What makes a peristaltic pump suitable for contamination-critical applications?

The fluid being pumped is entirely contained within the flexible tube, meaning it never contacts the pump's internal components. This seal-less and valveless design prevents contamination and makes them ideal for sterile or sensitive media.

Can this pump handle abrasive slurries?

Yes, peristaltic pumps are well-suited for handling abrasive slurries because only the robust, replaceable tube is exposed to the fluid. This minimises wear on expensive pump components.

Is the Model V capable of precise dosing?

Peristaltic pumps, including models like the V, are commonly used for precise dosing and metering. Their ability to maintain a consistent flow rate, often with variable speed control, makes them effective for these applications.

What maintenance is typically required for a peristaltic pump?

The primary maintenance involves periodic replacement of the flexible tube, which is a wear part. The frequency depends on the application, fluid characteristics, and operating hours. The rest of the pump typically requires minimal maintenance.

Can this pump run dry without damage?

Yes, a key advantage of peristaltic pumps is their ability to run dry for short durations without damage, provided the tube material is suitable. This is due to the fluid being contained within the tube, isolating the mechanical components.

used Equipment

Available

Verified seller

Autoclude - Model V Peristaltic Pump

Name: Model V Peristaltic Pump
Brand: Autoclude
SKU: 24704.SR13B
Availability: InStock

Price: Contact seller for price

This listing is for the Autoclude Model V Peristaltic Pump

The unit is in full working condition and is ready for immediate use

The Autoclude peristaltic pump is a type of tube (hose) pump made by Verderflex / Autoclude. Its defining feature is that only the flexible tube (or hose) inside the pump is in contact with the fluid being pumped. The rest of the pump (rollers, casing etc.) stay clean / isolated. This makes them good for contamination-critical, corrosive, slurry, or shear-sensitive fluids

Design / Key Features

Some of the design / functional features:

Seal-less and valveless: Since fluid is contained within tube, no seals exposed to fluid or valves that could leak.

Self-priming: Can start pumping without needing fluid completely filling the inlet, and often able to handle gas or ‘air’ in the line.

Capable of running dry without damage (when tube material allows) for short durations.

Electrolab Group

Reversible flow: The rotor or drive can reverse, so flow can be reversed to purge lines, etc.

Gentle pumping: Because fluid only contacts tube, and the shearing is limited, better for shear-sensitive liquids / slurries.

Rapid tube replacement

Stackable / multi‑head options: Some “easy tube loading” models allow several pump heads to be driven by a single drive unit, for multi‑channel or sampling/analysis setups

Cambridgeshire, United Kingdom

5,791 km away

Model Number

Model V

Stock Number

24704.SR13B

Machinery Masters View

Typical context for this category of equipment. Always confirm specifics with the seller.

Applications & Use Cases

Dosing and metering of chemicals in laboratories and industrial processes.
Transfer of shear-sensitive biological fluids in biotech applications.
Handling of corrosive media and slurries in chemical processing.
Sampling and analysis in pharmaceutical quality control.
Food and beverage dispensing where hygiene and gentle handling are critical.

Typical Specifications

Typical flow rates: For this class of equipment, flow rates typically range from microlitres per minute to several litres per minute, depending on tube size and drive speed.
Power supply: Commonly found on units of this type, power requirements typically involve standard single-phase UK mains (230V, 50Hz) for laboratory models, with industrial versions potentially requiring three-phase.
Tube materials: A wide range of tube materials are typically available, including silicone, TPE, PVC, and Viton, selected based on chemical compatibility and application temperature.
Pressure capability: Peristaltic pumps typically operate at pressures up to a few bar, with higher pressure capabilities available on industrial hose pump variants.
Control interface: Units commonly feature analogue or digital control interfaces, often with variable speed and reversible flow capabilities.
Footprint: Laboratory models typically have a compact benchtop footprint, while multi-head or industrial units may require more space.

Frequently Asked Questions

The fluid being pumped is entirely contained within the flexible tube, meaning it never contacts the pump's internal components. This seal-less and valveless design prevents contamination and makes them ideal for sterile or sensitive media.

Machinery Masters Intelligence. General guidance for this category of equipment only, not a substitute for the seller's exact specifications. Always confirm details with the seller.