Reviews
No reviews found
Description
The KNIGHT PMP-8120B peristaltic pump is designed for fixed, precise chemical dispensing in industrial applications. Operating at 115V and 60Hz, it delivers a consistent 40 oz/min flow rate (approximately 19 gallons per hour) without needing an external control board, making it reliable and straightforward for installations requiring a fixed-output solution.
Key Features and Benefits
Fixed-Speed Chemical Dispensing for Accurate Dosing
- 40 oz/min Flow Rate: Provides precise chemical dispensing, ideal for applications requiring a stable, fixed flow.
- 115V AC / 60Hz Operation: Suitable for standard power configurations, ensuring ease of installation.
Durable, Industrial-Grade Design
- Stainless Steel Watertight Case: Designed to withstand harsh industrial environments, protecting against spills and environmental factors.
- Self-Priming Peristaltic Design: Rapid self-priming capability ensures smooth startup and operation without needing additional priming mechanisms.
- Chemical-Resistant Squeeze Tube: Equipped with T-66E tubing, the pump handles a range of chemicals without compromising on durability.
Low Maintenance and Reliable Performance
- Valveless and Control-Free: Operates without a control board, reducing maintenance needs and enhancing reliability.
- Maximum Pressure: Handles up to 30 PSI, ideal for varied industrial applications.
Additional Specifications
- Flow Rate: 40 oz/min (19 GPH)
- Voltage/Frequency: 115V AC, 60Hz
- Squeeze Tube: T-66E chemical-resistant tubing
- Maximum Pressure: 30 PSI
- Dimensions: 9.3" H x 5.8" W x 5" D (23.6 cm x 14.7 cm x 12.7 cm)
- Applications: Food processing plants, cooling towers, spray washers, bottling plants, grease traps, sewage treatment, conveyor lubrication, and boilers
Recommendations
The KNIGHT PMP-8120B Peristaltic Pump is recommended for industrial applications needing a simple, robust, fixed-output solution. Its stainless steel construction, self-priming capability, and ease of use make it a reliable choice for various chemical dosing requirements in demanding environments.