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VEGASWING:
Versatile use in liquids
The piezo drive is the heart of VEGASWING, actuating the tuning fork on its resonance frequency. The frequency of the fork falls when being immersed. The frequency change is processed by the integrated oscillator and converted into a switching command. The piezo drive is screwed to ensure reliability and ruggedness. With the tuning fork of only 40 mm length, VEGASWING 60 works reliably in all liquids and mounting locations. Pressure, temperature, foam and bubbles and even viscosity do not affect the switching accuracy. Even pipelines with a nominal width of DN 25 are no problem.
VEGASWING 60 is the universal level switch for all applications.
Advantages
- Virtually independent of product characteristics
- Level detection up to +250°C
- Short tuning fork of 40 mm
Applications
- Level detection of liquids
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BinMaster vibrating rods feature a unique single-rod probe design with a sword-shaped blade that prevents bridging of material, making them superior to typical “tuning fork” designs by allowing material to easily flow by, preventing build up on the blade. Features include a self-cleaning sensor, switch selectable high/low fail-safe, and an auto sensing power supply which can accommodate 20 – 250 volts AC/DC. They feature three sensitivity adjustments – high for light and fluffy materials, medium, and low for heavier materials or materials that may tend to cling to the vibrating rod. They are easy to install, mounting to the vessel via a standard 1-1/2 inch NPT mounting socket and require no calibration. Remote electronics via a point level alarm panel are available to alert to bin levels for four up to 24 individual sensors.
The VR-21 is BinMaster’s standard piezoelectric driven vibration type point level switch, which has an insertion length of 7.37 inches. It is suitable for both top and side mount applications and is ideal for a wide variety of dry and bulk powder materials including extremely light, fluffy materials. The VR-41 is designed for use with a variety of heavy, medium and light materials ... including extremely light, fluffy materials. Intended for top mount locations, it is available in lengths from 13 inches up to 13 feet. The VR-51 extended vibrating rod uses a steel-rope reinforced cable and allows for insertion lengths from 19 inches up to 19 feet and is intended for top mount applications.
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The vibrating rod of VEGAVIB is actuated via piezoceramic elements. If the vibrating rod is immersed, the amplitude will be damped. The amplitude change is processed by the integrated oscillator and converted into a switching command. Due to the rod design, it is nearly impossible for material, e.g. granules, to get wedged in. Typical applications are overfill or dry run protection systems, e.g. in flour, milk powder, sand, cement, plastic granules, styrofoam and down feathers. Even products with a specific gravity up to 0.015 g/cm³ (15 g/l) can be measured. An adjustment with medium is not necessary as the mounting location and the granulation size do not affect the measurement.
Advantages
- Virtually independent of product characteristics
- Optimum rod configuration for solids
- Easy cleaning
Applications
- Level detection of solids
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The V-Tork is a point level switch that is designed to detect low or high level of liquids, thick and turbulent fluids, as well as corrosive mediums and pastes (depending on viscosity). Due to its simple and rugged controlled system, the V-Tork is virtually unaffected by any chemical or physical properties of the mediums and can be installed at any angle of the pipe or tank. It is ideal for multiple-purpose processing where the probes must be compatible with a variety of process materials and process conditions. The V-Tork does not require recalibration between batches and can also be cleaned in place.
The V-Tork can operate in temperatures up to 176ºF (80ºC) and has a maximum working pressure of 725 PSI (50Bar).
Standard probes are available with 3/4” up to 1” BSP or NPT process connection and insertion length L= 3 1/8” (L= 80mm).
FEATURES
*Unaffected by variations in density, conductivity, or dielectric constant.
*Unaffected by foam, tank agitation or vibration.
*Various length options to best suit your application.
*Made with 316 S.S. and can be PTFE coated.
*Relay and Transistor outputs available.
*Thread, Tri-Clamp, Hygienic Fittings, Flanges, etc.
*Polished Forks - RA tested when necessary
*3A approved
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The tuning fork is piezoelectrically energized and vibrates at its mechanical resonance frequency. (of approx. 1200 Hz.) The piezos are fixed mechanically and therefore are not subject to temperature shock limitations. The frequency changes when the tuning fork is covered by the medium. This change is detected by the integrated oscillator and converted into a switching command.
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The Pulsarpoint 200 series range of point level measurement systems offers the very latest state of the art technology applied to the well respected vibrating blade principle of operation. All units in the range are manufactured to the highest standard from 316 solid stainless steel for maximum strength durability and corrosion resistance. Series 200 provides highly reliable, fixed point level indication or control with a repeatability of 1mm or better. Versions are available to measure solids and slurries with relay output. The Pulsarpoint 200 series uniquely combines solid rugged construction with high sensitivity to produce maximum reliability. The unique blade design allows 'tip sensitive' control and the unit does not react to troublesome material build up on vessel walls. Standard units may be extended using fixed or flexible extensions to suit the application.
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The rod is permanently excited by 2 piezo-electric oscillators. The mechanical oscillations are converted into an electrical signal used as a reference. When the product reaches the rod, the mechanical vibration stops and leads to a variation in the potential of the oscillating crystal and the switching of the signal relay.
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* clamp is fixed or slides in T-slot of press
* variable span up to 15 mm
* adjustable or fixed (type BTSA)
* custom versions up to 400 kN
* replaces conventional bolt-and-nut clamping
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At the very latest when, because of a power failure (intentional or not) or a malfunction something has to be done to safeguard man and machine, hydraulic clamp Ratio-Clamp® - the clamping device from Hänchen - is just what you need.
Boasting a retention force of up to 450 kN, the hydraulic clamp holds the piston rod in whatever position it is in at that particular moment. Without having to rustle up some extra power (no extra energy) and for an unlimited period of time. The clamping device Ratio-Clamp® is approved by the German Technical Inspection Agency (TÜV). Nor does the development of specific solutions (larger rod diameters, intermediate sizes, greater clamping forces…) pose a problem to the Hänchen specialists.
The possibilities for your application:
Rod-Ø from 10 - 140 mm,
clamping forces from
1 - 450 kN. Other
dimensions on request.
Other products of the range of services:
- Hydraulic cylinders
- Test cylinders
- Complete system solutions (Ratio-Drive®)
- Pressure intensifiers
- Industrial shock absorbers
- Special cylinders of all kinds
- Mounting parts/assembly utilities/accessories
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PClamp clamps and brakes rod loads safely amd quickly. It can be adapted to standard systems such as pneumatic cylinders from leading manufactures (e.g. SMC, Festo= or to individual solutions. Rotatory clamping can also be achieved with PClamp. Certified systems from Employer's Liability Insurance Association can be realised.
Area of application:
Linear rails and guide ways
Clamping of linear axis
Swivel tables
Rotary tables
Spindles, feeders
Rod, piston, spindle clamping
Elevating devices
Hydraulic presses
Hydraulic lifts and elevating tables
Safety catches
Blocking systems
High-lifting devices
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Safety Locks similar to Safety Catchers and Safety Brakes are used against failure of lifting members. But in contrast to those they are not suitable to decelerate masses or to dissipate kinetic energy. On the other hand, the rod displacement to build up the holding force is very small, so that this units can be used for a approximitive positioning tasks as well. Furthermore this design principle allows compact solutions even for small rod sizes (smaller than for Safety Catchers). In the field of pneumatic clamping devices the Safety Locks are providing the absolutely highest holding forces in relation to housing dimensions.
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Active without pressure – incredible holding force
The pneumatic Clamping and Braking Element for piston rods RB.
The RB series is based on our proven wedge slide gear principle and is used for clamping and braking without pressure.
This element was developed for deployment on round-shaft guides or piston rods with a surface hardness of min. HCR 54.
The compact design is suitable for shaft diameters of Ø10 to Ø60 and allows holding forces of up to 60,000 N at a pneumatic opening pressure of just 4 bar.
As a specific feature no reset is needed for restarting.
The RB series stands out for its short reaction times. Even in vertical deployment, short braking distance are achieved in less than 30 ms
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The safety clamping unit "System RINGSPANN" clamps piston rods of hydraulic or pneumatic cylinders independent of the direction of movement. It clamps with disc spring force and is released by hydraulic or pneumatic pressure.
The units are fitted to cylinders ond other machine parts with a connecting flange.
Applications:
Securing presses during tool changing
Positioning of winch installations and rollers
Securing of hydraulic/pneumatic adjustments
Securing of elevating platforms
Securing of working cylinders, even under water
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Hydraulic clamps and clamping cylinders
single or double acting
max. clamping forces from 2.2 to 50 kN
max. operating pressure from 100 to 500 bar
max. clamping strokes from 3 to 16 mm
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Clamping elements with swing piston
Starting from the off-position the piston swings in the first part of its stroke by a defined angle (swing stroke) and then clamps linearly downwards (clamping stroke).
max. clamping forces from 0.6 to 41.0 kN
max. operating pressure from 150 to 500 bar
max. clamping strokes from 6 to 50 mm
max. total strokes from 14 to 62 mm
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TYPICAL APPLICATIONS
STOCKLUBE SYSTEMS
The systems consist of a lubricating head assembly and a pump and tank unit. Lubricating heads are available in three sizes for maximum sheet width of 6, 12 and 24 inches and are adjustable for stock thickness up to 3/16 of an inch.
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The MEMOLUB HPS system is an autonomous single/multi point electro-mechanical lubricator. It's high lubricant ejection pressure of 25 bar opens up a new wide range of applications not possible with conventional systems.
MEMOLUB can be used remotely up to 8 meters from the lube point. Remote installation avoids dangerous or difficult access points. Machine stoppage for lubrication can be avoided by using MEMOLUB HPS systems. Combined with progressive distributor blocks, MEMOLUB systems are a simple and economical way of reducing maintenance costs.
MEMOLUB is a refillable lubrication system : simple and easy repleacable cartridge packs are available in three sizes, 120cc, 240cc and 480cc.
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The Lubeplus GX is ideally suited to mechanical applications and plant used in the food processing, packaging and printing industries. Can accommodate systems with up to 200 lubrication points.
Lubeplus GX is designed to operate with Positive Dsplacement Units (PDU) or with Metering Flow units . The lubricator is available with a wide combination of condition monitoring features and a choice of 'with' or 'without' microprocessor control.
Gear Pump operation
Max. operating pressure 25 bar
Can pump Oil or fluid grease
Available in 3 or 6 litre reservoirs.
Supply voltages 110v or 240
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The High-Speed Compact internal gear pumps offer heavy-duty design and small footprint for rotating equipment lubrication such as compressors and turbines. They are just one of many options that Viking offers for lubrication pumps. Others include gearbox lube pumps that pump in one direction regardless of shaft rotation, pump kits for OEM lubrication applications, and a variety of internal gear, external gear and gerotor pumps suitable for lube oil and grease applications,
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