
Sabre pumps are a range of submersible pumps and horizontal multistage pumps. They are versatile, robust pumps used in a wide range of applications including building services, commercial, domestic, municipal, rural, industrial, and rainwater re-use. The Sabre submersible pumps are heavy duty pumps for pumping stormwater, sewage, grey water, and trade waste. The Sabre horizontal multistage pumps are used for fire hydrant jacking pumps, fire hose reel pumps, rainwater re-use pumps, cold water boosting.
Sabre pumps are imported and distributed exclusively throughout Australia by All Pumps.
| Applications |
|---|
| Ideal for waste water application containing soft or fibrous solids |
| Industrial waste water drainage |
| Septic effluent |
| Miscellaneous drainage |
| Semi-Vortex Impeller |
|---|
| Offers non-clog operations with high pumping efficiency and allows pumping the water containing impurities under 70% of the discharge size. |
| Easy Maintenance |
|---|
| For the semi-vortex design with no strainer or close tolerance suction cover, only 3 or 4 bolts need to be removed for quick and easy maintenance. |
| Double Mechanical Seal in Oil Chamber |
|---|
| Provides strong and reliable shaft sealing. |
| Protection |
|---|
| Quick acting dual response provides protection against overload. |
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| Applications |
|---|
| Ideal for waste water application containing soft or fibrous solids |
| Industrial waste water drainage |
| Septic effluent |
| Miscellaneous drainage |
| Semi-Vortex Impeller |
|---|
| Offers non-clog operations with high pumping efficiency and allows pumping the water containing impurities under 70% of the discharge size. |
| Automatic Operation |
|---|
| Equipped with float switch and control box is optional |
| Easy Maintenance |
|---|
| For the semi-vortex design with no strainer or close tolerance suction cover, only 3 or 4 bolts need to be removed for quick and easy maintenance. |
| Double Mechanical Seal in Oil Chamber |
|---|
| Provides strong and reliable shaft sealing. |
| Protection |
|---|
| Quick acting dual response provides protection against overload. |

| Features |
|---|
| IP 68 Protection & F Class insulation |
| Low temperature operation for long service life |
| Built in thermal overload protector |
| Double mechanical seal available for 1HP and above |
| High efficency hydraulic suction for energy saving |
| Applications |
|---|
| Drainage or cellar |
| Groundwater effluent |
| Civil engineering & construction |
| Agriculture & irrigation |
| Tunnel & caisson drainage |
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| Features |
|---|
| Motor with IP68 protection and F class insulation |
| Low temperature rise for long service life |
| Single phase motor with thermal protector |
| With double edge Tungsten cutter, high abrasive-resistant impeller and heat treated bottom grinder plate for cutting sewage |
| Stainless steel motor housing |
| Applications |
|---|
| Dewatering effluent |
| Light industial plant |
| Water or sewage sump pit |
| Tunnel water water drainage |
| Kitchen or farm residue discharge |
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| Features |
|---|
| Motor with IP68 protection and F class insulation |
| Low temperature rise for long service life |
| Single phase motor with thermal protector |
| With double edge Tungsten cutter, high abrasive-resistant impeller and heat treated bottom grinder plate for cutting sewage |
| Stainless steel motor housing |
| Applications |
|---|
| Pumping of residential waste water |
| Drainage of subway/tunnel |
| Waste water treatment |
| Materials | ||
|---|---|---|
| Motor | Horse Power | 2/3/5 Hp |
| Pole | 2 | |
| Max Operating Temp | 40ºC (104ºF) | |
| Insulation Class | CLASS F | |
| Rotation Speed (RPM) | 3000 | |
| Protection | Overload Protector | |
| Seal Minder (optional) | ||
| Pump | Handle | Stainless Steel 304 |
| Upper Cover | FC-20 | |
| Motor Frame | Stainless Steel 304 | |
| Shaft | Stainless Steel 304 | |
| Bearing | Ball Bearing | |
| Mechanical Seal | Double Mech. Seal | |
| Bearing Bracket | FC-20 | |
| Mechanical Seal Lid | FC-20 | |
| Shredding Ring | SUS 440C | |
| Grinding Ring | SUS 440C | |
| Pump Housing | FC-20 | |
| Impeller | Vortex | |

| Cutter Assembly |
|---|
| Hardened 440 SST (56-60 Rockwell) shredding ring and grinding impeller |
| 8,300 cuts/second 1/2 million cuts/minute |
| Ductile iron casting for superior quality and longlife |
| Recessed impeller provides non-overloading performance |
| Recessed design prevents clogging |
| Motor |
|---|
| Capacitor start / run design for assured starting, strong torque and grinding under heavy load |
| Pressed stator for precise shaft / bearing alignment, long life |
| Internal capacitors and start switch, no external control box required |
| Internal overload protection |
| Dual ball bearings (upper and lower) |
| Oil-Filled Motor Provides |
|---|
| Constant bearing lubrication |
| Maximum motor cooling, even temperature distribution |
| Optional |
|---|
| Guide rail system for easy removal of pump |
| Shaft Seals |
|---|
| Constant bearing lubrication |
| Full mechanical seal (silicon/carbide) and secondary lip seal |

| Cutter Assembly |
|---|
| Hardened 440SST (56-60 Rockwell) shredding ring and grinding impeller |
| 11,500 cuts/second... 690,000 cuts/minute |
| Impeller |
|---|
| Two Ductile Iron castings for superior quality and long life |
| Recessed impeller provides high head & non-overloading performance |
| Recessed (vortex) design reduces bearing load/increases bearing life |
| Recessed Impellers prevent clogging |
| Motor |
|---|
| Single phase and three phase available |
| Capacitor start / run design for assured starting, strong torque and grinding under heavy load (single phase only) |
| Pressed stator for precise shaft / bearing alignment, long life |
| Utilizes a low voltage, stress-free electronic start switch |
| Internal overload protection |
| Dual ball bearings (upper and lower) |
| Oil-Filled Moto Provides |
|---|
| Constant bearing lubrication |
| Maximum motor cooling, even temperature distribution |
| Optional |
|---|
| Guide rail system for easy removal of pump |
| Shaft Seals |
|---|
| Single "Type 1" Silicon Carbide / Silicon Carbide / Neoprene Mechanical Seal with Neoprene Lip Seal |

| Features |
|---|
| Robust cast iron construction |
| Single channel impeller |
| Double row lower bearing |
| 1450 RPM |
| Class F |
| Air filled submersible motor |
| Double mechanical seal in oil chamber with SiC/SiC lower faces and carbon/ceramic upper faces |
| Built in overload protection or klixon |
| Specifications |
|---|
| Submersible sewage pump wth non-clog, single channel impeller |
| Maxiumum solids handling: 76mm |
| Maximum liquid temperature: 40ºC |
| Maximum submergence: 8m |
| Materials |
|---|
| Pump casing: Cast Iron |
| Impeller: Cast Iron |
| Suction cover: Cast Iron |
| Shaft: 403 Stainless Steel |
| Motor frame: Cast Iron |
| Fasteners: 304 Stainless Steel |
| Mechanical seal: Double mechanical seal in oil lubricated chamber, Silicon carbide lower faces, Carbon/Ceramic upper faces |

| Pump |
|---|
| This pump unit is a totally enclosed submersible pump. It is powered by a 0.25 kW, 12 volt DC, 20 amp motor. Battery clamps on the power cord for ease of connection to any 12 volt vehicle battery. |
| Switch |
|---|
| The ON - OFF switch is located inline on the power cord. |
| Hoisting & Lowering |
|---|
| Use the attached nylon line. Do not use the power cord for handling the unit. |
| Operating of Unit |
|---|
| Lower the unit into the liquid to be pumped (Note: This unit is not for pumping flammable liquids.) Turn on the switch. Pump can be run for a few minutes (less than 5 mins) without pumping liquid. Do not run completely dry for any extended period more than 5 mins. This will prevent damage to the shaft and seal. |
| Battery Connection |
|---|
| Check the position of the ON-OFF switch make certain the switch is in the OFF position before connecting to the battery, using this connection procedure eliminates arcing. Connect the RED battery clamp to the POSITIVE battery terminal. Connect the BLACK clamp to the NEGATIVE or ground to a rigid metallic surface on the engine. The connection should be 30 to 40 cm from the battery. |
| Running Time Periods |
|---|
| The unit draws 20-25 amps and can be operated for approximately 1 hour on a fully charged 60 amp-hour battery and still be able to start the vehicle under normal conditions. Caution should be used when running times exceed 25-30 minutes without the engine running to recharge the battery. Also be mindful of cold temperatures which lowers battery efficiency. Review battery size (AMP-Hour rating) and the use of other accessories & lights etc while operating pump without the engine operating. |
| Overload Protection |
|---|
| Overload protection is provided with an "Inline" 25 amp fuse. Location is approximately 150mm below red (positive) battery clamp. The unit uses a standard automotive 25 amp fuse. |
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| Features |
|---|
| Hardended stainless steel grinder & impeller |
| Double mechanical seal in oil bath |
| Themal overload protection |
| Thermal overload protection |
| High flow rate |
| Easy access for cleaning |
| Applications |
|---|
| Food waste processing |
| Raw sewage |
| Abattoirs |
| Solids laden liquid discharge |
| Industrial waste |
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| Electronic Assembly |
|---|
| EN-GJL-250 cast iron, for submerged operation, filtted with 2 (two) opposing silicon carbide mechanical seals in oil sump, and V-ring in direct contact with the liquid. Ecological dry motor. Pump body in single casting with motor casing. |
| Applications |
|---|
| Suitable for use with clear or slightly soiled wastewaters containing small solids, strained water, rainwater, seepage and water pumped from underground, where high pumping rates are required. This electric pump is intended for both domestic and professional use. |
| General Characteristics | |
|---|---|
| Multi-channel open impeller | |
| Motor Power | 0,37÷1,5kw |
| Poles | 2 |
| Discharge | 1¼" - 2" vertical |
| Free passage | Max 15mm |
| Max flow rate | 11.5 l/s |
| Max head | 17.0m |
| Operating Limits | |
|---|---|
| Maximum operating temperature | 40ºC |
| PH of treated fluid | 6 ÷ 14 |
| Viscosity of treated fluid | 1mm²/s |
| Maximum immersion depth | 20m |
| Density of treated fluid | 1 Kg/dm³ |
| Max starts per hour | 30 |

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| Performances | L/S | 0 | 1 | 2 | 3 | 4 | 5 |
|---|---|---|---|---|---|---|---|
| L/MIN | 0 | 60 | 120 | 180 | 240 | 300 | |
| M³/h | 0 | 3.6 | 7.2 | 10.8 | 14.4 | 18.0 | |
| DR BluePro 50/2/g23V A1BM(T)/50 | 8.7 | 7.9 | 6.8 | 5.3 | 3.4 | ||
| DR BluePro 75/2/g32V A1BM(T)/50 | 12.3 | 11.3 | 10.0 | 8.2 | 5.3 | ||
| DR BluePro 100/2/G32V A1BM(T)/50 | 14.6 | 13.5 | 12.1 | 10.1 | 7.4 | 3.1 | |
| Performances | L/S | 0 | 2 | 4 | 6 | 8 | 10 |
|---|---|---|---|---|---|---|---|
| L/MIN | 0 | 120 | 240 | 360 | 480 | 600 | |
| M³/h | 0 | 7.2 | 14.4 | 21.6 | 28.8 | 36.0 | |
| DR BluePro 150/2/G50V A1CM(T)/50 | 14.4 | 12.6 | 10.9 | 8.9 | 6.5 | 3.1 | |
| DR BluePro 200/2/G50V A1CM(T)/50 | 12.3 | 11.3 | 10.0 | 8.2 | 5.3 | ||

ULTRAFLOW 5”multistage submersible pumps are a compact, robust product. These quality pumps are constructed from 304 grade stainless steel. They offer an extensive performance range and have been proven to perform reliably and efficiently in many demanding applications around the world. These high pressure multistage submersible pumps are ideal for domestic water supply, pressure boosting, irrigation, treated effluent distribution, fountains, 6” bore & well dewatering, ULTRAFLOW 5” multistage submersible pumps can be installed in conjunction with a variety of control systems including conventional pressure switch controllers, pressure & flow switch controllers and variable frequency drives.

| Specifications |
|---|
| Maximum working pressure: 10 Bar |
| Discharge size: 1.25 inches (32mm) BSP |
| Maximum immersion: 20 m, (60ft) |
| Maximum solids size up to 2 mm |
| Class F insulation, IP68 protection |
| Duty rating: Continuous either vertical or horizontal up to maximum ambient temperature of 40ºC |
| Maximum starts per hour: 20 |
| Available in 240 or 415 volt |
| Floatswitch available on 240 volt models only |
| 20 m power cable type H07RN F supplied with AU/NZ 2-3 pin plug |
| Can be installed horizontally or vertically |
| Applications |
|---|
| Energy-saving operation |
| Quick and simplified application |
| System reliability |
| Fountains |
| Treated effluent distribution |
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| Code | Description |
|---|---|
| 1 | Screws and flanges for pre-loading assembly |
| 2 | Power cable assembly |
| 3 | Seeger-ring |
| 4 | Level control assembly |
| 5 | Capacitor with cables and connectors* |
| 6 | Clamp for capacitor |
| 7 | Outer case with discharge head |
| 8 | Suction strainer |
| 9 | Motor housing and stator |
| 10 | Upper motor cover |
| 11 | Upper bearing housing with cover |
| 12 | Lower motor cover |
| 13 | Lower bearing cover |
| 14 | Kit-O-Rings (5 pcs) |
| 15 | Kit mechanical seals (2 pcs) |
| 16 | Kit ball bearings (2 pcs) |
| 17 | Rotor and pump shaft |
| 18 | Kit screws, nut and washers |
| 19 | Stage housing and diffuser |
| 20 | Spacer |
| 21 | Floating neck ring assembly |
| 22 | Initial stage housing |
| 23 | Impeller |
| 24 | Impeller spacers (2 pcs) |
* For single phase/240 volt model pumps

| Code | Description |
|---|---|
| 1 | Delivery casing |
| 2 | Screw |
| 3 | External jacket |
| 4 | O-ring |
| 5 | Screw |
| 6 | Washer |
| 7 | Wear ring (1) |
| 8 | Suction strainer |
| 9 | First stage casing |
| 10 | Stage casing |
| 11 | Last stage casing |
| 12 | Impeller |
| 13 | Impeller nut |
| 14 | Washer |
| 15 | Oil chamber cover |
| 16 | Mechanical seal |
| 17 | Retaining ring, split |
| 18 | Shoulder ring |
| 19 | Spacer |
| 20 | Spacer sleeve |
| 21 | Motor cover, pump side |
| 22 | O-ring |
| 23 | O-ring |
| 24 | Cable gland |
| 25 | Upper mechanical seal |
| 25 | Circlip |
| 25 | Pump side bearing |
| 25 | Motor jacket with winding |
| 25 | Capacitor (single phase models) |
| 25 | Jacket cover |
| 25 | Shaft with rotor packet |
| 25 | O-ring |
| 25 | Bearing |
| 25 | Motor end-shield, non-drive end |
| 25 | Screw |
| 25 | O-ring |
| 25 | Compensating spring |
| 25 |
Cable (1) Inserted in the stage casing, cannot be supplied seperately |
