The Abaque Series peristaltic hose pumps can handle your toughest pumping needs – from abrasive and aggressive fluids to shear sensitive and viscous materials, while a seal-free design eliminates leaks and contamination. The advanced design and solid construction reduces maintenance and repair requirements, with the hose as the primary maintenance component.
All Pumps has been importing, servicing and supplying Abaque Series pumps in Australia for 7 years and supports the full Abaque peristaltic range of pumps and spare parts.
ABAQUE PERISTALTIC HOSE PUMPS
PRINCIPLE OF OPERATION
Pumping action is achieved by compression of a circular loop of elastomeric hose with two diametrically opposed rotating shoes. This rotational motion forces the fluid in the hose to move ahead of each shoe. When each shoe reaches the end of the loop, the reinforced tube immediately returns to its original shape, thereby ensuring suction and priming. The pump housing is partially filled with lubricant, aiding smooth running of the shoes on the hose. The inside of the hose and hose inserts are the only pieces of equipment in contact with pumped fluids, allowing aggressive and contaminated fluids to be pumped.
APPLICATIONS
Chemical process industry, Food industry, Industrial and municipal water treatment, Paints and coatings, Ceramics, Mining and Filter press equipment
Leading Specialist Pump Supplier to Industry Since 1972
SPEAK TO SOMEONE FROM THE ALL PUMPS TEAM
*Dimensions may change at any time without notice, please contact your All Pumps representative for confirmation.
Pump Case: Ductile iron
Rotor: Ductile iron
Shoes: Aluminum or cast iron
Cover: Steel and Polycarbonate
Flange and brackets: Stainless steel – ANSI or DIN
Hoses: Natural rubber, Buna (NBR) or EPDM
Hoses inserts: Stainless steel (std.), PPH or PVDF
Hoses
The following hoses are available for use in the Abaque Series pump:
- Natural rubber: Highly resilient with excellent abrasion resistance and strength. Generally resistant to diluted acids and alcohols.
- Buna (NBR): Highly wear resistant to oily products.
- EPDM: High chemical resistance, especially with concentrated acids, alcohols and ketones.
Options
The Abaque Series pump is available in 10 different sizes, ranging from flow rates of .07 to 290 gpm (15 to 66,000 liters/h). Choose close-coupled or bare shaft models.
Also available:
- Leak detector
- Vacuum assist
- Non-metallic inserts (PPH, PVDF)
Flow Rates | 10 RPM |
20 RPM |
30 RPM |
40 RPM |
50 RPM |
60 RPM |
70 RPM |
80 RPM |
90 RPM |
100 RPM |
110 RPM |
120 RPM |
130 RPM |
140 RPM |
Discharge Pressure |
|
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
A10 | m3/hr GPM |
0.015 0.07 |
0.030 0.13 |
0.045 0.20 |
0.060 0.26 |
0.075 0.33 |
0.090 0.40 |
0.105 0.46 |
0.120 0.53 |
0.135 0.59 |
116 PSI 8.0 Bar |
|||||
A20 | m3/hr GPM |
0.08 0.37 |
0.17 0.73 |
0.25 1.10 |
0.33 1.47 |
0.42 1.83 |
0.50 2.20 |
0.58 2.57 |
0.67 2.93 |
0.75 3.30 |
116 PSI 8.0 Bar |
|||||
A25 | m3/hr GPM |
0.17 0.73 |
0.33 1.47 |
0.50 2.20 |
0.67 2.93 |
0.83 3.67 |
1.00 4.40 |
1.17 5.13 |
1.33 5.87 |
1.50 6.60 |
1.67 7.33 |
1.83 8.07 |
2.00 8.80 |
2.17 9.53 |
2.33 10.27 |
217 PSI 15.0 Bar |
A40 | m3/hr GPM |
0.52 2.3 |
1.03 4.5 |
1.55 6.8 |
2.07 9.1 |
2.58 11.4 |
3.10 13.6 |
3.62 15.9 |
4.13 18.2 |
4.65 20.5 |
5.17 22.7 |
5.68 25.0 |
6.20 27.3 |
6.72 29.6 |
7.23 31.8 |
217 PSI 15.0 Bar |
AX40 | m3/hr GPM |
0.80 3.5 |
1.6 7.0 |
2.4 10.6 |
3.2 14.1 |
4.0 17.6 |
4.8 21.1 |
5.6 24.6 |
6.4 28.2 |
7.2 31.7 |
8.0 35.2 |
8.8 38.7 |
9.6 42.2 |
217 PSI 15.0 Bar |
||
A65 | m3/hr GPM |
2.03 8.9 |
4.05 17.8 |
6.08 26.7 |
8.10 35.6 |
10.13 44.6 |
12.15 53.5 |
14.18 62.4 |
16.20 71.3 |
18.23 80.2 |
217 PSI 15.0 Bar |
|||||
AX80 | m3/hr GPM |
5 23.5 |
10.7 46.9 |
16.0 70.4 |
21.3 93.8 |
26.7 117.3 |
32.0 140.7 |
217 PSI 15.0 Bar |
||||||||
A80 | m3/hr GPM |
6.5 29 |
13.0 57 |
19.5 86 |
26.0 114 |
32.5 143 |
39.0 172 |
217 PSI 15.0 Bar |
||||||||
A100 | m3/hr GPM |
12 53 |
24 106 |
36 158 |
48 211 |
217 PSI 15.0 Bar |
||||||||||
AS125 | m3/hr GPM |
22 97 |
44 194 |
66 290 |
217 PSI 15.0 Bar |
Legend | Constant Duty at Maximum Pressure | Intermittent Duty at Maximum Pressure |
---|
Flow rates may vary depending upon application.
Abaque General Brochure
Operating Limits | |
---|---|
Maximum Temperature | 80°C (176°F) absolute maximum. Temperature of pumped fluid is limited by hose liner material.
Rpm (thus flow) is limited by temperature above 40°C (104°F). Please consult performance curves for specific rpm limitations. |
Minimum Temperature | -20°C (-4°F) Please consult IOM manual. |
Maximum Viscosity | 1,800 to 35,000 cP depending on pump size, rpm, and presence or not of vacuum assist. Please consult performance curves for specific effects. |
Maximum Working Pressure | |
Sizes 10 and 20 Sizes 25 to 125 |
8 bar (116 psi) 15 bar (217.5 psi) with proper shimming. Please consult IOM manual. |
Maximum Self-priming Lift | 9 meters (29.5 ft) manometric lift. Actual lift is dependent on system installation, pumped fluid, and temperature. |
- Construction
-
*Dimensions may change at any time without notice, please contact your All Pumps representative for confirmation.
Pump Case: Ductile iron
Rotor: Ductile iron
Shoes: Aluminum or cast iron
Cover: Steel and Polycarbonate
Flange and brackets: Stainless steel – ANSI or DIN
Hoses: Natural rubber, Buna (NBR) or EPDM
Hoses inserts: Stainless steel (std.), PPH or PVDF - Hose & Options
-
Hoses
The following hoses are available for use in the Abaque Series pump:
- Natural rubber: Highly resilient with excellent abrasion resistance and strength. Generally resistant to diluted acids and alcohols.
- Buna (NBR): Highly wear resistant to oily products.
- EPDM: High chemical resistance, especially with concentrated acids, alcohols and ketones.
Options
The Abaque Series pump is available in 10 different sizes, ranging from flow rates of .07 to 290 gpm (15 to 66,000 liters/h). Choose close-coupled or bare shaft models.
Also available:
- Leak detector
- Vacuum assist
- Non-metallic inserts (PPH, PVDF)
- Performance Data
-
Flow Rates 10
RPM20
RPM30
RPM40
RPM50
RPM60
RPM70
RPM80
RPM90
RPM100
RPM110
RPM120
RPM130
RPM140
RPMDischarge
PressureA10 m3/hr
GPM0.015
0.070.030
0.130.045
0.200.060
0.260.075
0.330.090
0.400.105
0.460.120
0.530.135
0.59116 PSI
8.0 BarA20 m3/hr
GPM0.08
0.370.17
0.730.25
1.100.33
1.470.42
1.830.50
2.200.58
2.570.67
2.930.75
3.30116 PSI
8.0 BarA25 m3/hr
GPM0.17
0.730.33
1.470.50
2.200.67
2.930.83
3.671.00
4.401.17
5.131.33
5.871.50
6.601.67
7.331.83
8.072.00
8.802.17
9.532.33
10.27217 PSI
15.0 BarA40 m3/hr
GPM0.52
2.31.03
4.51.55
6.82.07
9.12.58
11.43.10
13.63.62
15.94.13
18.24.65
20.55.17
22.75.68
25.06.20
27.36.72
29.67.23
31.8217 PSI
15.0 BarAX40 m3/hr
GPM0.80
3.51.6
7.02.4
10.63.2
14.14.0
17.64.8
21.15.6
24.66.4
28.27.2
31.78.0
35.28.8
38.79.6
42.2217 PSI
15.0 BarA65 m3/hr
GPM2.03
8.94.05
17.86.08
26.78.10
35.610.13
44.612.15
53.514.18
62.416.20
71.318.23
80.2217 PSI
15.0 BarAX80 m3/hr
GPM5
23.510.7
46.916.0
70.421.3
93.826.7
117.332.0
140.7217 PSI
15.0 BarA80 m3/hr
GPM6.5
2913.0
5719.5
8626.0
11432.5
14339.0
172217 PSI
15.0 BarA100 m3/hr
GPM12
5324
10636
15848
211217 PSI
15.0 BarAS125 m3/hr
GPM22
9744
19466
290217 PSI
15.0 BarLegend Constant Duty at Maximum Pressure Intermittent Duty at Maximum Pressure Flow rates may vary depending upon application.
- Operatng Limits
-
Abaque General Brochure
Operating Limits Maximum Temperature 80°C (176°F) absolute maximum.
Temperature of pumped fluid is limited by hose liner material.- NR Natural Rubber 70°C (158°F)
- NBR Nitrile Buna Rubber 70°C (158°F)
- EPDM Ethyl Propylene Rubber 80°C (176°F)
Rpm (thus flow) is limited by temperature above 40°C (104°F). Please consult performance curves for specific rpm limitations.
Minimum Temperature -20°C (-4°F) Please consult IOM manual. Maximum Viscosity 1,800 to 35,000 cP depending on pump size, rpm, and presence or not of vacuum assist. Please consult performance curves for specific effects. Maximum Working Pressure Sizes 10 and 20
Sizes 25 to 1258 bar (116 psi)
15 bar (217.5 psi) with proper shimming. Please consult IOM manual.Maximum Self-priming Lift 9 meters (29.5 ft) manometric lift. Actual lift is dependent on system installation, pumped fluid, and temperature.
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