1MT0013 series Dust Explosion-proof Low Voltage Three-phase Asynchronous Motor

Overview

Classification of zones

Areas subject to explosion hazard are divided into zones. Zoning is based on the presence time of explosive substances and probability of explosion. Information and specifications for classification of the zones are laid down in the following standards:

GB 3836.14, IEC/EN 60079-10-1 for gas atmospheres
GB 12476.3, IEC/EN 60079-10-2 for dust atmospheres

Furthermore, a distinction is made between various explosion groups as well as temperature classes and these are included in the hazard assessment.

Depending on the particular zone and therefore the associated hazard, operating equipment must comply with defined minimum requirements regarding the type of protection. The different types of protection require corresponding measures to prevent ignition that should be implemented at the motor in order to prevent a surrounding explosive atmosphere from being ignited.

Zone		Zone deﬁnition acc. toGB3836.14 & IEC/EN 60079-10-1 for gas atmospheres GB 12476.3 & IEC/EN 60079-10-2 for dust atmospheres	Assigned types of protection	Category according to 2014/34/EU	Equipment protection level acc. to GB3836.1 & IEC/EN 60079-0
Gas	Dust		Assigned types of protection	Category according to 2014/34/EU
0	–	An area in which there is an explosive gas atmosphere constantly, over a long period or frequently.	Low-voltage motors not permitted	1	Ga
1	–	An area in which it is expected that an explosive gas atmosphere will occur occasionally during normal operation.	Ex e(GB) or Ex eb(IEC), Ex de, Ex d(GB) or Ex db(IEC)	2	Gb
2	–	An area in which it is expected that an explosive gas atmosphere will occur only rarely and then only brieﬂy during normal operation.	Ex nA(GB) Ex ec(IEC)	3	Gc
–	20	An area in which there is an explosive gas atmosphere comprising a dust-air mixture constantly, over a long period or frequently.	Low-voltage motors not permitted	1	Da
–	21	An area in which it is expected that an explosive gas atmosphere comprising a dust-air mixture will occur occasionally during normal operation.	Ex tb	2	Db
–	22	An area in which it is expected that an explosive gas atmosphere in the form of a cloud of ﬂammable dust in air will occur only rarely and then only brieﬂy during normal operation.	Ex tc 3)	3	Dc

Application

The explosion-proof motors are often used in the following industries to prevent explosion hazards that result in serious injury to persons and severe damage to property.

Chemical and petrochemical industry, Production of mineral oil and gas, Gas works, Gas supply companies, Petrol stations, Coking plants, Mills (e.g. corn, solids), Sewage treatment plants, Wood processing (e.g. sawdust, tree resin), Other industries subject to explosion hazards.

Characteristics of common flammable dust

Type of dust	Type of dust	Ignition temperature of dust layer (5mm) at high temperature surface (5mm) (ºC)	Ignition temperatureof dust cloud(ºC)	Lowest concentrationof explosion（g/m3）	Average particlesizeof dust（μm）	Dangerous nature	Dust grade
Metal	Aluminum (surface treatment)	320	590	37~50	10~15	CONDUCTIVE	III C
	Aluminum (containing fat)	230	400	37~50	10~20	CONDUCTIVE	III C
	Iron/td>	240	430	153~204	100~150	CONDUCTIVE/td>	III C
	Magnesium	340	470	44~59	5~10	CONDUCTIVE	III C
	Phosphorus	305	360	48~64	30~50	NON-CONDUCTIVE	III B
	Carbon	535	〉600	36~45	10~20	CONDUCTIVE	III C
	Titanium	290	375	-	-		III C
	Zinc	430	530	212~284	10~15	CONDUCTIVE	III C
	Calcium carbide	325	555	-	〈200	NON-CONDUCTIVE	III B
	Calcium silicon aluminum alloy (8% calcium,30% silicon, 55% aluminum)	290	465	-	-	CONDUCTIVE	III C
	Ferrosilicon alloy (45% silicon)	〉450	640	-	-	CONDUCTIVE	III C
	Pyrite	445	555	-	〈90	CONDUCTIVE	III C
	Zircon	305	360	92~123	5~10	CONDUCTIVE	III C
Chemical medicine	Zinc stearate	Melting	315	-	8~15	NON-CONDUCTIVE	III B
	Naphthalene	Melting	575	28~38	30~100	NON-CONDUCTIVE	III B
	Anthracene	Melting sublimation	505	29~39	40~50	NON-CONDUCTIVE	III B
	Adipic acid	Melting	580	65~90	-	NON-CONDUCTIVE	III B
	Benzene 2 (a) acid	Melting	650	61~83	80~100	NON-CONDUCTIVE	III B
	Anhydrous benzene 2 (a) acid (crude)	Melting	605	52~71	-	NON-CONDUCTIVE	III B
	Benzoate	Melting	〉700	37~50	-	NON-CONDUCTIVE	III B
	Anhydrous maleic acid (crude)）	Melting	500	82~113	-	NON-CONDUCTIVE	III B
	Sodium acetate	Melting	520	51~70	5~8	NON-CONDUCTIVE	III B
	Crystal violet	Melting	475	46~70	15~30	NON-CONDUCTIVE	III B
	Four nitro carbazole	Melting	395	92~123	-	NON-CONDUCTIVE	III B
	Two nitrocresol	Melting	340	-	40~60	NON-CONDUCTIVE	III B
	Aspirin	Melting	405	31~41	60	NON-CONDUCTIVE	III B
	Soap powder	Melting	575	-	80~100	NON-CONDUCTIVE	III B
	Green fuel	350	465	-	300~500	NON-CONDUCTIVE	III B
	Naphthol fuel	395	415	133~184	-	NON-CONDUCTIVE	III B
Synthetic resin	Polyethylene	Melting	410	26~35	30~50	NON-CONDUCTIVE	III B
	Polypropylene	Melting	430	25~35	-	NON-CONDUCTIVE	III B
	Polystyrene	Melting	475	27~37	40~60	NON-CONDUCTIVE	III B
	Styrene (70%) and butadiene (30%) powderypolymerization	Melting	420	27~37	-	NON-CONDUCTIVE	III B
	Polyvinyl alcohol	Melting	450	42~55	5~10	NON-CONDUCTIVE	III B
	Polyacrylonitrile	Melting carbonization	505	35~55	5~7	NON-CONDUCTIVE	III B
	Polyurethane (class)	Melting	425	46~63	50~100	NON-CONDUCTIVE	III B
	Polythene four peptide	Melting	480	52~71	〈200	NON-CONDUCTIVE	III B
	Polyvinyl amyl ketone	Melting	465	42~58	10~15	NON-CONDUCTIVE	III B
	Polyvinyl chloride (PVC)	Melting carbonization	595	63~86	4~5	NON-CONDUCTIVE	III B
	Chloroethylene (70%) and styrene (30%) powderypolymerization	Melting carbonization	520	44~60	30~40	NON-CONDUCTIVE	III B
	Phenolic resin (phenolic varnish)	Melting carbonization	520	36~40	10~20	NON-CONDUCTIVE	III B
	Organic glass powder	Melting carbonization	485	-	-	NON-CONDUCTIVE	III B
Natural resin	Bone glue (shellac)	Boiling	475	-	20~50	NON-CONDUCTIVE	III B
	Hard rubber	Boiling	360	36~49	20~30	NON-CONDUCTIVE	III B
	Soft rubber	Boiling	425	-	80~100	NON-CONDUCTIVE	III B
	Natural resin	Melting	370	38~52	20~30	NON-CONDUCTIVE	III B
	Mantis palladium resin	Melting	330	30~41	20~50	NON-CONDUCTIVE	III B
	Rosin	Melting	325	-	50~80	NON-CONDUCTIVE	III B
Asphalt waxes	Hard wax	Melting	400	26~36	80~50	NON-CONDUCTIVE	III B
	Winding asphalt	Melting	620	-	50~80	NON-CONDUCTIVE	III B
	Hard asphalt	Melting	620	-	50~150	NON-CONDUCTIVE	III B
	Charred asphalt	Melting	580	-	-	NON-CONDUCTIVE	III B
Agricultural products	Rye ﬂour	325	415	67~93	30~50	NON-CONDUCTIVE	III B
	Rye grain ﬂour (untreated)	305	430	-	50~100	NON-CONDUCTIVE	III B
	Rye powder (crushed)	305	415	-	30~40	NON-CONDUCTIVE	III B
	Wheat ﬂour	Carbonization	410	-	20~40	NON-CONDUCTIVE	III B
	Wheat grain powder	290	420	-	15~30	NON-CONDUCTIVE	III B
	Wheat sifting powder (comminuted product)	290	410	-	3~5	NON-CONDUCTIVE	III B
	Rye, barley and cereal ﬂour	270	440	-	50~150	NON-CONDUCTIVE	III B
	Sieve rice bran	270	420	-	50~150	NON-CONDUCTIVE	III B
	Corn starch	Carbonization	410	-	2~30	NON-CONDUCTIVE	III B
	Potato powder	Carbonization	430	-	60~80	NON-CONDUCTIVE	III B
	Pudding powder	Carbonization	395	-	10~20	NON-CONDUCTIVE	III B
	Dextrin powder		400	71~99	20~30	NON-CONDUCTIVE	III B
	Sugar powder	Melting	360	77~107	20~40	NON-CONDUCTIVE	III B
	lactose	Melting	450	83~115	-	NON-CONDUCTIVE	III B
Fiberfish meal	Cocoa seed powder (nonfat)	245	460	-	30~40	NON-CONDUCTIVE	III B
	Coffee powder (delicacy)	Shrink	600	-	40~80	NON-CONDUCTIVE	III B
	Beer malt powder	285	405	-	100~500	NON-CONDUCTIVE	III B
	Purple alfalfa	280	480	-	200~500	NON-CONDUCTIVE	III B
	Flax meal powder	285	470	-	-	NON-CONDUCTIVE	III B
	Dish of slag powder	Carbonization	465	-	400~500	NON-CONDUCTIVE	III B
	Fish meal	Carbonization	485	-	80~100	NON-CONDUCTIVE	III B
	Tobacco fiber	290	485	-	50~100	NON-CONDUCTIVE	III A
	Kapok fiber	385	-	-	-	NON-CONDUCTIVE	III A
	Artificial short fiber	305	-	-	-	NON-CONDUCTIVE	III A
	Sulfite fiber	380	-	-	-	NON-CONDUCTIVE	III A
	Wood fiber	250	445	-	40~80	NON-CONDUCTIVE	III A
	Paper fiber	360	-	-	-	NON-CONDUCTIVE	III A
	Coconut powder	280	450	-	100~200	NON-CONDUCTIVE	III B
	Cork powder	325	460	44~59	30~40	NON-CONDUCTIVE	III B
	Coniferous tree (pine) powder	325	440	-	70~150	NON-CONDUCTIVE	III B
	Hard wood (sodium rubber) powder	315	420	-	70~100	NON-CONDUCTIVE	III B
Fuel	Coal dust (packing)	260	450	-	60~90	CONDUCTIVE	III C
	Lignite (raw brown powder)	260	450	49~68	2~3	NON-CONDUCTIVE	III B
	Brown pulverized coal	230	185	-	3~7	CONDUCTIVE	III C
	Smoke pulverized coal	235	595	41~57	5~11	CONDUCTIVE	III C
	Pulverized coal gas	225	580	35~48	5~10	CONDUCTIVE	III C
	Pulverized coal for coke	280	610	33~45	5~10	CONDUCTIVE	III C
	Coal powder	285	680	34~45	5~7	CONDUCTIVE	III C
	Smokeless pulverized coal	〉430	〉600	-	100~130	CONDUCTIVE	III C
	Charcoal powder (hard)	340	595	39~52	1~2	CONDUCTIVE	III C
	Peat coke powder	360	615	40~54	1~2	CONDUCTIVE	III C
	Lignite coke powder	235	-	-	4~5	CONDUCTIVE	III C
	Coal coke powder	430	〉750	37~50	4~5	CONDUCTIVE	III C

Note:III A grade is Combustible ﬂyings；III B grade is non-conductive dust；III C grade is conductive dust。

Overview

Rated output：0.55 ~ 90 kW
Frame size：80 ~ 280
Voltage and Frequency：Support multiple voltage and frequency
Cooling method：IC411
Frame-proof marking：Ex tD A21 IP65 T130℃
Protect degree：IP65
Insulation class： F
Re-greasing device：FS280 motor as standard
Ambient temperature：-15 ℃ ~ +40 ℃
Site altitude above see level：Not exceed 1000m

Beide series high efficiency dust explosion-proof three-phase asynchronous motor is totally enclosed, self-fan cooled high efficiency motor. The products meet the requirements of the GB18613-2012 efficiency of energy efficiency grade 2. The series products introduce Siemens design technology with excellent performance, safe and reliable to use, low vibration, low noise, and meet environmental protection requirements. Its production equipments adopt advanced CNC machine tool equipment, citing Siemens advanced insulation structure design and manufacturing process, use high quality cold rolled silicon steel sheet and high quality bearing with strict quality control.

Beide dust explosion-proof motor can be used for food or forage machine, wood machine, ﬂour machine or storage, as well metal, chemicals, synthetic resin, agricultural products and all kinds of combustible dust places such as fiber, fuel and so on. Detailed types of dust refer to "dust characteristics example," but this series motors are not suitable for gas or underground coal mine with combustible dust and coal mine ground device with electrical equipment, also can’t be used in place with explosive dust and spontaneous combustion substances (e.g. phosphorus powder) but can burn without oxygen from the atmosphere.

Beide dust explosion-proof motor’s performance fulfill GB 12476.1-2013 "Combustible dust environment for electrical equipment -part 1: General requirements" and GB 12476.5-2013 "Combustible dust environment for electrical equipment - Part 5: Housing protection type" tD "", suitable for explosive dust environment Zone 21 or zone 22.

Noise levels

The noise levels are measured in accordance with DIN EN ISO 1680 in a anechoic room. It is specified as the A-valued measuring-surface sound pressure level Lpfa in dB (A). This is the spatial mean value of the sound pressure levels measured on the measuring surface. The measuring surface is a cube 1 m away from the motor surface. The sound power level is also specified as LWA in dB (A). Please find the noise value in technical data table, the specified values are only valid for totally enclosed fan cooling (cooling method: IC411) motor with no load at 50 Hz with no load, and the tolerance is +3 dB. While motor operating 60 Hz with no load, the values are approximately +4 dB (A) higher.

Vibration

The rotors are dynamically balanced to severity grade A using a half key. Table below contains the effective vibration values for unloaded motors. Vibration grade B can be provided as option.

Nameplate

Ex-Mark

Construction and mounting type

Construction type	With feet and without flange on the end-shield (DE)
Mounting type	IM B3 FS 80 ~355	IM B6 FS 80 ~315		IM B7 FS80 ~ 315	IM B8 FS 80 ~315	IM V5^① FS 80 ~ 315		IM V6^② FS 80 ~ 315
Diagram
Letter, position 14th of Motor code	A	T		U	V	C		D
Construction type	Without feet and with flange on the end-shield (DE)				With feet and with flange on the end-shield (DE)
Mounting type	IM B5 FS 80 ~ 315	IM V1^① FS 80 ~ 355		IM V3^② FS 80 ~ 315	IM B35 FS 80 ~ 355	IM V15^① FS80~315		IM V35^② FS80~315
Diagram
Letter, position 14th of Motor code	F	G		H	J	W		Y
Construction type	Without feet and with C-flange on the end-shield (DE)						With feet and with C-flange on the end-shield (DE)
Mounting type	IM B14 FS 80 ~ 160		IM V18^① FS80~160		IM V19^② FS80~160		IM B34 FS 80 ~ 160
Diagram
Letter, position 14th of Motor code

Notes：^①At outdoor application, the using of protective cover (option code H00) is recommended;^②At out door application the protection of shaft again jet-water is recommended.

Bearing Assignment

1MT0013 series motors are supplied with the ball bearing as standard. These bearings are either of the sealed or regreasable type.

For FS80 ~ 160, the ﬂoating bearings are assembled; for FS180 ~ 280, ﬂoating bearing at DE, and fixed bearing at NDE assembled.

The standard bearing can endure a maximum cantilever force, the increased cantilever bearing design (Option code: L22) should be considered.

Frame size	Number of poles	Standard design		Optional design
		Horizontal / Vertical mounting		L22） Increased cantilever force (option code L22)
		DE bearing	NDE bearing	DE bearing	NDE bearing
80	2,4,6	6204 2RZ C3	6204 2RZ C3	-	-
90	2,4,6	6205 2RZ C3	6205 2RZ C3	-	-
100	2,4,6,8	6206 2RZ C3	6206 2RZ C3	6306 2RZ C3	6206 2RZ C3
112	2,4,6,8	6206 2RZ C3	6206 2RZ C3	6306 2RZ C3	6206 2RZ C3
132	2,4,6,8	6208 2RZ C3	6208 2RZ C3	6308 2RZ C3	6208 2RZ C3
160	2,4,6,8	6209 2RZ C3	6209 2RZ C3	6309 2RZ C3	6209 2RZ C3
180	2,4,6,8	6310 2RZ C3	6310 2RZ C3	NU310 C3	6310 2RZ C3
200	2,4,6,8	6312 2RZ C3	6312 2RZ C3	NU312 C3	6312 2RZ C3
225	2,4,6,8	6313 2RZ C3	6313 2RZ C3	NU313 C3	6313 2RZ C3
250	2,4,6,8	6315 C3	6315 C3	NU315 C3	6315 C3
280	2,4,6,8	6317 C3	6317 C3	NU317 C3	6317 C3

Grease life and re-greasing interval

For permanent lubrication, the bearing grease lifetime is matched to the bearing lifetime. This can, however, only be achieved if the motor is operated in accordance with the catalog specifications.

For motors which can be regreased at defined regreasing intervals, the bearing lifetime can be extended and/or unfavorable factors such as temperature, mounting conditions, speed, bearing size and mechanical load can be compensated.

Grease life (Horizontal installation）
Frame size	Poles	Grease lifetime up to CT 40 ºC^①
Grease for permanent lubrication bearing
80 ~ 160	2，4，6，8	20000 （or） 40000^②
Grease for regreasable bearing
180 ~ 250	2	4000 （h）
180 ~ 250	4，6，8	8000（h）
280	2	3000（h）
280	4，6，8	5000（h）

Note:^① If the coolant temperature is increased by 10 K, the grease lifetime and regreasing interval are halved.^②40000 h apply to horizontally installed motors with coupling output without additional axial loads.

When the motor runs outside of normal conditions, the bearing life will be reduced, such as the following conditions.

When motor runs beyond the rated speed, the increase of motor vibration will result in the extra radial and axial force on bearing. This will reduce the life of bearing;
When the motor vibration increase due to the environment or other equipment, the bearing also will endure more radial and axial force. This also will reduce the life of bearing;
If the coolant temperature is increased by 10 ºC, the grease lifetime and regreasing interval is halved.

Connection boxes technical data

Frame Size	No. of main terminal	Main terminal thread	Max. connectable cross-section(mm²)	Cable diameter (mm) max. ~ min.	Cable entry size	Max. auxiliary terminal
80	6	M4	1.5	13~18	M25x1.5+M16x1.5	12
90		M4	1.5	13~18	M25x1.5+M16x1.5	12
100		M4	4	18~25	M32x1.5+M32x1.5	12
112			4
132			6
160		M5	16	22~32	M40x1.5+M40x1.5	14
180		M5	16	22~32	M40x1.5+M40x1.5	14
200		M6	25	32~38	M50x1.5+M50x1.5	14
225		M8	35	32~38	M50x1.5+M50x1.5	14
250		M10	120	37~44	M63x1.5+M63x1.5	14
280		M10	120	37~44	M63x1.5+M63x1.5	14

Cable entry size	Allowed outer cable diameter range（mm)	Allowed core number range of cable	Nominal section area of connection (conductor)(mm²)
M16 x 1.5	8-11	2-7	1 mm2
M20 x 1.5	11-14.3	8-10	1 mm2
M27 x 2	13-20.2	12-27	1 mm2

Note：

Power cables are recommended to use YJV (GB/17206) crosslinked polyethylene insulation and PVC sheath 3+1 copper core cable.
The control cable of weak current signal is recommended to use KVV (GB/T9330) polyvinyl chloride insulated sheath copper core section 1 mm² multi-core control cable.
The heating line is a strong signal control, please use the KVV copper core section 2 x 1mm 2 control cable to enter the line alone.
If the cable diameter is not in the range of explosion protection, the electric motor will lose the explosion-proof property.
If you need to use an armored gland, please make a special inquiry.

Electrical design

Rated Output

Beide motors rated output powers means that the motor runs under continuous duty S1 (IEC 60034 - 1) operation when operated at ambient temperature from -15 ºC to 40 ºC and at altitudes of up to 1000 m over sea.

Voltage and Frequency

IEC 60034-1 differentiates between Category A (combination of voltage deviation ±5 % and frequency deviation ±2 %) and Category B (combination of voltage deviation %) and Category B (combination

of voltage deviation ±10 % and frequency deviation +3 % / -5 %) for voltage and frequency ﬂuctuations. The motors can supply their rated torque in both Category A and B. In Category A, the temperature rise is approximately 10 K higher than during normal operation.

Standard 60034-1	Category A	Category B
Voltage deviation	±5 %	±10 %
Frequency deviation	±2 %	+3 % / -5 %
According to the standard, longer operation is not recommended for Category B.

Tolerance for electrical data

Efficiencyηat

Power factor：(1 – cos φ) / 6
Minimum absolute value：0.02
Maximum absolute value：0.07
Slip ±20 % (for motors < 1 kW ±30 % is admissible)
Locked-rotor current +20 %
Locked-rotor torque -15 % to +25 %
Breakdown torque -10 %
Moment of inertia ±10 %

MLFB introduce

Technical data table

Frame Size	Rated Output	OrderNo.	Rated Speed	Effeciency is in accordance with the effeciency level 3 of GB18613-2012				Rated torque	Starting Current	Starting torque	Max torque	Moment of inertia(J)	Noise LpfA^①	Noise LWA^①	Weight IMB3
	Rated Output		Rated Speed	Effeciency at (50HZ)4/4 load	Effeciency at (50HZ)3/4 load	Power factor	Rated current	Rated torque	Starting Current	Starting torque	Max torque	Moment of inertia(J)	Noise LpfA^①	Noise LWA^①	Weight IMB3
	kW		rpm	%	%		A	Nm	For direct-on-line starting as multiple of the rated			kgm²	dB(A)	dB(A)	Kg
3000rpm 2- pole 220VD380VY 50HZ
80M	0.75	1MT0013-0DA22-1 ×××	2835	80.7	82.9	0.86	1.64	2.5	6.0	2.4	3.0	0.00208	51	62	17.5
80M	1.1	1MT0013-0DA32-1 ×××	2870	82.7	84.0	0.83	2.45	3.7	6.5	2.4	3.4	0.00154	51	62	19
90S	1.5	1MT0013-0EA02-1 ×××	2900	84.2	84.8	0.86	3.15	4.9	6.5	2.0	3.4	0.00276	55	67	24
90L	2.2	1MT0013-0EA42-1 ×××	2910	85.9	87.2	0.88	4.4	7.2	7.5	2.3	3.6	0.00356	55	67	29
100L	3	1MT0013-1AA42-1 ×××	2875	87.1	88.3	0.87	6	10.0	7.8	2.6	3.6	0.00462	62	74	40
3000rpm 2- pole 380VD/660VY 50HZ
112M	4	1MT0013-1BA23-3 ×××	2925	88.1	89.6	0.90	7.7	13.1	7.8	2.6	3.6	0.0088	65	77	47
132S	5.5	1MT0013-1CA03-3 ×××	2930	89.2	90.2	0.89	10.5	17.9	7.5	2.3	3.6	0.0185	67	79	64
132S	7.5	1MT0013-1CA13-3 ×××	2925	90.1	91.5	0.90	14.1	24.5	7.5	2.3	3.6	0.0232	67	79	70
160M	11	1MT0013-1DA23-3 ×××	2935	91.2	92.0	0.89	20.5	35.8	7.5	2.3	2.5	0.039	69	81	100
160M	15	1MT0013-1DA33-3 ×××	2930	91.9	92.6	0.89	28	48.9	7.5	2.4	3.4	0.0472	69	81	109
160L	18.5	1MT0013-1DA43-3 ×××	2940	92.4	93.0	0.89	34	60.1	7.8	2.4	3.4	0.0577	69	81	131
180M	22	1MT0013-1EA23-3 ×××	2950	92.7	93.0	0.89	40.5	71.2	7.8	2.4	3.4	0.077	70	83	171
200L	30	1MT0013-2AA43-3 ×××	2955	93.3	93.4	0.87	56	97.0	7.8	2.4	3.4	0.133	71	84	238
200L	37	1MT0013-2AA53-3 ×××	2955	93.7	93.9	0.89	67	120	7.8	2.4	3.4	0.152	71	84	271
225M	45	1MT0013-2BA23-3 ×××	2960	94.0	94.3	0.89	82	145	7.8	2.4	3.2	0.254	72	85	340
250M	55	1MT0013-2CA23-3 ×××	2975	94.3	94.1	0.89	100	177	7.8	2.4	3.2	0.443	75	89	434
280S	75	1MT0013-2DA03-3 ×××	2975	94.7	94.8	0.89	135	241	7.2	2.4	3.0	0.78	77	91	540
280M	90	1MT0013-2DA23-3 ×××	2975	95.0	95.3	0.90	160	289	7.2	2.4	3.4	0.95	77	91	595

Frame Size	Rated Output	OrderNo.	Rated Speed	Effeciency is in accordance with the effeciency level 3 of GB18613-2012				Rated torque	Starting Current	Starting torque	Max torque	Moment of inertia(J)	Noise LpfA^①	Noise LWA^①	Weight IMB3
	Rated Output		Rated Speed	Effeciency at (50HZ)4/4 load	Effeciency at (50HZ)3/4 load	Power factor	Rated current	Rated torque	Starting Current	Starting torque	Max torque	Moment of inertia(J)	Noise LpfA^①	Noise LWA^①	Weight IMB3
	kW		rpm	%	%		A	Nm	For direct-on-line starting as multiple of the rated			kgm²	dB(A)	dB(A)	Kg
3000rpm 2- pole 220VD380VY 50HZ
80M	0.75	1MT0013-0DA22-1 ×××	2835	80.7	82.9	0.86	1.64	2.5	6.0	2.4	3.0	0.00208	51	62	17.5
80M	1.1	1MT0013-0DA32-1 ×××	2870	82.7	84.0	0.83	2.45	3.7	6.5	2.4	3.4	0.00154	51	62	19
90S	1.5	1MT0013-0EA02-1 ×××	2900	84.2	84.8	0.86	3.15	4.9	6.5	2.0	3.4	0.00276	55	67	24
90L	2.2	1MT0013-0EA42-1 ×××	2910	85.9	87.2	0.88	4.4	7.2	7.5	2.3	3.6	0.00356	55	67	29
100L	3	1MT0013-1AA42-1 ×××	2875	87.1	88.3	0.87	6	10.0	7.8	2.6	3.6	0.00462	62	74	40
3000rpm 2- pole 380VD/660VY 50HZ
112M	4	1MT0013-1BA23-3 ×××	2925	88.1	89.6	0.90	7.7	13.1	7.8	2.6	3.6	0.0088	65	77	47
132S	5.5	1MT0013-1CA03-3 ×××	2930	89.2	90.2	0.89	10.5	17.9	7.5	2.3	3.6	0.0185	67	79	64
132S	7.5	1MT0013-1CA13-3 ×××	2925	90.1	91.5	0.90	14.1	24.5	7.5	2.3	3.6	0.0232	67	79	70
160M	11	1MT0013-1DA23-3 ×××	2935	91.2	92.0	0.89	20.5	35.8	7.5	2.3	2.5	0.039	69	81	100
160M	15	1MT0013-1DA33-3 ×××	2930	91.9	92.6	0.89	28	48.9	7.5	2.4	3.4	0.0472	69	81	109
160L	18.5	1MT0013-1DA43-3 ×××	2940	92.4	93.0	0.89	34	60.1	7.8	2.4	3.4	0.0577	69	81	131
180M	22	1MT0013-1EA23-3 ×××	2950	92.7	93.0	0.89	40.5	71.2	7.8	2.4	3.4	0.077	70	83	171
200L	30	1MT0013-2AA43-3 ×××	2955	93.3	93.4	0.87	56	97.0	7.8	2.4	3.4	0.133	71	84	238
200L	37	1MT0013-2AA53-3 ×××	2955	93.7	93.9	0.89	67	120	7.8	2.4	3.4	0.152	71	84	271
225M	45	1MT0013-2BA23-3 ×××	2960	94.0	94.3	0.89	82	145	7.8	2.4	3.2	0.254	72	85	340
250M	55	1MT0013-2CA23-3 ×××	2975	94.3	94.1	0.89	100	177	7.8	2.4	3.2	0.443	75	89	434
280S	75	1MT0013-2DA03-3 ×××	2975	94.7	94.8	0.89	135	241	7.2	2.4	3.0	0.78	77	91	540
280M	90	1MT0013-2DA23-3 ×××	2975	95.0	95.3	0.90	160	289	7.2	2.4	3.4	0.95	77	91	595

Note:^①Noise value is only applicable to the direct power supply and the condition of no-load operation. If the motor in 50Hz power supply, the tolerance is +3dB. If the motor in 60Hz power supply, the tolerance is +4dB.

Frame Size	Rated Output	OrderNo.	Rated Speed	Effeciency is in accordance with the effeciency level 3 of GB18613-2012				Rated torque	Starting Current	Starting torque	Max torque	Moment of inertia(J)	Noise LpfA^①	Noise LWA^①	Weight IMB3
	Rated Output		Rated Speed	Effeciency at (50HZ)4/4 load	Effeciency at (50HZ)3/4 load	Power factor	Rated current	Rated torque	Starting Current	Starting torque	Max torque	Moment of inertia(J)	Noise LpfA^①	Noise LWA^①	Weight IMB3
	kW		rpm	%	%		A	Nm	For direct-on-line starting as multiple of the rated			kgm²	dB(A)	dB(A)	Kg
1500rpm 4- pole 220VD/380VY 50HZ
80M	0.55	1MT0013-0DB22-1 ×××	1440	80.8	81.8	0.76	1.36	3.6	5.5	2.2	3.2	0.0216	45	56	18.0
80M	0.75	1MT0013-0DB32-1 ×××	1445	82.5	82.9	0.75	1.84	5.0	6.0	2.7	3.7	0.0025	45	56	19.0
90S	1.1	1MT0013-0EB02-1 ×××	1430	84.1	85.1	0.79	2.5	7.3	6.5	2.7	3.7	0.00389	47	59	24
90L	1.5	1MT0013-0EB42-1 ×××	1440	85.3	86.0	0.79	3.4	9.9	6.5	2.7	3.8	0.00499	47	59	28
100L	2.2	1MT0013-1AB42-1 ×××	1445	86.7	87.1	0.82	4.7	14.5	8.3	3.7	4.6	0.01125	52	64	43
100L	3	1MT0013-1AB52-1 ×××	1450	87.7	88.1	0.82	6.3	19.8	8.3	3.7	4.6	0.01313	52	64	47
1500rpm 4- pole 380VD/660VY 50HZ
112M	4	1MT0013-1BB23-3 ×××	1450	88.6	89.6	0.82	8.4	26.3	8.3	3.7	4.6	0.0149	53	65	52
132S	5.5	1MT0013-1CB03-3 ×××	1455	89.6	90.9	0.84	11.1	36.1	7.8	2.4	3.8	0.0285	59	71	71
132M	7.5	1MT0013-1CB23-3 ×××	1455	90.4	91.7	0.85	14.8	49.2	7.8	2.4	3.8	0.0356	59	71	82
160M	11	1MT0013-1DB23-3 ×××	1460	91.4	92.4	0.86	21.5	72.0	7.8	2.4	3.8	0.0648	61	73	113
160L	15	1MT0013-1DB43-3 ×××	1460	92.1	92.9	0.86	29	98.1	7.8	2.6	3.8	0.0811	61	73	131
180M	18.5	1MT0013-1EB23-3 ×××	1470	92.6	93.0	0.83	36.5	120	7.8	2.6	3.6	0.126	63	76	172
180L	22	1MT0013-1EB43-3 ×××	1470	93.0	93.7	0.83	43.5	143	7.8	2.6	3.6	0.146	63	76	192
200L	30	1MT0013-2AB43-3 ×××	1470	93.6	94.3	0.84	58	195	7.8	2.6	3.6	0.22	63	76	252
225S	37	1MT0013-2BB03-3 ×××	1478	93.9	94.1	0.83	72	239	8.3	3.3	3.6	0.461	65	78	314
225M	45	1MT0013-2BB23-3 ×××	1478	94.2	94.2	0.85	85	291	8.3	3.3	3.6	0.479	65	78	343
250M	55	1MT0013-2CB23-3 ×××	1482	94.6	95.0	0.86	103	354	7.6	2.6	3.3	0.82	66	79	454
280S	75	1MT0013-2DB03-3 ×××	1485	95.0	95.3	0.86	139	482	7.6	2.6	3.0	1.31	66	80	550
280M	90	1MT0013-2DB23-3 ×××	1485	95.2	95.6	0.87	165	579	7.6	2.6	3.0	1.69	66	80	665

Frame Size	Rated Output	OrderNo.	Rated Speed	Effeciency is in accordance with the effeciency level 3 of GB18613-2012				Rated torque	Starting Current	Starting torque	Max torque	Moment of inertia(J)	Noise LpfA^①	Noise LW^①	Weight IMB3
	Rated Output		Rated Speed	Effeciency at (50HZ)4/4 load	Effeciency at (50HZ)3/4 load	Power factor	Rated current	Rated torque	Starting Current	Starting torque	Max torque	Moment of inertia(J)	Noise LpfA^①	Noise LW^①	Weight IMB3
	kW		rpm	%	%		A	Nm	For direct-on-line starting as multiple of the rated			kgm²	dB(A)	dB(A)	Kg
1000rpm 6- pole 220VD/380VY 50HZ
80M	0.55	1MT0013-0DC32-1 ×××	935	77.2	77.5	0.67	1.62	5.6	5.0	2.7	3.4	0.0031	44	55	21
90S	0.75	1MT0013-0EC02-1 ×××	940	78.9	80.3	0.70	2.05	7.6	5.0	2.4	3.2	0.00436	45	57	26
90L	1.1	1MT0013-0EC42-1 ×××	945	81.0	81.6	0.69	3	11.1	5.5	2.7	3.5	0.00513	45	57	29
100L	1.5	1MT0013-1AC42-1 ×××	945	82.5	84.1	0.74	3.75	15.2	5.5	2.7	3.5	0.01136	49	61	43
112M	2.2	1MT0013-1BC22-1 ×××	945	84.3	86.1	0.74	5.4	22.2	6.0	2.7	3.4	0.01451	53	65	50
132S	3	1MT0013-1CC02-1 ×××	965	85.6	86.6	0.75	7.1	29.7	6.0	2.7	4.0	0.02666	57	69	68
1000rpm 6- pole 380VD/660VY 50HZ
132M	4	1MT0013-1CC23-3 ×××	955	86.8	88.5	0.75	9.3	40.0	6.0	2.3	3.4	0.0305	57	69	76
132M	5.5	1MT0013-1CC33-3 ×××	960	88.0	89.2	0.76	12.5	54.7	6.5	2.3	4.0	0.0413	57	69	87
160M	7.5	1MT0013-1DC23-3 ×××	965	89.1	90.4	0.78	16.4	74.2	6.5	2.3	3.6	0.126	61	73	112
160L	11	1MT0013-1DC43-3 ×××	970	90.3	90.3	0.77	24	108	7.0	2.3	3.6	0.1717	61	73	139
180L	15	1MT0013-1EC43-3 ×××	975	91.2	92.1	0.80	31	147	7.0	2.3	3.0	0.185	59	73	175
200L	18.5	1MT0013-2AC43-3 ×××	978	91.7	92.5	0.80	38.5	181	7.0	2.3	3.0	0.284	59	73	230
200L	22	1MT0013-2AC53-3 ×××	978	92.2	93.1	0.80	45.5	215	7.0	2.4	3.0	0.327	59	73	246
225M	30	1MT0013-2BC23-3 ×××	982	92.9	93.9	0.83	59	292	7.6	2.4	3.0	0.71	60	74	340
250M	37	1MT0013-2CC23-3 ×××	985	93.3	94.1	0.84	72	359	7.6	2.4	3.0	1.03	62	76	438
280S	45	1MT0013-2DC03-3 ×××	985	93.7	94.5	0.84	87	436	7.8	3.0	3.0	1.4	64	78	505
280M	55	1MT0013-2DC23-3 ×××	988	94.1	94.6	0.84	106	532	7.8	3.0	3.0	1.7	64	78	565

Note:^① Noise value is only applicable to the direct power supply and the condition of no-load operation. If the motor in 50Hz power supply, the tolerance is +3dB. If the motor in 60Hz power supply, the tolerance is +4dB.。

Frame Size	Rated Output	OrderNo.	Rated Speed	Effeciency is in accordance with the effeciency level 3 of GB18613-2012				Rated torque	Starting Current	Starting torque	Max torque	Moment of inertia(J)	Noise LpfA^①	Noise LW^①	Weight IMB3
	Rated Output		Rated Speed	Effeciency at (50HZ)4/4 load	Effeciency at (50HZ)3/4 load	Power factor	Rated current	Rated torque	Starting Current	Starting torque	Max torque	Moment of inertia(J)	Noise LpfA^①	Noise LW^①	Weight IMB3
	kW		rpm	%	%		A	Nm	For direct-on-line starting as multiple of the rated			kgm²	dB(A)	dB(A)	Kg
750rpm 8-pole 220VD/380VY 50HZ
132S	2.2	1MT0013-1CD02-1 ×××	725	81.9	82.6	0.73	5.6	29.0	6.0	2.4	3.0	0.039	51	64	60
132M	3	1MT0013-1CD22-1 ×××	725	83.5	84.5	0.74	7.4	39.5	6.0	2.4	3.0	0.054	51	64	74
750rpm 8-pole 380VD/660VY 50HZ
160M	4	1MT0013-1DD23-3 ×××	728	84.8	86.4	0.74	9.7	52.5	5.5	1.7	2.8	0.092	55	68	93
160M	5.5	1MT0013-1DD33-3 ×××	732	86.2	87.1	0.74	13.1	71.8	6.0	1.7	3.0	0.124	55	68	104
160L	7.5	1MT0013-1DD43-3 ×××	732	87.3	88.3	0.74	17.6	97.8	6.0	1.8	3.0	0.16	55	68	121
180L	11	1MT0013-1ED43-3 ×××	725	88.6	89.9	0.74	25.5	145	5.5	2.0	3.0	0.255	60	73	197
200L	15	1MT0013-2AD53-3 ×××	728	89.6	90.2	0.73	35	197	6.5	2.3	3.5	0.411	61	74	261
225S	18.5	1MT0013-2BD03-3 ×××	735	90.1	90.9	0.75	41.5	240	5.9	2.0	3.0	0.592	58	72	281
225M	22	1MT0013-2BD23-3 ×××	732	90.6	91.5	0.75	49	287	5.9	2.0	2.5	0.609	58	72	305
250M	30	1MT0013-2CD23-3 ×××	735	91.3	92.1	0.79	63	390	6.5	2.0	3.0	1.027	67	80	401
280S	37	1MT0013-2DD03-3 ×××	736	91.8	92.8	0.79	78	480	5.5	1.7	2.5	1.41	69	82	470
280M	45	1MT0013-2DD23-3 ×××	738	92.2	93.1	0.80	93	582	6.0	1.8	2.5	1.76	69	82	570

Note:^① Noise value is only applicable to the direct power supply and the condition of no-load operation. If the motor in 50Hz power supply, the tolerance is +3dB. If the motor in 60Hz power supply, the tolerance is +4dB.。

Options

Option Code	Description	Frame size scope
Voltage and Frequency
1MT0013- ×××× 2-1 ×××	220VD / 380VY 50Hz；440VY 60Hz（60Hz output)	FS80-280
1MT0013- ×××× 3-3 ×××	380VD / 660VY 50Hz；440VD 60Hz（60Hz output )	FS80-280
1MT0013- ×××× 2-2 ×××	230VD / 400VY 50Hz；460VY 60Hz（60Hz output)	FS80-280
1MT0013- ×××× 3-4 ×××	400VD / 690VY 50Hz；460VD 60Hz（60Hz output )	FS80-280
1MT0013- ×××× 2-3 ×××	240VD / 415VY 50Hz	FS80-280
1MT0013- ×××× 3-5 ×××	415VD 50Hz	FS80-280
M1C	440VY 60Hz（60Hz output )	FS80-280
M1D	440VD 60Hz（60Hz output )	FS80-280
M1E	460VY 60Hz（60Hz output )	FS80-280
M1F	460VD 60Hz（60Hz output )	FS80-280
M2C	440VY 60Hz（50Hz output )	FS80-280
M2D	440VD 60Hz（50Hz output )	FS80-280
M2E	460VY 60Hz（50Hz output )	FS80-280
M2F	460VD 60Hz（50Hz output )	FS80-280
Winding protection
1MT0013- ×××××-×× A ×	Without winding protection	FS80-280
1MT0013- ×××××-×× B ×	Motor protection with PTC thermistors with 3 embedded temperature sensors for tripping，need 2 terminals	FS80-280
1MT0013- ×××××-×× C ×	Motor protection with PTC thermistors with 6 embedded temperature sensors for alarm and tripping，need 4 terminals	FS80-280
1MT0013- ×××××-×× H ×	Installation of 3 PT100 resistance thermometers in stator winding，need 6 terminals	FS100-280
1MT0013- ×××××-×× J ×	Installation of 6 PT100 resistance thermometers in stator winding，need 12 terminals	FS100-280
N10	(H) class insulation system	FS80-280
Q04	Anti-condensation heaters for 220V	FS80-280
Connection box
R10 ^①	Rotation of terminal box by 90° , entry from DE	FS132-280
R11	Rotation of terminal box by 90° , entry from NDE	FS80-280
R12	Rotation of terminal box by 180°	FS80-280
R15	1 metal cable glands+1 metal cover	FS80-280
Bearing
Q72	Installation of 2 PT100 screw-in resistance thermometers for bearing	FS180-280
L81	Other imported brand bearing	FS80-280
L80	SKF bearings	FS80-280
L22 ^②	Increased cantilever force	FS100-280
L23 ^③	Re-greasing device	FS160-250
L20	Located bearing at DE	FS80-160
Mechanical design and protection grade
H00 ^④	Motor with protective cover	FS80-280
H70	2nd External grounding	FS80-280
Nameplate and Testing Certiﬁcate
B80	Routine test report	FS80-280
Paint ﬁnish
S01	Unpainted, onlyprimed	FS80-280
W88	Satisfy the requirements of W, WF1 series anticorrosive motor acc. to JB5275.91	FS80-280
Packing
B90	Packing(FS80~132 motors adopt the carton packaging, FS160~280 motors adopt the wooden cases packaging)	FS80-280

Note:^①When ordering this option, please take care about the installation location that whether there is enough space for cable inserting;^②For FS100 and FS112, L22+L20 can't be selected;^③ Re-grease device is configured as standard for FS280;^④ It is applicable only for IMV1, IMV5, IMV15 and IMV18;

Dimension drawings

IM B3 construction type

IM B35 construction type

Frame size	MLFB 1MT0013	Poles	Dimension and tolerance (mm)
			A	B	C		D		E		F		GA	H
			A	B	Dimension	Tolerance	Dimension	Tolerance	Dimension	Tolerance	Dimension	Tolerance	GA	Dimension
80M	0DA2, 0DA3, 0DB2,0DB3, 0DC3	2,4,6	125	100	50	±1.5	19	＋0.009－0.004	40	±0.31	6	0－ 0.030	21.5	80
90S	0EA0, 0EB0, 0EC0	2,4,6	140	100	56	±1.5	24	＋0.009－0.004	50	±0.31	8	0－ 0.036	27	90
90L	0EA4, 0EB4, 0EC4	2,4,6	140	125	56	±1.5	24	＋0.009－0.004	50	±0.31	8	0－ 0.036	27	90
100L	1AA4, 1AB4, 1AB5,1AC4	2,4,6	160	140	63	±2.0	28	＋0.009－0.004	60	±0.37	8	0－ 0.036	31	100
112M	1BA2, 1BB2, 1BC2	2,4,6	190	140	70	±2.0	28	＋0.009－0.004	60	±0.37	8	0－ 0.036	31	112
132S	1CA0, 1CA1, 1CB0,1CC0, 1CD0	2,4,6,8	216	140	89	±2.0	38	＋0.018＋0.002	80	±0.37	10	0－ 0.036	41	132
132M	1CB2, 1CC2, 1CC3,1CD2	4,6,8	216	178	89	±2.0	38	＋0.018＋0.002	80	±0.37	10	0－ 0.036	41	132
160M	1DA2, 1DA3, 1DB2,1DC2, 1DD2, 1DD3	2,4,6,8	254	210	108	±3.0	42	＋0.018＋0.002	110	±0.43	12	0－ 0.043	45	160
160L	1DA4, 1DB4, 1DC4,1DD4	2,4,6,8	254	254	108	±3.0	42	＋0.018＋0.002	110	±0.43	12	0－ 0.043	45	160
180M	1EA2, 1EB2	2,4	279	241	121	±3.0	48	＋0.018＋0.002	110	±0.43	14	0－ 0.043	51.5	180
180L	1EB4, 1EC4, 1ED4	4,6,8	279	279	121	±3.0	48	＋0.018＋0.002	110	±0.43	14	0－0.043	51.5	180
200L	2AA4, 2AA5, 2AB4,2AC4, 2AC5, 2AD5	2,4,6,8	318	305	133	±3.0	55	＋0.030＋0.011	110	±0.43	16	0－0.043	59	200
225S	2BB0, 2BD0	4,8	356	286	149	±4.0	60	＋0.030＋0.011	140	±0.5	18	0－0.043	64	225
225M	2BA2	2	356	311	149	±4.0	55	＋0.030＋0.011	110	±0.43	16	0－0.043	59	225
225M	2BB2, 2BC2, 2BD2	4,6,8	356	311	149	±4.0	60	＋0.030＋0.011	140	±0.5	18	0－0.043	64	225
250M	2CA2	2	406	349	168	±4.0	60	＋0.030＋0.011	140	±0.5	18	0－0.043	64	250
250M	2CB2, 2CC2, 2CD2	4,6,8	406	349	168	±4.0	65	＋0.030＋0.011	140	±0.5	18	0－0.043	69	250
280S	2DA0	2	457	368	190	±4.0	65	＋0.030＋0.011	140	±0.5	18	0－0.043	69	280
280S	2DB0, 2DC0, 2DD0	4,6,8	457	368	190	±4.0	75	＋0.030＋0.011	140	±0.5	20	0－0.052	79.5	280
280M	2DA2	2	457	419	190	±4.0	65	＋0.030＋0.011	140	±0.5	18	0－0.043	69	280
280M	2DB2, 2DC2, 2DD2	4,6,8	457	419	190	±4.0	75	＋0.030＋0.011	140	±0.5	20	0－0.052	79.5	280

Note:The data for terminal box on top or right in FS80~280 and terminal box on left in FS80~160. When terminal box on left in FS180~ 280, please find the data in table 2.

IM B5 construction type

IM B14 construction type

Dimension and tolerance (mm)
H	K/K'		AB	AC	AD/ AD'	L	AA	BA/ BA' ^①	AF/ AF'	AG	AS	BB1)	BE	HA	LL	DB	EB		ED	AQ	LM	HH	R
Tolerance	Dimension	Tolerance	AB	AC	AD/ AD'	L	AA	BA/ BA' ^①	AF/ AF'	AG	AS	BB1)	BE	HA	LL	DB	Dimension	Tolerance	ED	AQ	LM	HH	R
0－0.5	10	＋0.360	160	165	145	335	40	50	108	120	70	140	42	10	115	M6x16	32	＋0.300	4	145	385	76	0
0－0.5	10	＋0.360	180	180	155	375	40	50	120	120	70	145	42	10	115	M8x19	40	＋0.300	5	165	425	79	0
0－0.5	10	＋0.360	180	180	155	400	40	50	120	120	70	170	42	10	115	M8x19	40	＋0.300	5	165	450	79	0
0－0.5	12	＋0.430	200	205	180	465	45	50	140	130	75	180	54	12	125	M10x22	50	＋0.300	5	185	515	94	0
0－0.5	12	＋0.430	230	225	193	455	50	55	152	130	75	185	54	15	125	M10x22	50	＋0.300	5	205	505	92	0
0－0.5	12	＋0.430	260	260	213	520	55	70	175	130	75	190	54	15	125	M12x28	70	＋0.300	5	240	570	122	0
0－0.5	12	＋0.430	260	260	213	565	55	70	175	130	75	230	54	15	125	M12x28	70	＋0.300	5	240	615	122	0
0－0.5	15	＋0.430	320	320	255	620	65	75	206	190	100	265	68	20	165	M16x36	100	＋0.500	5	295	680	159	0
0－0.5	15	＋0.430	320	320	255	680	65	75	206	190	100	305	68	20	165	M16x36	100	＋0.500	5	295	740	159	0
0－0.5	15	＋0.430	340	360	275	725	70	85	223	190	100	305	68	22	165	M16x36	100	＋0.500	5	330	785	158	0

IM B5 construction type

Table 2
Frame size	BA	BA'	BB
180	55	90	335
200	70	70	360
225	65	90	365
250	80	80	415
280	80	130	485

Dimension and tolerance (mm)
H	K/K'		AB	AC	AD/ AD'	L	AA	BA/ BA' 1)	AF/ AF'	AG	AS	BB1)	BE	HA	LL	DB	EB		ED	AQ	LM	HH	R
Tolerance	Dimension	Tolerance	AB	AC	AD/ AD'	L	AA	BA/ BA' 1)	AF/ AF'	AG	AS	BB1)	BE	HA	LL	DB	Dimension	Tolerance	ED	AQ	LM	HH	R
0－0.5	15	＋0.430	340	360	275	765	70	85	223	190	100	345	68	22	165	M16x36	100	＋0.500	5	330	825	158	0
0－0.5	19	＋0.520	380	400	310	815	75	85	250.0	245	110	375	85	25	220	M20x42	100	＋0.500	5	370	875	203	0
0－0.5	19	＋0.520	440	445	330	825	85	95	256	245	110	355	85	34	220	M20x42	125	＋0.500	10	420	885	212	0
0－0.5	19	＋0.520	440	445	330	850	85	95	256	245	110	380	85	34	220	M20x42	100	＋0.500	5	420	910	212	0
0－0.5	19	＋0.520	440	445	330	880	85	95	256	245	110	380	85	34	220	M20x42	125	＋0.500	10	420	940	212	0
0－0.5	24	＋0.520	490	495	380	970	95	105	296	295	130	425	84	40	250	M20x42	125	＋0.500	10	460	1040	260	0
0－0.5	24	＋0.520	490	495	380	970	95	105	296	295	130	425	84	40	250	M20x42	125	＋0.500	10	460	1040	260	0
0－1.0	24	＋0.520	545	545	420	995	105	120	353	295	130	460	84	40	250	M20x42	125	＋0.500	10	520	1065	262	0
0－1.0	24	＋0.520	545	545	420	995	105	120	353	295	130	460	84	40	250	M20x42	125	＋0.500	10	520	1065	262	0
0－1.0	24	＋0.520	545	545	420	1045	105	120	353	295	130	510	84	40	250	M20x42	125	＋0.500	10	520	1115	262	0
0－1.0	24	＋0.520	545	545	420	1045	105	120	353	295	130	510	84	40	250	M20x42	125	＋0.500	10	520	1115	262	0

IMensions

IM B5/IM B35 ﬂange dimensions
Frame size	LA1	LA2	LE	M	N	P	T	S	Z
80	10	7	40	165	130	200	3.5	12	4
90	10	7	50	165	130	200	3.5	12	4
100	11	8	60	215	180	250	4	14.5	4
112	11	8	60	215	180	250	4	14.5	4
132	14	10	80	265	230	300	4	14.5	4
160	14	10	110	300	250	350	5	18.5	4
180	14		110	300	250	350	5	18.5	4
200	15		110	350	300	400	5	18.5	4
225	16		110/140	400	350	450	5	18.5	8
250	18		140	500	450	550	5	18.5	8
280	18		140	500	450	550	5	18.5	8

IM B14 ﬂange dimensions
Frame size	LE	M	N	P	T	S	Z
80	40	100	80	120	3	M6	4
90	50	115	95	140	3	M8	4
100	60	130	110	160	3.5	M8	4
112	60	130	110	160	3.5	M8	4
132	80	165	130	200	3.5	M10	4
160	110	215	180	250	4	M12	4

Frame size	LE	M	N	P	T	S	Z
80	40	100	80	120	3	M6	4
90	50	115	95	140	3	M8	4
100	60	130	110	160	3.5	M8	4
112	60	130	110	160	3.5	M8	4
132	80	165	130	200	3.5	M10	4
160	110	215	180	250	4	M12	4

Frame size	LE	M	N	P	T	S	Z
80	40	100	80	120	3	M6	4
90	50	115	95	140	3	M8	4
100	60	130	110	160	3.5	M8	4
112	60	130	110	160	3.5	M8	4
132	80	165	130	200	3.5	M10	4
160	110	215	180	250	4	M12	4

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