GCJ Connected to intermediate shaft drum gear coupling(Q/YG 13015X-2018)

The GCJ connected to the intermediate shaft drum gear coupling is a sophisticated mechanical component engineered to facilitate seamless torque transmission between rotating shafts, particularly intermediate shafts, in a variety of industrial applications. Renowned for its robustness, reliability, and efficiency, this coupling plays a crucial role in ensuring the smooth and uninterrupted operation of machinery across diverse sectors.

At the heart of its design lies a meticulously crafted construction, featuring drum-shaped hubs with internal gear teeth that mesh together to transmit torque effectively between connected shafts. This design not only facilitates high torque capacity but also allows the coupling to compensate for angular, parallel, and axial misalignments, thereby minimizing stress on connected equipment and prolonging their operational lifespan.

Crafted from high-quality materials such as steel or alloy steel, the GCJ coupling boasts exceptional durability, corrosion resistance, and the ability to withstand heavy-duty operations in challenging industrial environments. Its rugged construction enables it to handle substantial torque loads efficiently, making it suitable for a wide range of applications, including power generation, mining, marine, and manufacturing.

Furthermore, the coupling is equipped with an elastomeric element positioned between the hubs, serving as a cushion to absorb shocks and dampen vibrations during operation. This feature enhances the overall reliability of the coupling by reducing the risk of damage to connected machinery and enhancing operational efficiency.

Installation and maintenance of the GCJ connected to the intermediate shaft drum gear coupling are straightforward, thanks to its modular design and user-friendly construction. The coupling can be easily disassembled for inspection, repair, or replacement, minimizing downtime and optimizing productivity for industrial operations.

In summary, the GCJ connected to the intermediate shaft drum gear coupling stands as a testament to reliability, efficiency, and performance in mechanical power transmission. With its robust design, durable construction, and exceptional capabilities, it remains a preferred choice for industrial applications where seamless torque transmission and operational reliability are paramount.

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Product Parameters

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TECHNICAL PARAMETERS

Basic parameters and main dimensions of GCJ type coupling with intermediate shaft drum gear

Type	Nominal torque Tn/KN.m	Cylindrical shaft hole dimensions		Flat bore shaft hole dimensions			D₁	D₂	D₃	L₁	L₂	L₃	L₄	L₅ min	L₆	Mass /kg		Moment of inertia /kg·m²		Grease /kg
		d₁,d₂	L	d₂ max	L max	B max										L5 min mass	Mass of each added meter	L5 min inertia	Inertia of each added meter
			J1 type
GCJ1	6.3	60,63	107	80	132	60	130	85	70	170	30	35	90	500	3	46	30.2	0.05	0.018	150
		65,70
		71,75
		80	132							195
GCJ2	11.2	70,71,75	107	100	167	75	160	110	90	175	30	40	110	500	3	76	49.9	0.28	0.05	250
		80,85	132							200
		90,95
		100	167							235
GCJ3	18	80,85	132	110	167	85	180	120	100	210	32	46	120	600	3	105	61.65	0.43	0.07	350
		90,95
		100,110	167							245
GCJ4	25	80,85	132	125	167	95	200	140	110	220	32	50	140	600	3	140	74.6	0.73	0.158	450
		90,95
		100,110,120,125	167							253
GCJ5	31.5	90,95	132	140	202	105	230	160	130	225	38	54	160	600	5	200	104	1.43	0.22	650
		100,110	167							260
		120,125
		130,140	202							295
GCJ6	50	110,120	167	160	242	120	260	180	140	287	38	84	180	800	5	280	121	2.56	0.296	900
		130	202							322
		140,150
		160	242							362
GCJ7	63	140,150	202	190	282	140	280	200	160	336	38	85	200	800	5	380	158	4.26	0.501	1400
		160	242							376
		170,180
		190	282							416
GCJ8	80	160,170,180	242	200	282	160	300	220	180	392	44	95	220	1000	5	480	200	6.02	0.81	1800
		190,200	282							432
GCJ9	100	170,180	242	220	282	170	330	230	200	392	44	95	230	1000	5	550	247	7.95	1.24	2100
		190,200,220	282							432
GCJ10	125	190,200,220	282	240	330	180	355	250	220	442	51	98	250	1000	5	720	298	12.7	1.8	2500
		240	330							490
GCJ11	200	190,200,220	282	260	330	200	410	290	240	457	51	106	280	1200	5	1110	355	25.95	2.56	3000
		240,250,260	330							505
GCJ12	315	240,250,260	330	300	380	220	460	320	260	518	57	112	300	1200	6	1480	417	43.43	3.52	4000
		280,300	380							568
GCJ13	450	280,300,320	380	340	450	250	510	360	300	596	57	136	340	1400	6	2020	555	71.76	6.24	5200
		340	450							666
GCJ14	560	300,320	380	360	450	280	560	400	320	628	64	145	380	1500	6	2600	631	114.4	8.1	6500
		340,360	450							698
GCJ15	710	340,360,380	450	400	540	300	610	430	350	716	64	160	400	1500	6	3300	755	178	11.6	8000
		400	540							806
GCJ16	900	360,380	550	420	650	320	660	460	380	842	64	172	440	1600	10	4300	890	272	16	10000
		400,420	650							942
GCJ17	1120	400,420,440,450,460	650	460	650	350	710	500	420	964	64	182	480	1800	10	5500	1090	392	24	12000
GCJ18	1250	420,440,450,460,480,500	650	500	650	380	760	540	460	990	76	195	520	2000	10	6700	1310	553	35	15000
GCJ19	1600	440,450,460,480,500	650	530	800	400	810	580	500	1005	76	215	540	2000	10	8350	1540	805	48	16500
		530	800							1155
GCJ20	2000	450,460,480,500	650	560	800	420	860	600	530	1031	76	225	560	2000	10	9500	1730	1024	61	18500
		530,560	800							1181
GCJ21	2240	480,500	650	600	800	450	910	650	560	1056	76	236	600	2500	10	11500	1930	1334	75.66	21000
		530,560,600	800							1206
GCJ22	2800	530,560,600,630	800	630	800	480	965	680	600	1230	82	246	640	2500	13	12600	2220	1621	99.9	24000
GCJ23	3150	560,600,630	800	670	900	500	1000	710	630	1250	82	265	680	2500	13	17900	2450	2579	122	27000
		670	900							1350

Note:

1. The mass and moment of inertia are approximate values calculated according to the maximum cylindrical shafthole diameter and the length of the intermediate shaft L5min.
2. Under normal circumstances, the active end of the shaft hole of the coupling is cylindrical, and the driven end isa flat hole. If necessary, both ends can be cylindrical.
3. Models 1~5 can be selected according to GB/T3852 if you need Y-type shaft extension.
4. For flat bore shaft holes, the limit tolerance of d₂ and B is H9.

Zhongye Heavy Industry Technology (Zhenjiang) Co., Ltd.

Zhongye Heavy Industry Technology (Zhenjiang) Co., Ltd. is located in a well-known ancient city, Zhenjiang. We are an enterprise integrating R & D, manufacturing, and sales. As a famous China GCJ Connected to intermediate shaft drum gear coupling(Q/YG 13015X-2018) Manufacturers and GCJ Connected to intermediate shaft drum gear coupling(Q/YG 13015X-2018) Suppliers, our products are widely used in metallurgical equipment, mining equipment, water equipment, lifting equipment, paper equipment, port equipment and other industries.
Our main products are toothed coupling, elastic sleeve column pin coupling, elastic column pin coupling, gear coupling with elastic pin, a universal coupling, tire coupling, jaw coupling, star coupling, diaphragm coupling, drum coupling and grid coupling, the Oldham coupling, flange coupling, clip shell coupling, GL type roller chain coupling and a safety coupling, and so on. Our company also undertakes a variety of non-standard coupling designs and manufacturing.
New workshop covers an area of about 16463.52m². heavy workshop 5,500 M2, Precision workshop 4,600m², office building and the gymnasium 2000 M2, Dinning hall 500m², Warehouse 1000m², Roads, greening, parking areas 3563 M2.

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