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Roberts Sinto's SCC Core Center revolutionizes core production. The SCC Core Center uses the most advanced technology in core machine processing to produce intricate cores from a few ounces up to 130 lbs.
Controls:
- PLC Controls
- Touch Screen
- Diagnostics
- Linear Transducers
The SCC Core Center controls allow the complete operation, set-up and machine monitoring from a single touch screen control mounted on the front of the enclosure. All major operations are hydraulic and are controlled by linear transducers providing fast, accurate operation.
Continuous Clamping of Core Box
The SCC Core Center continuously clamps the core boxes during the core making process. The blow head and gassing head are moved to the core box, keeping the mechanism simple and reducing the possibility of finning.
Special Air Flow Fluidizing Blow Chamber
The special blow chamber fluidizes the sand allowing the operator to make high-density intricate cores. The SCC Core Center will blow cores from a few ounces up to 130 lbs.
Horizontal / Vertical Core Boxes with Quick Change
The SCC Core Center can use both horizontal and vertical core boxes. A vacuum clamping system allows the SCC Core Center to use existing tooling and simplifies set-up.
Total Self-Contained System
The SCC Core Center is a complete system including mixer and gas generator, all contained in an environmentally friendly system
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Hot Box
Please call or see a Roberts Sinto representative for information on our many Hot Box Core equpiment machines.
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FRITZ HANSBERG manufactures a full range of high-volume core machines for all cold-box and hot-box processes.
Available with shoot chamber capacity from 5 to 300 l, these high-performance, world-class machines are truly built for the foundry, designed and manufactured to be employed on a continuous basis for 6 days/week, 24 h/day.
DV / R Series
- Vertical core box split
- Production rate up to 300 cycles/h
- Core box clamping between shooting and curing
- Five stations allowing for the use of up to five different core boxes
- Core removal on take-out belt
- Cold-box versions (all processes)
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CORE-SHOOTING MACHINES
Core-shooting machines for cold-box, hot box and shell moulding processes. Shooting head capacity from 12 to 120 l for vertically or horizontally-split core boxes, single or multiple stations
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· Universal machine for jobbing foundries
· Flexible, fast, and extremly reliable
· For cold core hardening processes
· Shoot volume from 10 to 150 liters
· Accepts vertical & horizontal tooling up to six parts
· Rapid and simple tooling change - over by means of vacuum clamping system
· Hydraulic system for very high closing force
· Computer interface with automatic error diagnostic funtion
· Average machine cycle time from 10 sec. (without gassing, shoot, exhaust)
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Cold Box-High Repetition
- Integral PLC control panel with remote operator panel
-Height adjustable core belt with cotinuous rotation of forward / backward movement.
- Facility to activate loose pieces
- Automatic spray release agent and box cleaning function (optional)
-Integral gas generator for Amine, Methl Formate or CO2
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model SPAR 5 - SPAR 7 - SPAR 10 - SPAR 20 - SPAR 30: completely automatic, with capacity from 5 up to 30 litres, these machines are the ideal solution for the production of large cores runs. They are designed to ensure high quality production, working safety, silent operation and easy maintenance. The finished cores are ejected onto the discharge belt, which indexes forward on every shot, to bring the cores outside the machine. They are available as the basic model or complete with various optional devices, suitable to the customer's requirements.
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FRITZ HANSBERG manufactures a full range of high-volume core machines for all cold-box and hot-box processes.
Available with shoot chamber capacity from 5 to 300 l, these high-performance, world-class machines are truly built for the foundry, designed and manufactured to be employed on a continuous basis for 6 days/week, 24 h/day.
SF Series
- Horizontal core box split
- Production rate up to 120 cycles/h
- Multiple stations
- Core removal on take-out belt or forks
- Hot-box versions (gas and electrical
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Automatic core blowing machine with side-thrust vertical split of the core box, including moulding station, based on the Shell-Moulding process.
It is designed in particular to produce cores such as pump impellers and ventilated brake discs.
The machine is equipped with a round spray reservoir and blowing head cooling system.
The pneumatically-powered automatic loading system also includes a loading hopper.
The mobile support, attached to the half-box containing the core, is equipped with a device to overturn it onto the belt using cylinder-driven extractors. Heating is generated by an independent burner frame for each half-box, fed by an air and gas mix (LPG or NATURAL GAS) with heat regulation.
The machine is equipped with a 24V control panel for manual or automatic operation in a single or continuous cycle.
From the protective booth the operator can access the machine while maintaining the safety level established by CE regulations.
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Hot Box Core Shooters
• Hydraulically or pneumatically operated
• Electric heating system
• SBucket elevator for automatic sand fill
• Height adjustable core discharge belt
• Water cooled head and heated plates
• PLC control
• Independent temperature control on both plates
• Facility to control loose plates
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Various types of fixed and rotating spray heads are specified in this section and are designed to suit a wide range of
applications and installations.
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This comprehensive range of tank washing devices have been developed for a number reasons. Primarily this is due to the quest for greater efficiency in all kinds of industrial procedures, but it is also the continuous requirement to assure a constant and higher quality level of product. Environmental considerations are also influential; the need to reduce energy use and the increasing costs involved in the disposal of effluents are also factors. Thus resulting in the need for a cleaning process that produces a totally satisfactory result and is completed using the lowest possible volume of cleaning solution; the right tank washing head can also be energy efficient.
Our range from the classic fixed head to the more sophisticated models has been developed to cope with the most demanding applications. The following basic concepts should be given proper consideration in order to determine the correct washing cycle for each single application, and consequently the most suitable type of tank cleaning device.
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URACA%u2019s tank cleaning heads TWK125-1600 are driven by high pressure water. The characteristic features are compact water jet, minimum displacement circle and minimal pressure losses. For use free on hose or via fixed positioning.
- Operating pressure max:1,600 bar
- Recommended flow rate: 30 - 150 l/min
- Displacement circle min. Ø: 125 mm
- Weight: 10.5 kg
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TW
Tank Washing Nozzles, Clog Resistant Nozzles
Design Features
* Clog-resistant spiral design
* Energy efficient; uses less water than conventional designs
* Compact design; fits small openings
Spray Characteristics
* Easy to maintain
* Unique patterns that spray in opposing directions
* See LEM for other tank-washing applications
Flow rates: 3.0 to 163 gpm (11.4 to 260 L/min)
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Lechler tank cleaning nozzles work without expensive and defectprone remote drive systems. They are self-rotating and driven by the cleaning fluid. Most types are available in stainless steel as well as in numerous other materials, e.g. PVDF.
The ingenious design of the orifices insures a powerful cleaning and low water consumption at the same time.
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Whatever you have to clean, from small containers up to big tanks, Lechler offers for nearly every application a large choice of tank cleaning nozzles.
Lechler tank cleaning nozzles work without expensive and defectprone remote drive systems. They are self-rotating and driven by the cleaning fluid. Most types are available in stainless steel as well as in numerous other materials, e.g. PVDF.
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Tank Cleaning can be defined as manual or automated. Cleaning can be a simple rinse with water, or cleaning with detergents and chemicals. Or cleaning can refer to sanitizing with cleaning agents that reduce microbial contaminants. No matter what, the end result of effective tank cleaning is the application of appropriate and consistent levels of rinsing, cleaning, or sanitizing at specified intervals. The goal is ultimately to prevent contamination that would alter the safety, identity, strength, quality, or purity of the final product. Spraying Systems Co. manufactures more than 80,000 different spray nozzles and accessories. Included in our line is a large selection of tank washers and tank washing nozzles. As a result, we're more likely to have available a nozzle to suit the needs of your tank washing application. And you can also be assured that the nozzle you select will be the most cost-efficient design possible. Visit our Web site @ www.spray.com for all your tank washing needs.
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The VARITOP® Tanktop System may be equipped on choice with spray balls or rotating jet cleaners always in connection with the same basic components.The connections ( interfaces ) are identical. In contrast to spray balls, where the cleaning effect is achieved by wetting the tank wall, rotating jet cleaners have the advantage of an additional mechanical cleaning effect by the slowly rotating fan-shaped jet and the associated interval rinsing. Optimal cleaning provides highest plant availability and product quality. Tuchenhagen rotating jet cleaners are availabe with function monitoring as an option. Each cleaner, whether a cleaning lance or a jet cleaner, can be adapted to the customers requests. A fixed cleaning lance or a rotating jet cleaner can maintain an optimal introduction length and an optimised spray ball.
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Characteristics
¡Single horizontal centrifugal pump.
¡Horizontally split casing, double volute (HSC pumps and some HSR's) minimizes thrust loads and allow operation over a wide range of capacities.
¡Flanged connections.
¡Enclosed impellers, double suction provides hydraulic balance eliminating axial thrust.
¡Clockwise or counter clockwise rotation.
Design Features
¡Oil lubricated bearings for HSC & HSR.
¡Stuffing box allows for mechanical seal.
Standard Construction Materials
¡Cast Iron.
¡Cast Iron, Stainless Steel Fitted.
¡All Bronze.
¡All WCB grade Carbon Steel.
¡All Stainless Steel.
Operation Limits
¡Capacity to 14318 m3/hr (63000 U.S. gpm).
¡Head to 340 m (1115 ft).
¡Pressure to 28 kg/cm2 (400 psi).
¡Temperature 10%u2039C to 150%u2039C (50%u2039F to 300%u2039F).
Applications
¡Fire Service.
¡Cooling Towers.
¡Municipal.
¡Oil Process.
¡Petrochemical.
¡Sugar Industry.
¡Paper Industry.
¡Pipeline.
¡Power Plants.
¡Others.
Ruhrpumpen Nomenclature
¡HSC
¡HSD
¡HSR
¡ZM
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Series 410 - Horizontal Single Stage Split Case Pumps
The horizontal split case pump has long and properly been used for the handling of liquids where the utmost in reliability and accessibility are paramount. Billions of gallons of liquid have been pumped by split case double suction pumps and billions more will be pumped condsidering the rapid industrial, agricultural and commercial expansion. The Aurora 410 Series pumps make a significant contribution to the customer requirements for pumps on this type of service.
Feaures:
- Capacities to 15000 G.P.M (3407 M3/HR)
- Heads to 500 feet (152 Meters)
- Temperatures to 275°F (135°C)
Applications:
- Cooling, Heating and Air Conditioning Service
- Boiler Feed Service
- Condensate Service
- High Pressure Water Service
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Features
* Gland packed / Mechanical seal
* 50HZ / 60 HZ availability
Applications
* Water supply
* Air-conditioning
* Power plants
* Mine drainage
* Irrigation
* Fire fighting
Range
* Delivery size up to 150 mm
* Capacity up to 470 m³ /hr
* Head up to 180 metres
* Temperature (-) 10 degree C to 90 degree C
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Fields of application:
Conveyance of stock suspensions with a consistency of up to 2% in the pulp and paper industry:
• Headbox pumps
• Cleaner pumps to headbox
• White water pumps
• Water distribution
The facts
• Capacities up to 20,000 m3/h
• Up to 110 m delivery head
• Drive power up to 7,000 KW
• Range: 0.7-1.2 Qopt
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SPP's Lowest Life-cycle Cost Series of Horizontal Split Casing pumps have been specifically developed to meet the requirements of the 21st century pump user. The best of SPP's existing, well-proven designs, have been fine tuned with the aid of three-dimensional computational fluid dynamics, to attain the optimum performance minimising power consumption and internal re-circulation.
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