Lobe pumps offer superb sanitary qualities, high efficiency, reliability, corrosion resistance, and good clean-in-place and sterilise-in-place (CIP/SIP) characteristics.
They can handle high viscosity fluids and solids without damaging them.
How does a lobe pump work?
Lobe pumps work similarly to gear pumps, except that the lobes do not come in contact with each other.
In addition, lobe pumps have larger pumping chambers than gear pumps, which enable them to transfer slurries. They also tend to move slower in order to handle shear-sensitive materials.
The lobe vanes are usually made of stainless steel and are very highly polished. Lobe pumps are known for their long-running lives.
Applications
- Batter
- Egg
- Glazes
- Yeast slurry
- Beer
- Peanut butter
- Cheese
- Ketchup
- Jam
- Butter
- Dough
- Frosting
- Cake mix
- Milk
- Cream
- Yoghurt
- Sausage meat
- Chocolate
- Liquor
- Caramet
- Nougat
- Sugar starch
- Vegetable oil
- Coconut oil
- Mayonnaise
- Honey
- Mustard
Jabsco lobe pumps have been around for over 40 years and are the trusted name in the industry. All Pumps has been importing, servicing and supplying Jabsco lobe pumps for over 20 years.
Jabsco Lobe Pumps
Jabsco pumps by Xylem have been in the industry for over 40 years, manufacturing industrial pumps for a wide variety of applications. Jabsco HyLine and Ultima positive displacement rotary lobe pumps are designed to pump delicate, viscous and particle-laden fluids as well as thin liquids which require an all stainless steel pump. The design of Jabsco Lobe Pumps is influenced by some fundamental engineering principles and it is useful to understand these first to ensure their most effective selection and operation.
All Pumps has been importing, servicing and supplying Jabsco pumps in Australia for 20 years and support the full Jabsco range of pumps and spare parts.
JABSCO Hy-Line Rotary Lobe pumps are robust, durable machines designed for long life in demanding applications. Modular construction, using interchangeable parts, enables pumps with a wide range of seal, port and rotor configurations to be built and motorised on short lead times.
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Applications
- Food Ingredients
- Confectionery and Bakery
- Milk and Dairy Products
- Cosmetics
- Chemicals
- Meat Products
- Brewing and Soft Drinks
- Pharmaceuticals
- Abrasive suspensions
- Transfer Process
- Filling
- Metering
- Filtration
- Circulation Tankers
Capabilities
- Flow rates up to 108m³/hr (30 litres/second)
- Pressures up to Up to 15bar (220 psi)
- Temperature range: -40ºC to +140ºC
- Liquid viscosity range: 1 to 1,000,000 centipoise
- Hygienic – approved to American 3A standard
- Gentle pumping action suits viscous, delicate and particle-laden liquids
- Easy to clean, easy to maintain
- AISI316 stainless steel construction
Design Features
Most Stringent Hygienic Standards – Flush rotor fixing screws are sealed to prevent product ingress. Contoured rotor case internals for full drainability during SIP and shaft seals set up front where the pumping action is! Fully conforming to 3A 02-10 Hygienic Standards and utilising materials which meet FDA requirements. Versions are available that have been tested and approved to the EHEDG (European Hygienic Equipment Design Group), CIP and SIP protocols and USDA, 3A certification.
Low Maintenance Costs – Front loaded single shaft seals are fully accessible from the front of the pump without disturbing the process pipework. Simple bearing assemblies easily pre-set using automotive technology. Bi-wing rotors require no timing adjustments. Even the pump casing is removable, a feature not normally associated with other bi-wing rotor pumps.
High Volumetric Efficiency – The bi-wing rotors incorporate the low viscosity efficiency associated with circumferential piston pumps with the viscous product handling capability of tri-, quad- and bi-lobe rotor pumps…… at an affordable price!
Rugged Design – Hy~Line design utilises extremely large shaft diameters mounted in high specification taper roller bearings, fitted into an extremely rigid central pillar made from a high-grade alloy. This is all enclosed in an oil-filled housing made from the same alloy. These, together with wide-tipped rotor wings, which adds another dimension to security, avoid premature pump failure due to overpressure or other abuse.
Options
Seals – Front loaded single mechanical face type seals of hygienic design. Materials include carbon, stainless steel and silicon carbide. Low pressure flushed seals utilise the same single mechanical seal with an additional housing. A low pressure flush liquid washes away crystallising products or liquids which ‘skin over’.
Double mechanical seals utilising all the components from single seals. Used for hazardous, toxic, highly abrasive or sterile products.
Front loaded single O-Ring seals – a low cost seal option used primarily for self lubricating products and products which contain little or no abrasives.
Front loaded double O-Ring seals – suitable for pressurised grease or flushing with a suitable liquid to enable low cost sealing of high sugar confectionery and bakery products.
Multiple PTFE lip seal – complete with controlled release food grade grease injection system, the ideal sealing system for chocolate and other products sensitive to water flush.
Certification – 3.1B Material Certification package. 3A Variants with Nitrile or EPDM elastomers and port options – Tri-clamp, IDF, 3A, DIN11851
Connections – All US and European standards including DIN, SMS, RJT, IDF, Tri-Clamp & BSP. Most pumps available with 2 different sizes, all fully interchangeable. (Not on 3 & 7 size)
Elastomers – Nitrile, Viton, EPDM and PTFE product contact joints available in compounds conforming to 3A Sanitary Standard 18-03 and FDA title 21 section 177.2600.
Other options – Pump Head temperature control jackets. Integral pressure relief valve. Enlarged suction port for viscous products. All stainless steel bearing pedestal and cover. Low carbon 316L pump head. Tanker pump version for direct hydraulic drive.
Performance Capabilities
| LH Series Pump Specifications | |||||||
|---|---|---|---|---|---|---|---|
| Pump Model | LH32 | LH34 | LH42 | LH44 | LH52 | LH54 | |
| Port Size | (mm) (inch) |
19 or 25 ¾ or 1 |
25 or 38 1 or 1½ |
25 or 38 1 or 1½ |
38 or 50 1½ or 2 |
38 or 50 1½ or 2 |
50 or 76 2 or 3 |
| Displacement (100 revs) |
(litre) (US gal) |
3.5 0.92 |
7 1.85 |
12.3 3.25 |
20.4 5.39 |
26.5 7.00 |
45.5 12.02 |
| Max Flow (per min) |
(litre) (US gal) |
52 13.7 |
105 27.7 |
123 32.5 |
204 53.9 |
265 70.0 |
455 120.2 |
| Max Pressure |
(bar) (psi) |
15 217 |
8 116 |
15 217 |
8 116 |
15 217 |
8 116 |
| Max Speed |
(RPM) | 1500 | 1500 | 1000 | 1000 | 1000 | 1000 |
| Size LxBxH |
(mm) (inch) |
213x192x166 8.25×7.5×6.5 |
229x192x166 9×7.5×6.5 |
274x223x196 10.75×8.75×7.75 |
290x223x196 11.5×8.75×7.75 |
386x249x208 15.25×9.75×8.25 |
414x259x213 16.25×10.25×8.25 |
| PBareshaft Weight |
(kg) (lbs) |
8 18 |
10 22 |
18 40 |
20 44 |
32 70 |
35 77 |
| Temp | (oC) (oF) |
-30 to 140 -22 to 284 |
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| Viscosity | (cP) | 1 to 1 million | |||||
| LH Series Pump Specifications | ||||||
|---|---|---|---|---|---|---|
| Pump Model | LH62 | LH64 | LH72 | LH74 | LH76 | |
| Port Size | (mm) (inch) |
63 or 76 2, 2 ½ or 3 |
76 or 100 3 or 4 |
76 or 100 3 or 4 |
100 or 152 4 or 6 |
127 or 152 5 or 6 |
| Displacement (100 revs) |
(litre) (US gal) |
64 16.90 |
95 25.10 |
123 32.50 |
205 54.15 |
301.5 79.65 |
| Max Flow (per min) |
(litre) (US gal) |
461 121.8 |
684 180.7 |
836 220.8 |
1230 324.9 |
1809 477.9 |
| Max Pressure |
(bar) (psi) |
15 217 |
8 116 |
15 217 |
8 116 |
5 72 |
| Max Speed |
(RPM) | 720 | 720 | 680 | 600 | 600 |
| Size LxBxH |
(mm) (inch) |
460x270x311 18.25×10.75×12.25 |
464x302x311 18.25×11.75×12.25 |
486x380x363 19.25x15x14.25 |
526x386x363 20.75×15.25×14.25 |
573x412x363 22.5×16.25×14.25 |
| PBareshaft Weight |
(kg) (lbs) |
61 134 |
65 143 |
125 275 |
145 319 |
165 363 |
| Temp | (oC) (oF) |
-30 to 140 -22 to 284 |
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| Viscosity | (cP) | 1 to 1 million | ||||
- *Dimensions may change at any time without notice, please contact your All Pumps representative for confirmation.
- *Dimensions may change at any time without notice, please contact your All Pumps representative for confirmation.
Jabsco 24-series hygienic rotary lobe pumps have been in service worldwide for nearly 20 years. The continued popularity of the 24-series reflects the advanced hygienic design and manufacturing methods brought in by Jabsco at the time of its introduction. 24-series pumps use the tri-lobe rotor design proven in service with the world’s leading producers of food products, pharmaceuticals and cosmetics.
Applications
- Food Ingredients
- Confectionery and Bakery
- Meat Products
- Brewing and Soft Drinks
- Milk and Dairy Products
- Cosmetics and Drugs
- Chemicals, Plastics, etc.
- Transfer
- Process
- Filling
- Metering
- Filtration
- Circulation
- Tankers
Applications
- Flow rates up to 126m³/hr (35 litres/second)
- Pressures up to Up to 10bar (146 psi)
- Temperature range: -40ºC to +200ºC
- Liquid viscosity range: 1 to 1,000,000 centipoise
DESIGN FEATURES
- Adaptability – This is the key design concept. The pump utilises ‘bolt on’ features which allow quick and easy interchange of parts to enable exact specification of the pump to suit any application…….from stock!
- Rugged Design – The bearing frame design utilises large shaft diameters mounted in high specification taper roller bearings, fitted into rigid pillars which form an integral part of the high grade alloy housing. These ensure maximum shaft stiffness in order to avoid premature pump failure due to overpressure or other abuse.
- Low Maintenance – The shaft, bearing and gear assemblies are fully immersed in an oil bath to give maximum life even at extremes of operating conditions. The timing gears are easily accessible at the rear of the pump in the unlikely event that re-timing should become necessary. Rotors are all fully interchangeable avoiding the need to re-time which is a problem associated with so many other rotary lobe and circumferential piston pumps.
- Improved Hygienic Technology – Fully swept pump chamber together with sealed rotor spline, accessible seals, and approved sealing components ensure that the pump meets the stringent requirements of major international customers.
OPTIONS
- Seals – Single mechanical seals are of hygienic design. Materials include carbon, stainless steel, tungsten carbide and silicon carbide.Low pressure flushed seals utilise the same single mechanical seal with an additional housing. A low pressure flush liquid washes away crystallising products or liquids which ‘skin over’.Double mechanical seals utilise all the components from single seals. For hazardous, toxic, highly abrasive or sterile products.Gland packing – a cost effective general purpose seal for non-hazardous liquids. Used on either a stainless steel or hard chrome plated anti-wear sleeve.O-Ring seals – another low cost seal option used primarily for self lubricating products such as dairy products.
- Certification – 3A Variants with Nitrile or EPDM elastomers and port options – Tri-clamp, IDF, 3A, DIN11851.
- Rotors – Tri-lobe rotors in stainless steel handle 90% of all applications. The traditional rotor shape gives an excellent combination of efficiency, solids handling, low and high viscous product capability. Bi-lobe rotor in stainless steel for exceptional handling of delicate, soft solids such as fruit pieces and vegetables. Rubber covered tri-lobe rotor to cope with small hard solids such as small bone fragments or ice crystals.
- Connections – All US and European standards including DIN, SMS, RJT, IDF, Tri-Clamp & BSP. Most pumps available with 2 different sizes, all fully interchangeable.
Elastomers – Nitrile, Viton, EPDM, PTFE or Kalrez product contact joints are available. - Other options – Pump head temperature control jackets. Integral pressure relief valve. Enlarged suction ports for highly viscous product.
PERFORMANCE CAPABILITIES
| 24 Series | ||||||
|---|---|---|---|---|---|---|
| Pump Model | S2 | A1 | A2 | B1 | B2 | |
| Port Size | (mm) (inch) |
25 1 |
25 or 38 1 or 1½ |
25 or 38 1 or 1½ |
38 or 50 1½ or 2 |
38 or 50 2 or 3 |
| Displacement (100 revs) |
(litre) (US gal) |
3.6 0.92 |
10.4 2.75 |
18.6 4.91 |
24.5 6.47 |
37.7 9.96 |
| Max Flow (per min) |
(litre) (US gal) |
36 9.2 |
100 27.5 |
177 49.1 |
237 64.7 |
362 99.6 |
| Max Pressure |
(bar) (psi) |
7 101 |
15 217 |
10 145 |
15 217 |
10 145 |
| Max Speed |
(RPM) | 1000 | 960 | 960 | 960 | 960 |
| Size LxBxH |
(mm) (inch) |
261x146x106 10.25×5.75×4.25 |
335x204x188 13.25x8x7.5 |
355x204x188 14x8x7.5 |
408x226x227 16x9x9 |
428x236x227 16.75×9.25×9 |
| PBareshaft Weight |
(kg) (lbs) |
10 22 |
14 31 |
18 40 |
29 64 |
33 73 |
| Temp | (oC) (oF) |
-30 to +150 -22 to 302 |
-40 to +200 -40 to 392 |
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| Viscosity | (cP) | 1 to 1 million | ||||
| 24 Series | ||||||
|---|---|---|---|---|---|---|
| Pump Model | C1 | C2 | D1 | D2 | E2 | |
| Port Size | (mm) (inch) |
50 or 76 2 or 3 |
50 or 76 3 or 4 |
76 or 100 3 or 4 |
76 or 100 4 |
152 6 |
| Displacement (100 revs) |
(litre) (US gal) |
62.3 16.46 |
93.6 24.72 |
122 32.23 |
161 42.53 |
350 92.46 |
| Max Flow (per min) |
(litre) (US gal) |
448 118 |
655 173 |
793 209.5 |
1000 264.2 |
2100 554.8 |
| Max Pressure |
(bar) (psi) |
14 203 |
10 145 |
12 174 |
9 130 |
12 174 |
| Max Speed |
(RPM) | 720 | 700 | 650 | 620 | 600 |
| Size LxBxH |
(mm) (inch) |
538x288x319 21.25×11.25×12.5 |
564x296x319 22.25×11.75×12.5 |
623x322x355 24.5×12.75×14 |
647x346x355 25.5×13.75×14 |
770x425x438 30.25×16.75×17.25 |
| PBareshaft Weight |
(kg) (lbs) |
70 154 |
75 165 |
112 246 |
119 262 |
300 660 |
| Temp | (oC) (oF) |
-40 to +200 -40 to 392 |
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| Viscosity | (cP) | 1 to 1 million | ||||
- *Dimensions may change at any time without notice, please contact your All Pumps representative for confirmation.
- *Dimensions may change at any time without notice, please contact your All Pumps representative for confirmation.
55 Series & Ultima Ultra Hygienic Rotary Lobe Pumps
For the very highest standards of sterile containment cleaning in-place (CIP) and steam-sterilising (SIP)
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APPLICATIONS
- Biotechnology
- Sterile pharmaceuticals
- Ultra-hygienic food processing
- Separation equipment
- Aseptic manufacturing
- Multi-product facilities
- Sanitary/hygienic production
- Sampling
BENEFITS
- Rapid de-contamination and product change-over
- Fully self-draining pump head: no hold-up of process liquid or cleaning agents
- External rotor fixing – no internal crevices
- Low-carbon 316L stainless-steel for maximum corrosion resistance
- Controlled-compression gasket-type joints and no O-rings in product contact
- Shaft seal design combines highest levels of containment with total product draining, no cavities, and front access for easy inspection and fast maintenance
- Standard surface finish: 0.8µm (150 grit), with 0.5µ (240 grit) and electro polish options
- Optional steam/sterile fluid barriers on joints, for true aseptic processes
- High efficiency to minimise damage to shear-sensitive low viscosity fluids
CAPABILITIES
- Flow rates up to 44m³/hr (12 litres/second)
- Pressures up to Up to 20bar (290 psi)
- Temperature range: -30ºC to +140ºC
- Liquid viscosity range: 1 to 1,000,000 centipoise
- Ports: ½” to 4″ (13mm to 100mm)
DESIGN FEATURES
- Ultimate Hygienic Standards – Tested and approved to the EHEDG (European Hygienic Equipment Design Group), CIP, SIP and Bacterial Tightness protocols. Full conformance to 3A Sanitary Standards 18-03 and 02-10 and utilising materials which meet the requirements of the FDA title 21, section 177.1550.
- Cleaner by Design – External rotor retention together with gasket type joints in place of O-rings reduce the number of potential product entrapment areas. In addition to this, the shaft seals are pulled forward fully in the product zone, all of which adds up to the ultimate in cleanability……every time!
- Low Product Shearing – The bi-wing and 5 lobe rotor designs ensure high volumetric efficiency on low viscosity products resulting in low shear rates and low product damage.
- Rugged Design – This pump design utilises extremely large shaft diameters mounted in high specification taper roller bearings. These give maximum shaft stiffness to ensure no galling thus maintaining the pump’s CIP and SIP capabilities.
OPTIONS
- Seals – Front loaded single mechanical face type seals of hygienic design. Materials include carbon and silicon carbide.Low pressure flushed seals utilise the same single mechanical seal with an additional housing. A low pressure flush liquid washes away crystallising products or liquids which ‘skin over’.Double mechanical seals utilising all the components from single seals. Used for hazardous, toxic, highly abrasive or sterile products.
- Certification – 3.1B Material Certification package. 3A Variants with Nitrile or EPDM elastomers and port options – Tri-clamp, IDF, 3A, DIN11851
- Connections – US and European standards including Tri- Clamp. All pumps available with 2 different sizes.
- Elastomers – USP Class VI, EPDM, Viton and PTFE product contact joints all in compounds conforming to the FDA CFR title 21 section 177.1550.
- Other options – Aseptic barrier end cover joints to maintain sterility of product during long cycle times. Electropolish or high polish internal surfaces to 0.5μm Ra (20 micro-inc Ra) for minimised cell damage and maximised cleanability.
PERFORMANCE CAPABILITIES
| 55 Series | ||||
|---|---|---|---|---|
| Pump Model | 55210 | 55320 | 55420 | |
| Port Size | (mm) (inch) |
12.5 ½ |
19 ¾ |
25 1 |
| Displacement (100 revs) |
(litre) (US gal) |
1 0.26 |
2.9 0.77 |
6.7 1.77 |
| Max Flow (per min) |
(litre) (US gal) |
16 4.2 |
44 11.6 |
67 17.7 |
| Max Pressure |
(bar) (psi) |
14 203 |
20 290 |
20 290 |
| Max Speed |
(RPM) | 1500 | 1500 | 1000 |
| Size LxBxH |
(mm) (inch) |
191x114x135 7.5×4.5×5.25 |
264x145x168 10.5×5.75×6.5 |
302x168x191 11.75×6.5×7.5 |
| PBareshaft Weight |
(kg) (lbs) |
8 18 |
19 42 |
26 57 |
| Temp | (oC) (oF) |
-30 to 140 -22 to 284 |
||
| Viscosity | (cP) | 1 to 1 million | ||
| Ultima | |||||||
|---|---|---|---|---|---|---|---|
| Pump Model | LU42 | LU44 | LU52 | LU54 | LU62 | LU64 | |
| Port Size | (mm) (inch) |
25 or 38 1 or 1½ |
38 or 50 1½ or 2 |
38 or 50 1½ or 2 |
50 or 76 2 or 3 |
63 or 76 2, 2½ or 3 |
76 or 100 3 or 4 |
| Displacement (100 revs) |
(litre) (US gal) |
12.3 3.25 |
20.4 5.39 |
26.5 7.00 |
45.5 12.02 |
64 16.90 |
95 25.10 |
| Max Flow (per min) |
(litre) (US gal) |
123 32.5 |
204 53.9 |
254 70.0 |
437 120.2 |
461 121.8 |
684 180.7 |
| Max Pressure |
(bar) (psi) |
15 217 |
8 116 |
15 217 |
8 116 |
15 217 |
8 116 |
| Max Speed |
(RPM) | 1000 | 1000 | 1000 | 1000 | 720 | 720 |
| Size LxBxH |
(mm) (inch) |
285x223x182 10.75×8.75×7.75 |
301x223x182 11.75×8.75×7.75 |
386x249x208 15.25×9.75×8.25 |
414x259x213 16.25×10.25×8.25 |
463x328x249 18.25x13x9.75 |
492x328x254 19.25x13x10 |
| PBareshaft Weight |
(kg) (lbs) |
23 51 |
25 55 |
38 84 |
41 90 |
70 154 |
75 165 |
| Temp | (oC) (oF) |
-30 to 140 -22 to 284 |
|||||
| Viscosity | (cP) | 1 to 1 million | |||||
- *Dimensions may change at any time without notice, please contact your All Pumps representative for confirmation.
- *Dimensions may change at any time without notice, please contact your All Pumps representative for confirmation.
