Ondrives: Gearboxes Reducers - Heavy Duty Cast Motor Gearboxes - M

M : 16-28mm Shafts 59-1540Nm

Gearboxes Reducers » Heavy Duty Cast Motor Gearboxes »
M Type : Heavy Duty Inline Helical Gearbox Motor Unit version • 3 Phase / 4 Pole

NOTE: This new range supercedes the M Series heavy duty gearboxes previously supplied
M Type Heavy Duty Inline Helical Gearbox Motor Unit

Size	a	b	c	e	f	g2	h	h1	i	k	n	o	o1	p	p3	s
M0122	110	110	12	131	135	140	75	-	58	286	25	152	76	-	149	10
M0222	130	110	16	152	145	140	90	-	75	317	35	170	84	-	180	10
M0322	130	110	16	152	145	140	90	-	75	317	35	170	84	-	180	10
M0422	165	135	20	200	190	180	115	-	90	369	55	204	97	-	208	15
M0522	165	135	20	200	190	180	115	-	100	379	55	204	97	-	208	15
M0622	195	150	24	235	210	180	130	14.5	100	400	60	220	110	246	214	15
M0722	205	170	25	245	230	212	140	-	115	440	60	252	119	295	250	19
M0822	260	215	35	310	290	250	180	-	140	555	75	320	167	360	310	19

Discounts

1+ 0%

Part Number	High Speed Shaft							Low Speed Shaft							Cost	Quantity	Add to Basket
Part Number	d1	L1	L13	L14	t1	u1	w1	d	L	L11	L12	t	u	w	Cost	Quantity	Add to Basket
M0122R	16	40	4	32	18.0	5	M5 x 0.8 12 deep	20	40	4	32	22.5	6	M6 x 1.0 16 deep	£POA
M0222R	16	40	4	32	18.0	5	M5 x 0.8 12 deep	25	50	4	40	28.0	8	M10 x 1.5 22 deep	£POA
M0322R	16	40	4	32	18.0	5	M5 x 0.8 12 deep	25	50	4	40	28.0	8	M10 x 1.5 22 deep	£POA
M0422R	19	40	4	32	21.5	6	M6 x 1 16 deep	30	60	4	50	33.0	8	M10 x 1.5 22 deep	£POA
M0522R	19	40	4	32	21.5	6	M6 x 1 16 deep	35	70	7	60	33.0	10	M12 x 1.75 28 deep	£POA
M0622R	19	40	4	32	21.5	6	M6 x 1 16 deep	35	70	7	60	38.0	10	M12 x 1.75 28 deep	£POA
M0722R	24	50	5	40	27.0	8	M8 x 1.25 12 deep	40	80	5	70	43.0	12	M16 x 2.0 36 deep	£POA
M0822R	28	60	5	50	31.0	8	M10 x 1.5 22 deep	50	100	10	80	53.5	14	M16 x 2.0 36 deep	£POA

Material
Casing: Cast Iron. Helical Gears: Hardened Steel.
Lubrication: Synthetic oil - if mounting position is different from the drawing, extra lubricant may be required. Please advise mounting position.
Ambient Temperature Range: 0°C to +35°C

Other Info.
Output Torque Guide Using Standard Motor: (Motor KW / Motor Speeds) x 9550 = input torque.
Input Torque x Exact Ratio x Efficiency = Guide Output Torque.
To choose the most suitable option, please provide full details of the application.

Ordering
The prices quoted are for the reducer units only, please see the catalogue pages (download link below) for motors and other options.

Downloads
PDF Documents : Catalogue Pages