AT10000 Agitating Hot Tank
Heavy-Duty Industrial Cleaning for 3520, C175-20 CAT Engines and Industrial Parts
The AT10000 Hot Tank is Apollo Engineering’s largest and most powerful hot tank, purpose-built for the toughest heavy diesel, automotive, and industrial applications. Designed for cleaning large engine blocks—including the CAT 3520 and C175-20 —the AT10000 delivers robust, total chemical immersion cleaning with exceptional thermal efficiency. Its reinforced structure and high load capacity ensure safe handling of heavy-duty parts, while the Apollo Centrifuge continuously filters out sludge during operation, eliminating the need for yearly tank cleanouts and chemical replacement. This results in significant time and cost savings for the workshop. An integrated oil skimmer removes surface oil, maintaining cleaner fluid for longer and improving overall cleaning quality. The AT10000 is hydraulically powered for smooth, quiet operation and outperforms pneumatic systems in control, safety, and reliability—remaining unaffected by air leaks or compressor faults. With powerful performance, minimal maintenance, and efficient chemical use, the AT10000 sets the benchmark for large-scale industrial parts cleaning.
Before you invest in a Hot Tank you need to ask, does it comply with AS 4024 Safety of Machinery?
The AT10000 Hot Tank is AS 4024 Compliant.
This standard outlines comprehensive safety requirements for machinery, aiming to protect operators and ensure safe operation throughout the machine's lifecycle. Choosing equipment that meets AS/NZS 4024 standards not only helps in safeguarding your workforce but also ensures compliance with Australian safety regulations, potentially reducing downtime and liability.
| Specification | AT10000 |
|---|---|
| Platform (L x W mm) | 3720 x 1410 |
| Floor Space (L x W mm) | 4230 x 2440 |
| Working Depth (mm) | 1080 |
| Platform Raised (mm) | 1750 |
| Max. Load (kg) | 4000 |
| Power Required | 415V, 150A |
| Element Size | 12 x 8kW |
| Oil Skimmer | Standard* |
| Centrifugal Filter | Standard* |
