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Advantages
- Self-priming
- Non-lubricated air supply
- Speed fine tuning while maintaining pressure high
- Explosion-proof characteristics (to Atex II 3G. On request Conduct II2G)
- Overhead versions available
- Adjustable delivery and head
- Splittable manifolds
- The delivery and suction connections can be positioned in three different ways
- Can run dry without damage
- No electrical connections
- Easily replaceable components
- Simple and easy maintenance
- A Conduct version to ATEX II 2G Eex c IIB T4 is also available
Description
Diaphragm pumps are composed of a coaxial centrally housed pneumatic motor, with new generation diaphragms (Long Life profile) fixed to the shaft. At the two ends, the two pump bodies house the ball valves and the relative seats of the product intake and delivery ducts.
- A = ball valves
- B = pumping chamber
- C = diaphragms
- D = intake manifold
- E = delivery manifold
- F = pneumatic motor
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Coaxial pneumatic exchangers
The pneumatic exchangers that ALPHADYNAMIC has developed and innovated in a revolutionary manner, patenting the most reliable and long-lasting system available today, are the heart of the pneumatic diaphragm pumps. The device is pneumatically unbalanced thanks to a stallprevention circuit that ensures optimum operation even in the most critical conditions.
The diaphragms
Diaphragms are the parts that are most affected and stressed by the suction and pumping process, during which they must also resist to chemical aggression and fluid  temperature. Therefore, evaluating and choosing the diaphragms correctly plays an important role in extending the life of the diaphragms and affects investments and maintenance costs. Thanks to a modern design process, destructive tests and thorough analyses of the results, ALPHADYNAMIC has developed a new generation of diaphragms called LONG LIFE that offer, thanks to their profile and construction, a greater work surface and an improved load redistribution that reduces material stress and yield to a minimum.
Boxer diaphragm pump technical data |
Model
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ADB030 |
ADB050 |
ADB090 |
ADB100 |
ADB150 |
ADB220 |
ADB340 |
ADB650 |
ADB900 |
Suction/delivery ports (inches) |
G ½ |
G ½ |
G 1 |
G 1 |
G 1 |
G 1 1/4 |
G 1 ½ |
G 2 |
G 3 |
Air port
(inches) |
G 1/4 |
G½ |
G ½ |
G ½ |
G ½ |
G ½ |
G ½ |
G ½ |
G ½ |
Max dry lift
(m) (*) |
5 |
5 |
5 |
6 |
5 |
5 |
5 |
4 |
5 |
Max delivery
( l/ m) |
30 |
50 |
90 |
100 |
150 |
220 |
340 |
650 |
850 |
Max head (m) |
70 |
70 |
70 |
70 |
70 |
70 |
70 |
70 |
70 |
Max air feed pressure (bar) |
7 |
7 |
7 |
7 |
7 |
7 |
7 |
7 |
7 |
Pass solids max diam. mm) |
2 |
3 |
4 |
4 |
4 |
5 |
6 |
8 |
10 |
Net weight PP (kg) |
1.6 |
3,6 |
5,5 |
--- |
7,5 |
12 |
16 |
54 |
56 |
Net weight
ECTFE (kg) |
1.9 |
4,2 |
7 |
--- |
9 |
14 |
20 |
--- |
--- |
Net weight Al (kg) |
--- |
4,2 |
--- |
6,5 |
--- |
16 |
--- |
--- |
--- |
Net weight AISI 316 (kg) |
--- |
6,5 |
10,5 |
--- |
--- |
21 |
--- |
--- |
--- |
Net weight PVDF (kg) |
--- |
--- |
--- |
--- |
--- |
--- |
--- |
65 |
67 |
Materials |
PP PVDF Alu Aisi 316 |
PP PVDF Alu Aisi 316 |
PP PVDF Aisi 316 |
Al |
PP PVDF |
PP PVDF Alu Aisi 316 |
PP PVDF |
PP PVDF |
PP PVDF |
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ATEX compliance
ALPHADYNAMIC has deposited the documentation with TUV NORD that attests ATEX conformity in accordance with the 94/9/CEE directive for BOXER Diaphragm Pumps and for as described in the following table.
They are produced in the STANDARD version, class II 3/3GD c IIB T 135°C or, on request and with a suitable composition, in the CONDUCT version, class II 2/2G c IIB T 135°C.
It is the user's responsibility to classify the zone of use; the manufacturer of the component must identify and label the equipment produced in accordance with the relevant certification class.
The user is responsible for classifying the area of use,
while identifying the equipment category is responsibility of the manufacturer.
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ATEX Compliance certification to 94/9/CEE regulations |
PRODUCT SERIES |
DESCRIPTION |
CLASS OF CERTIFICATION |
STANDARD version:
CUBIC
BOXER
EQUAFLUX |
Constructed in non-conductive plastic and/or with a non-conductive central body, or in metallic material with a non-conductive central body |
 II 3/3G c IIB T 135°C
(for Zone 2) |
CONDUCT version:
CUBIC
BOXER
EQUAFLUX |
Constructed with bodies and/or manifolds made from conductive plastic material (PP + Carbon Fibre, ECTFE/PVDF + Carbon Fibre) and metallic material (Aluminium, Stainless Steel) |
II 2/2GD c IIB T 135°C
(for Zone 1) |
Safety symbol in accordance with the DIN 40012 standard, Appendix A
II 2/2 GD: Surface equipment for use in areas where gases, vapours, mists or clouds of combustible powder in the air may occasionally occur during normal operation (EN 1127-1 para. 6.3), both in external and internal areas.
II 3/3 GD: Surface equipment for use in areas where gases, vapours, mists or clouds of combustible powder in the air are unlikely to occur during normal operation, both in external and internal areas, or may occur on rare occasions and for a brief amount of time.
c: Equipment protected by constructional safety (EN 13463-5).
T 135°: Allowed temperature class The user must process fluids in temperatures that conform to this classification considering the instructions contained in the manual and the dispositions of the standards in force. The user must also consider the ignition temperature of the gases, vapours, mists or clouds of combustible powder that may be present in the air within the area of use.
IIB: Excluding the following products: Hydrogen, acetylene, carbon disulphide
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