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誉煌传动YUHUANG DRIVEYUHUANG DRIVE专业制造蜗杆减速机

6 誉煌传动 YUHUANG DRIVE

杭州誉煌传动设备有限公司 Hangzhou Yuhuang Transmission Equipment Co., Ltd.

地址中国浙江杭州江东工业园区
电话:0571-82163209 0571-83512322
传真:0571-82185500
邮编：311225
ADDRESS: JINXIN VILLAGE,YIPENG STREET,XIAOSHAN DISTRICT, HANGZHOU
TEL: 0571-82163209 0571-83512322
FAX: 0571-82185500
ZIP: 311225
http://www.hzyuhuang.com

动力无极限传动更精彩

公司简介COMPANG PROFILE

杭州誉煌传动设备有限公司是一家集开发、研制、设计、制造为一体的专业生产厂家。拥有一流的科研，技术人才。

公司位于举世间名的旅游胜地——杭州。经过二十多年来的艰苦创业，持续不断的改进，企业生产规模日益壮大，品种日趋完善，已形成八大系列、30000余种规格型号的减速机，是国内生产蜗轮减速机规模宏大，品种量全的厂家之一。

为了进一步提升产品品质，满足日益增长的市场需求，提高全业管理整体素质，警煌公司在国内同行中又率先实施并通过ISO9001；2000国际质量体系认证。

高素质的员工队伍，先进高效的加工设备，严格的质保体系。完善的售后服务，赢得了国内外用户的广泛信赖，销售网络遍布全国各大省市，产品运销美国、加拿大、日本、韩国及东南亚等多个国家及地区。

誉煌人对未来满怀信心，必将以更严的要求，更高的起点，给予客户最满意的产品和最优的服务。

Hangzhou Yuhuang Transmission Equipment Co, Ltd is one of development, design, manufacturing into a professional manufacturers, with first-class scientific research and technical personnel.

Company is located in the world-famous tourist destination - Hangzhou. After twenty years of hard work, continuous improvement, enterprise-scale growing. maturing varieties. has fonmed eight series. more than 3.000 kinds of specifications models reducer, is one of the biggest worm reducer manufacturers in China.

In order to further enhance product quality. to meet the growing market demand, improve the overall quality of corporate management, YuHuang company implemented and adopted ISO9001: 2000 international quality system certification.

High-quality staff, advanced and efficient processing equipment, strict quality assurance system and perfect aftersales service, has won the trust of a wide range of domestic and foreign users. Sales network throughout the country, the products are exported to the United States, Canada, Japan, Korea and Southeast Asia and other countries and regions.

Yuhuang confident of the future, is bound to stricter requirements, higher starting point, giving customers the most satisfactory products and best service.

2.4 双级安装形式 Double Step Mounting Positions

2.5 接线盒安装方式 Pos.of terminal box

3. 安装尺寸 Mounting dimensions

电机输入法兰 Motor Input Flange

中心轴			电	机法兰 Mot	or Flang	e		输入FL股 UA The Hole Diameter of Shaft
		PAM	D	M	P	BU	BH					传动	Transmission	Ratio
A		IEC	D	M	P	BU	BH	7.5	10	15	20	25	30	40	50	60	00	100
2	5	56B14	50	65	80	3	10.4	9	9	9	9	-	9	9	9	9	-	一
30						4	12.8	11	11	11	11	11	11	11	11	a	m
30						3	10.4	9	B	9	9	9	9	9	9	9	B	1
40						4	12.8	=	=	=	11	11	11	11	11	11	11	=
		5685	80	100	120	3	10.4	=	1	=	=	=	=	=	9	9	9	9
						6	21.8	19	19	19	19	19	19	-	一	-	-	一
50						5	16.3	=	14	14	14	14	14	14	14	14	14	-
		6385	95	115	140	4	12.8	=	=	=	=	=	=	11	11	11	11	11
						8	27.3	24	24	24	24	24	24	=	=	=	=	2
63						6	21.8	三	三	19	19	19	19	19	19	19	=	s
63						5	16.3	1	1	=	=	=	-	14	14	14	14	1.4
75						8	31.3	28	25	28	=	1	1	=	=	=	=
		908148085	130	115166	88200	8	27.3	-	24	24	24	24	24	24	-	-	-	=
													19	19	19	19	19	19
90						8	31.3	28	28	28	28	20	28	-	-	=		一
90		208148085	SR10	1165	N微	86	27.321.8	--	--	--	24-	24-	24-	24-	2419	2419	一19	一19
110		E-0181413285	80230	100265	300	10	41.1	38	38	S8	38	=	1	=	一		1	-
110		100/11285	180	215	250	8	31.3	=	28	28	28	28	28	28	20	20	=	1
130		132B5	230	265	300	10	41.1	38	38	38	38	38	35	38	=	=	=	=
130		100/11285	180	215	250	恶	31.3	-	-	-	=	28	28	28	28	28	28	28
150		160B5	250	300	350	12	45.3	42	42	42	42	42	-	-	-	-	一	-
		132B5	230	265	300	10	41.3	=	=	=	38	38	38	38	38	38	-	一
		100/11285	180	215	250	8	31.3						一		28	28	28	28

输出法兰安装尺寸 Output Flange Mounting Dimensions

	25	30	40	50	63	75	90	110	130	150
AB	45	54.5	67	90	82	102	111	131	140	155
AC	55	68	80	85	150	165	175	230	255	255
AD	40	50	60	70	115	130	152	170	180	180
BB	3	4	4	5	6	6	6	6	6	7
BD	75	80	110	125	180	200	210	280	320	320
BE	6	6	7	9	10	13	13	15	15	15
BF	6.5(n.4)	6.5(n.4)	9(n.4)	11(n.4)	11(n.4)	14(n.4)	14(n.4)	Φ14(n.8)	Φ16(n.8)	16(n.8)
CA	45°	45°	45°	45°	45°	45°	45°	45°	22.5°	22.5°
CE	70	70	95	110	142	170	200	260	290	290

YHNMRV(VS) 安装尺寸 YHNMRV(VS) Mounting Dimensions

3.2 双级蜗杆减速机 Double Step Worm Gear ReducerYHNMRV(D) 安装尺寸 YHNMRV(D) Mounting Dimensions

	30	40	50	63	75	90	110	130	150
A	30	40	50	63	75	90	110	130	150
EB	50	61	74	90	105	125	142	162	195
EC	45	53	64	75	90	108	135	155	175
M1	-	-	M6	M6	M8	M8	M10	M10	M12
RB	10.2	12.5	16	21.5	27	27	31	33	33
SB	3	4	5	6	8	8	8	8	10
UB	9	11	14	19	24	24	28	30	35
VN	20	23	30	40	50	50	60	80	80
输入轴平键
规格	3x3	4x4	5x5	6x6	8x7	Bx7	8x7	8x7	10x8
长度	15	20	25	35	45	45	55	70	70

	25/30	25/40	30/40	30/50	30/63	40/75	40/90	50/110	63/130	63/150
A	30	40	40	50	63	75	90	110	130	150
A2	25	25	30	30	30	40	40	50	63	63
AC	40	50	50	60	72	86	103	127.5	147.5	170
AC2	35	35	40	40	40	50	50	60	72	72
AQ	80	100	100	120	144	172	206	252.5	292.5	340
AQ2	70	70	80	80	80	100	100	120	144	144
DY	57	71	71	84	102	119	135	167.5	187.5	230
DY2	48	48	57	57	57	71	71	84	102	102
EA	45	63	63	63	63	71	71	80	95	95
EB	-	-	50	50	50	61	61	74	90	90
M1	一	一	-	-	-	-	-	M6	M5	M6
RB	=	-	10.2	10.2	10.2	12.5	12.5	16	21.5	21.5
SB	一	一	3	3	3	4	4	5	6	6
UB	=	=	9	9	9	11	11	14	19	19
VN	=	=	20	20	20	23	23	30	40	40
WG2	22.5	22.5	29	29	29	36.5	36.5	43.5	53	53
Z	100	115	122	132	145	167.5	184.5	226	245	275
输入轴平键
规络			3x3	3x3	3x3	4x4	4x4	5x5	6x6	6x5
长度			15	15	15	20	20	25	35	35

转矩：19N.m，	运转时间：8小时/天，
转速：约55r/min，	启动频率：10次/小时，
减速机：1/25，	环境温度：室内25℃，
①根据表1，决定负荷种类
负荷种类：无冲击均匀负荷，选A；
②根据图1，在A线上取频率10次/小时的交点；查出运转时间8小时/天的系数K1=1;
③根据表2，查得系数K2=1;
④则转矩值为19×K1xK2=19x1x1=19N.m，可选择最接近19N.m的减速机。
选定结果：YHNMRVD30-1/25
输入功率0.18kW，输出转速56转/分，输出转矩21N.m
校核：实际输出转矩=输出转矩×使用系数(fs)=21x1.0=21N.m>19N.m，满足使用要求。

4. 选型方法 Method for model chosen

4.1为正确选择YHNMRV蜗杆减速机，敬请用户首先了解以下几点：

4.1 Please understand the following at first in order to select the model of YHNMRV speed reducer properly:

·负荷条件

·使用转速范围或速比(与双级组合可获得超低输出转速)

·工作运转情况及环境(温度、湿度、腐蚀等)

·安装空间

\- Loading condition.

\- Speed scope or ratio in application.

\- Working condition and environment

\- Installation space.

4.2确定工作情况系数K1及工作情况修正系数K2

4.2 Define working condition Coefficient K1 and revise coefficient K2.

·根据表1. 决定机械负荷种类A.B.C

·根据运转时间（小时/天）和启动频率（次数/小时）从图1中求得工作情况系数K1

·根据表2，查取工作情况修正系数K2

\- Ensure machinery load types A, B, C according to table 1.

\- Get the working condition coefficient K1 from diagram 1 according to turning time (hour/day) and start frequency (time/hour).

\- Inspect working condition and select coefficient K2 from table 2.

机械负荷种类选定（表1）

Table 1 Machinery Load classification selection

工作情况修正系数K2选定（表2）

使用情况Using situation	示范Example	负荷种类Load type
无冲击均匀负荷Uniform load	传送带（匀速输送）Convey band(uniform conveying)	A（均匀负荷）A(Uniform load)
中等冲击负荷Moderate Load	传送带（变速输送）Speed changedconveying	B（中等冲击负荷）B(Moderate load)
强烈冲击负荷Severe Load	压缩机、粉碎机等Compressor,pulverizer, etc	C（强冲击负荷）C(Severe load)

环境湿度Ambient temperature	工作情况修正系数K2Working conditioncoefficient K2
-10℃-30℃	1
30℃-40℃	1.1-1.2

工作情况系数K1选定（图1）

24h/日 24h/day	16h/日 16h/day	8h/日 8h/day	2h/日 2h/day
24h/日 24h/day	16h/日 16h/day	8h/日 8h/day	2h/日 2h/day
2.3 2.2 2.1 2.0 1.9 1.8 1.7	2.0 1.9 1.8 1.7	1.8 1.7	1.6 1.5				C(强冲击负荷) C (Severe Load)


				1.4
				1.6 1.5	1.3			B(中等冲击负荷)
				1.6 1.4	1.2
				1.5 1.3 1.4 1.2	1.1 1.0	0.9
				1.6 1.3 1.5 1.2
1.0
工作情况系数K1 Working condition coefficient K1				5 10 20 30 40 50 60 70 80 90 100

4.3 选定减速机

·用户须先确定工作机输入机械负荷T（转矩），以T乘以工作情况系数K1，再乘以工作情况修正系数K2，即获得减速机应有的输出转矩值，以此为据，并结合速比值或输出转速值，选定所需减速机规格。

·用户也可以根据已知的输入功率，结合速比值或输出转速值，计算输出转矩。选定减速机

·本公司减速机均为右旋螺牙，根据右手定则，确定输入轴、输出轴回转方向。

4.3 Reducer selected

\- At first it is better to make sure the value input machinery load T (torque) and then you can get the output torque through T multiply with work situation coefficient K1 and work situation revise coefficent K2. The required model can be gained by the above and connecting ratio or output speed.

\- You can also select the reducer as followings: calculate output torque according to known input power and then select the reducer in accordance with output torque and rotate speed.

\- Our standard reducers all have right-hand helical tooth, deciding the rotating direction of input shaft and output shaft according to the right-hand criterion.

4.4 选型示例

例1通用传送带（均匀负荷）

机型代号输出转谱输出转矩传动比输出轴径使用Model Output OutputTransmission 同力系数code speed torque ratio Output fsrimin N.m 1 radial forcekN							机型代号输出转速输出转矩传动比输出轴径使用Model Output OutputTransmission 向力系数code speed torque ratio Output fsrimin N.m 1 radial forcekN
0.25kw56		32 25 1.96 1.2					0.55kw70		60 20 3.27 2.2
		36 30 2.08 1.3					56		73 25 3.52			1.8
040 35		44 40 2.29 0.9					46.7		83 30 3.74			1.9
28		37 50 2.47 0.8					06335		105 40 4.12			1.4
70		26 20 2.5 2.7					28		124 50 4.44			1.1
		32 25 2.69 2.2
							23.3		140 60 4.71			0.9
48.7		37 30 2.86 2.3
050 35		46 40 3.15 1.7
							35		108 40		4.86	2.0
							28		129 50		5.24	1.6
23.3		60 60 3.61 1.1					075 23.3		146 60		5.56	1.4
17.5		72 80 3.97 0.9					17.5		180 80 6.13			1.1
28		56 50 4.44 2.4					14		206 100		6.6	0.9
23.3		63 60 4.71 2.0					17.5		189 80		6.78	1.5
06317.5		78 80 5.19 1.6					09014						221 100		7.3	1.2
14		87 100 5.59 1.4					0.75kw
0.37kw186.7		16		7.5	1.31 2.4		186.7		34 7.5		1.8
												2.1
		21			1.44 1.9		140		44	10	1.98	1.6
	93.3	31		15	1.65	1.3	93.3		63	15	2.27	1.2
040	70	39		20	1.82	1.0		70	81	20	2.5	0.9

	46.7	53		30	2.08 0.8
								93.3	63	15 2.97		2.2
	140	21		10	1.98 3.3		063	70	83	20	3.27	1.6
								56	100	25	3.52	1.3
						050	70	40	114	30	3.74	1.4
		48		25	2.69 1.5			35	143	40 4.12		1.0
	46.7	55		30				56	102	25 4.16		2.0
	28	80		50	3.39 0.9			46.7	117	30 4.42		2.0
	23.3	89 60			3.61 0.8		075	35	147	40	4.86	1.5
	35	70 40			4.12 2.1			28	177	50	5.24	1.2
								23.3	200	60	5.56	1.0
063	23.3	94 60			4.71 1.4			28	184 50		5.79	1.8
	17.5	115 80
		129 100			5.59 0.9		090	23.3	212 60		6.16	1.5
	14
								17.5			6.78	1.1
	186.7	25	7.5		1.8 2.9			14			302 100		7.3	0.9
								1.1kw
050	70	59	20		2.5 1.2			186.7	49	7.5	2.35	2.6
		71	25		2.69 1.0		063	140	65	10	2.59	2.0
	46.7	81	30		2.86 1.0			93.3	93
35		80 40 3.15 0.9
										15

											2.97	1.5

机型代号 Model code	输出转速 Output speed rimin	输出转矩 Output torque N.m	传动比 Transmission ratio i	输出轴径向力 Output radial force kN	使用系数 its	机型代号 Model code	输出转谱 Output speed rimin	输出转矩 Output torque N.m	传动比 Transmission ratio II	输出轴径向力 Output radial force	使用系数 fs
063	70 56 46.7	122 146	20 25 30 40	3.27 3.52 3.74	1.1 0.9 1.0 0.9 2.1					3.39 3.88	2.3 1.9
							93.3
		167					70	15	4.27
		165	3.59				252	20		1.4
	35			090			308	25	4.6	1.1
		95	3.5 3.86	46.7 35			351 433	30 40	4.89 4.9	1.2 1.0
075	93.3 70	123		4.16 4.42	1.7	28			5.28	0.9
	56	150	25	1.3 1.3			393	50
	46.7	171	30 4.86 40	1.0		70	255	20	5.39	2.5
		216	50	0.9		56
	35	264	60	4.89			315	25	5.81	2.2
	28	223		0.8		46.7 35	356	30	6.18 6.8	2.0 1.5
090		225	40	5.38	1.6 1.3	28	468 563	50	7.32	1.2
	35	270	50 60	5.79	1.0	23.3	648	60	7.78	1.0
	28	311		6.16 6.17	0.9
	23.3 17.5	328	80			35 28	468	40	8.89 9.58	2.2
110		281	50	7.32 7.78	2.3 1.9		563 648	50 60	10.18	1.7 1.4
	28	324	60 80		130		23.3
	23.3						17.5 816	80	11.21	1.0
	17.5	402 473		1.3 1.0			14 869	100	10.62	0.8
063	14 1.5kw		7.5	2.35	1.9 1.5		570	50	13.1	2.5
	186.7	67	10	2.59			28
		89		2.97	150		23.3 657	60	13.92	1.9
	140 93.3	127		1.3			17.5 816	80	15.32 16.5	1.4 1.0
075	70	166	20	3.27 3.08	1.0 2.2	3kw		100	2.78
		90	10				186.7			1.4
	140				075		136 180	7.5 10	3.06	1.1
	93.3	130		1.5 1.3			140 93.3 261		3.5	0.8
	70 56	168 205		3.86 4.16 4.42	1.0 1.0	186.7		15
	46.7	233	25 30					7.5	3.08	2.1
							138 182	10	3.39	1.7
		171		2.1	090		264		3.88	1.4
090	70 56	210	20	4.27 4.6 4.89	1.6 1.7	93.3 70 56		15 20	4.27	1.0
		239	25 30				344		4.6	0.8
	46.7	307	40	5.38 1.2			420 479	25 30	4.89
	35	368	50 60	5.79			46.7			0.9
	28	424		6.16
	23.3						93.3 264 70 348		4.9 5.39	2.5 1.9

组合机输出转速输出刷如总传动比高速锁但速锁输出就告型维格 OutputOutput General 传动比作动比格径CombinationspeedtorqueTranarasion High speedLow speed 向力 fsModel timin N.m ratiobanárssion banirsásionOutputcode 1 rafio ratioradial force1 1 kN								组合机始出转速输出转矩总传动比观通量低速型编制班型机络 OutputOutpul General 特动比动轴径Combinationspeed lortueTransmission Hgh spedLow speed 向力 tsModel n'min N.m ratio harsmssion tnáramissionOutputcode 1 ratlo ratio radal force1 i kN
0.12kw4.7		118	300	10	30 4.841.2			0.25kw0.3563/130		2046	4000	50	80 13.50.6
									0.28	2430	5000	50	100	13.5	0.5
	2.8	164	500	10	50 4.840.7
	2.8	171	500	10	50 6.271.3				0.78	1199	1800	60	30	18	1.8
								30/63	2.3	208	600	60	40	18	1.8
			750	15	50	6.270.9		63/150	0.5	1713	3000	60		1.9	241
			750	15	50	6.270.9			0.4	2026	4000	50	80	18	241	0.9
	1.6	324	900	30	30	7.38	1.2		0.3	2251	5000	50	100	18	0.7
40/75	1.2	399	1200	30	40	7.38	0.9
	0.78	546	1800	30	60	8.18	0.9
	0.78	546	1800	30	60	8.18	0.9		4.7	405	300	10	30	7.38	1.0
40/90	0.58	695	2400	60	40	8.18	0.9	40/753.5		498	400	10	40	7.38	0.7
0.5		883	3000	60	50	10.32	1.2	4.7		401	300	7.5	40	8.18	1.5
0.28		928	5000	50	100	10.32	0.8	3.540/90		523	400	10	40	8.18	1.2
								2.8		611	500	10	50	8.18	0.9
30/63	3.5	221	400	10	40	6.27	1.0	2.3		757	600	15	40	8.18	0.8
	2.8	257	500	10	50	6.27	0.8
											750	25	30	10.32
															1.3
	23	362	600	20	30										1.3
						7.38	1.1	50/110 1.6		1079	900	30	30	10.32	1.2
	1.6	487	900	30	30	7.38	0.8
	1.6	487	900	30	30	7.38	0.8		1.2	1396	1200	30	40	10.32	0.8
40/90	1.2	639	1200	30	40	8.18	1.0		0.9	1674	1500	50	30	13.5	1.1
	0.93	735	1500	30	50	8.18	0.8	63/130	0.78	1887	1800	60	30	13.5	0.9
	0.78	860	1800	60	30	10.32	1.5		0.78	1774	1800	60	30	18	1.2
50/110	0.58	1113	2400	60	40	10.32	1.1	63/150	0.6	2141	2400	60	40	18	1.2
30/63	3.5	159	400
30/63	3.5	159	400	10	40	6.27	1.4		0.5	2535	3000	60	50	18	0.9
	2.8	185	500	10	50	6.27	1.2		0.55kw
3.540/75		336	400	10	40	7.38	1.1	4.7		638	300	10	30	10.32	2.0
2.8		384	500	10	50	7.38	0.8	3.5		826	400	10	40	10.32	1.4
2.3		511	600	15	40			50/110 2.8		984	500	10	50	10.32	1.1
2.3		511	600	15	40			2.3		1181	600	15	40	10.32	1.0
										1411	750	25	30	10.32	0.9
1.6		667	900	15	60	8.18	0.8			1411	750	25	30	10.32	0.9
1.2		943	1200	30	40	10.32	1.3	2.8		995	500	10	50	13.5	1.6
					30	10.32	1.2	63/130 1.9		1471	50/110 0.93		1064	1500	50
0.78		1195	1800	60	30	10.32	1.1	1.2		2132	1200	30	40	13.5	0.8
0.663/130		1624	2400 60 40			13.51.0		0.7863/150		2637	1800	60	30	18	0.8
0.47		1935	3000 60 50 13.50.8					0.8		3182	2400	60	40	18	0.8

Combination 型机烟 Model	输出转速 Outpult speed tmin	输出转 Output torque N.m	总售动比 General Transrsission High spoed taninsision tamison ratio	高速锁传动比	低通级传动比 Low speed	输出轴径向力	使用系防 fs
code				rato 1	ratio 1	radial force kN
50/110	0.75kw 4.7	871	300	10	30	10.32	1.5
	3.5	1126	400	10	40	10.32	1.1

	2.8	1357 1631	500 600	10 15	50 40	13.5 13.5	1.1 1.0
63/130	2.3 1.9	2005	750	25	30	13.5	0.9
	1.6	2283	900	30	30	13.5	0.8
							1.8
	2.8	1290	500	10	50	18
63/150	2.3	1529	600	15	40	18
	1.9	1783	750	25	30	18
	1.6 1.2	2215 2680	900 1200	30 30	30 40	18 18	0.9 1.0

	1.1kw	1312	300	10	30	13.5
63/130	4.7 3.5	1671	400	10	40	13.5
	2.8	1991	500	10	50	13.5
							3.1
	9.3	752	150	10	15	18	2.4
	7.0	966	200	10	20	18
63/150	5.6	1175	250	10	25	18
	4.7	1364	300	10	30	18
	3.5	1619	400	10	40	18
	2.8	1893	500	10	50	18	1.2
	2.3	2242 2616	600 750	15 25	40	18 18
	1.9				30
	1.5kw
63/130	4.7	1789 2279	300 400	10 10	30 40	13.5 13.5	1.0 0.7
	3.5
	9.3	1026	150	10	15	18	2.3
	7.0	1317	200	10	20	18	1.8
63/150	5.6	1602	250	10	25	18	1.3
	4.7	1860	300	10	30	18	1.3 1.2
	3.5	2208	400	10	40	18
	2.8 2.3	2582 3057	500 600	10 15	50 40	18 18	0.9 0.9

机型代号统入轴Model 功率code InputpowerkW	输出州通输出铺矩Outout Outputspeed torquerlmin N.m		传动比输出轴输入轴Tranoression 视向力怪尚力ratio Output Inpulradial radialforce forcekN kN
0.6	1.6	1760	900 13.5 0.7
0.4	0.93	1760	1500	13.5 0.7
0.363/130	0.78	1760	1800	13.5 0.7
0.3	0.58	1650	2400	13.5	0.7
0.2	0.47	1550	3000	13.5	0.7
0.1	0.35	1220	4000	13.5	0.7
0.1	0.28	1100	5000	13.5	0.7
3.4	9.3	2340	150	18	0.7
2.7	7.0	2340	200	18	0.7
1.9	4.6	2050	250	18	0.7
1.4	2.8	2330	500	18	0.7
1.3	2.3	2670	600	18	0.7
1.0	1.9	2330	750	18	0.7
63/150 0.7	1.6	2100	900	18	0.7
0.4	0.78	2100	1800	18	0.7
0.5	0.6	2670	2400	18	0.7
0.3	0.5	2330	3000	18	0.7
0.2	0.4	1880	4000	18	0.7
0.2
0.2

5.4 双级减速机(轴伸输入、输入转速1400r/min) 5.3 Double step reducer(shaft extend input, input speed is 1400r/min)

机型代号 Model code	输入描功率 input power WW	输出转课 Output speed rimin	输出转矩 Output torque N.m	传动比 Trarsmtssion ratio	编出轴极尚力 Output radal force	给入轴径向力 inout radal		机型代号 Model code	输入描输出转道功率 Output Input speed power rimin WW	输出转拍 Output torque N.m	传动比 Trarsmssion ratio i	始出轴图尚力 Output radal force	缩入曲经尚力 Inpul radal force
30/40 30/50	0.1 4.7 0.1		73 65	300	3.49	0.21 0.21
	3.5		400	3.49	0.21		1.9 1.6	390 390	750 900	7.38 7.38	0.35 0.35
0.08	2.8	61	500	3.49
0.06	2.3	73	600	3.49	0.21			360	1200	7.38	0.35 0.35
					0.21		1.2
0.04	1.9	73	750	3.49			0.93	390	1500	7.38	0.35
0.03	0.6	73	900	3.49	0.21		0.78	390	1800	7.38	0.35
0.02	1.2	65	1200	3.49	0.21 0.21		0.58	360	2400	7.38	0.35
0.02	0.9	73	1500		3.49		0.47	320	3000	7.38	0.35
0.02	0.78	73	1800		3.49		0.08 0.35	250	4000	7.38	0.35
	0.01 0.58	65	2400		3.49 0.21		0.06 0.28	230	5000	7.38	0.35
0.4	0.01		3200		3.49 0.21
0.01	0.35 0.01 0.28	33 29	4000 5000	3.49 3.49	0.21 0.21		4.7	610	300 400	8.18	0.35
							3.5 2.8	610 560	500	8.18 8.18	0.35 0.35
	0.15	4.7	145	300	4.84	0.21 0.21 0.21	0.34 0.3		610	600	8.18
	0.1	3.5	124	400	4.84		2.3 1.9	560	750	8.18	0.35 0.35
	0.1	2.8	120	500	4.84		0.23		900	8.18	0.35
	0.1		145	600	4.84	40/90	0.2 1.6	505 610	1200	8.18	0.35
	0.1		145	750	4.84		0.2 1.2		1500		0.35
	0.1	1.9 1.8	145	900	4.84		0.14 0.93	560		8.18
		1.2	124	1200	4.84		0.78	505	1800	8.18	0.35
	0.08	0.93	145	1500	4.84		0.11 0.58	610	2400	8.18	0.35
	0.06	0.78		1800	4.84		0.1 0.47	560	3000	8.18	0.35
	0.04	0.6	145 124	2400	4.84		0.35	460	4000	8.18	0.35
0.03 0.02	0.5	120	3000	4.84	0.21 0.21	0.1	0.28	5000	8.18	0.35
0.02 0.02	0.35	82	4000	4.84	0.21 0.21	1.1	4.7	1265	300	10.32	0.49
0.24	0.29	82	4800	4.84		0.61	3.5 2.8	1185 1100	400 500	10.32 10.32	0.49 0.49
	4.7 3.5	230	300	6.27	0.21			1185	600	10.32	0.49
	2.8	230	400	6.27	0.21		2.3	1265	750	10.32	0.49
	2.3	216	500	6.27	0.21		1.9	1265	900	10.32	0.49
	0.13	230	600		6.27 0.21 0.21	50/110	1.6	1186	1200	10.32	0.49
		216	750		6.27		1.2	1265	1500	10.32	0.49
0.11	1.6	198	900		6.27	0.21 0.21	0.3 0.93
0.1 0.1	1.2	230	1200		6.27		0.3 0.78 0.2	1285	1800	10.32	0.49
0.1	0.93	216 198	1500 1800		6.27 6.27		0.58 0.15 0.47	1185 1100	2400 3000	10.32 10.32	0.49 0.49
0.1 0.1

right revolving direction are right according to requirement. It is better that the input speed of worm shaft shouldn't exceed 2000 RPM, the general range is 600-1800 RPM.

蜗轮减速机 Worm geared mofors cnd worm gear unifs

6.4.2 The load should be added step by step when using the machine. Never running it with full load.

6.4.3The reducer which model is among 25-90 has the oil add hole only. It has been full of synthetic lubrication oil ISO VG320 .User doesn't need to think about oil adding, after about 10000 hours conti-nual running, please change new lubrication oil.

6.4.4 The reducer model of 110-150 has oil add hole, oil out hole and oil gauge. Mineral lubrication oil ISO VG460 has been filled in enough, before using, user must pull out the rubber ring of vent plug. After the first 500 hours running, clean the interior box and change new oil in it. Then change the oil once per 5000 hours.

6.4.5 The permitted temperature of the oil in reducer is 95℃. If up to this value, it must be stopped and checked.

6.4.6 When the ambient temperature is 5℃ upper or lower than the normal level stated in the table, please cont act with us.

7. 油品润滑 Lubricant

7.1 润滑油选用表 Lubricant oil chosen table

减速机规格Reducer size	25~90	110~150
润滑油类型Type of lubrication oil	合成润滑油Synthetic lubrication oil	矿物润滑油Mineral lubrication oil
环境温度℃Ambient temperature	-25~+50	-5-+40	-15-+25
ISO VG	ISO VG 320	ISO VG 460	ISO VG 220
AGIP	TELIUMVSF320	BLASIA 460	BLASIA 220
SHELL	TIVELA S320	TIVELAS460	TIVELA S220
ESSO	S220	SPARTAN EP460	SPARTAN EP220
MOBIL	GLYGOYLEHE320	MOBIL GEAR 630xP	MOBIL GEAR 630xP
CASTROL	ALPHA SYN PG320	ALPHA MAX 460	ALPHA MAX 200
BP	ENERGOLSG-XP320	ENERGOLGR-XP460	ENERGOL GR-XP220

7.2 润滑油注油量(L) Adding Capacity of lubrication oil

规格Type安装型式Installation	25	30	40	50	63	75	90	110	130	150
B3	0.02	0.01	0.08	0.15	0.3	0.55	1	3	4.5	7
B6 B7								2.5	3.5	5.4
								2.2	3.3	5.1
V5								3	4.5	7
V6								2.2	3.3	5.1

蜗轮减速机 Worm geared' mofors and worm gear unifs

8. 故障分析

故障情况	故障原因	解决办法
过热	原动机、减速机、工作机连接不当	调整至适当位置，使三者相联轴线同轴
	超负荷运转	适当调整负荷
	油封过度磨擦	在油封唇口处滴润滑油
	☆ 润滑油过少或过多	按注油方式或调整油量
	☆ 润滑油杂质多或润滑性差	按润滑油选用表更换合适新油
振动	原动机、减速机、工作机固定不良	查出固定不良部位，正确固紧
	蜗轮副齿部磨耗或损伤	更换蜗轮副(需要时本公司配合)
	轴承磨损	更换轴承
	螺栓松脱	固紧螺栓
杂音	原动机与减速机连接不当	原动机重新调整连接
	轴承损伤或间隙过大	更换轴承
	蜗轮副啮合不良	修整齿面或更换蜗轮副(请与本公司联系)
	☆润滑油不足	按注油方式或补加润滑油
漏油	油封唇口磨损	更换油封
	油封档轴颈磨损	更换输入轴或带轮轴蜗轮
	放油螺塞未旋紧	螺纹处加密封胶、旋紧螺塞
蜗轮副齿面磨损过快	油标破损	更换油标
	超负荷运转	调整至适当负荷
	☆ 润滑油不符合要求	更换合适的润滑油
	☆润滑油不足	按油标指示点加足润滑油
	未按规定适时换油，润滑油劣化	按规定要求适时换油
	运转温度过高	1.按“过热”故障处理2.采取合适措施，降低环境温度