Marco UPXC/AC Gear Pump – 230V Stainless Steel Chemical Transfer Pump (Part No: 164.043.1C)

Product Overview

The Marco UPXC/AC Gear Pump is a highly reliable and versatile self-priming electric gear pump designed for precision transfer of a wide range of liquids, including selected chemical, acidic, and alkaline fluids. Built with AISI 316 stainless steel, PEEK gears, and Viton seals, it combines durability, chemical resistance, and operational efficiency. Ideal for industrial, commercial, and specialist applications where accurate fluid movement and chemical compatibility are essential.

Key Features

✅ Self-Priming: Up to 1.5m suction lift for flexible installation
✅ PEEK Gears: High-performance gears tolerate brief dry runs and harsh chemicals
✅ Stainless Steel Body: AISI 316 construction offers superior corrosion resistance
✅ Chemical-Resistant Seals: Viton O-rings and seals for long-lasting chemical protection
✅ Integrated Inline Filter: Protects pump internals (not suitable for flooded feed systems)
✅ Compact & Reliable: Ideal for process systems, dosing, circulation, and fluid transfer tasks

Performance Specifications

Max Pressure: 6 Bar
Max Flow Rate: 10 Lpm
Voltage: 230V AC (1.2 Amp fuse required)
Max Fluid Temperature: 40°C (up to 85°C with water or select fluids)
Suction Lift: Max 1.5 metres
Port Size: 3/8" BSP female ports 

Fittings: 2x 13mm AISI 316 stainless steel hose barbs

Fluid Compatibility

Compatible With:
• Water (up to 85°C)
• Selected chemical products (refer to chemical compatibility chart)
• Some acid and alkaline fluids

Not Suitable For:
• Petrol (gasoline) and flammable liquids with flash point < 38°C
• Solvents
• High-viscosity fluids (>20 cSt)

Why Choose This Product?

Designed with durability, safety, and accuracy in mind, the Marco UPXC/AC Gear Pump is a go-to solution for laboratories, food plants, water treatment systems, and chemical processing units. Its PEEK internals, self-priming operation, and stainless steel build make it an exceptional choice for demanding chemical and fluid handling environments.