Chemical pump Boxer 502
air-drivenself-primingdouble-diaphragm

chemical pump
chemical pump
chemical pump
Add to favorites
Compare this product
 

Characteristics

Fluid
for chemicals
Operation
air-driven
Priming
self-priming
Technology
double-diaphragm
Mobility
stationary
Domain
industrial, for the chemical industry, for water treatment, for oil industry applications
Material
stainless steel, aluminum, PP, metal
Protection level
ATEX
Other characteristics
adjustable, lubricated, dry
Flow

Max.: 600 l/min
(158.50323 us gal/min)

Min.: 0 l/min
(0 us gal/min)

Pressure

Max.: 8 bar
(116.03 psi)

Min.: 0 bar
(0 psi)

Head

Max.: 80 m
(262'05" )

Min.: 0 m
(0'00" )

Fluid temperature

Max.: 95 °C
(203 °F)

Min.: 3 °C
(37.4 °F)

Width

470 mm, 566 mm
(18.5 in, 22.28 in)

Height

621 mm, 705 mm
(24.45 in, 27.76 in)

Weight

37 kg, 54 kg
(81.57 lb, 119.05 lb)

Description

BOXER 502 diaphragm pumps are characterized by exceptional performance, power and strength, making them ideal for pumping liquids with high apparent viscosity even if containing suspended solids. ■ Product designed and constructed in Italy ■ PATENTED stall-prevention pneumatic circuit ■ Operates with non-lubricated air ■ SELF-PRIMING ■ Dry operation ■ ATEX certification for ZONE 1 - ZONE 2 ■ IECEx certification ■ Adjustable operating speed ■ Extremely versatile ■ Suitable for pumping liquids with high viscosity and demanding applications ■ Possibility of pumping fluids containing suspended solids ■ Possibility of suspended installation ■ Manifolds can be supplied with stainless steel reinforcement rings for pumps in PP – PP+CF – PVDF ■ Suitable for continuous use

VIDEO

Catalogs

Exhibitions

Meet this supplier at the following exhibition(s):

ACHEMA 2024
ACHEMA 2024

10-14 Jun 2024 Frankfurt am Main (Germany) Hall 8.0 - Stand C67

  • More information
    *Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.