Tsubaki Products

Sizing 　Power Cylinder 　Eco Series Servo Type

Model No. examples

LPES	1500	R	5	T	10	G5L	A	SUJ
｜ Series Power Cylinder Eco Series Servo Type	｜ Allowable Thrust □45Frame 15：150N{15.3kgf} 30：300N{30.6kgf} □70Frame 150：1500N{153kgf} 300：3000N{306kgf} □105Frame 1500：15000N{1530kgf}	｜｜｜｜｜｜｜｜｜｜｜｜｜｜｜｜｜	｜｜｜｜｜｜｜｜｜	｜｜｜｜｜	｜ Stroke 3： 300mm 10：1000mm	｜｜｜｜｜｜｜｜｜｜｜｜｜｜	｜｜｜｜｜｜｜｜｜	｜ M：Rod rotation prevention package （□ 45 frame only ） S：With three magnetic sensors U：U-shaped end fitting （No code: I type end fitting ） N：N-shaped end fitting （□ 45 frame only ） J：Bellows （□ 70, □ 105 frame only ）
				｜ Main Body Code T：Straight
			｜ Reduction ratio 3：1 / 3 4：1 / 4 5：1 / 5 7：1 / 7 9：1 / 9 A：1 / 10				｜ (1)Motor Specifications A：Customer mounted B：Customer-supplied
						｜ Mount code G5L：ex. If Mitsubishi 750W cases
		｜ Motor Mounting Method F：Direct-mounted motor （Reduction ratio symbol is not indicated ） R：With Precision Planetary Reducer

・Please use “.” for the decimal point and not “,” as the calculation error will occur.

Thrust (≦15000N)
N
Speed (≦333mm/s)
mm/s
Stroke (≦1000mm)
mm

Motor manufacturer

Motor Series

Motor Type

(1)Motor Specifications

Customer mounted

Customer-supplied

(2)Options Rod Rotation Prevention (□ 45 frame only )
With three magnetic sensors

End fitting

Standard (I-shaped )

U type

N type (□ 45 frame only )

Bellows (□ 70, □ 105 frame only )

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Specification of Power Cylinder

Base Model No.	Mount code	Applicable motor								Thrust N	Speed mm/s	Maximum Stroke mm	L10 life km	Moment of Inertia on Input Shaft ×10^-4kgm²		Allowable (Rated) Input Torque N・m	Allowable Input Speed r/min
		Maker	Series	Model No.	capacity kW	Rated Torque N・m	Torque Limit	Rated Input Speed r/min	Input Speed Limit					Moment of Inertia on Input Shaft ×10^-4kgm²
		Maker	Series	Model No.	capacity kW	Rated Torque N・m	Torque Limit	Rated Input Speed r/min	Input Speed Limit					I0	I1

Selected Model No. (Select from the above table)

Notes

１．If it is necessary to hold a load, be sure to use a motor with a brake.

２．The L10 life is an estimate of the expected travel distance of the ball screw at the specified thrust.

There is no guarantee of the service life of the ball screw or cylinder.

３．Input shaft moment of inertia: I0+I1×stroke/100

４．For models requiring torque limits, limit the motor torque based on the allowable (rated) input torque.

５．For models requiring rotation speed limits, limit the motor rotation speed based on the allowable input rpm.