Name: Mill Spindle Gear Coupling - GZZ Type
Brand: www.suodacoupling.com
SKU: Suoda 15 GZ 04
Price: 0.01 USD
Availability: InStock
Rating: 5 (1 reviews)

Detail Information

Mill Spindle Gear Coupling - GZZ Type - China Suoda

SIZE	NOMINAL TORQUE	WORKING SHAFT	OVERALL DIMENSION											STROKE	TRUNNION SIZE
	Tn	knuckle line	L1	L2	L3	L4	L5	Lmin	D1	D2 (h8)	D3	D4	D5		d1	L1	L2	d2×H1
	kNm	β	L1	L2	L3	L4	L5	Lmin	D1	D2 (h8)	D3	D4	D5		(f8)	L1	L2	d2×H1
GZZ200	31.5	≤1.5°	90	250	50	80	190	710	200	200	170	88	200	500	40	200	345	M20×35
GZZ250	50		105	280	60	90	195	780	250	258	220	105	250		45	270	425	M20×35
GZZ285	80		115	315	60	105	205	850	285	270	245	120	270		50	278	442	M20×40
GZZ300	100		115	315	62	108	205	855	300	280	250	124	280	600	50	292	487	M24×45
GZZ335	140		130	360	65	135	235	975	335	330	280	150	300		55	293	488	M24×45
GZZ355	180		130	360	75	145	245	1005	355	350	310	174	330		55	312	505	M24×45
GZZ390	224		140	390	80	155	255	1070	390	380	335	180	360		60	360	570	M24×50
GZZ405	250		140	390	80	155	255	1070	405	400	340	194	390		60	390	580	M24×50
GZZ440	315		150	430	85	165	260	1140	440	440	375	208	410		65	420	650	M24×50
GZZ475	400		155	460	85	165	265	1180	475	480	415	220	450		70	460	684	M36×70
GZZ510	500		160	490	90	180	310	1280	510	520	430	245	480	700	80	500	770	M36×70
GZZ550	630		160	510	95	180	310	1300	550	550	470	252	510		85	520	800	M36×70
GZZ580	750		165	515	98	185	320	1315	580	560	485	258	525		90	540	850	M42×80
GZZ610	840		225	580	105	210	360	1550	610	610	520	280	580		100	600	940	M42×80
GZZ660	1050		245	640	115	230	390	1690	660	660	540	295	630		100	650	990	M42×80
GZZ710	1300		265	680	125	250	410	1800	710	710	580	315	680		110	700	1070	M42×80
GZZ760	1600		290	730	135	260	430	1920	760	760	620	340	740		120	750	1150	M42×80

ROLL END CONNECTION SIZE							REDUCER END CONNECTION SIZE								QUALITY kg		ROTATIONAL INERTIA kg ㎡
d3max		H2max		L 3max	L 4max	C	d4 (H8)	d5 (H7)	d6 (JS10)	m×z	n×d7×H3	L 5	L 6	L 7	Lmin	For every 100 mm growth	Lmin	For every 100 mm growth
Nominal dimension	Extreme deviation	Nominal dimension	Extreme deviation	L 3max	L 4max	C	d4 (H8)	d5 (H7)	d6 (JS10)	m×z	n×d7×H3	L 5	L 6	L 7	Lmin	For every 100 mm growth	Lmin	For every 100 mm growth
125	+0.20 +0.10	95	+0.20 +0.10	135	175	10	155	130	110	4×36	6×M10×25	35	85	120	150	4.77	0.75	0.024
150		110		195	235	15	195	170	150	4×46	6×M10×25	35	90	125	207	6.80	1.62	0.05
165		120		205	245		220	195	175	4×46	10×M10×25	40	95	130	291	8.88	2.95	0.09
180		130		210	250		220	195	175	5×42	12×M12×30	45	100	132	322	9.48	3.62	0.11
195	+0.25 +0.15	150	+0.25 +0.15	210	255		245	220	200	5×46	12×M12×30	50	100	150	460	13.87	6.45	0.19
195	+0.25 +0.15	150	+0.25 +0.15	215	255		260	240	220	5×50	12×M12×30	50	100	150	507	18.67	7.99	0.29
220	+0.35 +0.20	170	+0.35 +0.20	230	275	25	280	260	240	5×54	12×M12×30	50	100	150	650	19.98	12.36	0.38
240		180		240	285		305	280	260	5×58	12×M12×30	50	110	155	785	23.2	16.09	0.48
260		190		250	295		336	306	276	6×54	12×M16×40	50	115	155	836	26.67	20.23	0.65
280		210		272	317		365	330	300	6×58	12×M16×40	50	115	155	1032	29.84	29.11	0.84
300	+0.40 +0.25	230	+0.40 +0.25	300	355	30	390	345	315	6×62	12×M16×40	50	130	170	1531	37.01	49.78	1.20
320		240		320	375		400	370	320	6×64	12×M16×40	50	130	170	1537	39.15	58.12	1.48
340		260		325	388		405	370	320	6×66	12×M16×40	50	135	175	1769	41.04	74.39	1.73
400		300		420	470	35	455	420	370	8×54	12×M20×50	50	160	210	2492	48.34	115.9	2.25
420		320		440	500	35	485	440	400	8×58	12×M20×50	60	180	230	3178	53.65	173	2.92
460		350		480	540	40	530	475	430	10×50	12×M20×50	60	190	240	3693	61.18	232.7	3.85
500		380		530	590	40	570	515	470	10×54	12×M20×50	60	200	250	4592	71.27	331.5	5.15

Note: The quality and rotary inertia are approximate values that calculated according to the max diameter of cylindrical shaft hole, when the total length reaches the minimum valve.