LOAD CELL MOUNTINGS VARDHMAN BEARINGS
Proper Mounting for load cell load cell is very important part any type of load cell ,
We make all type of mountings for load cell load cell
Vardhman bearings are manufacturers for all type of mountings for all type of load cell
Mountings like eye bolt , rod end bearings , self aligning rod bearings , load button , base plate load cell , loadcell base plate , fork attachment , rod clevis , self aligning rod couplers , rod eye ,
Rod bearings , self aligning bearings , load cell bolts ,
We also make customize load cell mountings
We make load cell mounting in many different materials , like ck 45 , 52100 , ck 36 , EN -8 , EN -9 , EN 24 , EN 31 , SS 304 , SS 316 , SS 410 , SS 420 , SS 440 C , BRASS , ALUMINIUM , NYLON ETC
We are dealing in load cell mountings for last 12 years and we have good experience in manufacturing same , we do all required process for manufacturing the proper load capacity mounting for load cell , process like proper forging , proper machining , proper heat treatment ( tempering ) and proper testing and plating
We manufacture all type of mountings for load cell
We stock huge range in load cell mountings ,
What is a Load Cell?
A load cell is a transducer which converts force into a measurable electrical output. Although there are many varieties of load cells, strain gage based load cells are the most commonly used type.
Load Cell History
Before strain gage-based load cells became the method of choice for industrial weighing applications, mechanical lever scales were widely used. Mechanical scales can weigh everything from pills to railroad cars and can do so accurately and reliably if they are properly calibrated and maintained. The method of operation can involve either the use of a weight balancing mechanism or the detection of the force developed by mechanical levers. The earliest, pre-strain gage force sensors included hydraulic and pneumatic designs. In 1843, English physicist Sir Charles Wheatstone devised a bridge circuit that could measure electrical resistances. The Wheatstone bridge circuit is ideal for measuring the resistance changes that occur in strain gages. Although the first bonded resistance wire strain gage was developed in the 1940s, it was not until modern electronics caught up that the new technology became technically and economically feasible. Since that time, however, strain gages have proliferated both as mechanical scale components and in stand-alone load cells. Today, except for certain laboratories where precision mechanical balances are still used, strain gage load cells dominate the weighing industry. Pneumatic load cells are sometimes used where intrinsic safety and hygiene are desired, and hydraulic load cells are considered in remote locations, as they do not require a power supply. Strain gage load cells offer accuracies from within 0.03% to 0.25% full scale and are suitable for almost all industrial applications.
Loadcell like Stype load cell , compression load cells , compression tension load cell , bending beam loadcell , canister load cell , low profile load cells , platform load cell , platform load cell and single point load cell , double point load cell , s beam load cell , S TYPE load cell , spring torsion load cell , direct stress load cell , shear load cell , ring load cell , binocular load cell , hydraulic load cell , pneumatic load cell , bending beam load cell , shear beam load cell , canister load cell , ring and pancake load cell , button and washer load cell , helical load cell , fiber optics load cell , piezo resistive , miniature load cell , big load cell , heavy load cell , lite weight load cell ,
Load cell for tank , load cell for bin , load cell for hoppers , load cell for hazardous area , load cell for tanks platform scales , load cell for platform scales off center loads , load cell for truck tans hopper scales , load cell for small scales , load cell for forklifts , load cell for wheel load , load cell for automotive seat weight , load cell for electrical transmission cables , load cell for stud bolt mountings , stainless steel load cell , load cell for all application , load cell for moisture environment , load cell for water treatment , load cell for textile , load cell for automobile , load cell for weighting machines , load cell for industry , load cell for application ,
Load cell designs can be distinguished according to the type of output signal generated (pneumatic, hydraulic, electric) or according to the way they detect weight (bending, shear, compression, tension, etc.)
Hydraulic load cells are force -balance devices, measuring weight as a change in pressure of the internal filling fluid. In a rolling diaphragm type hydraulic load cell, a load or force acting on a loading head is transferred to a piston that in turn compresses a filling fluid confined within an elastomeric diaphragm chamber. As force increases, the pressure of the hydraulic fluid rises. This pressure can be locally indicated or transmitted for remote indication or control. Output is linear and relatively unaffected by the amount of the filling fluid or by its temperature. If the load cells have been properly installed and calibrated, accuracy can be within 0.25% full scale or better, acceptable for most process weighing applications. Because this sensor has no electric components, it is ideal for use in hazardous areas. Typical hydraulic load cell applications include tank, bin, and hopper weighing. For maximum accuracy, the weight of the tank should be obtained by locating one load cell at each point of support and summing their outputs.
Pneumatic load cells also operate on the force-balance principle. These devices use multiple dampener chambers to provide higher accuracy than can a hydraulic device. In some designs, the first dampener chamber is used as a tare weight chamber. Pneumatic load cells are often used to measure relatively small weights in industries where cleanliness and safety are of prime concern. The advantages of this type of load cell include their being inherently explosion proof and insensitive to temperature variations. Additionally, they contain no fluids that might contaminate the process if the diaphragm ruptures. Disadvantages include relatively slow speed of response and the need for clean, dry, regulated air or nitrogen.
Strain-gage load cells convert the load acting on them into electrical signals. The gauges themselves are bonded onto a beam or structural member that deforms when weight is applied. In most cases, four strain gages are used to obtain maximum sensitivity and temperature compensation. Two of the gauges are usually in tension, and two in compression, and are wired with compensation adjustments as shown in Figure 7-2. When weight is applied, the strain changes the electrical resistance of the gauges in proportion to the load. Other load cells are fading into obscurity, as strain gage load cells continue to increase their accuracy and lower their unit costs.
d-103, vasant aishwariya
mathuradas extn rd
opp vora colony
tel/fax : 91-22-28653894 , 28656188
cell : 9819824531 , 9892432411
email : email@example.com
add us on hotmail msn : firstname.lastname@example.org
yahoo msg : email@example.com
google talk : firstname.lastname@example.org
skype : jigesh2007
backberry msg : email us your backberry pin