RV Worm Gear Units

Lus piav qhia luv luv:

Specification:

● suav nrog 10 hom lub cev muaj zog, Cov neeg siv khoom tuaj yeem xaiv lawv raws li qhov kev thov

Kev ua tau zoo:

● Kev pabcuam fais fab: 0. 06-15kW

● Max. tso zis torque: 3000Nm

● Modularization kev sib xyaw ua ke DRV, Qhov sib piv ntau: 5-5000

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Product Detail

OUTLINE DIMENSION Daim Ntawv

ACCESSORIES OUTLINE DIMENSION Daim Ntawv

Khoom cim npe

Kev ntseeg tau

● Lub tsev: tuag-case aluminium alloy (thav duab loj: 025-090); cam khwb cia hlau (thav duab loj: 110-150)
● Cov cab cab ua los ntawm cov hlau zoo, kho los ntawm qhov chaw tawv tawv ntawm qhov hardness mus txog 56-62HRC · Cov cab cab ua los ntawm cov khoom siv stannum bronze alloy

RV WORM GEAR UNITS
Hom	Piv txwv (i)	(Efficiency)	Tsav loj mus txog	Lub cev muaj zog txog li (kW)	Torque MAX (Nm)	BKM hypoid iav units hom
RV025	5-60	40-70%	56	0.09 ib	16	/
RV030	5-80	40-70%	63	0.18	24	/
RV040	5-100	35-70%	71	0.37 ib	52	/
RV050	5-100	35-70%	80	0.75 ib	80	BKM 050
rv063 ua	7.5-100 Nws	35-65%	90	1.5	164	PAB 063
rv075 ua	7.5-100 Nws	35-65%	112	4	260	PAB 075
rv090 ua	7.5-100 Nws	35-65%	112	4	460	BKM 090
RV 110	7.5-100 Nws	35-65%	132	7.5	660	BKM 110
RV 130	7.5-100 Nws	35-65%	132	7.5	1590 ib	BKM 130
RV 150	7.5-100 Nws	35-65%	160	15	1760	/

Yav dhau los: BKM Helical Hypoid Gearbox

Tom ntej: BRC Helical iav Box

NMRV	A	B	C	C1	D (H8)	E (h8)	F	G	H	H1	I	L1	M	N	O
030 ua	80	97	54	44	14	55	32	56	65	29	55	63	40	57	30
040 ua	100	121.5 ib	70	60	18 (19)	60	43	71	75	36.5 ib	70	78	50	71.5 ib	40
050 ua	120	144	80	70	25 (24)	70	49	85	85	43.5 ib	80	92	60	84	50
063 ua	144	174	100	85	25 (28)	80	67	103	95	53	95	112	72	102	63
075 ib	172	205	120	90	28(35)	95	72	112	115	57	112.5 ib	120	86	119	75
090 ua	206	238	140	100	35(38)	110	74	130	130	67	129.5 ib	140	103	135	90
110	255	295	170	115	42	130	-	144	165	74	160	155	127.5 ib	167.5 ib	110
130	293 ib	335	200	120	45	180	-	155	215	81	179	170	146.5 ib	187.5 ib	130
150	340	400	240	145	50	180	-	185	215	96	210	200	170	230	150

NMRV	P	Q	R	S	T	V	PE	b	t	a	Kg
030 ua	75	44	6.5	21	5.5	27	M6 × 11 (n=4)	5	16.3	0 °	1.25
040 ua	87	55	6.5	26	6.5	35	M6 × 8 (n = 4)	6	20.8 (21.8) Nws.	45 °	2.4
050 ua	100	64	8.5	30	7	40	M8 × 10 (n=4)	8	28.3 (27.3) Nws.	45 °	3.6
063 ua	110	80	8.5	36	8	50	M8 × 14 (n = 8)	8	28.3 (31.3) Nws.	45 °	5.7
075 ib	140	93	11	40	10	60	M8 × 14 (n = 8)	8 (10)	31.3 (38.3) Nws.	45 °	8.7 ib
090 ua	160	102	13	45	11	70	M10 × 18 (n = 8)	10	38.3 (41.3) thiab	45 °	11.9 ib
110	200	125	14	50	14	85	M10 × 18 (n = 8)	12	45.3 ib	45 °	40.7 ib
130	250	140	16	60	15	100	M12 × 21 (n = 8)	14	48.8 ib	45 °	54
150	250	180	18	72.5 ib	18	120	M12 × 21 (n = 8)	14	53.8 ib	45 °	91

NMRV	d_h6	B	B1	G1	L	L1	f	b1	t1
025 ib	11	23	25.5 ib	50	81	101	-	4	12.5 ib
030 ua	14	30	32.5 ib	63	102	128	M6 * 17	5	16
040 ua	18	40	43	78	128	164	M6 * 17	6	20.5 ib
050 ua	25	50	53.5 ib	92	153	199	M10 * 27	8	28
063 ua	25	50	53.5 ib	112	173	219	M10 * 27	8	28
075 ib	28	60	63.5 ib	120	192	247	M10 * 27	8	31
090 ua	35	80	84.5 ib	140	234	309	M12 * 34	10	38
110	42	80	84.5 ib	155	249	324	M16 * 42	12	45
130	45	80	85	170	265	340	M16 * 42	14	48.5 ib
150	50	82	87	200	297 ib	374 ib	M16 * 42	14	53.5 ib

NMRV	J	d(j6)	K	m	b1	t1
025 ib	37	9	20	-	3	10.2
030 ua	45	9	20	-	3	10.2
040 ua	53	11	23	-	4	12.5 ib
050 ua	64	14	30	M6	5	16
063 ua	75	19	40	M6	6	21.5 ib
075 ib	90	24	50	M8	8	27
090 ua	108	24	50	M8	8	27
110	135	28	60	M10	8	31
130	155	30	80	M10	8	33
150	175	35	80	M12	10	38