Stenner Peristaltic Metering Pump FSK100 Compact 12x9x1in Design

Description

Product Overview

The Stenner FSK100 is a peristaltic metering pump engineered for reliable, low‑pulsation fluid handling across a broad range of laboratory and light‑industrial applications. Housed in a compact 12 × 9 × 1 in enclosure weighing just 3.52 oz, the pump combines space‑saving design with robust construction. The pump utilizes a precision‑engineered rotor and replaceable silicone tubing to achieve consistent flow rates from a few milliliters per hour up to several liters per hour, depending on tubing size and motor speed. Its stainless‑steel drive shaft and chemically‑resistant housing protect internal components from corrosion, while the integrated flow sensor provides real‑time feedback for fine‑tuned control. The FSK100 supports standard 12‑V DC power input and includes a user‑friendly interface with adjustable speed dial and digital readout, allowing operators to set exact dosing parameters without the need for external controllers.

Usage

Designed for versatility, the FSK100 excels in environments where precise fluid metering is critical. Typical use cases include chemical research labs, pharmaceutical formulation stations, water quality testing rigs, and small‑scale production lines for cosmetics or food additives. The pump’s low‑shear action preserves the integrity of delicate biomolecules, making it suitable for handling cell cultures, enzymes, and viscous polymers. Its compact footprint enables placement on benchtops, inside incubators, or within confined automation cells. Users can integrate the pump with standard laboratory equipment such as magnetic stirrers, temperature‑controlled chambers, and data acquisition systems via its optional RS‑485 communication module. The pump’s easy‑change tubing system reduces downtime: simply depress the clamp, replace the tube, and re‑secure—no tools required.

Why Choose Us

Stenner Pump Company brings over three decades of expertise in fluid handling technology, and the FSK100 reflects that heritage through meticulous engineering and rigorous quality testing. Each unit undergoes a 100‑hour endurance trial to verify long‑term reliability under continuous operation. The pump is manufactured in a ISO‑9001 certified facility, ensuring consistent material standards and traceability. Customers benefit from a comprehensive warranty covering parts and labor for two years, as well as access to a dedicated technical support team that can assist with installation, calibration, and troubleshooting. Stenner also offers a range of compatible accessories, including variable‑speed controllers, custom tubing kits, and sanitary fittings, allowing users to tailor the system to specific process requirements. By choosing the FSK100, you gain a dependable solution backed by a brand known for durability, precision, and responsive service.

Key Features

• Compact footprint fits easily on any benchtop or automation cell
• Precise flow control with low‑pulsation output for sensitive applications
• Durable stainless‑steel housing resists corrosion and chemical exposure
• Quick‑change tubing system minimizes downtime and tool‑free maintenance
• Two‑year warranty and responsive after‑sales technical support

FAQ

What types of fluids can the FSK100 handle?

The pump is compatible with most aqueous solutions, solvents, and viscous liquids up to a viscosity of 150 cP when using the appropriate tubing size. It is not recommended for abrasive slurries or highly corrosive acids without a specialized tubing kit.

How do I calibrate the pump for a specific flow rate?

Calibration is performed by selecting the desired tubing diameter, setting the motor speed using the dial or digital controller, and verifying the output with a graduated cylinder or flow meter. Stenner provides a detailed calibration guide in the user manual.

Can the pump be integrated into an automated system?

Yes. The FSK100 offers optional RS‑485 communication for remote control and monitoring, allowing seamless integration with PLCs, SCADA systems, or custom software for fully automated processes.

What maintenance is required?

Regular maintenance includes inspecting the tubing for wear, cleaning the pump head to remove any residue, and checking the drive shaft for smooth rotation. The quick‑change tubing design makes these tasks quick and tool‑free.