- Specifications
- This is an air motor tote pump with a 2" Dia. x 48" L polyvinylidene difluoride (PVDF) tube with a max. flow of 22.0 gpm and a max. viscosity of 330 cps. This tote pump is ideal for light to medium viscosity liquids and high flow applications. Sealless and high performance, the tote pump has dry run capability and a double suction impeller. The polyvinylidene difluoride (PVDF) construction can handle temperatures up to 120° F and offers durability and good chemical resistance. The tote pump works with liquids with a maximum specific gravity of 1.83.
The air motor is non-electric and thus has a reduced possibility of explosion from igniting flammable material or combustibles during use allowing the motor to be a safer alternative than standard electric motors. Drum pumps are ergonomic as they can eliminate the need to lift containers during liquid transfer. The plastic tube is 48" for use with IBC totes and other similar-sized containers. The discharge connection is a variable orifice barb. Versatile for multiple applications across industries, the tote pump offers easy disassembly for cleaning.Key benefits:
- On/Off Switch
- Non-electric air motor
- Polyvinylidene difluoride (PVDF) pump tube construction
- Dry run capability
- For use with containers with less than 48" depth
- Handles light to medium viscosity liquids (Max. Viscosity 330 cps)
- For use up to 120° F
- Max flow 22 gpm
Disclaimer:
This information has been provided as a general guide. It is the customer's responsibility to select the proper container for product and application compatibility. Please note, this item is excluded from online promotions.Please note, this item is excluded from online promotions.
Additional Information
More Information Material PVDF Weight 12 lbs. Country of Manufacture United States Motor Air (Pneumatic) Motor HP 1/2 HP Flow Rate 22 gpm Suction Tube Length 48" Maximum Viscosity 330 CPS Maximum Temperature 120° F Note: *Image for series representation only. Actual model may vary. This pump may not include handle. - Q & A
- Customer Questions