Airpro Compressed Air Piping System: Technical
Airpro Compressed Air Piping System: Technical
Pipe 1
Piping System
ANSI backing rings 7
Metric flange adaptors 8
Metric backing rings 8
Valves
Ball valves 10
Non-ANSI Fittings
90o elbow adaptors 11
Male threaded adaptors-R thread 12
Threaded adaptors-R thread 13
Piping Supports
Pipe clips 14-15
55 Guardsman Road
Thornhill, Ontario
Canada, L3T 6L2
t. 905.889.7890
f. 905.889.8553
request@chemline.com
ISO 9001:2008 Certified www.chemline.com
AirPro Compressed Air
®
technical
Piping System
Advantages of AirPro®
AirPro® piping systems are specifically designed for compressed air and has
CRN certification. AirPro® is made of Solvay Eltex TUB 124 blue high density
polyethylene (HDPE) resin and is extremely ductile, light weight, corrosion resistant
and creates minimal system pressure drop. Installation is faster, more flexible and
installed cost is lower than metal systems.
AirPro® is not affected by condensate and moist environments which cause most
metal systems to scale, pit or corrode, resulting in increased system pressure
drop. It is chemically resistant to synthetic and mineral oils in the air released by
compressors1.
PE 100 provides excellent chemical resistance to a multitude of acids, alkalies and
hydrocarbons.
1 Consult factory for actual recommendations.
Other Features
O low specific weight of 0.96g/cm³, (PVC 1.40g/cm³, steel 7.86 g/cm³)
O very good chemical resistance
O high weathering resistance
O no conductivity
O very good abrasion resistance
O frost resistant
O very good thermal insulating property
O rodent resistant
O resistant to any microbial corrosion
UV Stability
Air-Pro is recommended for indoor application only as PE100 is affected by direct
sunlight over time. For outdoor installation make sure that Air-Pro is sufficiently
protected against UV by using a UV-resistant (generally black) insulation material.
Physical
Property Standard Unit PE100
Specific Density at 23oC ISO 1183 g/cm3 0.95
Melt Flow Index
MFR 230/5 ISO 1133 g/10min 6
Tensile Stress at Yield ISO 527 MPa 25
psi 3,625
Elongation at Yield ISO 527 % 9
Elongation at Break ISO 527 % >600
Mechanical Properties
Pipe Sizing
Designing pipe line sizes for a compressed air system is considerably different from designing a fluid system. Gases are
compressible, so there are more variables to be considered. Designs should take current and future demands into account to
prevent unnecessary pressure drops. Elevated pressure drops represent unrecoverable energy and financial losses.
Main Lines
Normal compressed air systems incorporate two types of lines, the mains and the branches. A generally accepted value for
velocity through a main air line is 6 meters per second.
The main lines are used to carry the bulk of the compressed air and undersizing them can create large pressure drops and
high velocities throughout the system. Undersized mains can also cause additional problems from condensed water as high air
velocities can pick up this water and carry it down the line.
In general, systems should be oversized rather than undersized. Oversizing will create a greater initial expense but will generally
prove to be cost effective over time. Properly sized mains reduce pressure drop and velocity and the extra volume acts as an
added receiver, reducing compressor demand and allowing for future expansion.
Fittings
Fittings (such as 90° elbows) increase the flow resistance and pressure drop of the complete system caused by the change in
flow direction. The influence of the fittings can be calculated by means of equivalent lengths which can then be added to the
pipe length using the following formula.
Ǎ x di
Lequ. =
NJx 1,000
Lequ. = equivalent length (m)
di = pipe inside diameter (mm)
Ǎ = drag coefficient
NJ = coefficient of friction = 0.02
5
di = 450 x L x V1.85
Δp x p
A second method is to calculate the pipe outside diameter by using a nomogram based on the formula above. The nomogram
shown is specially adapted to Air-Pro pipes and relates directly to the required outside diameter. The outside diameter can be
calculated by entering the known parameters such as pressure drop, operating pressure, flowrate and length of piping system.
The use of the outside diameter is advantageous as a subsequent conversion from inside to outside diameter is no longer
required. Another advantage of the nomogram is to find the fifth parameter when four parameters are known.
1.5
2
20
3
25
5
Outside pipe diamteer (OD) in mm
40 15
20
50
30
63 50
75
100
90
110 200
300
400
500
0.002 0.01 0.05 0.1 0.2 0.5 1 2 4 6 10 15
Pressure decrease in the pipe (delta P) in bar Working pressure (P) in bar
Supporting Distances
The support distances normally depend on the mechanical properties of the pipe material, the pipe dimension, the specific
weight of the flow media, the operating temperature and the piping layout. The support distances shown in the table refer to
compressed air with a density of 1.3 kg/m³. The calculation of the support distances is based on a maximum deflection between
two pipe supports of Length (L)/500.
To achieve wider support distances especially for smaller pipe diameters (da 20 – 40mm), continuous pipe supports can be used.
For vertical piping the specified distances can be increased by about 50%.
To calculate the expected expansions, use the following simplified equation and type into the fields below:
L = DxTx L
L = change in length due to the temperature change (mm) ....................................................................... 0.00 mm
D = linear coefficient of expansion (for AirPro® PE100 = 0.18 mm/m x oC) .................................................. 0.18 0.18
Expansion Loop:
Expansion Loop Offset
A = C da x L = 0
Offset:
A = C 2da x L = 0.00
Condensate Drainer
Condensate can form due to temperature and pressure changes (especially in systems
without effective air drying) and can cause problems with corroding and damaging of
equipment.
The most cost-effective solution to prevent water from entering the branch lines is to
use goose neck fittings for the installation of tees, drawing air off the top of the main
line, leaving condensed water. A water drainer which offers better protection can also
be used for complicated piping systems.
Testing a System
Testing an Air-Pro system can take place shortly after the installation is complete (normally one hour after the last weld) because
the joining procedure does not require a curing time.
The system should be brought up to 50 psi and checked for leaks. The test should continue in gradual steps of 10 psi until the
desired pressure is reached (usually 1.5 times design pressure). Each joint should be checked using a soap solution that will
bubble if a leak is present.
Note: There will be some gradual drop in pressure due to the natural creep and elongation of the pipe wall as well as the
compression of the air.
Hold pressure for 1 hour. If the pressure has decreased without any indication of a leak, increase it to the original level. If
pressure loss is not evident, continue testing for a minimum of 2 hours to a recommended duration of 12 hours.
Installation
Welding Procedure
The AirPro® light weight design allows for easy installation and is assembled using socket fusion equipment. For socket welding,
the pipe end and socket fittings are heated to welding temperature by means of a socket and spigot heater inserts. Socket
welding may be manually performed on pipe diameters up to 2.0” (63 mm). Larger sizes require a Bench Socket Tool due to the
required joining forces. In sizes greater than 1”, a bench style machine may be preferred for ease of operation.
Socket fusion is fairly tolerant to weather conditions and is simple to do. Untrained personnel can be trained in a short period of
time to make consistent and reliable joints. Mechanically the welds are reliable, and fairly easy to inspect. Socket fusion is ideal
for smaller systems and is quite simple and practical for welding 1/2” to 1”. Systems consisting primarily of 3” and 4” are better
suited for butt fusion, as the equipment is smaller and easier to use in tight locations.
3) A. Align the pipe and fitting in the machine with the heating element
inserts.
Joining
B. Quickly and smoothly push the fitting and pipe in an axial direction and Cooling
until the fitting bottoms out and the pipe reaches the marked depth
(per chart).
C. Heat for the indicated times (per chart).
D. After heating time is finished, quickly remove pieces from the heater
and fit them together until pipe has been inserted to the mark. Allow
time to cool (per chart).
Installation
Electrofusion Welding Procedure
In electro-fusion welding, special socket couplings with integrated resistance wires
are used. When a current is applied to the outer terminals on the couplings, the wires
heat up and weld the socket to the pipes, resulting in a smooth surface. This welding
method features low voltage, ease of use and high automation. Welders have bar code
identification to automatically set the level and duration of the welding current during
the welding process and stores them for use in assemblies where traceability of each
weld is necessary.
Detachable Joints
Flanges Unions
Reference Projects
BMW Engine Factory, Steyr, Austria
Material: PE 100 blue
Dimension: 20mm to 110mm
Operating pressure: 120 psi (8 bar)
The pipeline for compressed air in the largest engine factory of the BMW group all done with Air-Pro PE 100 blue pipe and
fittings in sizes from 20mm up to 110mm. The piping system is designed for maximum operating pressure of 120 psi (8 bar) and
a life time of more then 50 years. All pipe and fittings are welded together through socket welding and electro fusion welding.
Reference Projects
Limestone Factory, Sermuth
Material: PE 100 blue
Dimension: 63mm to 110mm
Operating pressure: up to 16 bar
Length: 500 m
The pipeline for compressed air for different work stations all done with AirPro® PE 100 blue pipe and fittings in sizes from 63mm
to 110mm. The piping system is designed for maximum operating pressure of 230 psi (16 bar) and a life time of more then 50
years. All pipe and fittings are welded together through socket welding and electro fusion welding.
The complete underground pressure piping system for compressed air supply in the BMW factory has been done with AirPro® PE
100 blue pipe and fittings. All pipe and fittings are welded together through socket welding and electro fusion welding.
Pipe Tuyau
Product 705 Produit 705
Blue Polyethylene-PE100 Polyethylène Bleu-PE100
Extruded Expulsé
SDR 7.4 / ISO S-3.2 / Maximum Operating Pressure 235 psi (16 bar)
da Weight
OD s
Poids
mm Nom. mm kg/m Item No.
20 1/2” 2.8 0.15 AP.705.0020.07
25 3/4” 3.5 0.24 AP.705.0025.07
32 1” 4.4 0.38 AP.705.0032.07
40 1-1/4” 5.5 0.60 AP.705.0040.07
50 1-1/2” 6.9 0.94 AP.705.0050.07
63 2” 8.6 1.47 AP.705.0063.07
75 2-1/2” 10.3 2.09 AP.705.0075.07
90 3” 12.3 2.99 AP.705.0090.07
110 4” 15.1 4.48 AP.705.0110.07
* Weights are per meter, supplied in 5 meter lengths.
* Au mètre, fourni en longueurs de 5 mètres.
SDR 7.4 / ISO S-3.2 / Maximum Operating Pressure 235 psi (16 bar)
da Weight
dsp k t L
OD Poids
mm Nom. mm mm mm mm kg Item No.
20 1/2” 29.4 3 16.0 35 0.01 AP.053.0020.07
25 3/4” 35.1 3 18.0 39 0.02 AP.053.0025.07
32 1” 43.2 3 20.0 43 0.03 AP.053.0032.07
40 1-1/4” 51.8 3 22.0 47 0.04 AP.053.0040.07
50 1-1/2” 64.4 4 24.0 52 0.07 AP.053.0050.07
63 2” 81.3 2 29.0 60 0.11 AP.053.0063.07
75 2-1/2” 92.5 3 33.5 70 0.15 AP.053.0075.07
90 3” 115.0 6 37.0 79 0.28 AP.053.0090.07
110 4” 133.8 6 42.0 90 0.39 AP.053.0110.07
SDR 7.4 / ISO S-3.2 / Maximum Operating Pressure 235 psi (16 bar)
da Weight
dsp k t
OD Poids
mm Nom. mm mm mm kg Item No.
20 1/2” 29.3 14 16 0.02 AP.051.0020.07
25 3/4” 35.1 17 18 0.03 AP.051.0025.07
32 1” 43.2 20 20 0.05 AP.051.0032.07
40 1-1/4” 53.3 25 22 0.09 AP.051.0040.07
50 1-1/2” 65.5 28 25 0.14 AP.051.0050.07
63 2” 81.0 35 28 0.27 AP.051.0063.07
75 2-1/2” 92.0 38 33 0.32 AP.051.0075.07
90 3” 113.7 49 36 0.58 AP.051.0090.07
110 4” 132.5 57 43 0.88 AP.051.0110.07
SDR 7.4 / ISO S-3.2 / Maximum Operating Pressure 235 psi (16 bar)
da Weight
dsp k t
OD Poids
mm Nom. mm mm mm kg Item No.
20 1/2” 30 11.0 16.0 0.02 AP.050.0020.07
25 3/4” 35 14.0 18.0 0.03 AP.050.0025.07
32 1” 43 17.0 20.0 0.04 AP.050.0032.07
40 1-1/4” 53 21.0 22.0 0.07 AP.050.0040.07
50 1-1/2” 65 26.0 24.0 0.09 AP.050.0050.07
63 2” 81 33.0 29.0 0.19 AP.050.0063.07
75 2½” 92 38.5 32.5 0.25 AP.050.0075.07
90 3” 113 46.0 37.0 0.44 AP.050.0090.07
110 4” 135 56.0 42.0 0.68 AP.050.0110.07
Tees Pièces en T
Product 056 Produit 056
Blue Polyethylene-PE100 Polyethylène Bleu-PE100
Injection moulded Moulé à injection
Socket welding Soudure à douille
SDR 7.4 / ISO S-3.2 / Maximum Operating Pressure 235 psi (16 bar)
da Weight
dsp k t L
OD Poids
mm Nom. mm mm mm mm kg Item No.
20 1/2” 29.1 14.0 16 60 0.03 AP.056.0020.07
25 3/4” 35.2 17.0 18 70 0.05 AP.056.0025.07
32 1” 43.0 21.0 20 82 0.07 AP.056.0032.07
40 1-1/4” 53.0 25.0 22 94 0.11 AP.056.0040.07
50 1-1/2” 65.0 30.0 24 108 0.18 AP.056.0050.07
63 2” 81.0 36.5 29 131 0.31 AP.056.0063.07
75 2-1/2” 93.0 34.0 31 155 0.46 AP.056.0075.07
90 3” 114.0 51.0 37 185 0.86 AP.056.0090.07
110 4” 134.0 57.0 44 205 1.12 AP.056.0110.07
SDR 7.4 / ISO S-3.2 / Maximum Operating Pressure 235 psi (16 bar)
da/da1 Weight
dsp dsp1 z L t t1
OD/OD1 Poids
mm mm mm mm mm mm mm kg Item No.
25/20 34.8 29.9 31.9 68.5 18 16 0.05 AP.055.2520.07
32/20 43.0 29.9 39.8 79.7 20 16 0.07 AP.055.3220.07
32/25 43.0 35.0 40.0 79.5 20 18 0.07 AP.055.3225.07
40/20 53.0 29.7 44.8 89.9 22 16 0.10 AP.055.4020.07
40/25 53.2 35.3 46.8 90.5 22 18 0.10 AP.055.4025.07
40/32 53.0 43.0 45.0 91.0 22 20 0.10 AP.055.4032.07
50/20 65.4 30.0 50.0 110.0 24 16 0.17 AP.055.5020.07
50/25 65.5 35.5 51.0 110.0 24 18 0.17 AP.055.5025.07
50/32 65.0 43.0 54.0 108.0 24 20 0.17 AP.055.5032.07
50/40 65.0 53.0 52.5 107.0 24 22 0.17 AP.055.5040.07
63/25 81.0 36.0 65.0 130.0 29 18 0.28 AP.055.6325.07
63/32 81.0 43.5 65.0 130.0 29 20 0.29 AP.055.6332.07
63/40 81.0 53.0 65.0 130.0 29 22 0.29 AP.055.6340.07
63/50 81.0 66.0 65.0 130.0 29 24 0.30 AP.055.6350.07
**Indicates regularly stocked items.
Consult Chemline Plastics for availability.
3 Price List AP08-1 Subject to change without notice.
AirPro Compressed Air
®
socket fusion Ƭttings
Piping System W
SDR 7.4 / ISO S-3.2 / Maximum Operating Pressure 235 psi (16 bar)
da/da1 Weight
dsp L t W
OD/OD1 Poids
mm mm mm mm mm kg Item No.
25/20 30.0 39.0 16.0 2.3 0.01 AP.057.2520.07
32/20 30.0 45.5 16.0 2.9 0.02 AP.057.3220.07
32/25 35.0 45.0 18.0 2.9 0.02 AP.057.3225.07
40/20 29.5 50.0 16.0 3.7 0.02 AP.057.4020.07
40/25 34.5 50.0 18.0 3.7 0.02 AP.057.4025.07
40/32 42.8 50.0 20.0 3.7 0.03 AP.057.4032.07
50/20 29.4 55.0 16.0 4.6 0.03 AP.057.5020.07
50/25 34.7 55.0 18.0 4.6 0.03 AP.057.5025.07
50/32 43.7 55.0 20.0 4.6 0.04 AP.057.5032.07
50/40 52.8 55.0 22.0 4.6 0.05 AP.057.5040.07
63/25 34.8 65.0 18.0 5.8 0.06 AP.057.6325.07
63/32 42.9 65.0 20.0 5.8 0.07 AP.057.6332.07
63/40 52.8 65.0 22.0 5.8 0.07 AP.057.6340.07
63/50 64.8 65.0 24.0 5.8 0.08 AP.057.6350.07
75/50 65.0 87.0 24.4 6.8 0.14 AP.057.7550.07
75/63 81.5 64.0 29.0 6.8 0.15 AP.057.7563.07
90/63 80.8 87.8 29.0 8.2 0.19 AP.057.9063.07
90/75 93.0 86.6 32.0 8.2 0.19 AP.057.9075.07
110/63 81.2 90.0 29.0 10.0 0.26 AP.057.1163.07
110/90 113.8 88.7 37.0 10.0 0.30 AP.057.1190.07
SDR 7.4 / ISO S-3.2 / Maximum Operating Pressure 235 psi (16 bar)
da Weight
dsp d2 L t
OD Poids
mm Nom. mm mm mm mm kg Item No.
20 1/2” 29.0 32 26 16 0.01 AP.054.0020.07
25 3/4” 35.0 38 30 18 0.01 AP.054.0025.07
32 1” 43.0 47 35 20 0.02 AP.054.0032.07
40 1-1/4” 52.5 58 38 22 0.04 AP.054.0040.07
50 1-1/2” 64.5 70 50 24 0.07 AP.054.0050.07
63 2” 82.0 87 59 29 0.13 AP.054.0063.07
75 2-1/2” 92.5 98 67 32 0.16 AP.054.0075.07
90 3” 113.0 119 77 37 0.29 AP.054.0090.07
110 4” 135.0 141 94 42 0.44 AP.054.0110.07
SDR 7.4 / ISO S-3.2 / Maximum Operating Pressure 235 psi (16 bar)
da Weight
“NPT” dsp L L1 t sw
OD Poids
mm Nom. mm mm mm mm mm mm kg Item No.
20 1/2” 1/2” 42.0 41 14.0 16 32 0.14 AP.082.2021.07
25 3/4” 3/4” 46.0 41 18.0 18 36 0.18 AP.082.2526.07
32 1” 1” 53.0 47 20.0 20 39 0.21 AP.082.3233.07
40 1-1/4” 1-1/4” 65.5 51 21.0 22 50 0.33 AP.082.4041.07
50 1-1/2” 1-1/2” 77.4 58 25.5 24 60 0.58 AP.082.5051.07
63 2” 2” 90.5 65 29.0 29 70 0.76 AP.082.6364.07
SDR 7.4 / ISO S-3.2 / Maximum Operating Pressure 235 psi (16 bar)
da Weight
“NPT” dsp L L1 t sw
OD Poids
mm Nom. mm mm mm mm mm mm kg Item No.
20 1/2” 1/2” 42.0 57 15.5 16 32 0.16 AP.083.2021.07
25 3/4” 3/4” 46.0 61 19.5 18 36 0.20 AP.083.2526.07
32 1” 1” 53.0 66 22.0 20 39 0.25 AP.083.3233.07
40 1-1/4” 1-1/4” 65.5 71 24.0 22 50 0.48 AP.083.4041.07
50 1-1/2” 1-1/2” 76.0 77 27.0 24 60 0.66 AP.083.5051.07
63 2” 2” 90.5 83 29.0 29 70 0.93 AP.083.6364.07
SDR 7.4 / ISO S-3.2 / Maximum Operating Pressure 235 psi (16 bar)
da Weight
d3 d4 h L k t
OD Poids
mm Nom. mm mm mm mm mm mm kg Item No.
20 1/2” 27.0 44.5 10.0 21 5.0 16 0.01 AP.052.1020.07
25 3/4” 33.0 54.1 10.0 23 5.0 18 0.02 AP.052.1025.07
32 1” 40.8 63.5 10.0 26 6.0 20 0.03 AP.052.1032.07
40 1-1/4” 50.0 71.5 10.5 26 4.0 22 0.05 AP.052.1040.07
50 1-1/2” 61.5 82.6 13.0 30 6.0 24 0.06 AP.052.1050.07
63 2” 76.6 100.4 14.0 34 5.0 29 0.10 AP.052.1063.07
75 2-1/2” 91.2 117.0 16.0 40 8.0 32 0.15 AP.052.1075.07
90 3” 105.0 132.4 17.0 40 3.5 37 0.19 AP.052.1090.07
110 4” 131.0 170.5 18.0 47 5.0 42 0.29 AP.052.1110.07
SDR 7.4 / ISO S-3.2 / Maximum Operating Pressure 235 psi (16 bar)
da Weight
d d3 b k d2
OD No. of Torque Poids
mm Nom. mm mm mm mm Nom. mm Nom. Bolts ft-lbs. kg Item No.
20 1/2” 95 28 12 60 2-3/8” 16 5/8” 4 11.1 0.21 B.013.0020.11
25 3/4” 102 34 12 70 2-3/4” 16 5/8” 4 11.1 0.24 B.013.0025.11
32 1” 114 42 16 79 3-1/8” 16 5/8” 4 11.1 0.39 B.013.0032.11
40 1-1/4” 130 51 16 89 3-1/2” 16 5/8” 4 18.4 0.51 B.013.0040.11
50 1-1/2” 133 62 18 99 3-7/8” 16 5/8” 4 25.8 0.55 B.013.0050.11
63 2” 162 78 18 121 4-3/4” 20 3/4” 4 25.8 0.82 B.013.0063.11
75 2-1/2” 184 92 18 140 5-1/2” 20 3/4” 4 29.5 1.07 B.013.0075.11
90 3” 194 111 18 152 6” 20 3/4” 4 29.5 1.07 B.013.0090.11
110 4” 229 133 18 191 7-1/2” 20 3/4” 8 29.5 1.57 B.013.0110.11
SDR 7.4 / ISO S-3.2 / Maximum Operating Pressure 235 psi (16 bar)
da Weight
d3 d4 h t
OD Poids
mm Nom. mm mm mm mm kg Item No.
20 1/2” 27.0 45 10.0 16 0.01 AP.052.0020.07-M
25 3/4” 33.0 58 10.0 18 0.02 AP.052.0025.07-M
32 1” 40.8 68 10.0 20 0.03 AP.052.0032.07-M
40 1-1/4” 50.0 77 10.5 22 0.05 AP.052.0040.07-M
50 1-1/2” 61.5 88 13.0 24 0.06 AP.052.0050.07-M
63 2” 76.6 102 14.0 29 0.09 AP.052.0063.07-M
75 2-1/2” 91.2 121 16.0 32 0.15 AP.052.0075.07-M
90 3” 105.0 138 17.0 37 0.20 AP.052.0090.07-M
110 4” 131.0 158 18.0 42 0.29 AP.052.0110.07-M
da Weight
p DN d d3 b k d2
OD No. of Bolt Torque Poids
mm psi mm mm mm mm mm mm Bolts Size ft-lbs. kg Item No.
20 235 15 95 28 12 65 14 4 M12 11.1 0.24 B.014.0020.11-M
25 235 20 108 34 14 75 14 4 M12 11.1 0.31 B.014.0025.11-M
32 235 25 115 42 16 85 14 4 M12 11.1 0.41 B.014.0032.11-M
40 235 32 140 51 18 100 18 4 M16 18.4 0.61 B.014.0040.11-M
50 235 40 150 62 18 110 18 4 M16 25.8 0.69 B.014.0050.11-M
63 235 50 165 78 18 125 18 4 M16 25.8 0.79 B.014.0063.11-M
75 235 65 187 92 18 145 18 4 M16 29.5 1.10 B.014.0075.11-M
90 235 80 202 108 20 160 18 8 M16 29.5 1.22 B.014.0090.11-M
110 235 100 222 128 20 180 18 8 M16 29.5 1.63 B.014.0110.11-M
SDR 7.4 / ISO S-3.2 / Maximum Operating Pressure 235 psi (16 bar)
da Weight
L d d1 t
OD Poids
mm Nom. mm mm mm mm kg Item No.
20 1/2” 75 30 36.5 37.0 0.04 AP.173.0020.11
25 3/4” 81 35 37.0 40.0 0.04 AP.173.0025.11
32 1” 89 42 43.0 44.0 0.05 AP.173.0032.11
40 1-1/4” 99 53 49.0 49.0 0.09 AP.173.0040.11
50 1-1/2” 111 67 53.0 55.0 0.16 AP.173.0050.11
63 2” 127 83 56.0 63.0 0.25 AP.173.0063.11
75 2½” 142 97 65.5 70.0 0.35 AP.173.0075.11
90 3” 142 115 74.0 70.0 0.51 AP.173.0090.11
110 4” 152 140 83.0 74.5 0.82 AP.173.0110.11
SDR 7.4 / ISO S-3.2 / Maximum Operating Pressure 235 psi (16 bar)
da Weight
L b h d
OD Poids
mm Nom. mm mm mm mm kg Item No.
20 1/2” 99.5 40.0 71.5 52.5 0.15 AP.335.1220.07
25 3/4” 113.0 51.5 77.0 62.0 0.24 AP.335.1225.07
32 1” 123.0 51.5 80.5 69.5 0.29 AP.335.1232.07
40 1-1/4” 140.0 64.0 98.5 84.0 0.49 AP.335.1240.07
50 1-1/2” 164.0 73.0 106.5 100.0 0.72 AP.335.1250.07
63 2” 192.0 85.0 115.5 120.5 1.12 AP.335.1263.07
75 2-1/2” 231.0 110.0 142.0 155.0 2.02 AP.335.1275.07
90 3” 285.0 132.0 160.0 187.0 3.83 AP.335.1290.07
110 4” 255.0 132.0 160.0 187.0 3.90 AP.335.1211.07
Materials: Materiaux:
End Connectors: Blue PE-100 End Connexions: Bleu PE-100
Ball, Stem: Grey PP Bille, Tige: PP Gris
Body: Blue PP Corps: PP Bleu
Union Nuts: Blue PPG Noix Union: PPG Bleu
Seats: PTFE Sièges: PTFE
O-Rings: Viton Joints: Viton
Pressure Rating @20oC: PressionMaximale @20oC:
20-75mm (1/2” to 2-1/2”): 230 psi 20-75mm (1/2” à 2-1/2”): 230 psi
90-110mm (32” to 4”): 150 psi 90-110mm (32” à 4”): 150 psi
Operators: Opérateurs:
Locking Handle: Standard Poignée Cadenassable: Standard
Electric or Pneumatic Actuators: Optional ationneurs Électriques ou Pneumatiques: Optionnels
SDR 7.4 / ISO S-3.2 / Maximum Operating Pressure 235 psi (16 bar)
da Weight
R dsp dsp1 k k1
OD Poids
mm Nom. inch mm mm mm mm kg Item No.
20 1/2” 1/2” 29.3 39 37 37 0.08 AP.087.0020.07-R
25 3/4” 3/4” 35.0 46 40 37 0.12 AP.087.0025.07-R
SDR 7.4 / ISO S-3.2 / Maximum Operating Pressure 235 psi (16 bar)
da Weight
R dsp d L4 sw
OD Poids
mm Nom. inch mm mm mm mm kg Item No.
20 1/2” 1/2” 30 38 16 32 0.13 AP.086.2020.07-R
SDR 7.4 / ISO S-3.2 / Maximum Operating Pressure 235 psi (16 bar)
da Weight
R dsp dsp1 L2 L3
OD Poids
mm Nom. inch mm mm mm mm kg Item No.
20 1/2” 1/2” 28.3 39 57.9 49.7 0.08 AP.081.1020.07-R
SDR 7.4 / ISO S-3.2 / Maximum Operating Pressure 235 psi (16 bar)
da Weight
R dsp L sw
OD Poids
mm Nom. inch mm mm mm kg Item No.
32 1” 1” 53.0 66 39 0.27 AP.083.3232.07-R
40 1-1/4” 1-1/4” 65.5 71 50 0.48 AP.083.4040.07-R
50 1-1/2” 1-1/2” 77.0 77 60 0.65 AP.083.5050.07-R
63 2” 1-1/2” 90.5 83 70 0.94 AP.083.6363.07-R
SDR 7.4 / ISO S-3.2 / Maximum Operating Pressure 235 psi (16 bar)
da Weight
R dsp dsp1 L z
OD Poids
mm Nom. inch mm mm mm mm kg Item No.
20 1/2” 1/2” 29.5 39.5 61.0 45.5 0.09 AP.097.0020.07-R
25 3/4” 1/2” 35.5 39.5 70.5 45.5 0.10 AP.097.0025.07-R
32 1” 1/2” 43.4 39.5 80.5 52.0 0.12 AP.097.0032.07-R
40 1-1/4” 1/2” 53.5 39.5 92.0 56.0 0.18 AP.097.0040.07-R
SDR 7.4 / ISO S-3.2 / Maximum Operating Pressure 235 psi (16 bar)
da Weight
R dsp L sw
OD Poids
mm Nom. inch mm mm mm kg Item No.
32 1” 1” 53.0 47 39 0.20 AP.082.3232.07-R
40 1-1/4” 1-1/4” 65.5 51 50 0.34 AP.082.4040.07-R
50 1-1/2” 1-1/2” 77.4 58 60 0.60 AP.082.5050.07-R
63 2” 2” 90.5 65 70 0.76 AP.082.6363.07-R
SDR 7.4 / ISO S-3.2 / Maximum Operating Pressure 235 psi (16 bar)
da Weight
R dsp dsp1 L L1
OD Poids
mm Nom. inch mm mm mm mm kg Item No.
20 1/2” 1/2” 29.3 39 63 16.5 0.10 AP.083.0020.07-R
25 3/4” 3/4” 35.0 39 63 16.5 0.15 AP.083.0025.07-R
da Weight
h s1 s2 b s3 d s4
OD Poids
mm mm mm mm mm mm mm mm kg Item No.
20 27.0 6.0 29 14.0 6.5 6.5 9 0.01 BB.348.0020.00
25 30.0 10.0 34 16.0 6.5 6.5 9 0.01 BB.348.0025.00
32 31.5 11.5 39 16.0 6.5 6.5 9 0.01 BB.348.0032.00
40 37.0 14.0 50 17.5 6.5 6.5 9 0.02 BB.348.0040.00
50 41.0 15.0 56 20.0 6.5 6.5 9 0.03 BB.348.0050.00
da Weight
z h d2 b d d1
OD Poids
mm mm mm mm mm mm mm kg Item No.
63 52 94 78 30 53 84 0.13 BB.049.0063.00
75 61 112 94 40 55 82 0.16 BB.049.0075.00
90 67 128 108 40 57 82 0.20 BB.049.0090.00
110 71 152 137 40 71 82 0.30 BB.049.0110.00
da Weight
b d1 d2 h h1 h2 t
OD Poids Carton
mm mm mm mm mm mm mm mm kg Item No. Quantity
20 32 10 5.0 34 25 11 16 0.190 CLIP.0020.B 20
25 41 11 5.5 35 26 12 17 0.225 CLIP.0025.B 20
32 49 11 5.5 44 30 11 16 0.300 CLIP.0032.B 20
* Also available in black HDPE (high density polyethylene). Change B to PE in item number.
* Aussi disponible en PE (polyethylène noir. Changez B à PE dans le numero de produit.
da Weight
b d1 d2 H h k s t z
OD Poids Carton
mm mm mm mm mm mm mm mm mm mm kg Item No. Quantity
40 25 7 14.5 68 43 58 8 – 1 0.30 CLIP.0040.B 10
50 25 7 14.5 77 47 69 8 – 1 0.38 CLIP.0050.B 10
63 25 9 17.5 94 57 84 8 – 1 0.52 CLIP.0063.B 10
75 30 9 17.5 107 64 126 10 109 3 0.94 CLIP.0075.B 10
90 30 9 17.5 124 73 143 10 125 3 1.23 CLIP.0090.B 10
110 30 9 17.5 146 85 163 10 145 3 1.52 CLIP.0110.B 10
* Also available in black HDPE (high density polyethylene). Change B to PE in item number.
* Aussi disponible en PE (polyethylène noir. Changez B à PE dans le numero de produit.
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