AODD Pump Datasheet Key Parameters

Complete guide to AODD pump datasheet parameters including flow, pressure, air consumption, materials, and performance curves for Equipment Engineers.

ANSI/HI 10.1-10.5

Datasheet Overview

Why Datasheets Matter

AODD pump datasheets provide critical information for:

  • Pump selection verification
  • System design (air supply, piping)
  • Material compatibility confirmation
  • Performance prediction
  • Spare parts planning

Key Datasheet Sections

SectionParameters
PerformanceFlow, pressure, air consumption
ConstructionMaterials, sizes, connections
Operating limitsTemperature, pressure, viscosity
DimensionsSize, weight, connections
CurvesPerformance, air consumption

Performance Parameters

Flow Rate

ParameterDescriptionUnits
Max flowMaximum at zero headLPM, GPM
Flow at dutyAt required pressureLPM, GPM
Rated flowNominal ratingLPM, GPM

Verification:

Datasheet Check:
✓ Flow at duty point ≥ Required flow × 1.1
✓ Operating at 60-80% of max capacity

Discharge Pressure

ParameterDescriptionUnits
Max pressureMaximum achievablebar, psi
Rated pressureDesign ratingbar, psi
Pressure at dutyAt required flowbar, psi

Typical Ranges:

Pump TypeMax Pressure
Standard7-8.4 bar (100-120 psi)
High-pressure12-16 bar (175-240 psi)

Air Consumption

Critical Parameter for AODD Pumps

ParameterDescriptionUnits
SCFMStandard Cubic Feet per Minuteft³/min
Nm³/hNormal cubic meters per hourm³/h

Typical Values by Size:

Port SizeFlow @ 50 psiAir Consumption
1/2”10 GPM12-15 SCFM
1”50 GPM35-45 SCFM
1-1/2”100 GPM60-80 SCFM
2”150 GPM90-120 SCFM
3”250 GPM150-200 SCFM

Stroke Rate

ParameterDescriptionUnits
Max SPMMaximum strokes per minutestrokes/min
Operating SPMAt duty pointstrokes/min
Optimal60-80% of maxstrokes/min

Typical Range: 20-325 SPM

Construction Parameters

Housing Materials

CodeMaterialApplication
ALAluminumGeneral, petroleum
SS316 Stainless SteelFood, corrosive
CICast IronWater, general
PPPolypropyleneChemicals, acids
PVPVDF (Kynar)Aggressive chemicals
HAHastelloySevere corrosion

Diaphragm Materials

CodeMaterialTemp RangeApplication
BNBuna-N (NBR)-40 to 80°CPetroleum
EPEPDM-50 to 120°CWater, acids
NENeoprene-30 to 90°CWater, general
SASantoprene-40 to 100°CGeneral, abrasive
TFPTFE-10 to 100°CChemicals
VIViton (FKM)-20 to 200°CHigh temp, solvents

Ball/Seat Materials

MaterialApplication
Buna-NPetroleum products
EPDMWater-based fluids
PTFEChemical service
SS 316Abrasive, high viscosity
NeopreneGeneral purpose

Port Connections

TypeDescription
NPTNational Pipe Thread
BSPBritish Standard Pipe
ANSIANSI flange
DINDIN flange
TCTri-Clamp (sanitary)

Operating Limits

Temperature Limits

MaterialMin TempMax Temp
Buna-N-40°C80°C
EPDM-50°C120°C
Santoprene-40°C100°C
PTFE-10°C100°C
Viton-20°C200°C
Neoprene-30°C90°C

Pressure Limits

ParameterTypical Value
Max air inlet8.4 bar (120 psi)
Max discharge8.4 bar (120 psi)
Min air to start0.7-1.4 bar (10-20 psi)

Viscosity Limits

ViscosityPerformance Impact
< 100 cPNo correction needed
100-500 cP90% flow capacity
500-1000 cP80% flow capacity
1000-5000 cP65% flow capacity
> 5000 cP50% flow capacity

Maximum: Up to 50,000 cP (with derating)

Solids Handling

Port SizeMax Solids Size
1/2”3 mm (1/8”)
1”6 mm (1/4”)
1-1/2”10 mm (3/8”)
2”13 mm (1/2”)
3”76 mm (3”)

Suction Lift

ConditionMax Lift
Water at 20°C6 m (20 ft)
Viscous fluid3-4.5 m (10-15 ft)
At altitudeReduce 1.2 m per 1000 m

Performance Curves

Reading Performance Curves

Flow vs Pressure Curve:
                              Air Pressure Lines
Discharge    100 psi ─────────╮
Pressure      80 psi ──────────╮╲
(psi)         60 psi ───────────╮╲╲
   │           40 psi ────────────╮╲╲╲
   │                              │╲╲╲╲
   80├────────────────────────────X────────
   │                              │
   60├────────────────────────────│────────
   │                              │
   40├────────────────────────────│────────
   │                              │
   20├────────────────────────────│────────
   │                              │
    └─────────────────────────────┴────────
    0    20    40    60    80   100   120
                  Flow (GPM)

How to Read:
1. Find required pressure on Y-axis (e.g., 60 psi)
2. Trace horizontal to available air pressure line
3. Drop down to X-axis for flow rate
4. Point X shows flow at that condition

Air Consumption Curve

Air Consumption vs Flow:

SCFM │                           ╱
     │                         ╱
 100├────────────────────────X────
     │                      ╱│
  80├────────────────────╱──│────
     │                  ╱   │
  60├────────────────╱─────│────
     │              ╱      │
  40├────────────╱─────────│────
     │          ╱          │
  20├────────╱─────────────│────
     │      ╱              │
     └─────────────────────┴────
     0    20   40   60   80  100
               Flow (GPM)

At X: 80 GPM requires ~90 SCFM air

Dimensional Data

Key Dimensions

DimensionDescription
AOverall length
BOverall width
COverall height
DInlet to outlet centerline
EMounting hole spacing

Weight Data

ItemDescription
Dry weightPump empty
Wet weightPump full of water
Shipping weightIncluding packaging

Datasheet Checklist

Essential Parameters

PERFORMANCE DATA:
□ Flow rate at duty point: ___ GPM/LPM
□ Discharge pressure: ___ psi/bar
□ Air consumption at duty: ___ SCFM
□ Stroke rate at duty: ___ SPM
□ Max flow: ___ GPM/LPM
□ Max pressure: ___ psi/bar

CONSTRUCTION:
□ Housing material: ___
□ Diaphragm material: ___
□ Ball material: ___
□ Seat material: ___
□ O-ring material: ___

CONNECTIONS:
□ Inlet port size/type: ___
□ Outlet port size/type: ___
□ Air inlet size/type: ___

OPERATING LIMITS:
□ Temperature range: ___ to ___°C
□ Max viscosity: ___ cP
□ Max solids size: ___ mm
□ Suction lift: ___ m

CURVES PROVIDED:
□ Performance curve (flow vs pressure)
□ Air consumption curve
□ NPSH curve (if applicable)

Documentation Checklist

REQUIRED DOCUMENTS:
□ Pump datasheet
□ Performance curves
□ General arrangement drawing
□ Bill of materials
□ Installation manual
□ O&M manual

IF APPLICABLE:
□ ATEX certificate
□ Material test certificates
□ FDA compliance letter
□ Chemical compatibility data

Datasheet Specification Template

=== AODD PUMP DATASHEET ===

PROJECT: _______________
TAG NUMBER: _______________
SERVICE: _______________

1. OPERATING CONDITIONS
Fluid: _______________
Temperature: ___ °C (min/norm/max: ___/___/___)
Viscosity: ___ cP
Specific gravity: ___
Solids: □ None □ ___% / ___ mm max
Vapor pressure: ___ bar

2. PERFORMANCE REQUIREMENTS
Flow rate: ___ LPM (___ GPM)
Discharge pressure: ___ bar (___ psi)
Suction pressure: ___ bar
Suction lift: ___ m

3. AIR SUPPLY
Available pressure: ___ bar (___ psi)
Available volume: ___ SCFM

4. MATERIALS OF CONSTRUCTION
Housing: □ AL □ SS □ PP □ PVDF □ Other: ___
Diaphragm: □ BN □ EP □ SA □ TF □ VI □ Other: ___
Ball/Seat: □ BN □ EP □ TF □ SS □ Other: ___
O-rings: _______________

5. CONNECTIONS
Inlet: ___ size, □ NPT □ ANSI □ DIN □ TC
Outlet: ___ size, □ NPT □ ANSI □ DIN □ TC
Air inlet: ___ size, □ NPT

6. CERTIFICATIONS REQUIRED
□ ATEX Zone: ___ Category: ___
□ FDA 21 CFR 177
□ 3-A Sanitary
□ Other: _______________

7. ACCESSORIES REQUIRED
□ Pulsation dampener
□ Suction strainer
□ FRL unit
□ Muffler
□ Other: _______________

8. DOCUMENTATION REQUIRED
□ Datasheet
□ Performance curves
□ GA drawing
□ Installation manual
□ Spare parts list
□ Material certificates
□ ATEX certificate

Common Specification Errors

Errors to Avoid

ErrorProblemSolution
Missing air consumptionCannot size air supplyAlways require SCFM at duty
No viscosity considerationFlow shortfallApply correction factor
Wrong temperature unitsMaterial mismatchSpecify °C or °F clearly
Incomplete materialsCompatibility issuesSpecify all wetted parts
No curves providedCannot verify pointRequire curves always
Missing ATEX markingSafety non-complianceSpecify zone/category

Frequently Asked Questions

What are the most important parameters in an AODD pump datasheet?
Critical parameters are: flow rate at duty point, discharge pressure, air consumption (SCFM), materials of construction (housing, diaphragm, balls), suction lift capability, solids handling size, and temperature rating. Always verify these match your process requirements.
How do I read AODD pump performance curves?
AODD performance curves show flow vs pressure at different air supply pressures. Find your required discharge pressure on the Y-axis, trace to the air pressure line available, then read flow on X-axis. Also check the air consumption curve at that operating point.
What air consumption should I expect from AODD pumps?
Air consumption varies widely. At moderate pressures (50-70 psi), expect roughly 1.5-2.0 SCFM per GPM. A 100 GPM pump typically consumes 60-100 SCFM. Always use manufacturer's curves for accurate values at your specific duty point.

📚References & Sources

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