Load Cell

Approx. Rs 7,500 / PieceGet Latest Price

This Load cell is used as Master Load cell for Calibration of Load cells and other force/Load measuring device or sensors.

Monad High Accracy Load Cell is calibrated with the use of dead weights and high accurate standards.

Monad Loadcell are better than 0.005 % of Full Scale (Ultra Precision) .01 % of Full Scale (Precision) and 0.02 % of Full Scale (Calibration Grade)

Features:

• Designed for Metrology Lab Use and field calibration
• Low Creep,
• Low Sensitivity to Rotation Error,
• Low Sensitivity to Reproducibility Errors
• Calibrated Directly by Monad with Dead Weight Primary Standards
• Standard Wiring Information, A + Excitation, B + Signal, C – Signal, D – Excitation
• Designed for Metrology Lab Use
• Meets ASTM E74 Class A to 2% of Range, Class AA to 10% of Range (When Calibrated with Primary Standards)
• Lowest Creep
• Lowest Reproducibility Errors
• Includes ASTM E74 Transfer Standard Tension &Compression Calibration
• Temperature Compensated
• Proprietary Modulus Compensated Strain Gages
• Low Sensitivity to Rotation Error

Approx. Rs 3.2 Lakh / UnitGet Latest Price

MPB TYPE LOAD CELLS

The Horizontal Pillow Block Series load cells for the web processing industries have the same dimensions as conventional load cells and mount in the same way. But they measure only the horizontal force component of the web tension. Unlike load cells that measure along the vertical axis, they are not forced to sense the roll weight along with the web tension. So these load cells can be sized to the tension level alone, and function at the high end of their measuring range, where load cells perform best. The result: always optimal tension measurement performance – even when rolls are heavy and tension light.

• Quality load cells that eliminates drift and recalibration
• Wide operating range
• Easy to apply

Features:

• Wide range
• Space effective.
• High overload limit
• High accuracy and repeatability
• Suitable for both live and dead shaft rollers.
• Ideal for low to High tension applications
• Built-in low friction, self-aligning bearings.
• On-line sensing through Digital Indicator
• Suitable for both live and dead roller applications.

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Monad Electroncis, shear beam load cells ideally suit all industrial weighing scale and general measurement applications.

Applications include filling machinery, industrial floor scales, tank and silo weighing plus diverse applications in on board vehicle weighing, medical equipment and process control.

Economic solutions use modern sealing compounds sufficiently durable for most applications, ensuring optimum performance in all types of weighing applications as well as a broad range of high precision measuring electronics.

The stainless steel beam type load cell with an improved potting. It is suitable for use in industrial environments.

• Stainless steel construction
• Low profile design
• Unique blind loading hole
• High input resistance
• Calibration in mV/V/Ω
• Stainless steel construction

• Low profile platforms
• Pallet truck weighing
• Tank and silo weighing

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Button type load cells are designed for compression Loading, Press, or Inline compression and known for their small package size. They are used in tight and limited spaces. Commonly used in applications that requires high precision and less sensitive to load condition.

Button type load cells from Monad Electronics are shock and vibration resistant and feature robust electrical connectors to stand up to the most severe operating conditions.

Features:

• Low Deflection
• Stainless Steel/ Alloy Steel / Aluminum alloy Construction
• High accuracy
• High Linearity
• High overload Limit
• Rugged stainless steel construction

Application:

• Level Measurement in Tank
• Hopper Weiging
• Tank Weighing
• Testing Machine

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Monad Thru (Through) Hole load cells feature a compact, smooth thru-hole design for use in applications which require the load structure to pass through the cell. Offered in either tension or tension/compression models, Constructed of stainless steel typical applications include bolt force measurements, clamping forces, monitoring overloads post or leg mount, and rolling mill systems. If you need special modifications or a complete custom design to meet your unique requirements, please don’t hesitate to contact us. ThruHole style with thru hole design. Monad Thru HoleLoad Cell series also offer high accuracy and high stiffness.

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Monad electronics combines precision strain gauge force transducers with dead shaft mounting options to produce the highest accuracy for direct on line sensing of tension in moving paper, films, foils, wires and cables.

Monad transducers, developed for web tension applications, incorporate a differential bending beam design with a full Wheatstone Bridge strain gage configuration.

This design provides stable, accurate, and repeatable measurement over a wide range of operating tensions while virtually eliminating temperature drift. All capacities are equipped with mechanical overload protection. Available with a mounting configuration for dead shaft applications (with horizontal or vertical support surfaces).

Monad Load Cell for Web Tension measure web tension forces applied across a roll, using integral horizontal and vertical axis sensors. This innovative and exclusive two-dimensional approach to web tension force measurement enables accurate determination of the true resultant force, as well as the applied angle. Not only does this permit installation and measurement at any mounting angle or roll orientation, it also combines to form an expert diagnostics system that produces the highest level of web tension measurement confidence available today. The Load ecll is machined from a high strength corrosion resistant stainless steel to yield a low profile single piece construction that incorporates tubular sensing sections at each end.

Features:

• Wide range
• Space effective.
• High overload limit
• High accuracy and repeatability
• Suitable for both live and dead shaft rollers.
• Ideal for low to High tension applications
• Built-in low friction, self-aligning bearings.
• On-line sensing through Digital Indicator
• Suitable for both live and dead roller applications.

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Monad electronics combines precision strain gauge force transducers with dead shaft mounting options to produce the highest accuracy for direct on line sensing of tension in moving paper, films, foils, wires and cables.

Monad transducers, developed for web tension applications, incorporate a differential bending beam design with a full Wheatstone Bridge strain gage configuration.

This design provides stable, accurate, and repeatable measurement over a wide range of operating tensions while virtually eliminating temperature drift. All capacities are equipped with mechanical overload protection. Available with a mounting configuration for dead shaft applications (with horizontal or vertical support surfaces).

Monad Load Cell for Web Tension measure web tension forces applied across a roll, using integral horizontal and vertical axis sensors. This innovative and exclusive two-dimensional approach to web tension force measurement enables accurate determination of the true resultant force, as well as the applied angle. Not only does this permit installation and measurement at any mounting angle or roll orientation, it also combines to form an expert diagnostics system that produces the highest level of web tension measurement confidence available today. The Load ecll is machined from a high strength corrosion resistant stainless steel to yield a low profile single piece construction that incorporates tubular sensing sections at each end.

Features:

• Wide range
• Space effective.
• High overload limit
• High accuracy and repeatability
• Suitable for both live and dead shaft rollers.
• Ideal for low to High tension applications
• Built-in low friction, self-aligning bearings.
• On-line sensing through Digital Indicator
• Suitable for both live and dead roller applications.

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Monad Electronics Pancake / Low profile Load Cells are commonly used in applications that require high precision, and less sensitive to load condition. For most capacities the Pancake Load Cell is normally designed with multiple shear struts. For lower capacities it’s designed with bending beams. If properly designed and manufactured, the nature of its structure is less sensitive to extraneous load and moments (especially Torque) compared to other inline sensors such as the S Beam Load Cell, diaphragm or column type. This type of Load Cell is normally used in press in compression for controlling the applied load or pressure during the test or production.

Pancake Load Cells normally provide a female thread thru the center and multiple thru holes on outer ring for mounting. Fixing the outside mounting holes will allow for it to be used in tension as well. Also by adding the tension base plate option users can utilize it in-line in both tension and compression, just like the S Beam Load Cell

Monad Electronics offers low profile, pancake style precision load cells constructed of stainless steel to provide rugged high performance over many cycles of testing, such as in material testing applications. Intrinsically safe and fatigue rated options are available.

Features:

• Available in most common pancake style
• Constructed from stainless steel
• Unamplified, amplified and digital output available
• Dual bridge vibration, and fatigue rated
• Models with built-in amps available
• Models with immunity to off-axis loading available

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Monad Through Hole load cells feature a compact, smooth thru-hole design for use in applications which require the load structure to pass through the cell. Offered in either tension or tension/compression models, measuring load ranges from 150 g to 500 T

Constructed of stainless steel typical applications include bolt force measurements, clamping forces, monitoring overloads post or leg mount, and rolling mill systems. If you need special modifications or a complete custom design to meet your unique requirements, please don’t hesitate to contact us.

• Through Hole style with thru hole design
• Compact column construction
• Stainless or carbon steel construction
• Special model for bolt and engine mount force sensing and other applications
• Monad Through HoleLoad Cell series also offer high accuracy and high stiffness.

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Force Washer Type Transducers are miniature load cells designed specifically for measuring fastener clamping forces. The design provides high stiffness in a small package, making these load cells ideal for static and dynamic measurements on fasteners, or structural test applications where space limitations exist. Force washer transducers come in a variety of English and Metric sizes.

Monad Load/Force Washer Type Load Cell series also offer high accuracy and high stiffness. The Load/Force Washer Load Cell can be modified or customized to meet customer requirements.

The washer type Load Cells can be used as a washer, sensing compression force, when utilized as a compression load cell.While choosing a flat washer, make sure that the inner diameter of the flat washer is less than the diameter of the inner ring of the load washer to insure that the active ridge is seated on the flat washer.

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Monad offers a complete product range of weighing systems with safety and control features

The load cell mounting assembly is designed to prevent overload loading of the load cell as well as lift-off protection.

Jumbo (Auxiliary) Display is available with Monad which shall have visibility over a distance of 75 meters and above.

Ideal for installation on cranes, winches lifts & elevators accommodates rope size from 6 to 30 mm
Cost effective overload system

Features:

• high precision load cell
• High accuracy
• High Linearity
• High overload Limit
• Rugged stainless steel construction
• Digital Indicator
• Shutdown System
• Alarm Activation
• Auxiliary Load Display

Appplication

• static cable
• wire rope system
• crane
• hoist
• winch
• Weighing
• Underhook Crane Weighing
• Cable tension monitoring
• Crane/Hoist Proof Loading
• Water Weights filling
• Warehouse despatch weighing
• Shipbuilding
• Port Trust
• Material Handling
• Crane Manufacturing
• Anchor Force Measurement
• Bollard Pull Test Dynamometer
• Bridge Rope Tension Measurement
• Cargo Handling in Ship Yards
• Crane Test Dynamometer
• Force Measurement Tension & or Compression Dynamometer
• Impact Measurement
• In-Line Force Measurement
• Lifting Equipment Load Measurement
• Marin Towing
• Material Handling
• Pulling Force Measurement
• Rope Tension Measurement
• Tension Force Measurement
• Tension Measurement in Railway Catenary , Suspension & Stay Ropes
• Tow Bar Connection
• Transmission Line Rope Tension Measurement
• Vehicle Pull Test
• Winch Pull Force Measurement
• Wire Tension Measurement

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SW Type Load Cell:

SW Series loadcells measure low resultant tension forces with small wrap angles.

Designed for use in applications such as winders, unwinders, rewinders, coaters, laminators, and printing presses, they eliminate drift and frequent recalibration problems oftenencountered with conventional half-bridge semiconductor-type load cells.

Full Wheatstone-bridge, temperature-compensated strain gage construction enables precise accuracy with genuine “non-drift” signal stability. MWT load cells are of a ruggedcompact size with high overload capacity. Outline dimensions are identical to existingequipment, thereby making possible simple, drop-in replacement.

Monad Web Tension Transducers measure web tension forces applied across a roll, using integral horizontal and vertical axis sensors. This innovative and exclusive two-dimensional approach to web tension force measurement enables accurate determination of the true resultant force, as well as the applied angle. Not only does this permit installation and measurement at any mounting angle or roll orientation, it also combines to form an expert diagnostics system that produces the highest level of web tension measurement confidence available today.

The Load cell is machined from a high strength corrosionresistant stainless steel to yield a low profile single piece construction that incorporates tubular sensing sections at each end. Two full Wheatstone Bridges are mounted internally to each sensor and provide] output signals in the X and Y plane hat are externally, vectorially summed to determine the magnitude and direction of the resultant force.

Features:

• Stainless steel construction
• Sensitive to high & low tension
• High output, excellent linearity, low hysteresis
• Supplied with industry standard bearings
• Unique design compensates for shaft expansion, misalignment & bending