Double Diaphragm Pump

$1100.00 – $1662.30

The ZIP 52 pneumatic double diaphragm pumps are designed with a reduction in air consumption coupled with better performance and maximum reliability. The exclusive design enables its use for corrosive, abrasive and highly viscous liquid media. ZIP pumps cover a broad application spectrum, including the feeding of paint supply systems; the feeding and circulation of printing ink, solvents, paints, chemicals, and oils; the disposal of liquid waste; the supply o flow viscosity adhesives; and filling/emptying of tanks, drums and containers. These pumps are offered in aluminum and stainless steel with a volumetric flow of 13.7 gal/min and 1/2” material inlet/outlet size for an extended range of materials.

Included Items

1 Double Diaphragm Pump w/ the specific configuration

Technical Data

ZIP 52 CONFIGURATIONS
Mount Style	Part Number	Description
Bare Aluminum	U550.ATSS7	Bare aluminum ZIP 52 pump
Bare Stainless Steel	U550.STSS7-A	Bare stainless steel ZIP 52 pump

TECHNICAL DATA	ZIP 52
Pressure ratio	1:1
Material pressure	116 PSI (7.8 bar)
Material inlet/outlet	BSP 1/2″
Volumetric flow with free drainage	1.37 gal/min 1.8 cfm
Sound level at max. flow rate and a feed pressure of 116 PSI	85 dB (A)

High efficiency and performance

The optimized design with less dead space enables rapid color

change and cleaning, and a reduction in the amount of solvent required

The air motor ensures highest performance with reduced air

consumption; requires no additional lubrication and suffers from no freezing problems

Different pump configurations and a comprehensive product palette guarantee a wide range of possible applications

Designed for versatility in application

The ZIP 52 double diaphragm pumps are available in stainless steel and aluminum models to fit any type of application needs for material supply. Two coupled diaphragms are moving from the left to the right and back by help of pressurized air. The steering valve guides the air to the side where the diaphragm is moved to contract the fluid chamber. Material is transported by contraction and expansion of the fluid chamber volume through the inlet and outlet valves.