DXO & DXC Series - Diamond Series

Description

The DX hygienic pump series is the best solution for the food, pharmaceutical, chemical, and cosmetic industries.

The full hygienic design complies with EHEDG and 3A standards and ensures maximum cleanability.

These pumps are suitable for CIP and SIP cleaning. The pump geometry is designed to provide drainage and avoid dead legs and stagnation zones. Each component is manufactured with the highest surface finish level to ensure maximum cleanliness.

Key data

• Flow rate: up to 110 m³/h
• Pressure: up to 48 bar
• Temperature: from 0 °C to 150 °C

Applications

• Winemaking
• Milk and dairy products
• Sugar production
• Beer and non-alcoholic beverages industry
• Alcohol production
• Tomato processing

DXO series Hygienic pump with open shaft coupling.

This solution provides the best pump cleanability thanks to a casing and rotating parts design that is completely free of dead legs and stagnation zones.

Coupling lubrication is guaranteed by the open design, making the pump suitable for non-abrasive fluids. Performance is further enhanced when using lubricating materials.

The open shaft coupling offers improved cleanability. This connection is particularly robust due to its dimensions, which are designed to maintain operational integrity despite the absence of special lubrication.

The greatest advantage is rapid maintenance, as there is no need for assembly, disassembly, special tools, or sealing devices.

DXC series Hygienic pump with DN-series standard pin coupling.

This solution combines excellent cleanability thanks to a casing design that is completely free of dead legs and stagnation zones, and the operation of the patented Diamond Series pin coupling.

Pin lubrication is independent of the pumped product, making it suitable for abrasive fluids. The pin coupling, the true heart of the progressive cavity pump, is the best of its kind on the market.

It ensures extended pump life, reliability, and reduced maintenance costs, combining compactness with unmatched strength.

Its unique design distributes axial loads and torque across different components. The hydraulically balanced pin can withstand high pump housing pressures up to 12 bar.