Hysteresis brake HB series
electromagneticadjustablerobust

Hysteresis brake - HB series - MAGTROL - electromagnetic / adjustable / robust
Hysteresis brake - HB series - MAGTROL - electromagnetic / adjustable / robust
Hysteresis brake - HB series - MAGTROL - electromagnetic / adjustable / robust - image - 2
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Characteristics

Type
hysteresis
Operation
electromagnetic
Other characteristics
adjustable, robust, low-inertia, bi-directional, low-noise, through-bore, for motors, tension control, for shafts, for conveyor, for unwinder, air-cooled
Torque

Min.: 0.02 Nm
(0.014751 ft.lb)

Max.: 26 Nm
(19.176616 ft.lb)

Rotational speed

Min.: 6,000 rpm
(37,699.1118 rad.min-1)

Max.: 20,000 rpm
(125,663.7061 rad.min-1)

Power

Min.: 5 W

Max.: 2,400 W

Description

Pure Hysteresis Brakes produce torque strictly through a magnetic air gap without the use of magnetic particles or friction components. This method of braking provides far superior operating characteristics (smoother torque, longer life, superior repeatability, high degree of controllability, and less maintenance and down time) which make them the preferred choice for precise tension control during the processing of nearly any material, web or strand. Applications Magtrol Hysteresis Brakes provide precise tensioning for: armature and coil winding, printing and labeling, wire marking, braiding, material slitting, sheeting, weaving, and many other material process applications. They are ideal for any material, strand or web, including: copper wire, fiber-optic cable, textiles, tapes, films, foils, paper, rubber products, nylon, and many others.

Exhibitions

Meet this supplier at the following exhibition(s):

Aerospace Test & Development Show
Aerospace Test & Development Show

29-30 Sep 2026 Toulouse (France)

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    *Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.