About ABC 8 DXC
Having 26 years of experience in this field, we are endeavoring to manufacture, export and supply excellent quality ABC 8 DXC Engine Parts. The offered parts are manufactured with utmost care using excellent quality metal alloys under the guidance of diligence professionals. Especially used for installation in 8 DXC engines, these parts are checked by quality experts on varied aspects to ensure their flawlessness. Apart from this, our patrons can avail the provided ABC 8 DXC Engine Parts at most competitive prices from us.
Key points:
- Accurate dimensions
- Ruggedness
- Supreme finish
- Extremely durable
Technical Specification
| Type | Marine |
| Material | Iron |
| Usage/Application | Marine |
| I Deal In | New Only |
| Part No | 32191 |
| Ring Thickness | 1.5 mm |
| Usage | Diesel Engine |
ABC 8 DXC Engine Parts
ITEM NAME | PART NO. |
|---|
| PISTON | |
| PISTON RING SET | |
| INLET VALVE | |
| EXHAUST VALVE | |
| VALVE SEAT | |
| C. R. BEARING | |
| MAIN BEARING | |
| AUTOMIZER | |
| PLUNGER & BARREL |
High Performance and DurabilityThe ABC 8 DXC combines a powerful electric drive and high-grade materials, such as SS 316 with tungsten carbide tiles and powder-coated cast iron, ensuring excellent resilience in harsh environments. The continuous sludge discharge and non-clog impeller maximize uptime and efficiency during dewatering operations.
Versatile ApplicationsDesigned for a range of usesfrom construction sites and industrial plants to basements and flood managementthe ABC 8 DXC addresses various dewatering and drainage requirements. Its semi-automatic controls and lightweight, portable design facilitate easy setup and maintenance in multiple scenarios.
Operator and Equipment SafetyIntegrated overload protection, a noise level below 85 dB(A), and an IP68 enclosure rating contribute to the safe operation of the ABC 8 DXC. Automatic lubrication minimizes maintenance time and extends equipment life, while the robust manual control system provides straightforward operation for operators.
FAQs of ABC 8 DXC:
Q: How does the ABC 8 DXC Submersible Dewatering Pump operate during heavy-duty dewatering tasks?
A: The ABC 8 DXC utilizes a high-speed bowl (3250 RPM) and a powerful 8 HP electric motor to efficiently transport water and solids. Its continuous sludge discharge system, non-clog impeller, and robust construction enable seamless operation in applications like construction sites, basements, and industrial plants.
Q: What materials and features make the ABC 8 DXC suitable for corrosive and abrasive environments?
A: Key components such as the bowl and scroll are made from SS 316with tungsten carbide tiles for added abrasion resistancewhile the overall structure is powder coated cast iron. These materials, coupled with corrosion-resistant and heavy-duty design, ensure longevity even in harsh, wet settings.
Q: When should the ABC 8 DXC be used for dewatering applications?
A: The pump is ideal for rapid water removal in flooded locations, ongoing drainage at construction sites, and managing wastewater or slurry. Its use is recommended whenever continuous, reliable dewatering is required, handling solids from 3% to 35% efficiently.
Q: Where can the ABC 8 DXC be installed?
A: The pump is designed for vertical mounting and can be deployed in confined or flooded areas, including building basements, industrial sumps, and outdoor construction pits. The compact size (625 x 486 x 322 mm) ensures flexibility for various site conditions.
Q: What process ensures easy maintenance and operational safety for users?
A: The ABC 8 DXC features an automatic lubrication system, overload protection, and manual control, all of which reduce maintenance needs and enhance operator safety. The submersible design and powder-coated finish further minimize wear and potential breakdowns.
Q: How does the ABC 8 DXC provide benefits to users in industrial and construction settings?
A: With its high flow rate (530 LPM), semi-automatic operation, easy maintenance, and resistance to clogging and corrosion, this pump delivers reliability and efficiency. Users benefit from reduced downtime, swift water management, and extended equipment lifespan.