We declare under our sole responsibility that the product : ALBIN AD Air Operated Diaphragm Pumps Type: AD15, AD30, AD60, AD120 are in conformity with COUNCIL DIRECTIVE on the approximation of the laws of the Member States relating to Machinery 98/37/EG.
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3.1 - Nominal capacity AD range 3.2 - How to use the performance curves 3.2.1 Reduction for viscosity - AD15 - AD120 3.2.2 Reduction for suction lift - AD15 - AD120 3.3 - AD15 3.4 - AD30 3.4 - AD60 3.5 - AD120...
1/ INTRODUCTION 1.1 - GENERAL The air operated diaphragm pump series AD is manufactured by ALBIN PUMP and is marketed and sold by a net of authorised distributors. This instruction manual contains important information on the AD range and must be read carefully before installation, service and maintenance.
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Liquids not suitable for the pump can cause damages to the pump unit and imply risk of serious personal injury. Always consult your ALBIN PUMP distributor if you are not sure of the compatibility of fluids with the pump materials including the elastomers.
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since 1928 IMPORTANT ! The pump must not be used for other purposes than recommended and quoted for without consult- ing your AlLBIN PUMP distributor. Never use, under no circumstances, the pumps for pumping non-conductive flammable or explosive fluids. The AD pumps do not exceed a noise level rating of 80 dB(A) but still it is advised always to wear ear protection when you are working or standing close to an operating AODD pump.
since 1928 1.4 - OPERATING PRINCIPLE The AODD pump is an air-powered, reciprocating positive displacement pump with two pumping chambers. Two diaphragms, centrally located in the chambers, separate the compressed air (‘‘dry side’’) from the liquid being pumped (‘‘wet side’’). A shaft connects the two diaphragms to each other. A valve (air motor) distributes the air from one chamber to the other alternately, thus a reciprocating move- ment of the diaphragms is created.
since 1928 1.5 - MODEL SPECIFICATION Example : 0015 1. Family name 2. Pump size 15, 30, 60, 120 3. Pump housing material Aluminium Aluminium Atex (EX) Polypropylene Polypropylene Conductive Atex (EX) Stainless Steel 316L 4. Diaphragm material T = TEFLON (PTFE with EPDM carrier) 1.6 - STANDART PARTS 1.
since 1928 2/ TECHNICAL INFORMATION 2.1 - TECHNICAL DATA Size Port size 1/4” 3/8” 3/4” 1.1/4” Nominal max capacity (l/min) Max pump pressure (bar) Max air pressure (bar) Max suction lift dry (m) Max suction lift wet (m) Max size of solids (mm) Weight, version PP/Al (kg) 2.5 / 3.7 2.5 / 3.7...
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since 1928 2.1 - MATERIEL SPECIFICATION (CONT’D) Size Material AISI Air outlet seal NBR (nitrile) Diaphragm EPDM Diaphragm plate Stainless steel 1.4436 2343 Washer PA polyamide Side cover Aluminium not known not known 4253 Plunge PA polyamide Ball seat PA polyamide Ball NBR (nitrile) Air motor housing...
2.6 - REST VOLUMES If the pump runs until it has emptied the suction line the following rest volumes will remain in the pumps : • AD15 45 ml • AD30 45 ml •...
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1,5 times higher than the desired flow rate. Caution ! Do not exceed 7 bar air supply or liquid pump pressure. 3.1 - NOMINAL CAPACITY AD RANGE AD15 AD30 AD60...
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since 1928 3.2 - HOW TO USE THE PERFORMANCE CURVES AD60 - 30 l/minute against a discharge pressure of 2.0 bar. Example : Pump selection Find the required flow (30 l/min) along the horizontal axis. Go vertical to the intersection with 2 bar fluid outlet and read the air pressure required, ~ 3,5 bar.
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1928 3.3 - AD15 Flow / Pressure A) 6 bar air pressure (87 psi) B) 4 bar air pressure (58 psi) C) 2 bar air pressure (29 psi) Fluid flow (lpm) Flow & Air consumption A) 6 bar air pressure (87 psi)
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since 1928 3.4 - AD30 Flow / Pressure A) 6 bar air pressure (87 psi) B) 4 bar air pressure (58 psi) C) 2 bar air pressure (29 psi) Fluid flow (lpm) Flow & Air consumption A) 6 bar air pressure (87 psi) B) 4 bar air pressure (58 psi) C) 2 bar air pressure (29 psi) Fluid flow (lpm)
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since 1928 3.5 - AD60 Flow / Pressure A) 6 bar air pressure (87 psi) B) 4 bar air pressure (58 psi) C) 2 bar air pressure (29 psi) Fluid flow (lpm) Flow & Air consumption A) 6 bar air pressure (87 psi) B) 4 bar air pressure (58 psi) C) 2 bar air pressure (29 psi) Fluid flow (lpm)
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since 1928 3.6 - AD120 Flow / Pressure A) 6 bar air pressure (87 psi) B) 4 bar air pressure (58 psi) C) 2 bar air pressure (29 psi) Fluid flow (lpm) Flow & Air consumption A) 6 bar air pressure (87 psi) B) 4 bar air pressure (58 psi) C) 2 bar air pressure (29 psi) Fluid flow (lpm)
Muffler since 1928 Fluid discharge >10 mm inner diameter. Filter / 4 / INSTALLATION Regulator Flexible pipe 4.1 - SYSTEM DESIGN AND INSTALLATION Muffler Shut-off valve Fluid discharge >10 mm inner diameter. Filter / Shut-off valve Regulator Flexible pipe Air supply Pressure gauge Shut-off valve Shut-off valve...
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since 1928 The AD pump should be attached to the plant piping using a flexible hose/coupling on both the intake and discharge ports of the pump. The pump must not be used to support the pipelines. All pipe work to and from the pump must be independently supported otherwise there is a risk of distortion of the pump components.
since 1928 4.2 - SUGGESTED PUMP INSTALLATION Normal Flooded * Submerged 4.3 - VENTING EXHAUST AIR The air exhaust should be piped to an isolated container for safe disposal of the product being pumped, in the event of a diaphragm failure. This also reduces the pump noise. As shown in the illustration a larger muffler can be fitted to further reduce noise.
since 1928 4.5 - HOW TO START, OPERATE AND STOP THE PUMP Open the fluid discharge and suction valves. Gradually increase the air pressure with the pres- sure regulator until the pump starts to cycle and the suction and discharge lines are filled. Now, by adjusting the regulator, the stroking speed can be controlled, until the required flow is obtained.
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since 1928 5 / Directions for disassembly and reassembly Warning ! Before any maintenance or repair is attempted, shut off the compressed air line and dis- connect it from the pump. Allow all air pressure to bleed from pump. Close the suction and discharge shut-off valves before disconnecting the pump.
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since 1928 5.1.2 - CHECK VALVES, SPRING AND SHAFT BUSHING 1) Remove the shaft (1) and unscrew the 2 hexagon screws (3) holding the check valve retainers (4) and the shaft bushing (5). 2) Remove the retainers. If they are jammed use the shaft bushing (5) to push out on retainer. Turn the pump housing and push the second retainer out.
since 1928 5.1.4 - AIR MOTOR 1) Unscrew the 4 hexagon screws (1) and remove the airmotor (2). 2) Remove the two airmotor gaskets (3). 3) Remove the CEG lockring (4) and remove the inlet insert (5). 4) Remove the CEG lockring (7) and remove the muffler (8). 5.2 - REASSEMBLY 5.2.1 - AIR MOTOR AND MANIFOLDS 1) Fit the muffler (8) and the CEG lockring outlet (7).
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since 1928 5.2.2 - COVERS AND AIR DISTRIBUTION MECHANISM 1) Fit the O-ring (4). Put the ball (5) in place. Fit the air outlet seal (3) to the washer (2). Fit the plunge (7) and the ball seat (6). 2) Fit the mechanism to the seat in the cover. Check that the mechanism is tight by introducing com- pressed air in the outer hole (9).
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since 1928 5.2.4 - DIAPHRAGMS 1) Put the diaphragms (6) in the lids (5). The diaphragms are guided by the stud bolts so there is no risk they come off place. 2) Tighten the cap nuts (4) with 22 Nm. 5.2.5 - AIR MOTOR 1) Fit the complete air motor (2) with air motor gaskets (3) on top of the pump housing.
since 1928 7.0 - EXPLODED VIEWS AND PART LISTS 7.1 - PUMP AD Instruction Manual-2011EE-GB.indd 29 25/07/11 09:46...
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1928 (Pump part list - see section 7.1) Description Version AD15 / 30 AD60 AD120 Pump housing, PP PP, PX incl. in Pump housing PP and PX kit Pump housing, Al AL, AX incl. in Pump housing Al and AX kit Stud bolt incl.
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1928 7.2 - AIR MOTOR SPARE PARTS (Kits see section 7.3) Description Version AD15 / 30 AD60 AD120 Air motor Incl. in Air motor kit and Air connection kit Muffler standard Incl. in Air motor kit and Muffler standard kit CEG lockring inlet Incl.
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since 1928 7.3 - SPARE PARTS KITS (Drawing see section 7.1) Air Connection Kit 15-120 Air Distribution Kit 15-120 Airmotor Gasket Kit 15-120 K101-001 K101-010 K101-020 Description Description Description CEG lockring Inlet Air outlet Plunge Airmotor Gasket External Insert Inlet Air outlet Washer Air outlet Seal Air outlet Ball D10...
since 1928 8.0 - TROUBLE SHOOTING For drawings and positions see chapter 7.0. Pump will not run • Check there is sufficient air pressure. • Check that the emergency stop valve is open. • Check inlet air filter and muffler for debris. •...
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since 1928 AD Instruction Manual-2011EE-GB.indd 35 25/07/11 09:46...
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For more information about our worldwide locations, approvals, certifications, and local representatives, please visit www.albinpump.com. ALBIN PUMP reserves the right to incorporate our latest design and material changes without notice or obligation. Fax +33 (0) 4 75 90 92 40 Design features, materials of construction and dimensional data, as described in this bulletin, are provided for your information only and info@albinpump.fr...
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