FMR60

Keywords:

FMR60

Category:

FMR Planetary Screw Servo Electric Cylinder

Asia, America,

Africa , Australia

Europe, America,
Africa, Oceania

Phone

Wechat

L13311099286

0086-13691276470

export@lim-tec.com

vera.zha@lim-tec.com

LIM-TEC servo linear actuator 2026.pdf
lmtksfddg_cad.zip

3D Model Download

Consultation

Description

Lim-Tec FMR Series Roller Screw Servo Actuator

High precision motion, the smooth movement, low noise, high speed

Lim-Tec Performance FMR： Load range: From 500kgs - 100 Tons Stroke Max.4 Meters. Max. Speed:1m/s; Max. Acceleration: 1g High Efficiency roller screw, continuously duty cycle. Positioning Accuracy 0.02mm; Closed loop: 0.01mm Force Accuracy: closed-loop precision 0.5%; Built-in pressure sensor available Ultra-long lifespan, 10-15 times longer than similar ball screw electric cylinders. High protection level IP65, suitable for harsh working environments. High-performance lubricants, maintenance-free for life
Capacity and lifespan：The advantages of planetary roller screws lie in the ability to provide higher rated dynamic and static load. The use of threaded rollers instead of balls allows the load to be rapidly released through numerous contact points, thereby providing higher impact resistance

Capacity and lifespan：The advantages of planetary roller screws lie in the ability to provide higher rated dynamic and static load. The use of threaded rollers instead of balls allows the load to be rapidly released through numerous contact points, thereby providing higher impact resistance

Both planetary roller screws and ball screws are suitable for use with Hertz law. According to Hertz law, the static load capacity of planetary roller screws is 3 times that of ball screws, and their lifespan is 15 times that of ball screws

Speed and acceleration：Planetary roller screws can provide higher rotational speeds and higher accelerations. RV series planetary roller screws are noncirculating, which allows for double rotational speed compared to ball screws, and accelerations of up to 3g

Performance table:

Model	FMR25	FMR35		FMR40		FMR50			FMR60		FMR80		FMR200
Screw dia mm	15	25		30		39			48		60		75
Lead mm	5	5	10	10	20	10	15	20	10	20	10	20	10	20
Rated Force KN	7	25	25	50	50	70	70	70	100	130	160	200	250	350
Maximum force KN	10	40	40	70	70	90	90	90	140	140	250	250	450	450
Max. Speed mm/s	375	250	500	416	832	333	500	666	250	500	200	400	167	334
Efficiency	0.78	0.75	0.8	0.8	0.8	0.8	0.8	0.8	0.8	0.8	0.8	0.8	0.8	0.8
Torque at Rated Force Nm	7.14	24.88	49.76	99.5	199.1	139.3	208.3	278.7	199.04	517.5	318.5	796.2	497.6	1433.1
Dynamic Load of Roller Screw KN	26	72.8	84.2	106.3	123.3	152.6	167.6	172.8	231.5	265.7	338.6	395	497.8	572
Max. Stroke mm	500	800		1000		1200			1500		2000		2500
Max. input rpm	4500	3000		2500		2000			1500		1200		1000
Max. Acceleration m/s2	6	6	10	6	10	6	10	10	6	10	3	10	3	10
Weight(Without motor) kg	6.9	21.6		27.5		70.6			100.2		126.1		165.2
Weight per 100mm stroke kg	1	1.92		2.68		4.5			6.3		14.6		21.1
Max.idling angle	±0.3	±0.3		±0.3		±0.3			±0.3		±0.3		±0.3
Axial backlash mm	0.05	0.05		0.05		0.05			0.05		0.050.05
Lead Tolerance within 300mm/mm	0. 023	0.023		0.023		0.023			0.023		0.023		0.023
Repeat accuracy mm	0.02	0.02		0.02		0.02			0.023		0.023		0.023

FMR Series Electric Cylinder Performance Specification Table

Model	FMR25	FMR35		FMR40		FMR50			FMR60		FMR80		FMR200
Screw dia mm	15	25		30		39			48		60		75
Lead mm	5	5	10	10	20	10	15	20	10	20	10	20	10	20
Rated Force KN	7	25	25	50	50	70	70	70	100	130	160	200	250	350
Maximum Force KN	10	40	40	70	70	90	90	90	140	140	250	250	450	450
Max Speed mm/s	375	250	500	416	832	333	500	666	250	500	200	400	167	334
Efficiency	0.78	0.75	0.8	0.8	0.8	0.8	0.8	0.8	0.8	0.8	0.8	0.8	0.8	0.8
Torque at Rated Force Nm	7.14	24.88	49.76	99.5	199.1	139.3	208.3	278.7	199.04	517.5	318.5	796.2	497.6	1433.1
Dynamic load of Roller Screw KN	26	72.8	84.2	106.3	123.3	152.6	167.6	172.8	231.5	265.7	338.6	395	497.8	572
Max,Stroke mm	500	800		1000		1200			1500		2000		2500
Max,input mm	4500	3000		2500		2000			1500		1200		1000
Max.Acceleration m/s²	6	6	10	6	10	6	10	10	6	10	3	10	3	10
Weight (without motor) kg	6.9	21.6		27.5		70.6			100.2		126.1		165.2
Weight per 100 mm stroke kg	1	1.92		2.68		4.5			6.3		14.6		21.1
Max.idling angle	±0.3	±0.3		±0.3		±0.3			±0.3		±0.3		±0.3
Axial backlash mm	0.05	0.05		0.05		0.05			0.05		0.05		0.05
Lead Tolerance within 300 mm/mm	0.023	0.023		0.023		0.023			0.023		0.023		0.023
Repeat accuracy mm	0.02	0.02		0.02		0.02			0.02		0.02		0.02

FMR60 Series Servo Electric Cylinder Torque and Power Selection Chart

Model	Lead mm	Reducer	Ratio	Speed at 1500 rpm mm/s	Actual load N										Max.linear speed mm/s
					100000		80000		60000		40000		20000
					Power KW	Torque Nm	Power KW	Torque Nm	Power KW	Torque Nm	Power KW	Torque Nm	Power KW	Torque Nm
FMR60-10	10	Parallel 1:1	NON	250	39.079	248.806	31.264	199.045	23.448	149.283	15.632	99.522	7.816	49.761	250
			1:3	83	13.712	87.300	10.970	69.840	8.227	52.380	5.485	34.920	2.742	17.460	250
			1:5	50	8.227	52.380	6.582	41.904	4.936	31.428	3.291	20.952	1.645	10.476	250
			1:10	25	4.114	26.190	3.291	20.952	2.468	15.714	1.645	10.476	0.823	5.238	250
			1:20	13	2.171	13.823	1.737	11.058	1.303	8.294	0.868	5.529	0.434	2.765	250
		Parallel 2:1	NON	125	19.540	124.403	15.632	99.522	11.724	74.642	7.816	49.761	3.908	24.881	250
		Inline shaft coupling 1:1	NON	250	34.737	221.161	27.790	176.929	20.842	132.696	13.895	88.464	6.947	44.232	250
			1:3	83	12.189	77.600	9.751	62.080	7.313	46.560	4.875	31.040	2.438	15.520	250
			1:5	50	7.313	46.560	5.850	37.248	4.388	27.936	2.925	18.624	1.463	9.312	250
			1:10	25	3.657	23.280	2.925	18.624	2.194	13.968	1.463	9.312	0.731	4.656	250
			1:20	13	1.930	12.287	1.544	9.829	1.158	7.372	0.772	4.915	0.386	2.457	250
					130000		100000		80000		50000		20000
FMR60-20	20	Parallel 1:1	NON	500	101.607	646.895	78.159	497.611	62.527	398.089	39.079	248.806	15.632	99.522	500
			1:3	167	35.651	226.981	27.424	174.601	21.939	139.680	13.712	87.300	5.485	34.920	500
			1:5	100	21.391	136.188	16.454	104.760	13.164	83.808	8.227	52.380	3.291	20.952	500
			1:10	50	10.695	68.094	8.227	52.380	6.582	41.904	4.114	26.190	1.645	10.476	500
			1:20	25	5.645	35.939	4.342	27.645	3.474	22.116	2.171	13.823	0.868	5.529	500
		Parallel 2:1	NON	250	50.803	323.447	39.079	248.806	31.264	199.045	19.540	124.403	7.816	49.761	500
		Inline shaft coupling 1:1	NON	500	90.317	575.018	69.475	442.321	55.580	353.857	34.737	221.161	13.895	88.464	500
			1:3	167	31.690	201.761	24.377	155.200	19.502	124.160	12.189	77.600	4.875	31.040	500
			1:5	100	19.014	121.056	14.626	93.120	11.701	74.496	7.313	46.560	2.925	18.624	500
			1:10	50	9.507	60.528	7.313	46.560	5.850	37.248	3.657	23.280	1.463	9.312	500
			1:20	25	5.018	31.945	3.860	24.573	3.088	19.659	1.930	12.287	0.772	4.915	500