Spur gearboxes MTC..A

Size: 0 – 8

Gear ratio: „i“ = 4 – 284

Power: 0,12 – 45 kW

Torque: 20 – 4300 Nm

TOS ZNOJMO, Joint-Stock Co., a traditional producer and supplier, offers industrial gearboxes of a new design, high use value and reliability, type identification MTC..A. The block casing design of sizes MTC 0.A – MTC 5.A, made of aluminium alloys, is characterised by high stiffness and low weight. The basic version is delivered without varnish.

The block casing of MTC 6.A – MTC 8.A sizes is made of cast iron. Standard gearboxes are varnished with RAL 5021. Smooth gear ratio spacing allows precise choice of required output speed.

Gearboxes of all sizes, stainless steel version, can be ordered.

Type identification of the product

The gearbox is explicitly identified with its type – numerical code in compliance with the example presented.

Type Identification Diagram:

MTC	♦	♦	A	♦	♦	♦	♦	♦	Data of motors and completive data
a	b	c	d	e	f	g	h	i	j

a. Type: MTC – identification of helical gearbox type series

b. Gearbox size: is characterised by axial height of the output shaft

Size	0	1	2	3	4	5	6	7	8
Axis [mm]	71	75	75	90	115	140	180	225	250

c. Number of gear ratio spacing: defined by the design

d.Distinguishing symbol: The A letter identifies a new generation of MTC helical gearboxes

e. Gear ratio:

Code	Gear ratio i
Code	MTC 02A	MTC 12A	MTC 22A	MTC 32A	MTC 42A	MTC 52A	MTC 62A	MTC 72A	MTC 23A	MTC 33A	MTC 43A	MTC 53A	MTC 63A	MTC 73A	MTC 82A	MTC 83A
1				3,76					26,8	27,6	28,8	26,8	25,7	27,3
2	4,37	4,10		4,22					29,7	30,3	31,9	30,3	29,0	30,6		31,69
3		4,70	4,83	4,74	4,84			4,31	33,5	33,4	35,9	34,0	32,5	34,6		36,49
4		5,29	5,56	5,39	5,40	5,43	5,51	5,01	36,7	37,1	40,2	38,5	37,4	39,5
5	6,15	6,17	6,22	6,19	6,05	6,19	6,06	5,86	41,6	41,8	45,4	43,5	42,9	44,3		42,36
6		6,80	6,98	7,02	6,80	6,95	6,69	6,61	46,8	47,1	50,7	49,2	48,7	49,7		48,34
7	8,07	7,79	7,82	7,86	7,68	7,82	7,54	7,41	52,2	52,6			53,0		7,62	54,96
8		8,75	8,89	8,83	8,71	8,71	8,24	8,62	57,8	57,9	57,8	55,8	59,9	56,2	8,77	61,1
9	10,36	9,85	10,23	9,91	9,95	9,92	9,02	10,08	65,3	63,8	63,9	63,0	67,2	64,2	10,19	68,47
A		11,49	11,45	11,28	10,56	11,14	10,97	11,38	71,5	70,8	72,0	70,8	77,3	73,2	11,62	77,4
B	12,54	12,66	12,86	12,94	11,87	12,55	12,35	13,08	81,0	79,8	80,6	80,2		82,0	11,93	82,61
C	14,88	14,51	14,51	14,67	13,39	14,20	13,49	14,92		89,6	91,1	90,7	88,6	92,7	13,74	94,73
D		16,14	16,19	16,42	15,19	16,16	15,06	17,15		100,1	104,1	102,6	100,5	105,9	15,95	109,09
E		18,46	17,93	18,49	17,36	18,29	16,89			110,3			114,6		18,21
F	19,75	20,35	20,26	20,66	20,00	20,92	19,08	19,68		121,4	118,5	116,5		118,2	20,7	126,64
G		23,86	25,14	25,05	25,43	23,78	24,64	24,84		134,8	131,1	131,6	129,5	132,5	23,01
H		26,26		27,81			28,23	28,08			147,6	147,8	145,3	149,8	25,79	144,5
I							32,04	32,08			165,4	167,4	167,2	171,1	29,15	164,3
J											186,9	189,3	191,6	196,3	31,11	182,64
K				22,75	22,63								217,4	220,0		204,69
L							9,94							248,7		231,38
M							21,41	22,17						284,2		246,94

f. Working position of gearbox: housing design and type allow to use it in various positions.

Code	Position
1	P1
2	P2
3	P3
4	P4
5	P5
6	P6

g. Input:

Code	Motor size	Ø D [mm]
0	–	–

1	56	9
2	63	11
3	71	14
4	80	19
5	90	24
6	100, 112	28
7	132	38
8	160	42
9	180	48
A	200	55
B	225	60

h. Input flange size:

Code	Ø M [mm]	Ø N H7 [mm]	Ø P [mm]	Ø S [mm]
1	75	60	90	5,5
2	85	70	105	6,6
3	100	80	120	7
4	115	95	140	10
5	130	110	160	10
6	165	130	200	12
7	215	180	250	15
8	265	230	300	15
9	300	250	350	18
A	350	300	400	18
B	400	350	450	18

i. Mounting position:

Code	Ø M [mm]	Ø Nj6 [mm]	Ø P [mm]	Ø S [mm]	Type
foot
0	–	–	–	–	–

Code	Ø M [mm]	Ø Nj6 [mm]	Ø P [mm]	Ø S [mm]	Type
flange
1	75	60	90	5,5	MTC 0
2	85	70	105	6,6	MTC 0
3	100	80	120	7	MTC 0, 1
4	115	95	140	10	MTC 0,1,2
5	130	110	160	10	MTC 3
6	165	130	200	12	MTC 4
7	215	180	250	15	MTC 5
8	265	230	300	15	MTC 6
9	300	250	350	18	MTC 7
B	350	300	400	18	MTC 8

j. Motor data and additional data:

– When ordering the gearbox and el. motor specify the size, el. motor output and the number of poles, (e.g. 0,75 kW/4p) or a special type of motor.
– Gearbox additional data – e.g. hue, lubricant, stainless design.

Example of type identification:

MTC	4	3	A	D	1	4	5	0	/ 0,75kW/4p
a	b	c	d	e	f	g	h	i	j

The codes identify the following data:
a) b) c) d) helical 3-speed gearbox of new series, axial height 115 mm,
e) gear ratio i =104.1,
f) horizontal working position (lugs downwards),
g) hollow input shaft for el. motor, size 80,
h) input flange, pitch Ć 130mm (Ć 130/ Ć 110/ Ć 160)
i) basic model without big input flange,
j) 80, 0,75kW/4p – gearbox fitted with a 4-pole, three-phase induction el. motor 0,75 kW, 50 Hz, 230 V / 400VY.

Gearbox selection

Gearbox selections

The following data are necessary to specify proper size of the gearbox: required output torque M₂, gearbox output speed n₂, the way of gearbox loading and the corresponding operating factor S_m. Based on these data suitable size, gearbox performance and gear ratio i can be specified.

Relations for the calculation of individual values

Output torque M_k

Torque M_k is given by the required load of the gearbox. It can be formulated as force F₂, acting in a certain distance on the arm r₂.

M_k [Nm] = F₂ [N] x r₂ [m]

Operating factor S_m

To guarantee working safety with various load and operating conditions the gearbox (motor) type is specified with respect to the operating factor S_m. The table specifies the operating factor S_m values considering the kind of load, average working hours per day and the number of starts per an hour. These values apply to a gearbox driven by a usual motor. When a brake el. motor is used, it is necessary to multiply the operating factor S_m by coefficient 1,15.

Kind of load	Number of starts per hour	Average daily operation [hour]
Kind of load	Number of starts per hour	<2	2÷8	9÷16	17÷24
Normal shock-free operation, small inertia (fans, gear pumps, assembly lines, conveyer screws, liquid mixers, filling machines and wrapping machines)	<10	0,9	1	1,2	1,5
	>10	1	1.1	1.2	1.3
Light jolts at starting, irregular operation, medium inertia (conveyer belts, hoists, winches, kneading-, mixing-, woodworking-, printing- and textile machines)	<10	1,0	1,3	1,5	1,6
	10÷50	1,2	1,4	1,7	1,9
	50÷100	1,3	1,6	2,0	2,1
	100÷200	1,5	1,9	2,3	2,4
Heavy shock irregular operation, high inertia (concrete mixers, suction pumps, compressors, rams, rolling mills, heavy goods conveyer belts, bending machines, presses, nmachines with irregular load and motion)	<10	1,2	1,5	1,8	2,0
	10÷50	1,4	1,7	2,1	2,2
	50÷100	1,6	2,0	2,3	2,5
	100÷200	1,8	2,3	2,7	2,9

When a gearbox is selected, pay care the operating factor S_m to be lower than the gearbox service factor S_f, or increase the required torque M_k acc. to the formula:

M₂ = M_k x S_m

Service factor S_f

The gearbox service factor S_f specifies the ratio between max. torque at the gearbox outlet which can load the gearbox and actual output torque which can be provided by the selected el. motor.

M_2max
S_f = ————————— [-]
M₂

Max. torque M_2max has been specified for the operating factor S_m = 1.
The values of service factors for individual variants of sizes, gears and el. motors are shown in the table 6.1.

El. motor P₁output

The following relation specifies the el. motor P₁ required output:

M₂[Nm] x n₂ [min^-1] x 100
P₁ = ————————————————- [kW]
9590 x η [%]

Radial and axial load of the shaft

At output shaft with cylindrical journal. The values of allowable radial and axial load are shown in the table of max. performances. Allowable load of the shaft is specified for input speed n₁ = 1400 [min^-1].

Radial load F_r

When specifying this value, consider a half length of the shaft free end (see the figure) as the radial force F_r application point.

The calculated F_r shall not exceed max. allowable load specified in the table of max. performances.
If radial force acts at the shaft within a large distance, max. allowable load shall be reduced. For example – only 80 % value shown in the table is allowed for the load at the point of 75 % length of the journal. The allowable load can be higher by 25 % for the load at the point of 30 % of the journal length. If a pulley, sprocket wheel, gear wheel, etc. is fitted on the output shaft, the following formula can specify the radial load:

M₂ x k x 2000
F_r = ——————————– [N]
D

M₂ – output torque [Nm]
D   – design diameter (pitch circle) of a pulley (gear wheel) at the outlet [mm]
k    – load factor
        1,10 sprocket wheels
        1,25 spur wheels
        1,50 pulley

It means that radial load of the shaft can be decreased by increasing the pulley diameter if possible. If the radial load keeps to be high or force acts on the shaft journal in a large distance, external supporting on bearings shall be used in order to absorb these forces.

Axial load F_{a max}

F_r
F_{a max} = ————————— [N]
3

Allowable axial load of a shaft is described by the equation

F_{a max}[N] – max. allowable axial force
F_r[N] – value of allowable radial load according in the table of max. performances

Radial load of shaft with simultaneous acting of axial force

When axial and radial forces act simultaneously, the shaft load shall not exceed

F_ra = F_r – 3 x F_a [N]

F_a[N] – axial load of shaft
F_r[N] – value of allowable radial load specified in the table of max. performances
F_ra[N] – max. allowable radial force with simultaneous acting axial force F_a[N]

Max. values

Max. values of MTC..A gearboxes

The tables show max. values of performances and the corresponding values of output torque which can be transmitted by the gearboxes. These values have been specified for uniform load of the gearbox without jolts – for operating factor S_m = 1 with nominal speed
n₁ = 1400 min^-1.

Size:

02A

MTC	i [-]	n₂ [min^-1]	M_2max [Nm]	P_1max [kW]	F_r [N]
02A	4,37	320	35	1,17	640
	6,15	228	38	0,91	680
	8,07	173	40	0,73	780
	10,36	135	38	0,54	900
	12,54	112	40	0,47	930
	14,88	94,1	40	0,39	970
	19,75	70,9	42	0,31	1050

12A

MTC	i [-]	n₂ [min^-1]	M_2max [Nm]	P_1max [kW]	F_r [N]
12A	4,1	341	20	0,72	820
	4,7	298	23	0,72	870
	5,29	265	26	0,72	920
	6,17	227	30	0,71	970
	6,8	206	33	0,71	1020
	7,79	180	38	0,72	1070
	8,75	160	43	0,72	1120
	9,85	142	48	0,71	1170
	11,49	122	50	0,64	1220
	12,66	111	50	0,58	1280
	14,51	96,5	50	0,51	1330
	16,14	86,7	50	0,45	1380
	18,46	75,8	50	0,40	1430
	20,35	68,8	50	0,36	1780
	23,86	58,7	50	0,31	1530
	26,26	53,3	50	0,28	1580

22A

MTC	i [-]	n₂ [min^-1]	M_2max [Nm]	P_1max [kW]	F_r [N]
22A	4,25	329	48	1,75	820
	4,83	290	50	1,60	890
	5,56	252	53	1,48	960
	6,22	225	54	1,34	1030
	6,98	201	55	1,22	1100
	7,82	179	85	1,68	1170
	8,89	157	85	1,48	1240
	10,23	137	85	1,29	1310
	11,45	122	85	1,16	1380
	12,86	109	85	1,03	1450
	14,51	96,5	85	0,92	1520
	16,19	86,5	85	0,82	1590
	17,93	78,1	85	0,74	1660
	20,26	69,1	85	0,66	1730
	25,14	55,7	85	0,53	1800

23A

MTC	i [-]	n₂ [min^-1]	M_2max [Nm]	P_1max [kW]	F_r [N]
23A	26,8	52,2	85	0,50	1870
	29,67	47,2	85	0,45	1880
	33,54	41,7	85	0,40	1880
	36,71	38,1	85	0,37	1880
	41,61	33,6	85	0,33	1880
	46,77	29,9	85	0,29	1880
	52,17	26,8	85	0,26	1880
	57,77	24,2	85	0,24	1880
	65,29	21,4	85	0,21	1880
	71,47	19,6	85	0,19	1880
	81	17,3	85	0,17	1880

32A

MTC	i [-]	n₂ [min^-1]	M_2max [Nm]	P_1max [kW]	F_r [N]
32A	3,76	372	100	4,12	800
	4,22	332	105	3,85	800
	4,74	295	130	4,25	800
	5,39	260	140	4,02	800
	6,19	226	145	3,63	900
	7,02	199	140	3,09	1000
	7,86	178	150	2,96	1500
	8,83	159 1	60	2,81	1600
	9,91	141	170	2,66	1700
	11,28	124	180	2,50	1800
	12,94	108	190	2,30	1900
	14,67	95,4	200	2,13	2200
	16,42	7	200	1,69	2800
	20,66	67,8	200	1,53	3200
	22,75	61,5	200	1,39	3600
	25,05	55,9	200	1,26	3800
	27,81	50,3	200	1,14	4000

33A

MTC	i [-]	n₂ [min^-1]	M_2max [Nm]	P_1max [kW]	F_r [N]
33A	27,55	50,8	200	1,15	4000
	30,34	46,1	200	1,04	4200
	33,41	41,9	200	0,96	4500
	37,08	37,8	200	0,86	4800
	41,8	33,5	200	0,76	4900
	47,07	29,7	200	0,68	4900
	52,59	26,6	200	0,61	4900
	57,91	24,2	200	0,56	4900
	63,78	22	200	0,51	4900
	70,8	19,8	200	0,46	4900
	79,59	17,6	200	0,41	4900
	89,62	15,6	200	0,36	4900
	100,13	14	200	0,33	4900
	110,26	12,7	200	0,30	4900
	121,42	11,5	200	0,28	4900
	134,78	10,4	200	0,25	4900

42A

MTC	i [-]	n₂ [min^-1]	M_2max [Nm]	P_1max [kW]	F_r [N]
42A	4,84	289	280	8,96	1600
	5,4	259	305	8,75	1700
	6,05	231	320	8,19	1800
	6,8	206	335	7,63	2000
	7,68	182	350	7,06	2400
	8,71	161	450	8,00	2600
	9,95	141	450	7,00	3100
	10,56	133	300	4,45	3300
	11,87	118	300	3,96	3400
	13,39	105	450	5,26	3600
	15,19	92,2	450	4,64	3700
	17,36	80,6	450	4,06	3900
	20	70	450	3,56	4000
	22,63	61,9	450	3,15	4300
	25,43	55,1	450	2,80	4600

43A

MTC	i [-]	n₂ [min^-1]	M_2max [Nm]	P_1max [kW]	F_r [N]
43A	28,8	49	450	2,47	5000
	31,86	44	450	2,23	5100
	35,87	39	450	1,98	5300
	40,19	35	450	1,77	5500
	45,41	31	450	1,58	6000
	50,74	27,6	450	1,42	6200
	57,79	24,2	450	1,24	6600
	63,94	22	450	1,14	7000
	71,98	19	450	1,01	7100
	80,64	17	450	0,90	7100
	91,14	15	450	0,80	7100
	104,08	14	450	0,70	7100
	118,54	12	450	0,62	7100
	131,14	11	450	0,56	7100
	147,64	10	450	0,50	7100
	165,42	9	450	0,45	7100
	186,94	8	450	0,40	7100

52A

MTC	i [-]	n₂ [min^-1]	M_2max [Nm]	P_1max [kW]	F_r [N]
52A	5,43	258	510	14,55	3500
	6,19	226	540	13,51	3600
	6,95	201	580	12,93	3800
	7,82	179	610	12,08	4300
	8,71	161	620	11,03	5200
	9,92	141	630	9,84	6300
	11,14	126	660	9,27	6500
	12,55	112	690	8,61	6700
	14,2	99	720	7,94	7000
	16,16	87	740	7,17	7500
	18,29	77	780	6,67	8000
	20,92	67	820	6,13	8600
	23,78	59	820	5,40	9000

53A

MTC	i [-]	n₂ [min^-1]	M_2max [Nm]	P_1max [kW]	F_r [N]
53A	26,79	52	820	4,84	9900
	30,27	46	820	4,29	9900
	33,99	41	820	3,86	9900
	38,5	36,4	820	3,41	9900
	43,54	32,2	820	3,01	9900
	49,16	28,5	820	2,67	9900
	55,79	25,1	820	2,38	9900
	63,04	22,2	820	2,10	9900
	70,79	19,8	820	1,87	9900
	80,17	17,5	820	1,65	9900
	90,68	15,4	820	1,46	9900
	102,62	13,6	820	1,31	9900
	116,47	12	820	1,15	9900
	131,59	10,6	820	1,02	9900
	147,77	9,5	820	0,92	9900
	167,36	8,4	820	0,81	9900
	189,3	7,4	820	0,72	9900

62A

MTC	i [-]	n₂ [min^-1]	M_2max [Nm]	P_1max [kW]	F_r [N]
62A	5,51	254	910	24,21	9000
	6,06	231	960	23,22	9200
	6,69	209	1020	22,35	9300
	7,54	186	1070	20,8	9500
	8,24	170	1160	20,64	10000
	9,02	155	1180	19,18	10200
	9,94	141	1200	17,7	10400
	10,97	128	1230	16,44	10800
	12,35	113	1280	15,19	11500
	13,49	104	1340	14,56	12500
	15,06	93	1390	13,53	13500
	16,89	82,9	1440	12,5	14000
	19,08	73,4	1500	11,52	14500
	21,41	65,4	1500	10,27	15000
	24,64	56,8	1500	8,92	15500
	28,23	49,6	1500	7,79	16000
	32,04	43,7	1500	6,86	16000

63A

MTC	i [-]	n₂ [min^-1]	M_2max [Nm]	P_1max [kW]	F_r [N]
63A	25,65	55	1500	8,57	15000
	28,98	48	1500	7,59	15500
	32,51	43	1500	6,76	16000
	37,42	37	1500	5,88	16800
	42,87	33	1500	5,13	16900
	48,66	29	1500	4,52	16900
	52,99	26	1500	4,15	16900
	59,85	23	1500	3,67	16900
	67,15	21	1500	3,27	16900
	77,29	18	1500	2,85	16900
	88,55	16	1500	2,48	16900
	100,5	13,9	1500	2,19	16900
	114,64	12,2	1500	1,92	16900
	129,48	10,8	1500	1,70	16900
	145,28	9,6	1500	1,51	16900
	167,22	8,4	1500	1,32	16900
	191,58	7,3	1500	1,15	16900
	217,44	6,4	1500	1,01	16900

72A

MTC	i [-]	n₂ [min^-1]	M_2max [Nm]	P_1max [kW]	F_r [N]
72A	4,31	325	1630	58,58	9300
	5,01	279	1780	55,03	9700
	5,86	239	1890	49,95	9900
	6,61	212	2000	46,86	10600
	7,41	189	2030	42,43	11000
	8,62	162	2030	36,48	12000
	10,08	139	2090	32,11	12100
	11,38	123	2190	29,81	12300
	13,08	107	2300	27,24	12800
	14,92	93,8	2400	24,91	13400
	17,15	81,6	2500	22,58	14200
	19,68	71,1	2610	20,54	14700
	22,17	63,1	2720	19,20	15300
	24,84	56,4	2830	17,83	15900
	28,08	49,9	2560	14,27	17000
	32,08	43,6	2560	12,49	17500

73A

MTC	i [-]	n₂ [min^-1]	M_2max [Nm]	P_1max [kW]	F_r [N]
73A	27,28	51	2670	15,48	17000
	30,58	46	2890	14,95	17500
	34,56	41	3000	13,73	18000
	39,49	36	3000	12,02	19800
	44,34	32	3000	10,70	19800
	49,69	28	3000	9,55	19800
	56,17	25	3000	8,45	19800
	64,17	22	3000	7,47	19800
	73,15	19	3000	6,56	19800
	81,98	17	3000	5,85	19800
	92,67	15,1	3000	5,18	19800
	105,88	13,2	3000	4,58	19800
	118,23	11,8	3000	4,10	19800
	132,5	10,6	3000	3,66	19800
	149,77	9,3	3000	3,24	19800
	171,11	8,2	3000	2,83	19800
	196,34	7,1	3000	2,47	19800
	220,04	6,4	3000	2,23	19800
	248,73	5,6	3000	1,97	19800
	284,17	4,9	3000	1,74	19800

82A

MTC	i [-]	n₂ [min^-1]	M_2max [Nm]	P_2max [kW]	F_r [N]
82A	7,62	183,7	2400	48,29	11000
	8,77	159,6	2800	48,92	12000
	10,19	137,4	3200	48,16	13000
	11,62	120,5	4000	52,76	14000
	11,93	117,4	3600	46,24	14000
	13,74	101,9	4000	44,61	14500
	15,95	87,8	4300	41,31	15000
	18,21	76,9	4300	36,21	16000
	20,7	67,6	4300	31,84	16500
	23,01	60,8	4300	28,65	17000
	25,79	54,3	4300	25,56	18000
	29,15	48,0	4300	22,61	19000
	31,11	45,0	4300	21,19	20000

83A

MTC	i [-]	n₂ [min^-1]	M_2max [Nm]	P_2max [kW]	F_r [N]
83A	31,69	44,2	4300	20,8	21000
	36,49	38,4	4300	18,06	22000
	42,36	33,1	4300	15,56	23000
	48,34	29,0	4300	13,64	25000
	54,96	25,5	4300	11,99	26000
	61,1	22,9	4300	10,79	27000
	68,47	20,5	4300	9,63	28000
	77,4	18,1	4300	8,52	29000
	82,61	17,0	4300	7,98	29000
	94,73	14,8	4300	6,96	30000
	109,09	12,8	4300	6,04	30000
	126,64	11,1	4300	5,2	30000
	144,5	9,7	4300	4,56	30000
	164,3	8,5	4300	4,01	30000
	182,4	7,7	4300	3,61	30000
	204,69	6,8	4300	3,22	30000
	231,38	6,1	4300	2,85	30000
	246,94	5,7	4300	2,67	30000

Performance data

MTC 0 – 7

Electric motors 1LA7, 1LG6 – 4 pole input speed 1500 min ^-1

Size	1LA7060-4	1LA7063-4	1LA7070-4	1LA7073-4	1LA7080-4	1LA7090-4	1LA7090-4
Output P₁ [kW]	0.12	0.18	0.25	0.37	0.55	0.75	1.1

Size	1LA7096-4	1LA7106-4	1LA7107-4	1LA7113-4	1LA7130-4	1LA7133-4	1LA7163-4
Output P₁ [kW]	1.5	2.2	3	4	5.5	7.5	11

Size	1LA7166-4	1LG6183-4	1LG6186-4	1LG6207-4
Output P₁ [kW]	15	18.5	22	30

Electric motors 1LA7, 1LG6 – 6 pole input speed 1000 min ^-1

Size	1LA7060-6	1LA7063-6	1LA7070-6	1LA7073-6	1LA7080-6	1LA7083-6	1LA7090-6
Output P₁ [kW]	0.06	0.09	0.18	0.25	0.37	0.55	0.75

Size	1LA7096-6	1LA7106-6	1LA7113-6	1LA7130-6	1LA7133-6	1LA7134-6	1LA7163-6
Output P₁ [kW]	1.1	1.5	2.2	3	4	5.5	7.5

Size	1LA7166-6	1LG6186-6	1LG6206-6	1LG6207-6
Output P₁ [kW]	11	15	18.5	22

Electric motors of increased 1LA9 – 4 pole input speed 1500 min ^-1

Size	1LA9060-4	1LA9070-4	1LA9070-4	1LA9073-4	1LA9080-4	1LA9083-4	1LA9090-4
Output P₁ [kW]	0.21	0.29	0.45	0.6	0.9	1.25	1.8

Size	1LA9096-4	1LA9107-4	1LA9113-4	1LA9130-4	1LA9133-4	1LA9163-4	1LA9166-4
Output P₁ [kW]	2.5	4	5.5	8.6	11	17	22

MTC 8

Electric motors 1LA7, 1LG6 – 4 pole

Size	1LA7106-4	1LA7107-4	1LA7113-4	1LA7130-4	1LA7133-4	1LA7163-4	1LA7166-4
Output P₁ [kW]	2.2	3	4	5.5	7.5	11	15

Size	1LG6183-4	1LG6186-4	1LG6207-4	1LG6220-4	1LG6223-4
Output P₁ [kW]	18.5	22	30	37	45

Electric motors 1LA7, 1LG6 – 6 pole

Size	1LA7106-6	1LA7113-6	1LA7130-6	1LA7133-6	1LA7134-6	1LA7163-6	1LA7166-6
Output P₁ [kW]	1.5	2.2	3	4	5.5	7.5	11

Size	1LG6186-6	1LG6206-6	1LG6207-6	1LG223-6
Output P₁ [kW]	15	18.5	22	30

Electric motors 1LA9 – 4 pole

Size	1LA9107-4	1LA9113-4	1LA9130-4	1LA9133-4	1LA9163-4	1LA9166-4
Output P₁ [kW]	4	5.5	8.6	11	17	22

Dimensional drawings

Dimensions drawings [mm]

Size		A	AB	B	BB	CA	CB	Dk6	E	F	G	H	HA	K	L	M	Nj7	S	S2	T	V1	V2	J	Weight
MTC	02A	110	138	90	117	18	–	14	40	5	16	71	14	9	140	–	–	–	M5	–	136	–	0,00	6,0
	12A	110	138	90	117	18	–	16	40	5	18,1	75	14	9	140	–	–	–	M5	–	140	–	0,00	9,0
	22A	110	140	110	132	14	4,5	20	40	6	22,5	75	12	9	160^*	60	50	M5x10	M6	2,5	133	160	0,00	5,0
	23A	110	140	110	132	14	4,5	20	40	6	22,5	75	12	9	172	60	50	M5x10	M6	2,5	133	160	10,08	5,3
	32A	110	158	130	160	19	6	25	50	8	27,9	90	18	9	200	85	70	M6x12	M10	3	151	178	10,08	8,0
	33A	110	158	130	160	19	6	25	50	8	27,9	90	18	9	205	85	70	M6x12	M10	3	151	178	10,00	8,5
	42A	135	200	165	195	24	7	35	70	10	38	115	24	13,5	255	100	80	M6x12	M12	3,5	188	216	10,00	14,5
	43A	135	200	165	195	24	7	35	70	10	38	115	24	13,5	250	100	80	M6x12	M12	3,5	188	216	10,00	15,0
	52A	170	235	205	245	28	7,5	40	80	12	43	140	30	17	278	130	110	M8x16	M16	3,5	229	258	17,80	23,0
	53A	170	235	205	245	28	7,5	40	80	12	43	140	30	17	276	130	110	M8x16	M16	3,5	229	258	17,80	23,0
	62A	215	290	260	300	35	7,5	50	100	14	53,5	180	35	17	315	165	130	M8x19	M16	3,5	295	334	14,85	58,0
	63A	215	290	260	300	35	7,5	50	100	14	53,5	180	35	17	327	165	130	M8x19	M16	3,5	295	334	14,85	58,0
	72A	250	350	310	365	32,5	7,5	60	120	18	64	225	50	22	405	200	160	M16x30	M20	3,5	362	410	10,20	135,0
	73A	250	350	310	365	32,5	7,5	60	120	18	64	225	50	22	390^***	200	160	M16x30	M20	3,5	362	410	10,20	125,0
	82A	290	400	370	440	45	10	70	140	20	74,5	250	55	26	486	215	180	M20x30	M20	4,0	417	481	20,5	155
	83A	290	400	370	440	45	10	70	140	20	74,5	250	55	26	476	215	180	M20x30	M20	4,0	417	481	20,5	160

* 168 mm for motor size 90
** 355 mm for motor size 180
*** 417 mm for motor size 200

Size		CC	L1	M	Nj7	P	S3	T1	Weight
MTC	02A	18	140	115	95	140	10	3,0	6,0
	12A	18	140	115	95	140	10	3,0	9,0
	22A	18	168*	115	96	140	10	3,0	5,3
	23A	18	177	115	96	140	10	3,0	5,6
	32A	25	206	130	110	160	10	3,5	8,5
	33A	25	211	130	110	160	10	3,5	9,0
	42A	31	262	165	130	200	11	3,5	15,4
	43A	31	257	165	130	200	11	3,5	15,9
	52A	35	286	215	180	250	14	4,0	24,6
	53A	35	284	215	180	250	14	4,0	24,6
	62A	36	323**	265	230	300	15	4,0	64,0
	63A	36	335	265	230	300	15	4,0	64,0
	72A	46	413	300	250	350	18	5,0	146,0
	73A	46	398***	300	250	350	18	5,0	135,0
	82A	48	499	350	300	450	18	5,0	173
	83A	48	489	350	300	450	18	5,0	187

* 173 mm for motor size 90
** 363 mm for motor size 180
*** 425 mm for motor size 200

Size		D1k6	E1	F1	G1	L2	S1
MTC	02A	12	20	4	14	140	M4
	12A	14	25	6	16	140	M5
	22A	19	40	6	22	158	M6
	23A	19	40	6	22	170	M6
	32A	24	50	8	27	199	M8
	33A	24	50	8	27	203	M8
	42A	24	50	8	27	245	M8
	43A	24	50	8	27	248	M8
	52A	28	60	8	31	275	M10
	53A	28	60	8	31	268	M10
	62A	38	80	10	41	313	M16
	63A	38	80	10	41	317	M16
	72A	42	110	12	45	403	M20
	73A	42	110	12	45	388	M20
	82A	48	110	14	51,5	483	M20
	83A	48	110	14	51,5	471	M20

Connecting dimensions

Combination of IEC motors and gearboxes

Motor	63			71			80			90
Ø Shaft dia	11			14			19			24
IEC	B14A	B14B	B5	B14A	B14B	B5	B14A	B14B	B5	B14A	B14B	B5
Flange size	M=75	M=100	M=115	M=85	M=115	M=130	M=100	M=130	M=165	M=115	M=130	M=165
MTC 02A	♦	♦	♦	♦	♦	♦	♦	♦
MTC 12A	♦	♦	♦	♦	♦	♦	♦	♦
MTC 22A					♦	♦	♦	♦		♦	♦
MTC 23A		♦	♦		♦	♦
MTC 32A							♦	♦	♦	♦	♦	♦
MTC 33A		♦	♦		♦	♦	♦	♦	♦	♦	♦	♦
MTC 42A											♦	♦
MTC 43A		♦	♦		♦	♦	♦	♦	♦	♦	♦	♦
MTC 52A											♦	♦
MTC 53A							♦	♦	♦	♦	♦	♦
MTC 63A								♦	♦		♦	♦
MTC 73A												♦

Motor	100			112			132			160	180	200	225
Ø Shaft dia	28			28			38			42	48	55	60
IEC	B14A	B14B	B5	B14A	B14B	B5	B14A	B14B	B5	B5	B5	B5	B5
Flange size	M=130	M=165	M=215	M=130	M=165	M=215	M=165	M=215	M=265	M=300	M=265	M=300	M=300
MTC 32A	♦	♦		♦	♦
MTC 33A
MTC 42A	♦	♦	♦	♦	♦	♦	♦	♦
MTC 43A
MTC 52A	♦	♦	♦	♦	♦	♦	♦	♦		*
MTC 53A	♦	♦		♦	♦			♦
MTC 62A		♦	♦		♦	♦	♦	♦	♦	♦	♦
MTC 63A	♦	♦	♦	♦	♦	♦	♦	♦
MTC 72A								♦	♦	♦	♦	♦
MTC 73A		♦	♦		♦	♦	♦	♦	♦	♦
MTC 82A									♦	♦	♦	♦	♦
MTC 83A			♦			♦		♦	♦	♦	♦

* El. motor shaft 160 modified to size 132

Dimensions of motor couplings holes

		Ø D E7 [mm]	F P9 [mm]	GA [mm]
IEC size
	63	11	4	12,8
	71	14	5	16,3
	80	19	6	21,8
	90	24	8	27,3
	100	28	8	31,3
	112	28	8	31,3
	132	38	10	41,3
	160	42	12	45,3
	180	48	14	51,8
	200	55	16	58,8
	225	60	18	64

Matching of IEC motors to gearboxes

Size	63	71	80	90	100	112	132	160	180	200	200
Ø Shaft dia	11	14	19	24	28	28	38	38*	48	55	55
MTC 12A	♦	♦
MTC 22A		♦	♦	♦
MTC 23A	♦	♦
MTC 32A			♦	♦	♦	♦
MTC 33A	♦	♦	♦	♦
MTC 42A				♦	♦	♦	♦
MTC 43A	♦	♦	♦	♦
MTC 52A				♦	♦	♦	♦	*
MTC 53A			♦	♦	♦	♦
MTC 62A					♦	♦	♦	♦	♦
MTC 63A				♦	♦	♦	♦
MTC 72A							♦	♦	♦	♦
MTC 73A					♦	♦	♦	♦
MTC 82A							♦	♦	♦	♦	♦
MTC 83A					♦	♦	♦	♦	♦

Motor flanges of gearboxes

Identification	M [mm]	N H7 [mm]	P [mm]	S [mm]
FF75	75	60	90	5,5
FF85	85	70	105	6,6
FF 100	100	80	120	7
FF 115	115	95	140	10
FF 130	130	110	160	10
FF 165	165	130	200	12
FF 215	215	180	250	15
FF 265	265	230	300	15
FF 300	300	250	350	18
FF 350	350	300	400	18
FF 400	400	300	400	18

Use of motor flanges

	F 75	F 85	F 100	F 115	F 130	F 165	F 215	F 265	F 300	F 350	F 400
MTC 02A	♦	♦	♦	♦	♦
MTC 12A	♦	♦	♦	♦	♦
MTC 22A		♦	♦	♦	♦	♦
MTC 23A		♦	♦	♦	♦	♦
MTC 32A			♦	♦	♦	♦	♦
MTC 33A			♦	♦	♦	♦	♦
MTC 42A					♦	♦	♦
MTC 43A			♦	♦	♦	♦	♦
MTC 52A					♦	♦	♦		♦
MTC 53A			♦	♦	♦	♦	♦
MTC 62A						♦	♦	♦	♦
MTC 63A					♦	♦	♦		♦
MTC 72A							♦	♦	♦	♦
MTC 73A						♦	♦	♦	♦
MTC 82A								♦	♦	♦	♦
MTC 83A							♦	♦	♦

Lubricants

Gearboxes, MTC..A series, are lubricated by gear bath in oil combined with oil splashing. When performed under normal conditions, it secures proper function, life and performance of the gearbox. Only the position, for which the gearbox has been designed, is permissible with respect to the deaerating plug location. When the operating position is changed, adjust the lubrication quantity for 0–5 gearboxes according to the table. The P2 position cannot be used with gearboxes of sizes 6 and 8. The gearbox shall be arranged at site for this position.

The MTC..A gearboxes are standard delivered with Shell Spirax ASX 75 W-90 oil filling; it is a synthetic oil which under normal conditions provides gearbox operation requiring no maintenance and oil exchange during its life. If a different lubricant is required, e.g. due to more difficult conditions (higher operating temperature, high speed), additives included in the lubricant shall be prevented from attacking the oil packing. Synthetic oils are recommended, they secure longterm life, stability and gear transmission efficiency. When mineral oil filling is used, replacement is necessary after a certain period. When grease is used, it is necessary to consider worse heat removal, lower efficiency, worse lubrication of all components resulting in higher wear. Recommended lubricants are specified in the table called Equivalent Lubricants. Oil quantity for individual types and size of gearboxes is specified in the table called Lubricant Quantity. It is not advised to mix lubricant from various producers. Mixing of synthetic and mineral lubricant is inadmissible.

Lubrication Equivalent

Lubricant	Mineral oil		Synthetic oil
Ambient temperature	-10°C – +50°C		-10°C – +50°C
Type of load	normal	heavy
ÖMV	Öle HST 220 EP	Öle HST 320 EP	Unigear S75 W-90
Agip	Blasia 220	Blasia 320	Blasia S
Aral	Degol BG 220	Degol BG 320	Degol GS220
Castrol	Alpha SP 220	Alpha SP 320	Alpha SH220
ESSO	Spartan EP 220	Spartan EP 320
Klüber	Lamora 220	Lamora 320	Syntheco HT 220
Mobil	Mobilgear 632	Mobilgear 634	SHC 630
Shell	Omala EP 220	Omala EP 320	Omala HD220
Optimol	Optigear BM 220	Optigear BM 320	Optigear A220
Total	Carter EP 220	Carter EP 320
Paramo	Paramol CLP 220	Paramol CLP 320

Industrial Oils for Food Industry

Manufacturer	Identification
Shell	Cassida Fluid GL220
Aral	Eural Gear 220
Klüber	Klübersynth UH1 6-220
Mobil	DTE FM 220

Lubricant Fill

Oil [l]	Operational position
Type	P1	P2	P3	P4	P5	P6
MTC 0	0,2	0,35	0,25	0,3	0,25	0,25
MTC 1	0,25	0,4	0,27	0,35	0,27	0,27
MTC 2	0,35	0,6	0,3	0,7	0,4	0,4
MTC 3	0,7	1,2	0,7	1,3	0,8	0,8
MTC 4	1,6	2,8	2	2,5	1,3	1,3
MTC 5	2,3	3,4	3	3,2	2,3	2,3
MTC 6	5,0	7,5	6,5	7,0	6,5	6,5
MTC 7	8	12	10	12,5	10	10
MTC 8	10	12	12	13,5	12	12

Electromotors

Mounting positions of electromotor

Standard location of the terminal board is in position 1. Different position shall be specified in the order as a special requirement.

The chapter on el. motors provides basic technical and dimensional data of motors with axis height 56 to 200 delivered by the producer of el. motors – Siemens. As for suplementary or detail technical information ask the producer for separate catalogue of motors.

Three-phase induction squirrel-cage motors 1LA7

1LA7 type 4-pole, synchronous speed 1500 min^-1

Size		Output [kW]	Speed [min^-1]	Rated current A 400 V	Rating moment [Nm]	Power cos φ	Efficiency h [%]	Ratio		J [kgxm²]	Weight [kg]
Size		Output [kW]	Speed [min^-1]	Rated current A 400 V	Rating moment [Nm]	Power cos φ	Efficiency h [%]	Ik/In	Mz/Mn	J [kgxm²]	Weight [kg]
63	4s	0,12	1350	0,42	0,84	0,75	55	2,8	1,9	0,0003	3,5
63	4	0,18	1350	0,56	1,3	0,77	60	3,0	1,9	0,0004	4,1
71	4s	0,25	1350	0,76	1,8	0,79	60	3,0	1,9	0,0006	4,8
71	4	0,37	1370	1,03	2,5	0,80	65	3,3	1,9	0,0008	6,0
80	4s	0,55	1395	1,45	3,7	0,82	67	3,9	2,2	0,0015	8,0
80	4	0,75	1395	1,86	5,1	0,81	72	4,2	2,3	0,0018	9,4
90S	4	1,1	1415	2,55	7,4	0,81	77	4,6	2,3	0,0028	12,3
90L	4	1,5	1420	3,4	10,1	0,81	79	5,3	2,4	0,0035	15,6
100L	4s	2,2	1420	4,7	14,8	0,82	82	5,6	2,5	0,0048	21,5
100L	4	3,0	1420	6,4	20,2	0,82	83	5,6	2,7	0,0058	24,5
112M	4	4,0	1440	8,2	26,5	0,83	85	6,0	2,7	0,011	31,0
132S	4	5,5	1455	11,4	36,1	0,81	86	6,3	2,5	0,018	42,5
132M	4	7,5	1455	15,2	49,2	0,82	87	6,7	2,7	0,024	49,0
160M	4	11	1460	21,5	72	0,84	88,5	6,2	2,2	0,040	68,0
160L	4	15	1460	28,5	98,1	0,84	90	6,5	2,6	0,052	93,5

1LG4 type 4-pole, synchronous speed 1500 min^-1

Size		Output [kW]	Speed [min^-1]	Rated current A 400 V	Rating moment [Nm]	Power cos φ	Efficiency h [%]	Ratio		J [kgxm²]	Weight [kg]
Size		Output [kW]	Speed [min^-1]	Rated current A 400 V	Rating moment [Nm]	Power cos φ	Efficiency h [%]	Ik/In	Mz/Mn	J [kgxm²]	Weight [kg]
180M	4	18,5	1465	35	121	0,84	90,6	6,8	2,4	0,10	140
180L	4	22	1465	41,5	143	0,84	91,3	6,9	2,5	0,12	155
200L	4	30	1465	56	196	0,85	92,0	6,9	2,5	0,19	210
225S	4	37	1475	68	240	0,85	92,6	6,7	2,5	0,37	265
225M	4	45	1475	81	291	0,85	93,6	7,2	2,7	0,45	300

Shape

– flanged IM 3041 (IM B5), IM 3641 FT^**)

– all mounting shapes according to IEC 34-7 code I/II

Mounting dimensions

– in compliance with IEC 72/DIN 42673

Enclosure

– IP 55

Dimensions of motors [mm]

Type	Flanged motor – dimensions in mm
Axis height	AC	HF	HG	L	LB	LD	LG	Dk6	E	F	G	GD
1LA7
63	118	78,5	101	202	179	69,5	75	11	23	4	8,5	4
71	139	88,5	111	240	210	63,5	75	14	30	5	11	5
80	156,5	95,5	120	272,5	232,5	63,5	75	19	40	6	15,5	6
90	173,6	105,5	128	331	281	79	75	24	50	8	20	7
100	196	78	135	327,5	312,5	102	120	28	60	8	24	7
112	219,5	91	148	393	333	102	120	28	60	8	24	7
132	259	107	167	454	374	128,5	140	38	80	10	33	8
160	314	127	197	588	478	160,5	165	42	110	12	37	8
1LG4, 1LG6
180	364		262	670	560			48	110	14	42,5	9
200L	402		300	720	610			55	110	16	49	10
225	445		325	790	650			60	140	18	53	11

Type	Flanged motor – dimensions in mm
Type	Flange IM B5							Flange IM B 14FT.. smaller						Flange IM B 14FT.. bigger
Axis height	Flange	M	N	P	S	T	LA	Flange	M	N	P	S	T	Flange	M	N	P	S	T
63	FF115	115	95	140	10	3,0	8	FT75	75	60	90	M5×14	2,5	FT100	100	80	120	M6×16	3,0
71	FF130	130	110	160	10	3,5	9	FT85	85	70	105	M6×16	2,5	FT115	115	95	140	M8×16	3,0
80	FF165	165	130	200	12	3,5	10	FT100	100	80	120	M6×16	3,0	FT130	130	110	160	M8×16	3,5
90	FF165	165	130	200	12	3,5	10	FT115	115	95	140	M8×21	3,0	FT130	130	110	160	M8×22	3,5
100	FF215	215	180	250	14,5	4	11	FT130	130	110	160	M8×20	3,5	FT165	160	130	200	M10	3,5
112	FF215	215	180	250	14,5	4	11	FT130	130	110	160	M8×20	3,5	FT165	160	130	200	M10×20	3,5
132	FF265	265	230	300	14,5	4	12	FT165	160	130	200	M10×24	3,5	–	–	–	–	–	–
160	FF300	300	250	350	18,5	5	13		–	–	–	–	–	–	–	–	–	–	–
180	FF300	300	250	350	18	5	13	–	–	–	–	–	–	–	–	–	–	–	–
200	FF350	350	300	400	18	5	15	–	–	–	–	–	–	–	–	–	–	–	–
225	FF400	400	350	450	18	5	16

Three-phase induction squirrel-cage motors 1LA7

1LA7 type 2-pole, synchronous speed 3000 min^-1

Size		Output [kW]	Speed [min^-1]	Rat. current A 400 V	Weight [kg]
63	2s	0,18	2820	0,51	3,5
63	2	0,25	2830	0,68	4,1
71	2s	0,37	2740	1,00	5,0
71	2	0,55	2800	1,36	6,6
80	2s	0,75	2855	1,73	8,2
80	2	1,1	2845	2,40	9,9
90S	2	1,5	2860	3,25	12,9
90L	2	2,2	2880	4,55	15,7
100L	2	3,0	2890	6,10	21,5
112M	2	4,0	2905	7,80	29,0
132S	2	5,5	2925	10,3	40,5
132M	2	7,5	2930	13,8	48,5
160M	2s	11	2940	20,0	68,5
160M	2	15	2940	26,5	76,5
160L	2	18,5	2940	32,5	87

Three-phase induction squirrel-cage motors 1LA9

1LA9 type 4-pole, synchronous speed 1500 min^-1

Size		Output [kW]	Speed [min^-1]	Rat. current A 400 V	Weight [kg]
63	4s	0,21	1335	0,66	4
63	4	0,29	1330	0,98	5
71	4s	0,45	1340	1,50	6
71	4	0,60	1340	1,65	7
80	4s	0,90	1340	2,30	10
80	4	1,25	1340	3,10	12
90S	4	1,8	1380	3,90	15
90L	4	2,5	1390	5,90	18
100L	4s	4,0	1410	9,20	25
112M	4	5,5	1440	12,1	37
132S	4	8,6	1440	17,8	45
132M	4	11,0	1450	22,5	60
160M	4	17,0	1455	33,0	81
160L	4	22,0	1455	44,0	107
160L	2	18,5	2940	32,5	87

Three-phase induction squirrel-cage motors 1LG4

1LG4 type 4-pole, synchronous speed 1500 min^-1

Size		Output [kW]	Speed [min^-1]	Rat. current A 400 V	Weight [kg]
180M	4	18,5	1465	35	140
180L	4	22	1465	41,5	155
200L	4	30	1465	56	210
225S	4	37	1475	68	265
225M	4	45	1475	81	300

Three-phase induction squirrel-cage motors 1LG6

1LG6 type 4-pole, synchronous speed 1500 min^-1

Size		Output [kW]	Speed [min^-1]	Rat. current A 400 V	Weight [kg]
180M	4	18,5	1470	34,5	155
180L	4	22	1470	41	180
200L	4	30	1470	55	225
225S	4	37	1480	67	290
225M	4	45	1480	81	330

Three-phase induction squirrel-cage motors 1LA7

1LA7 type 6-pole, synchronous speed 1000 min^-1

Size		Output [kW]	Speed [min^-1]	Rat. current A 400 V	Weight [kg]
63	6s	0,06	830	0,34	3,5
63	6	0,09	870	0,47	4,1
71	6s	0,18	835	0,62	6,3
71	6	0,25	850	0,78	6,3
80	6s	0,37	920	1,2	7,5
80	6	0,55	910	1,6	9,4
90S	6	0,75	915	2,1	12,5
90L	6	1,1	915	2,9	15,7
100L	6	1,5	925	3,9	24
112M	6	2,2	940	5,2	27
132S	6	3,0	950	7,2	41
132M	6	4,0	950	9,4	46
132M	6	5,5	950	12,8	54
160M	6	7,5	960	17,0	76
160L	6	11	960	24,5	102

Three-phase induction squirrel-cage motors 1LA7

1LA7 type 8-pole, synchronous speed 750 min^-1

Size		Output [kW]	Speed [min^-1]	Rat. current A 400 V	Weight [kg]
71	8s	0,09	630	0,36	6,3
71	8	0,12	645	0,51	6,3
80	8s	0,18	675	0,75	7,5
80	8	0,25	680	1,03	9,4
90S	8	0,37	675	1,13	10,5
90L	8	0,55	675	1,58	13,2
100L	8	0,75	680	2,15	20
100L	8	1,1	680	2,9	22
112M	8	1,5	705	3,9	24
132S	8	2,2	695	5,7	41
132M	8	3,0	700	7,6	49
160M	8s	4,0	715	10	61
160M	8	5,5	710	13	70
160L	8	7,5	715	17,7	91

1LF7 One-phase induction squirrel-cage motors closed, with start capacitor

1LF7 type 4-pole, synchronous speed 1500 min^-1

Size		Output [kW]	Speed [min^-1]	Rat. current A 400 V	Weight [kg]
63	4s	0,12	630	0,36	6,3
63	4	0,18	630	0,36	6,3
71	4s	0,25	630	0,36	6,3
71	4	0,37	645	0,51	6,3
80	4s	0,55	675	0,75	7,5
80	4	0,75	680	1,03	9,4
90	4s	1,1	675	1,13	10,5
90	4	1,5	675	1,58	13,2
100	4	2,2	680	2,15	20

1LF7 One-phase induction squirrel-cage motors closed, with start capacitor

1LF7 type 6-pole, synchronous speed 1500 min^-1

Size		Output [kW]	Speed [min^-1]	Rat. current A 400 V	Weight [kg]
80	6s	0,37	675	0,75	7,5
80	6	0,55	680	1,03	9,4
90	6s	0,75	675	1,13	10,5
90	6	1,1	675	1,58	13,2

Spare parts

Pos.	Name	Pos.	Name	Pos.	Name
1	Casing	16	Safety ring	31	Safety ring
2	Cover II	17	Bearing	32	Pinion I
3	Motor flange	18	Pinion shaft III	33	Bearing
4	Upper cover	19	Spacer ring	34	Coupling
5	Output shaft	20	Bearing	35	Bearing
6	Spring	21	Spring	36	Safety ring
7	Radial shaft seals	22	Wheel II	37	Radial shaft seals
8	Safety ring	23	Safety ring	38	Screw
9	Bearing	24	Safety ring	39	Vent plug
10	Spacer ring	25	Safety ring	40	Suspension eye
11	Spring	26	Bearing	41	Screw
12	Wheel	27	Pinion shaft II	42	Screw
13	Bearing	28	Spring	43	Plug DIN908
14	Safety ring	29	Wheel I	44	Output flange
15	NBR cap	30	Bearing	45	Screw