Crossed Roller Bearings SX 01 1814 SX 01 1818 SX 01 1820 SX 01 1824

Crossed Roller Bearings SX 01 1814 SX 01 1818 SX 01 1820

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Slewing_bearing

Table 2 · Mounting dimensions for the adjacent construction
Designation								Mounting dimensions in mm																																																					Fixing screw Grade 10.9
								di h7 (h6)						Da K7 (K6)						t							s min.				dRa					dRi					DRi					DRa					Li max.					La min.					Dimensions					Quantity
SX 01 1814								70						90						10 –0,005 –0,015							8				78					42					82					118					60					100					M5					18
SX 01 1818								90						115						13 –0,005 –0,020							10				100					61					104					144					80					125					M5					24
SX 01 1820								100						125						13 –0,005 –0,020							10				110					71					114					154					90					135					M5					24
SX 01 1824								120						150						16 –0,005 –0,025							12				132					84					138					186					108					162					M6					24
SX 01 1828								140						175						18 –0,005 –0,030							14				154					94					160					221					124					191					M8					24
SX 01 1832								160						200						20 –0,02 –0,05							15				177					111					183					249					144					216					M8					24
SX 01 1836								180						225						22 –0,02 –0,05							17				199					121					205					284					160					245					M10					24
SX 01 1840								200						250						24 –0,02 –0,06							18				221					139					229					311					180					270					M10					24
SX 01 1848								240						300						28 –0,02 –0,06							21				266					166					274					374					216					324					M12					24
SX 01 1860								300						380						38 –0,04 –0,10							29				335					201					345					479					268					412					M16					24
SX 01 1868								340						420						38 –0,04 –0,10							29				375					241					385					519					308					452					M16					24
SX 01 1880								400						500						46 –0,04 –0,10							35				445					275					455					625					360					540					M20					24
SX 01 18/500								500						620						56 –0,04 –0,10							42				554					350					566					770					452					668					M24					24
dRa
	1 Note! Retaining rings do not support forces! 2 Provide grooves, threaded extraction holes, etc. for dismantling!																			di 1 2 DIN 912 Li dRi s s

t s s 2
																											DIN 6 912 DRi Da La DRa
Figure 5 · Design of bearing arrangements – mounting dimensions
31


Crossed roller bearings Series SX
Dimension table · Dimensions in mm
Designation							No.4)				Mass = kg					Dimensions																																											Fixing screws Fr perm (friction locking) kN			Running accuracy relative to raceway
																DM				di K6						Da h6						H1)						h1)					da				Di				rs min.				S2)							radial					axial
SX 01 1814							g				0.3					80				70+0,004 –0,015						90–0,022						10±0,10						10–0,01					79.5				80.5				0.6				1.2				7.5			0.010					0.010
SX 01 1818							g				0.4					102				90+0,004 –0,018						115–0,022						13±0,12						13–0,01					101.5				102.5				1				2				10			0.010					0.010
SX 01 1820							g				0.5					112				100+0,004 –0,018						125–0,025						13±0,12						13–0,01					111.5				112.5				1				2				10			0.010					0.010
SX 01 1824											0.8					135				120+0,004 –0,018						150–0,025						16±0,12						16–0,01					134.4				135.6				1				2				23			0.010					0.010
SX 01 1828							g				1.1					157				140+0,004 –0,021						175–0,025						18±0,12						18–0,01					156.3				157.7				1.1				2.5				42.3			0.015					0.010
SX 01 1832											1.7					180				160+0,004 –0,021						200–0,029						20±0,12						20–0,025					179.2				180.8				1.1				2.5				42.3			0.015					0.010
1) H:section height of bearing, h: height of individual ring. 2) Lubrication hole: 3 holes spaced evenly about the circumference. 3) Basic load ratings in radial direction: for radial loads only. 4) See static limiting load diagram Raceway and Fixing screws. 100 kNm M0q 10 6 5 4 3 2 1 0,1 —300 —200 —100 0 Equivalent axial bearing load (static) F0q Static limiting load diagram Fixing screws – compressive load																																															1			100									200			kN							300
132 488 Equivalent tilting moment load (static)
48
DM r H S
					da
					di


										h



					D i
	Da


SX

					Standard clearance																		Low clearance RLO										preload VSP										Basic load ratings													Limiting speeds															Dimensionally identical to ISO dimension series 18
					radial clearance											axial tilting clearance							radial clearance max.						preload max.				min.						max.				axial							radial3)						with standard clearance						with preload
					min.				max.							min.				max.																							dyn. Ca kN			stat. C0a kN				dyn. Cr kN			stat. C0r kN			nG oil min–1				nG grease min–1		nG oil min–1				nG grease min–1
0.003									0.015							0.006				0.03			0.003						0.006				0.003						0.015				18			60				12			30			1910				955		955				475					61,814
0.003									0.015							0.006				0.03			0.003						0.006				0.003						0.015				26			96				17			47			1500				750		750				375					61,818
0.005									0.020							0.010				0.04			0.004						0.008				0.005						0.020				28			106				18			52			1360				680		680				340					61,820
0.005									0.020							0.010				0.04			0.004						0.008				0.005						0.020				41			153				26			75			1130				565		565				280					61,824
0.005									0.020							0.010				0.04			0.004						0.008				0.005						0.020				64			237				41			116			975				485		485				240					61,828
0.005									0.020							0.010				0.04			0.004						0.008				0.005						0.020				69			272				44			133			850				425		425				210					61,832
10 kNm M0q 1 1 2 3 4 0,1 0,01 0 50 100 150 Equivalent axial bearing load (static) F0q Static limiting load diagram Raceway – compressive load																																																					200							5		250				6				kN			300
132 489 Equivalent tilting moment load (static)
49
Crossed roller bearings Series SX
Dimension table · Dimensions in mm
Designation								No.4)					Mass = kg				Dimensions																																													Running relative to					accuracy raceway
																	DM				di K6							Da h6							H1)						h1)					da					Di				rs min.					S2)		radial					axial
SX 01 1836								g					2.3				202				180+0,004 –0,021							225–0,029							22±0,13						22–0,025					201.2					202.8				1.1					2.5		0.015					0.010
SX 01 1840													3.1				225				200+0,005 –0,024							250–0,029							24±0,13						24–0,025					224.2					225.8				1.5					2.5		0.015					0.010
SX 01 1848													5.3				270				240+0,005 –0,024							300–0,032							28±0,13						28–0,025					269.2					270.8				2					2.5		0.020					0.010
SX 01 1860								§					12				340				300+0,005 –0,027							380–0,036							38±0,14						38–0,05					339.2					340.8				2.1					2.5		0.020					0.010
SX 01 1868								§§					13.5				380				340+0,007 –0,029							420–0,040							38±0,14						38–0,05					379.2					380.8				2.1					2.5		0.025					0.010
SX 01 1880								§»					24				450				400+0,007 –0,029							500–0,040							46±0,15						46–0,05					449					451				2.1					2.5		0.030					0.010
SX 01 18/500								§»					44				560				500+0,008 –0,032							620–0,044							56±0,16						56–0,05					558.8					561.2				3					2.5		0.040					0.010
1) H:section height of bearing, h: height of individual ring. 2) Lubrication hole: 3 holes spaced evenly about the circumference. 3) Basic load ratings in radial direction: for radial loads only. 4) See static limiting load diagram Raceway and Fixing screws. 1000 kNm M0q 100 13 12 11 10 9 8 7 10 1 —3000 —2000 —1000 0 Equivalent axial bearing load (static) F0q Static limiting load diagram Fixing screws – compressive load																																														1000														2000		kN					3000
132 490 Equivalent tilting moment load (static)
50
DM r H S
					da
					di


										h



					D i
	Da


SX

					Standard clearance																		Low clearance RLO										preload VSP									Basic load ratings														Limiting speeds															Dimensionally identical to ISO dimension series 18
					radial clearance										axial tilting clearance								radial clearance max.						preload max.				min.						max.			axial								radial3)						with standard clearance						with			preload
					min.				max.						min.					max.																						dyn. Ca kN			stat. C0a kN					dyn. Cr kN			stat. C0r kN			nG oil min–1				nG grease min–1		nG oil min–1				nG grease min–1
0.005									0.025						0.010					0.05			0.005						0.010				0.005						0.025			98			381					63			187			755				375		375				185					61,836
0.005									0.025						0.010					0.05			0.005						0.010				0.005						0.025			106			425					68			208			680				340		340				170					61,840
0.010									0.030						0.020					0.06			0.005						0.010				0.005						0.025			149			612					95			300			565				280		280				140					61,848
0.010									0.040						0.020					0.08			0.005						0.010				0.005						0.025			245			1027					156			504			450				225		225				110					61,860
0.010									0.040						0.020					0.08			0.005						0.010				0.005						0.025			265			1148					167			563			400				200		200				100					61,868
0.010									0.050						0.020					0.10			0.005						0.010				0.005						0.025			385			1699					244			833			340				170		170				85					61,880
0.015									0.060						0.030					0.12			0.006						0.012				0.005						0.030			560			2538					355			1244			275				135		135				65					618/500
1000 kNm M0q 100 10 7 8 9 10 11 1 0,1 0 500 1000 Equivalent axial bearing load (static) F 0q Static limiting load diagram Raceway – compressive load																																																		1500			12							2000						13 kN 2500
132 491 Equivalent tilting moment load (static)
51
Crossed roller bearings sealed Series XV
Dimension table · Dimensions in mm
Designation								No.2)						Mass = kg							Dimensions																																									Fixing holes
																					Da h6									di J6									Ha						hi						Di							da				La							n 1) B
XV 30								g						0.37							75 +0 –0,019									30 +0,008 –0,005									14						15						42.5							41.5				60							12
XV 40								g						0.44							85 +0 –0,022									40 +0,010 –0,006									14						15						52.5							51.5				70							12
XV 50								g						0.67							100 +0 –0,022									50 +0,010 –0,006									16						17						64.5							63.5				85							12
XV 60														0.75							110 +0 –0,022									60 +0,013 –0,006									16						17						74.5							73.5				95							16
XV 70								g						0.84							120 +0 –0,022									70 +0,013 –0,006									16						17						84.5							83.5				105							16
XV 80														1.18							135 +0 –0,025									80 +0,013 –0,006									18						19						95.5							94.5				120							16
XV 90								g						1.29							145 +0 –0,025									90 +0,016 –0,006									18						19						105.5							104.5				130							16
XV 100														2.31							170 +0 –0,025									100 +0,016 –0,006									22						23						117.5							116.5				150							16
XV 110														2.48							180 +0 –0,025									110 +0,016 –0,006									22						23						127.5							126.5				160							16
1) Number of holes per ring. 2) See static limiting load diagram Raceway and Fixing screws. 10 kNm M0q 1 7 6 3 9 8 5 4 2 0,1 —150 —100 —50 0 Equivalent axial bearing load (static) F 0q Static limiting load diagram Fixing screws – compressive load																																													1					50								100				kN							150
132 496 Equivalent tilting moment load (static)
52
øda A øds ts Ha 2 2
ødi

											0.01				A

											0.01				A
						hi



0˚	ødB						øDi
							n B1) øLa

			øDa
	0.01			A
																0.01				A
	0.01			A
XV

																							Fixing screws Fr perm (friction locking) kN													Basic load ratings																							Limiting speeds
																																				axial											radial												with preload min–1								with clearance min–1
dB											ds							ts																		dyn. Ca kN						stat. C0a kN					dyn. Cr kN						stat. C0r kN
4.6											8							4.6					5													11.6						26					7.4						10.4						910								1819
4.6											8							4.6					5													13.6						34.5					8.7						13.8						735								1469
5.6											10							5.4					8.18													20.6						54					13.1						21.5						597								1194
5.6											10							5.4					10.9													22.6						64					14.4						25.5						516								1032
5.6											10							5.4					10.9													23.6						70					15.1						28						455								910
6.6											11							6.4					15.3													33.5						101					21.4						40.5						402								804
6.6											11							6.4					15.3													35						111					22.3						44.5						364								728
9											15							8.5					28.2													54						163					34.4						65						326								653
9											15							8.5					28.2													57						180					36.2						72						301								602
10 kNm M0q 1 1 2 3 4 5 6 0,1 0,01 0 20 40 60 80 100 Equivalent axial bearing load (static) F0q Static limiting load diagram Raceway – compressive load																																																		7			120						140			8				160				9 kN 180
132 497 Equivalent tilting moment load (static)
53
Crossed roller bearings sealed Series XSU
Dimension table · Dimensions in mm
Designation												No.2)						Mass = kg							Dimensions																																	Fixing holes
																									Da h6									di H6											Di						da							La				Li							n 1) B
XSU 080168												g						3.3							205 +0 –0,029									130 +0,025 –0											174						159							190				145							12
XSU 080188												g						3.7							225 +0 –0,029									150 +0,025 –0											194						179							210				165							16
XSU 080218												g						4.3							255 +0 –0,032									180 +0,025 –0											224						209							240				195							20
XSU 080258																		5.1							295 +0 –0,032									220 +0,029 –0											264						249							280				235							24
XSU 080318												g						6.3							355 +0 –0,036									280 +0,032 –0											324						309							340				295							28
XSU 080398																		7.8							435 +0 –0,040									360 +0,036 –0											404						389							420				375							36
1) Number of holes per ring. 2) See static limiting load diagram Raceway and Fixing screws. 100 kNm M0q 10 1 6 5 4 3 2 1 0,1 —180 —150 —120 —90 —60 —30 0 Equivalent axial bearing load (static) F 0q Static limiting load diagram Fixing screws – compressive load																																													30					60				90				120				150 kN 180
132 492 Equivalent tilting moment load (static)
54
	0.01			A
						0.01			A
	0.01			A
XSU 08

Fixing screws Fr perm (friction locking) kN																			Basic load ratings																																															Limiting speeds min–1
																			axial																									radial
																			dyn. Ca kN												stat. C0a kN													dyn. Cr kN											stat. C0r kN
8.18																			66												240													42											96											227
10.9																			71												275													46											110											203
13.6																			77												315													49											127											175
16.4																			84												375													54											151											148
19.1																			93												465													59											185											120
24.5																			106												590													68											236											96
100 kNm M0q 10 1 2 3 1 0,1 0 200 Equivalent axial bearing load (static) F0q Static limiting load diagram Raceway – compressive load																																																	4			400					5									6			kN				600
132 493 Equivalent tilting moment load (static)
55
Crossed roller bearings sealed Series XSU
Dimension table · Dimensions in mm
Designation											No.3)						Mass = kg					Dimensions																															Fixing holes
																						Da1) h7										di1) H7									Di						da						La						nB2)				Li						ni2)
XSU 14 0414											g						28					484 +0 –0,06										344 +0,06 –0									415						413						460						24				368						24
XSU 14 0544											g						38					614 +0 –0,07										474 +0,06 –0									545						543						590						32				498						32
XSU 14 0644											g						44					714 +0 –0,08										574 +0,07 –0									645						643						690						36				598						36
XSU 14 0744																	52					814 +0 –0,09										674 +0,08 –0									745						743						790						40				698						40
XSU 14 0844											g						60					914 +0 –0,09										774 +0,08 –0									845						843						890						40				798						40
XSU 14 0944																	67					1014 +0 –0,11										874 +0,09 –0									945						943						990						44				898						44
XSU 14 1094											g						77					1164 +0 –0,11										1024 +0,11 –0									1095						1093						1140						48				1048						48
1) Centring lengths: see dimension drawing. 2) Number of holes per ring. 3) See static limiting load diagram Raceway and Fixing screws. 1000 kNm M0q 100 10 7 6 5 4 3 2 1 1 —900 —600 — 300 0 Equivalent axial bearing load (static) F0q Static limiting load diagram Fixing screws – compressive load																																															300												600				kN						900
132 494 Equivalent tilting moment load (static)
56
øda na2) øL B ø14 i D ødi 10 56 44,5 44,5 10 C ø 14 øD i A na2) øL a øDa
XSU 14 4 taper type lubrication nipples, DIN 71412 – A M8×1, arranged evenly about the circumference and recessed

Fixing screws Fr perm (friction locking) kN																	Running accuracy relative to raceway																												Basic load ratings																											Limiting speeds min–1
																																													axial														radial
																	A							B							C								D						dyn. Ca kN							stat. C0a kN							dyn. Cr kN					stat. C0r kN
98.3																	0.04							0.04							0.06								0.06						229							520							146					250								92
131																	0.04							0.04							0.07								0.06						270							680							170					330								70
147																	0.05							0.05							0.08								0.07						270							680							185					395								59
164																	0.05							0.05							0.09								0.08						315							930							200					455								51
164																	0.06							0.06							0.09								0.08						340							1050							215					510								45
180																	0.06							0.06							0.11								0.09						360							1170							227					580								40
197																	0.07							0.07							0.11								0.11						390							1360							246					670								35
1000 kNm M0q 100 1 2 3 10 1 0 200 400 600 Equivalent axial bearing load (static) F0q Static limiting load diagram Raceway – compressive load																																																	4 800			5					1000				6			1200				7		kN 1400
132 495 Equivalent tilting moment load (static)
57
Precision locknuts Series AM																																												AM 15 to AM 40
c m øb d1 D

t					h


d


Dimension table · dimensions in mm
Thread d						Designation									Mass = kg					Dimensions																							Set screw Tightening torque Mm Nm							Locknut
																																																		Ultimate axial load FaB kN					Breakaway Tightening torque at torque											Mass moment of inertia MM kg · cm2
																				D			h				b		t			d1					c			m															ML Nm						MAL Nm
M15×1						AM 15									0.06					30			18				4		5			23					5			M4			2							102					20						10					0.089
M17×1						AM 17									0.07					32			18				4		5			26					5			M4			2							120					25						15					0.113
M20×1						AM 20									0.13					38			18				4		6			29.5					5			M6			5							145					45						18					0.225
M25×1,5						AM 25									0.16					45			20				5		6			35					6			M6			5							205					60						25					0.491
M30×1,5						AM 30									0.2					52			20				5		7			40					6			M6			5							246					70						32					0.86
M35×1,5						AM 35/58									0.23					58			20				5		7			48					6			M6			5							282					90						40					1.3
M35×1,5						AM 35									0.33					65			22				6		8			48					6			M6			5							329					100						40					2.41
M40×1,5						AM 40									0.3					65			22				6		8			51					6			M6			5							347					120						55					2.26
M45×1,5						AM 45									0.34					70			22				6		8			56					6			M6			5							360					220						65					2.94
M50×1,5						AM 50									0.43					75			25				6		8			62					8			M6			5							450					280						85					4.34
M60×2						AM 60									0.65					90			26				6		8			75					8			M6			5							547					365						100					9.4
M70×2						AM 70									0.79					100			28				8		10			85					9			M8			10							654					450						130					14.7
M90×2						AM 90									1.58					130			32				8		10			112					13			M8			10							912					1,100						200					49.4
AM 45 to AM 90
137,119
58
Precision locknuts Series ZM ZMA
Dimension table · dimensions in mm
Thread d						Designation									Mass = kg					Dimensions																						Set screw Tightening torque Mm Nm						Locknut
																																																Ultimate axial load FaB kN						Breakaway Tightening torque at torque												Mass moment of inertia MM kg · cm2
																				D		h				b			t			d1			c				m															ML Nm						MAL Nm
M 6×0,5						ZM 06									0.01					16		8				3			2			12			4				M4			1						17						20						2						0.004
M 8×0,75						ZM 08									0.01					16		8				3			2			12			4				M4			1						23						25						4						0.004
M10×1						ZM 10									0.01					18		8				3			2			14			4				M4			1						31						30						6						0.006
M12×1						ZM 12									0.015					22		8				3			2			18			4				M4			1						38						30						8						0.013
M15×1						ZM 15									0.018					25		8				3			2			21			4				M4			1						50						30						10						0.021
						ZMA 15/33									0.08					33		16				4			2			28			8				M5			3						106						30						10						0.14
M17×1						ZM 17									0.028					28		10				4			2			23			5				M5			3						57						30						15						0.401
M20×1						ZM 20									0.035					32		10				4			2			27			5				M5			3						69						40						18						0.068
						ZMA 20/38									0.12					38		20				5			2			33			10				M5			3						174						40						18						0.297
						ZMA 20/52									0.32					52		25				5			2			47			12.5				M5			3						218						40						18						1.38
M25×1,5						ZM 25									0.055					38		12				5			2			33			6				M6			5						90						60						25						0.157
						ZMA 25/45									0.16					45		20				5			2			40			10				M6			5						211						60						25						0.572
						ZMA 25/58									0.43					58		28				6			2.5			52			14				M6			5						305						60						25						2.36
M30×1,5						ZM 30									0.075					45		12				5			2			40			6				M6			5						112						70						32						0.304
						ZMA 30/52									0.22					52		22				5			2			47			11				M6			5						270						70						32						1.1
						ZMA 30/65									0.55					65		30				6			2.5			59			15				M6			5						390						70						32						3.94
M35×1,5						ZM 35									0.099					52		12				5			2			47			6				M6			5						134						80						40						0.537
						ZMA 35/58									0.26					58		22				6			2.5			52			11				M6			5						300						80						40						1.66
						ZMA 35/70									0.61					70		30				6			2.5			64			15				M6			5						460						80						40						5.2
M40×1,5						ZM 40									0.14					58		14				6			2.5			52			7				M6			5						157						95						55						0.945
						ZMA 40/62									0.27					62		22				6			2.5			56			11				M8			15						310						95						55						2.07
						ZMA 40/75									0.67					75		30				6			2.5			69			15				M8			15						520						95						55						6.72
M45×1,5						ZM 45									0.17					65		14				6			2.5			59			7				M6			5						181						110						65						1.48
						ZMA 45/68									0.35					68		24				6			2.5			62			12				M8			15						360						110						65						3.2
						ZMA 45/85									0.92					85		32				7			3			78			16				M8			15						630						110						65						11.9
M50×1,5						ZM 50									0.19					70		14				6			2.5			64			7				M6			5						205						130						85						1.92
						ZMA 50/75									0.43					75		25				6			2.5			68			12.5				M8			15						415						130						85						4.89
						ZMA 50/92									1.06					92		32				8			3.5			84			16				M8			15						680						130						85						16.1
M55×2						ZM 55									0.23					75		16				7			3			68			8				M6			5						229						150						95						2.77
						ZMA 55/98									1.17					98		32				8			3.5			90			16				M8			15						620						150						95						20.5

59
c m D t

d1

	d



				0.5
				h

		b
ZM, ZMA
Dimension table (continued) · Dimensions in mm
Thread d					Designation										Mass = kg					Dimensions																						Set screw Tightening torque Mm Nm						Locknut
																																																Ultimate axial load FaB kN						Breakaway Tightening torque at torque												Mass moment of inertia MM kg · cm2
																				D		h				b			t			d1			c				m															ML Nm						MAL Nm
M 60×2					ZM 60										0.25					80		16				7			3			73			8							5						255						180						100						3.45
					ZMA 60/98										1.07					98		32				8			3.5			90			16							15						680						180						100						19.6
M 65×2					ZM 65										0.27					85		16				7			3			78			8							5						280						200						120						4.24
					ZMA 65/105										1.21					105		32				8			3.5			97			16							15						750						200						120						25.6
M 70×2					ZM 70										0.36					92		18				8			3.5			85			9							15						305						220						130						6.61
					ZMA 70/110										1.4					110		35				8			3.5			102			17.5							15						810						220						130						33
M 75×2					ZM 75										0.4					98		18				8			3.5			90			9							15						331						260						150						8.41
					ZMA 75/125										2.11					125		38				8			3.5			117			19							15						880						260						150						62.2
M 80×2					ZM 80										0.46					105		18				8			3.5			95			9							15						355						285						160						11.2
					ZMA 80/120										1.33					120		35				10			4			105			17.5							15						810						285						160						44.6
M 85×2					ZM 85										0.49					110		18				8			3.5			102			9							15						385						320						190						13.1
M 90×2					ZM 90										0.7					120		20				10			4			108			10							15						410						360						200						21.8
					ZMA 90/130										2.01					130		38				10			4			120			19							15						910						360						200						64.1
					ZMA 90/155										3.36					155		38				10			4			146			19							15						1,080						360						200						150
M100×2					ZM 100										0.77					130		20				10			4			120			10							15						465						425						250						28.6
					ZMA 100/140										2.23					140		38				12			5			128			19				M10			20						940						425						250						82.8
M105×2					ZM 105										1.05					140		22				12			5			126			11				M10			20						495						475						300						44.5
M110×2					ZM 110										1.09					145		22				12			5			133			11				M10			20						520						510						350						50.1
M115×2					ZM 115										1.13					150		22				12			5			137			11				M10			20						550						550						400						56.2
M120×2					ZM 120										1.28					155		24				12			5			138			12				M10			20						580						600						450						68.4
M125×2					ZM 125										1.33					160		24				12			5			148			12				M10			20						610						640						500						76.1
M130×2					ZM 130										1.36					165		24				12			5			149			12				M10			20						630						700						550						84.3
M140×2					ZM 140										1.85					180		26				14			6			160			13				M12			38						690						800						600						133
M150×2					ZM 150										2.24					195		26				14			6			171			13				M12			38						750						900						650						188

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