TE Drum Brake Dimension Sheet per DIN 15435 for ELDRO® Thruster with external torque spring M 900 10 00 E 03-95
The complete TE Series is available from HINDON/SIBRE.

Brake Type	No.	Eldro® Unit	Nm torque mµ = 0.4	A	B	C	D	E	F	G	H	J	K	L	M	N	P	Q	R	d	*kg
TE200/23/5	1	23/5	50-300	640	160	530	200	170	90	160	475	55	145	160	105	10	75	70	85	14	19
TE200/30/5	2	30/5	85-400	640	160						475
TE250/23/5	3	23/5	40-325	760	160	645	250	210	110	200	550	65	180	190	125	10	95	90	104	18	30
TE250/30/5	4	30/5	40-450	760	160						550
TE250/50/6	5	50/6	100-850	800	195						560											TE315/23/5	6	23/5	70-420	885	160	758	315	260	125	240	650	80	220	230	155	10	118	110	126	18	50
TE315/30/5	7	30/5	70-550	885	160	650
TE315/50/6	8	50/6	75-1050	925	195	660
TE315/80/6	9	80/6	90-1700	925	195	660
TE400/30/5	10	30/5	80-575	1030	160	938	400	310	160	300	765	100	270	280	190	12	150	140	156	22	85
TE400/50/6	11	50/6	100-1100	1075	195						775
TE400/80/6	12	80/6	100-1800	1075	195						775
TE400/121/6	13	121/6	125-2750	1075	240						775
TE500/50/6	14	50/6	200-1400	1225	195	1057	500	385	190	355	870	130	325	340	235	13	190	180	191	22	130
TE500/80/6	15	80/6	200-2200	1225	195						870
TE500/121/6	16	121/6	200-3400	1215	240						870
TE500/201/6	17	201/6	200-5400	1215	240						870
TE630/121/6	18	121/6	500-3300	1365	240	1225	630	465	250	440	1000	170	400	420	290	15	236	225	238	27	206
TE630/201/6	19	201/6	500-5500	1365	240						1000
TE630/301/6	20	301/6	500-8200	1365	240						1000
TE710/121/6	21	121/6	500-3800	1500	240	1340	710	525	270	490	1100	190	450	470	320	15	265	225	262	27	268
TE710/201/6	22	201/6	500-6300	1500	240						1100
TE710/301/6	23	301/6	500-9400	1500	240						1100
* Weight Without Thruster

Applications The TE-drum brake is a state of the art industrial brake. It is an extremely heavy duty design for applications in general machine building, foundries, steel mills, and in the crane and material handling industries. This brake design applies to single and multishift operations, as well as, wind power generator applications where a constant braking torque is required for safety and, to a greater degree, economic reasons. The TE design offers the optimum in environmental protection by utilizing highly sophisticated asbestos-free brake linings. (Please inquire about applications involving explosion proof requirements). Design Advantages Stable brake arms and base plate constructed of cast iron GGG 40 (welded steel is available upon special request). This heavy construction assures minimum deflection resulting in reduced losses in thruster travel. Optimal Arm Geometry, i.e. maximized mechanical advantage - not affected by direction of rotation. Square spring tube with scale for simple and relaible braking moment adjustments. Special brake pressure spring with the lowest possible spring rate for optimal utilization of the thruster power under normal operating conditions. Light alloy brake shoes with steel bushing support brake linings (friction coefficients of µ = 0.4 or µ = 0.3). Brake shoes can be riveted or bonded with asbestos free linings. Special clamping springs that hold the brake shoes in position when the brake is "lifted" open. These springs can also be easily released when the brake linings are being replaced. All important bearing areas equipped with maintenance-free bushings. Rotary linkage of the brake arms: Both shoes have equal and even clearance. Automatic brake adjustment when installing. No "stops" or further adjustments needed. Brake stability assured when brake is open, even with worn linings. Pin constructed of rust and acid resistant steel per DIN 17440. Upon special request, all key bearings can be fitted with lubrication fittings. Spring tube spindle can be supplied in stainless steel. Tension rod of rust-resistant stainless steel. Electroplated standard parts. Optional Features Automatic lining wear compensation. Limit switch to sense brake position. Limit switch to sense lining wear. Manual release devices. Brake drums with hubs and couplings. Release Thruster Available Eldro®-thruster Solenoids Hydraulic cylinders Pneumatic cylinders                                                              (Click image for full size view) >>>>

© 1997, Hindon Corp.
© 1997, Website Design, The LAD Group