designed to receive a standardized pallet with a basket or a fixture load of parts, the track rollers mate with feed and discharge rollers located outside the cabinet. The machine locks the standard pallet loaded with parts onto the turntable for cleaning.
StingRay offers various levels of automation depending on the needs of the end user. Powered entrance and exit conveyors are available for feed and discharge of the wash load. An automatic loading device that moves pallets from the entrance conveyor onto the turntable is available as an option. Full automation is available whereby pallet loads queued at the entrance conveyor are automatically processed through the escapement mechanism, cleaned and discharged without operator intervention.
Standard Features & General Construction
- Green Technology: Closed Loop Zero Discharge
- Dual Lift Door System to Maximize Loads per Shift
- Electronic Water Level Control & Refill
- Oscillating Wash Manifold to Maximize Cleaning
- Easy to Service Front Wash Pump Suction Strainer
- Adjustable Electronic Temp Control, Temp Gauge
- 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
- Heavy gauge 3/16" Sheet Steel Cabinet Thickness
- 230 V or 460 V - 60 Hz 3-Phase with 120 V Controls
- Chemical Resistant Two Part 3 mil Epoxy Coating
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| Work Area Dimensions: |
|---|
|
| Turntable Diameter: |
|---|
| US | 60 inches |
| Metric | 1520 mm |
|
| Work Height: |
|---|
| US | 48 inches |
| Metric | 1210 mm |
|
|
Table Load Capacity:
|
|---|
| US | 2000 lbs |
| Metric | 907 kg |
|
| Heavy Duty Capacity: |
|---|
| US | 3500 lbs |
| Metric | 1588 kg |
| Work Area Dimensions: |
US |
Metric |
| Turntable Diameter: |
60 inches |
1520 mm |
| Work Height: |
48 inches |
1210 mm |
|
Table Load Capacity:
|
2000 lbs |
907 kg |
| Heavy Duty Capacity: |
3500 lbs |
1588 kg |
|
| Overall Dimensions: |
|---|
|
| Width: (Std Unit) |
|---|
| US | 104 inches |
| Metric | 2640 mm |
|
| Depth: (Std Unit) |
|---|
| US | 82 inches |
| Metric | 2080 mm |
|
| Height: |
|---|
| US | 172 inches |
| Metric | 4370 mm |
|
| Empty Weight: |
|---|
| US | 6650 lbs |
| Metric | 3012 kg |
|
| Reservoir Capacity: |
|---|
| US | 350 gallons |
| Metric | 1325 liters |
|
| Duplex Reservoir: |
|---|
| US | Add 47 gallons |
| Metric | 178 liters |
|
| Sludge Capacity: |
|---|
| US | 80 gallons |
| Metric | 303 liters |
| Overall Dimensions: |
US |
Metric |
| Width: (Std Unit) |
104 inches |
2640 mm |
| Depth: (Std Unit) |
82 inches |
2080 mm |
| Height: |
172 inches |
4370 mm |
| Empty Weight: |
6650 lbs |
3012 kg |
| Reservoir Capacity: |
350 gallons |
1325 liters |
| Duplex Reservoir: |
Add 47 gallons |
178 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 |
| 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: |
|---|
|
| Operating Temperature: |
|---|
| US | 140-190 degrees F |
| Metric | 60-87 degrees C |
|
| Initial Heat up Time: |
|---|
| US | 60-90 minutes |
| Metric | 60-90 minutes |
|
| Electric Heat Element Size: (Picture)** |
|---|
| US | 80 kW |
| Metric | 80 kw |
|
| Gas / Propane (Picture) |
|---|
| US | 550,000 BTU/hr |
| Metric | 161 kW |
| 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) |
550,000 BTU/hr |
161 kW |
|
| Electrical Panel (Picture) |
|---|
|
| Motor Starters: |
|---|
| US | Across the Line |
| Metric | Across the Line |
|
| Short Circuit Protection: |
|---|
| US | Std |
| Metric | Std |
|
| Overload Protection: |
|---|
| US | Std |
| Metric | Std |
|
| Electrical Enclosures: |
|---|
| US | NEMA 12 |
| Metric | IP65 |
|
| Wiring Standard: |
|---|
| US | NFPA 79 |
| Metric | |
|
| Wiring Conduit: |
|---|
| US | Flex-Non-Metallic |
| Metric | Flex-Non-Metallic |
|
| Conduit Type: |
|---|
| US | Liquidtight Nema 12 |
| Metric | Liquidtight IP65 |
| 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 |
| 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: |
|---|
|
| Total System Flow: |
|---|
| 20 hp (US) | 269 gpm |
| 15 kW (Metric) | 1017 l/min |
|
| Flow per Nozzle: |
|---|
| 20 hp (US) | 13.5 gpm |
| 15 kW (Metric) | 51 l/min |
|
| System Pressure: |
|---|
| 20 hp (US) | 107 psi |
| 15 kW (Metric) | 7 bar |
|
| Blast Velocity: |
|---|
| 20 hp (US) | 126 ft/sec |
| 15 kW (Metric) | 38 m/sec |
|
| Power Density: |
|---|
| 20 hp (US) | 0.25 hp/ft³ |
| 15 kW (Metric) | 6 kW/m³ |
| STANDARD: |
20 hp (US) |
15 kW (Metric) |
| Total System Flow: |
269 gpm |
1017 l/min |
| Flow per Nozzle: |
13.5 gpm |
51 l/min |
| System Pressure: |
107 psi |
7 bar |
| Blast Velocity: |
126 ft/sec |
38 m/sec |
| Power Density: |
0.25 hp/ft³ |
6 kW/m³ |
|
| UPGRADES: (SIMPLEX) |
|---|
|
| Total System Flow: |
|---|
| 30 hp (US) | 301 gpm |
| 22 kW (Metric) | 1138 l/min |
| 40 hp (US) | 319 gpm |
| 30 kW (Metric) | 1206 l/min |
|
| Flow per Nozzle: |
|---|
| 30 hp (US) | 15.1 gpm |
| 22 kW (Metric) | 57 l/min |
| 40 hp (US) | 16.0 gpm |
| 30 kW (Metric) | 61 l/min |
|
| System Pressure: |
|---|
| 30 hp (US) | 134 psi |
| 22 kW (Metric) | 9 bar |
| 40 hp (US) | 150 psi |
| 30 kW (Metric) | 10 bar |
|
| Blast Velocity: |
|---|
| 30 hp (US) | 141 ft/sec |
| 22 kW (Metric) | 43 m/sec |
| 40 hp (US) | 149 ft/sec |
| 30 kW (Metric) | 45 m/sec |
|
| Power Density: |
|---|
| 30 hp (US) | 0.38 hp/ft³ |
| 22 kW (Metric) | 9 kW/m³ |
| 40 hp (US) | 0.51 hp/ft³ |
| 30 kW (Metric) | 12 kW/m³ |
| UPGRADES: (SIMPLEX) |
30 hp (US) |
22 kW (Metric) |
40 hp (US) |
30 kW (Metric) |
| Total System Flow: |
301 gpm |
1138 l/min |
319 gpm |
1206 l/min |
| Flow per Nozzle: |
15.1 gpm |
57 l/min |
16.0 gpm |
61 l/min |
| System Pressure: |
134 psi |
9 bar |
150 psi |
10 bar |
| Blast Velocity: |
141 ft/sec |
43 m/sec |
149 ft/sec |
45 m/sec |
| Power Density: |
0.38 hp/ft³ |
9 kW/m³ |
0.51 hp/ft³ |
12 kW/m³ |
|
| UPGRADES: (DUPLEX) |
|---|
|
| Total System Flow: |
|---|
| 55 hp (US) | 356 gpm |
| 41 kW (Metric) | 1346 l/min |
| 70 hp (US) | 371 gpm |
| 52 kW (Metric) | 1402 l/min |
|
| Flow per Nozzle: |
|---|
| 55 hp (US) | 17.8 gpm |
| 41 kW (Metric) | 67 l/min |
| 70 hp (US) | 18.6 gpm |
| 52 kW (Metric) | 70 l/min |
|
| System Pressure: |
|---|
| 55 hp (US) | 187 psi |
| 41 kW (Metric) | 13 bar |
| 70 hp (US) | 203 psi |
| 52 kW (Metric) | 14 bar |
|
| Blast Velocity: |
|---|
| 55 hp (US) | 166 ft/sec |
| 41 kW (Metric) | 51 m/sec |
| 70 hp (US) | 173 ft/sec |
| 52 kW (Metric) | 53 m/sec |
|
| Power Density: |
|---|
| 55 hp (US) | 0.7 hp/ft³ |
| 41 kW (Metric) | 17 kW/m³ |
| 70 hp (US) | 0.89 hp/ft³ |
| 52 kW (Metric) | 21 kW/m³ |
| UPGRADES: (DUPLEX) |
55 hp (US) |
41 kW (Metric) |
70 hp (US) |
52 kW (Metric) |
| Total System Flow: |
356 gpm |
1346 l/min |
371 gpm |
1402 l/min |
| Flow per Nozzle: |
17.8 gpm |
67 l/min |
18.6 gpm |
70 l/min |
| System Pressure: |
187 psi |
13 bar |
203 psi |
14 bar |
| Blast Velocity: |
166 ft/sec |
51 m/sec |
173 ft/sec |
53 m/sec |
| Power Density: |
0.7 hp/ft³ |
17 kW/m³ |
0.89 hp/ft³ |
21 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.
