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DEBEM - pumps for chemicals, foodstuffs, viscous products
Drum pumps TR for barrels, containers IM vertical chemical pumps BOXER Diaphragm Pumps Diaphragm mini pump of the MidgetBox series Magnetic Drive Pumps DM MP Peristaltic Pumps FOODBOXER food diaphragm pumps Pneumatic pumps Cubic, MidgetBox Chemical pump MV for pumping acids and alkalis
BOXER Diaphragm Pumps | page: 5

BOXER Diaphragm Pumps | page: 5

Specifications

execution options: PP, PVDF/ECTFE, ALU and stainless steel AISI 316;
Possibility of operation in explosive environments (ATEX certification, zones 1-2);
the ability to use in harsh operating conditions and high humidity;
the ability to work in dry mode;
dry self-priming mode;
as a drive - the energy of compressed air without any presence of lubricant particles;
adjustable performance and operating suction head;
precise speed adjustment at constant pressure;
the possibility of double piping (two suction and pressure pipelines);
three suction and three exhaust manifolds;
diaphragm pumps for thick, viscous products.

Catalog

Materials

(Polypropylene)

ECTFE

(Teflon)

Alu

(Aluminum)

AISI 316

(Stainless steel)

The advantages of diaphragm pumps

Diaphragm pumps are powered by compressed air.

Simple design - no motor and gearbox, no rotating parts;
As a drive - the energy of compressed air, no sparking, absolute safety when working with flammable liquids;
Compact size and light weight;
The versatility of pumps - pumping water, viscous liquids, liquids with solids inclusions up to 12-15 mm in diameter;
The pumps are free of seals and bearings - guaranteeing no leaks or wear on key parts;
Ease of performance regulation;
The pump does not require lubrication of the mechanisms.

Diaphragm pump device

Diaphragm pumps consist of a centrally located coaxial pneumatic device with new generation diaphragms connected to the shaft. Ball valves are located on both sides of the pump housing. valves and corresponding seats on the suction and discharge ports.

A=ball valves

B=pumping chamber

C=membranes

D=inlet

E=outlet connection

F=air motor

The principle of operation of the diaphragm pump

The compressed air from the coaxial heat exchanger (A), which enters through one of the two membranes, compresses and pushes the pumped product through the outlet (B). Absorption of liquid occurs in as a result of the reduced pressure created by the membrane located opposite (C) and the component with the shaft of the coaxial device is a single whole. After each vibration, the pneumatic coaxial the heat exchanger directs the compressed air to the opposite diaphragm and then the cycle repeats.

Principle of operation of a diaphragm pump

Technical data

Pump model	MicroBoxer	MiniBoxer	Boxer 50	Boxer 80	Boxer 81

Intake/discharge holes	G 1/2 "	G 1/2 "	G 1/2 "	G 1 "	G 1 "
Air inlet	G 1/4 "	G 1/2 "	G 1/2 "	G 1/2 "	G 1/2 "
Max. fence height in dry condition, m	5	5	5	5	6
Max. performance, l/min	30	50	50	90	100
Max. head, m	70	70	70	70	70
Max. valid input air pressure, bar	7	7	7	7	7
Max. diameter of solid particles, mm	2	3	4	4	4
Net weight PP, kg	1.6	3.6	-	-	5.0
Net weight PVDF (* ECTFE), kg	1.9	4.2	-	-	6.5
Net weight Alu, kg	-	-	4.0	-	6.5
Net weight AISI 316, kg	-	6.5	-	10.5	-
Materials (edit) pump versions	PP, PVDF Alu, AISI 316	PP, ECTFE AISI 316	Alu	AISI 316	PP

Pump model	Boxer 100	Boxer 150	Boxer 251	Boxer 502	Boxer 503

Intake/discharge holes	G 1 "	G 1 1/4 "	G 1 1/2 "	G 2 "	G 3 "
Air inlet	G 1/2 "	G 1/2 "	G 1/2 "	G 1/2 "	G 1/2 "
Max. fence height in dry condition, m	5	5	6	4	5
Max. productivity, l/min	150	220	340	650	850
Max. head, m	70	70	70	70	70
Max. admissible inlet air pressure, bar	7	7	7	7	7
Max. diameter of solid particles, mm	4	5	6	8	10
Net weight PP, kg	7.5	12	-	54	56
Net weight PVDF, kg	8.5	14	-	65	67
Net weight Alu, kg	8.2	16	21	-	-
Net weight AISI 316, kg	11	21	32	49	-
Pump execution materials	PP PVDF	PP, PVDF Alu, AISI	Alu, AISI 316	Alu	AISI 316

Basic installation types for Boxer 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)..

Self-priming operation