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Web Tension Transducer
MEL-05 Type Load Cell
Product Brochure
Brand | Monad |
Excitation Voltage | 10 vdc - max. 15 vdc |
Cable Length 4 Core Screened | 500 cm |
Ultimate Overload Of Rated Capacity | 250.00% |
Country of Origin | Made in India |
Tightening Torque | 2 .2 m.Kg |
Finishing | Electroless nickel plated steel alloy |
Web Tension Load Cells
Product Brochure
Brand | Monad |
Sensitivity | 2.1 +/- 1mV/V |
Country of Origin | Made in India |
Bridge Resistance | 350 (nominal) +- 2 |
Standard Output | 20 mV |
Measurement Limit | Rated Load |
Operating Temperature | 0 deg C - 50 deg C |
Bridge Excitation | 10V DC |
Maximum Safe Over Load | 150/1000 % of rated load |
Tension Transducers:
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).
MPB Type Load Cell
Brand | Monad |
Sensitivity | 1.5/2.0 mV/V /-.1 |
Country of Origin | Made in India |
Bridge Resistance | 350 USD (nominal) +- 2 USD |
Standard Output | +-10% 20 mV |
Measurement Limit | 150% of rated load |
Ambient Temperature | 45 deg C |
Bridge Excitation | Max 10V DC |
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.
Tension Control Sensor transducers
Brand | Monad |
Ambient Temperature | 45 deg C |
Bridge Resistance | 350 USD (nominal) +- 2 USD |
Standard Output | +-10% 20 mV |
Sensitivity | 1.5/2.0 mV/V /-.1 |
Measurement Limit | 150% of rated load |
Bridge Excitation | Max 10V DC |
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).
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.
Advantages:
- 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.
Tension Control Transducer
Brand | Monad |
Accuracy | 1% FS |
Country of Origin | Made in India |
Working Temperature | -30 Degree C to 85 Degree C |
Standard Range | 100t to 800t |
Frequency | 10Hz |
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).
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.
Web Tension Transducers
Brand | Monad |
Ambient Temperature | 45 deg C |
Country of Origin | Made in India |
Bridge Resistance | 350 USD (nominal) +- 2 USD |
Standard Output | +-10% 20 mV |
Sensitivity | 1.5/2.0 mV/V +/-.1 |
Measurement Limit | 150% of rated load |
Bridge Excitation | Max 10V DC |
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.
Features:
- Stainless steel construction
- Sensitive to high & low tension
- 360° beam overload stop protection
- Wide load range from 5Kg to 500Kgs
- High output, excellent linearity, low hysteresis
- Supplied with industry standard bearings
- Unique design compensates for shaft expansion, misalignment & bending
Tension Transducer
Brand | Monad |
Country of Origin | Made in India |
Sensitivity | 2.1 +/- 1mV/V |
Bridge Excitation | 10V DC |
Bridge Resistance | 350 (nominal) +- 2 |
Maximum Safe Over Load | 150/1000 % of rated load |
Measurement Limit | Rated Load |
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).