Hysteresis Brake - Specifications

		Characteristics - Torque is proportional to input current, and independent of RPM. Torque is especially smooth, even at near-zero RPM. Also good for light tension / high RPM applications, due to good heat dissipation ratings. All models except H3 have the Patented Cog-Buster which keeps slip torque smooth. Typical Applications - Producing tension for unwinding wire, fiber optic cable, and narrow webs. Also - load simulation for testing electric motors. Exceptionally Stable & Reliable - Since torque is produced magnetically, across an air gap. Use the sizing information to select the proper brake.
Model H35-1

Hysteresis Brake Specifications

MODEL (Click p/n to view photo)	Torque Range (N-cm)	Input Electric Power (watts)	Shaft Inertia (kg-m2)	Slip Heat Dissipation (watts)		Overhung Load, Max. (Newtons)	Max. RPM	Weight (kg.)	Data Sheets
				Cover On	Cover Off
H3	0.03 - 1.77	2.5	0.43 x 10-6	-	5	4	10,000	0.10	H3 data sheet
H11	0.28 - 7.8	2	4.1 x 10-6	9	15	16	9000	0.3	H11 data sheet
H35	0.43 - 24.7	6	10 x 10-6	15	25	21	8000	0.9	H35 data sheet
H85	2 - 60	5	63 x 10-6	35	60	165	6000	2	H85 data sheet
H140	3.5 - 99	7	110 x 10-6	45	75	165	5000	2.7	H140 data sheet
H250	6.3 - 177	7	328 x 10-6	65	110	205	5000	4	H250 data sheet

Available in 6, 12, 24, & 90 volts D.C.
The Hysteresis Brake Coil Specifications Chart shows rated current & coil resistance.

Hysteresis Brake Drawings

Download drawings: PDF or DXF format MODEL   DRAWINGS                 H3      DXF      DXF      DXF  H11      DXF      DXF      DXF  H35      DXF      DXF      DXF  H85      DXF      DXF      DXF  H140      DXF      DXF      DXF  H250      DXF      DXF      DXF Dimensions - millimeters Mounting holes - Standard: Imperial (inch),    Optional: Metric		Download 1 page summary sheet in PDF format
		Hysteresis Brakes are proudly Made in U.S.A.