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VANTAGE
DC fuel transfer pumps
The all new DC pump for plant equipment featuring new innovations in design and compact in size, incorporating a new level of pump intelligence allowing the pump to monitor its own activity and performance.
Studies have shown that, in the majority of cases, fuel-transfer pumps break down because of improper handling by users, including excessive or extreme use, accidental start-ups, or simple carelessness, that can leave the pump running for hours on end. Breakdowns translate into loss of time and money while waiting for the pump to be repaired. These difficulties are overcome with VANTAGE. Thanks to new, internationally patented technology, VANTAGE automatically prevents situations from becoming critical.
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High speed delivery system
Direct current motors 12 V and 24 V
Maintenance free
Self priming Simple to install
Can also be used for pumping water
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Flow rate: 7.9 USgallons/min (29.9 Litres/min)
Self-priming from dry up to 1m (3ft)
Features:
• Meets USCG 183.410 & ISO8846 Marine (Ignition Protection)
Specifications:
Body Bronze
Rotor Vectra
Vanes Ryton
Seal Nitrile Lip Seal
Shaft Stainless steel
Port Type 1/2" NPT Female or 1" (25mm) Hose barb
Voltage 12 Vdc
Amp Draw 8 amp
Fuse Size 15 amp
Motor Intermittant duty permanent magnet type with reversing switch
Duty Cycle 30 minutes at 10ft (3m) at 86°F (30°C)
Weight 5 1/2 lb 2.5 kg
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The diesel fuel pump for construction machinery is maintenance-free and robust, operating extremely reliably at temperatures to -20° C. The pump is available either with 12 V DC or 24 V DC motors.
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High Throughput/Portable vacuum for:
- Glove Box
- Desiccator
- Storage Under Vacuum
- Air Sampling
- Material Handling
Features
- Free Air Displacement to 4.6 CFM
- Vacuum to 26 in. Hg, pressure to 10 PSIG
- Oil-free
- Continuous-duty Operation
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Their special design with low weight and small dimensions make the UVD units extremely compact and reliable. This is achieved through the direct assembly of rotor on motor shaft and a powerful centrifugal fan for cooling. UVD vacuum pumps are suitable for evacuation of small, closed systems with residual pressure of up to 120 mbar.
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* Doubled walled stator design eliminates need for a universal joints or coupling rod.
* Available in Cost effective, portable-closed coupled (Motorised) design or Bare shaft design for flexibility of use of drives e.g. Mechanical speed variators, Diesel engine etc.
* Can be adopted for solar power motors.
* Suitable for metering, dosing with 90 to 95 % accuracy.
* Ideal Pump for the European Market, especially U.K.
Fluids Handled / Applications
Domestic – Cellar Drainage, Septic tank cess pit emptying, Garden sprinkler systems irrigation, Water supply sampling from wells, streams and rivers.
Industrial – General purpose pump for Diesel, Lubricating Oil, Water Based Inks, Vegetable Oils, Plating Solutions, Other Non-Aggressive Chemicals. . Non corrosive liquids with medium viscosity e.g. Fuel oil , Thin Molasses, Fluids with suspended solids e.g. Dirty water from cesspools, Domestic water transfer, Hot water circulation.
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Heavy duty process multistage pumps, axially split, diffuser type with single or double entry 1st stage impeller.
Pump components geometry optimised through hydraulic, structural, thermal and dynamic F.E.M. analysis lead to an high product reliability. The "modular design" philosophy permits to cover a wide range of applications replacing the main hydraulic components i.e. only impeller/diffuser. Casing, shaft, mechanical seals, bearing frames result therefore fully interchangeable and reusable. Opposed impeller and diffuser configuration to minimise axial and radial hydraulic thrusts.
Large eye single suction or double suction 1st stage impeller to meet low NPSH requirements.
Hydraulic performances checked on a Single Stage Test Equipment. This is particularly useful to verify the effective 1st stage NPSH.
Easy internal inspectability and maintenance.
Central and lateral balancing drums adequately shaped to optimise pump rotordynamic behaviour.
Near centerline casing mounting for high temperature stability.
Deep stuffing boxes, designed in accordance to API 682 Std., suitable to accept any type of mechanical or packing seals.
Axial split bearing housing for easy inspection and maintenance procedure.
Labyrinths and deflectors at either bearing housing to maximise protection against dirt.
A wide range of sizes and material combinations complete the variety of the offered product.
Main design features
Fully designed according to latest edition of API 610 Std.
Number of stages rangeable from 4 to 13.
Rotor operates away it's critical speeds.
Side-Side suction and discharge nozzles integrally cast on lower casing half.
Contoured grafoil or glassfiber gasket to assure joint between casing halves and eliminate interstage leakages.
A wide range of sizes, number of stages and material combinations complete the variety of the offered product.
Casing guidekeys for high temperature application; over 120°C (250°F).
'CARB' or hydrodynamic line bearing for high temperature application.Three bearings arrangements available:
Ball Radial / Ball Thrust
Sleeve Radial / Ball Thrust
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Heavy duty barrel multistage pumps, radially split, diffuser type with single or double entry 1st stage impeller.
Pump components geometry optimised through hydraulic, structural, thermal and dynamic F.E.M. analysis lead to an high product reliability. The "modular design" philosophy permits to cover a wide range of applications replacing the main hydraulic components i.e. only impeller/diffuser. Casing, shaft, mechanical seals, bearing frames result therefore fully interchangeable and reusable. Opposed impeller and diffuser configuration to minimise axial and radial hydraulic thrusts.
Large eye single suction or double suction 1st stage impeller to meet low NPSH requirements.
Hydraulic performances checked on a Single Stage Test Equipment. This is particularly useful to verify the effective 1st stage NPSHR.
Easy maintenance procedure.
Central and lateral balancing drums adequately shaped to optimise pump rotordynamic behaviour.
Shrink fitted impellers for higher operational speed (over 4500 rpm).
Full cartridge design.
Centerline casing mounting for high temperature stability.
Barrel forged in suitable material to improve stress and corrosion resistance.
Deep stuffing boxes, designed in accordance to API 682 Std., suitable to accept any type of mechanical or packing seals.
Axial split bearing housing for easy inspection and maintenance procedure.
Labyrinths and deflectors at either bearing housing to maximise protection against dirt.
A wide range of sizes and material combinations complete the variety of the offered product.
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Heavy duty process horizontal pumps, radial split, centerline supported, single entry overhung impeller.
Pump components geometry optimised through hydraulic, structural, thermal and dynamic F.E.M. analysis lead to an high product reliability.
Back pull-out construction for easy maintenance procedures.
Choice of multiple impellers for optimum efficiency over a wide operating range. Coverage consists of more than 100 different hydraulics.
Twin volute configuration to minimise radial loads and shaft deflections (over 2" discharge nozzle size).
Centerline feet mounting for high temperature stability.
Bearing bracket geometry optimised in order to definitely eliminate water cooling system, even for high temperature applications (400°C).
Casing, bearing frame and baseplate enough stiff to assure minimum shaft deflections under heavy nozzle load conditions (extended life for seal and bearing).
Wear rings and balance holes optimised for an extended life under the most adverse suction conditions (duplex angular contact or roller thrust bearings applicable).
Bearing housing intrinsically contamination free, even in case of mechanical seal failure.
A wide range of sizes and material combinations complete the variety of the offered product.
Main design features
Designed in a back pull-out configuration according to latest edition of API 610 std.
Fan cooling and/or finned bearing bracket.
Seals and sealing systems in accordance with API 682 std.
Baseplate overall dimensions according to API 610 recommendations.
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The strong point of the threephase model OIL 440 is that it can separate the vacuumed swarf and liquid and return the filtered liquid to the machine tool where it can be used again.
The machine is equipped with an ejection pump , so the liquid can be expelled during the vacuuming operations, in this way using the vacuum is fast and efficient ("E" version) in the same time.
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The Tecnoil range is especially designed to suck up, clean and recycle the oil and coolant on machine tools. Single and three-phase models from 3 to 15 HP, capacities from 150 to 700 litres.
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HeoloS industrial suction units, HSP series, represent the best solution for sucking greases, emulsions, cooling fluids, mud and slush.
besides being fitted with a unit for the elimination of fluids, HSP suction units are fitted with an elimination pump and a scrap filtering basket with floater.
Thanks to the practical reverse flow system, standard on all HeoloS suction units, the HSP range is suitable to suck large quantities of greasy substances that after an effective filtration and the separation of the scrap material, can be reintroduced into the machine.
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The oil vacuum DM35 / 40 OIL is the newly designed vacuum unit designed by Delfin, with a special regard to the engineering and mechanical industry.
Compact and sturdy, entirely built in steel, and available in 2 or 3 motors version, the DM OIL guarantees great mobility. It is fit with a detachable container (100 lt. capacity) fit with a sieve grid, enabling the suction and separation of liquids such as oil or coolant, mixed with metal shavings and chips, and their easy and safe disposal.
Additional features such as a level indicator, a tangential suction inlet with inbuilt cyclone and a floating device to stop the suction when the liquids fill in the tank, make the DM OIL the perfect vacuum for applications in engineering, workshops and machine tools maintenance
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Tecnoil is a vacuum unit specifically designed for the engineering, automotive and mechanical industry; it includes a vacuum unit, a separation / filter unit, and a collection and rapid discharge unit.
It is especially suitable to vacuum up liquids such as cutting oil and coolant, mixed with solid particles (metal chips and shavings), to separate them and filter the liquid to the required level (from 300 down to 6 micron), in order to make it possible to use it several times thanks to an inbuilt powerful discharge pump, and reduce stand by times of machine tools to minimum levels.
Available in both single and three phase version, or as air operated, Tecnoil is specifically designed and suitable for CNC machines, lathes and other machine tools.
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The TANK-VAC draining appliances enable users to collect industrial fluids with or without filtering them. They extract swarf/chips, sludge and sediments that they separate from the fluid collected, and then release the fluid either directly or following a fine filtration process, so that it can be re-used immediately.
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ENR level controller
The ENR20 has one relay output (MIN/MAX contact). The ENR30 has also another independent contact .
Mounting on a 35 mm mounting rail
Dimensions : l=45 mm h=75mm p=105mm
ENR20
- level switching points : 2
- contacts : 1 changeover
- status indicators : 2 LEDs
- max. switched current : 6A
- switching delay : 0...10 s
- output voltage : 12...14V
- output current : 8mA
ENR30
- level switching points : 3
- contacts : 2 changeovers
- status indicators : 2 LEDs
- max. switched current : 6A
- switching delay : approx. 1 s
- output voltage : 12...14V
- output current : 8mA
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The gwk series teco tt has been designed especially for special require-ments of this type that arise in operation with such high temperatures. The specific heat surface loading is designed to be such that thermal decomposi-tion of the heat carrying oil can be prevented without fail at normal flow rates. Built-in flow monitoring ensures that an alarm is given if the flow rate becomes too low. It is necessary to prevent oxygen from entering into the system in order to avoid damage to the heat carrying oil from oxidation. The closed circuit of the teco tt units have a supply of cold oil in expansion vessel, which can also be equipped with a nitrogen covering supply device on request.
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SCOTC Oil tank to control
Description:
- Controller level/temperature.
- Tanks including opening of filling and air filter.
Advantages:
- Reduction of the obstruction of the tanks: 4 functions in 1!
- A simple adjustment of the points of commutation via the menu
- An analogical exit
- A protected control
- Reduction of the logistic costs, assembly and maintenance
Applications:
- Control of level/temperature of hydraulic tanks.
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| ... products without technical information |
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