FOODBOXER food diaphragm pumps

Food Pumps Foodboxer self-priming even at significant suction lift, when the pump is not overloaded, it is also possible to fine-tune the speed without loss of pressure, flow and pressure settings, the possibility of long-term operation without overload and damage.

A wide range of materials for component parts ensures full chemical compatibility with liquid and /or environment, taking into account the required temperature. Their device allows them to be used in harsh environments such as high humidity and explosive atmospheres (ATEX certification).

Pneumatic food pumps

Designed for pumping abrasive, shear sensitive and highly viscous liquids. Perfectly cope with heavy and flowing liquids.

Characteristics of FOODBOXER food pumps

• Execution options: n /a AISI 316.
• Suitable for use in explosive atmospheres (ATEX certification).
• Suitable for use in severe operating conditions and high humidity.
• Ability to work in dry mode.
• Self-priming dry mode.
• The drive is compressed air energy without any presence of lubricant particles.
• Adjustable capacity and operating suction lift.
• Fine adjustment of speed at constant pressure.
• Possibility of double piping (two suction and pressure pipelines).
• Floor standing, hanging or submersible installation.
• Three suction and three exhaust manifolds.
• Convenience in maintenance and replacement of components.
• Good performance andprice-quality ratio.

FOOTBOXER Model Connections Pressure Material FOODBOXER 30 G 1/2 ”f 30 l/min Aisi 316 FOODBOXER 50 G 1/2 ”f 50 l/min Aisi 316 FOODBOXER 80 G 1 " 100 l/min Aisi 316 FOODBOXER 100 G 1 "f 150 l/min Aisi 316 FOODBOXER 150 G 1 ”1/4 f 220 l/min Aisi 316 FOODBOXER 251 G 1 ”1/2 f 340 l/min Aisi 316 FOODBOXER 502 G 2 "f 650 l/min Aisi 316 FOODBOXER 503 G 3 "f 900 l/min Aisi 316

The main types of installation of Foodboxer diaphragm pumps

Diaphragm pumps must be bolted horizontally to the floor or to the holes provided for the shaft a heat exchanger located horizontally.

• reagent self-priming mode (max.viscosity 10000 cP at 20 °C);
• work as a barrel pump (max. viscosity 10,000 cP at 20 °C);
• positive suction lift of the reagent (max. viscosity 50,000 cP at 20 °C);
• full immersion in the pumped medium (max. viscosity 50,000 cP at 20 °C) on request;
• double version of suction and discharge manifold (max. viscosity 50,000 cP at 20 °C);
• double intake manifold (max. viscosity 50,000 cP at 20 °C).