EMB30

Keywords:

EMB30

Category:

EMB Economical 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 EMB Series Econmical Servo Actuator

Silent design, maintenance-free

Miniature electric actuators with a load range of 5kg to 1500kg. Compact design, 30% smaller in size compared to similar products. All components are modularly assembled, standardized and cost-effective. Rolled ball screw, high efficiency, high speed. Equipped with economical stepper servo motor and integrated driver,compatible with bus systems like CAN, EtherCAT, etc. The built-in program is a perfect replacement for small linear mechanisms such as pneumatic cylinders and other small linear mechanisms. Silent design, maintenance-free.

Performance table

Product Series	EMB05	EMB10	EMB20		EMB30			EMB35
Lead of the ball screw, mm	2	4	5	10	5	10	25	10	20
Rated thrust kN	0.35	1	5	4.8	8.5	13	8.7	15	10
Maximum speed mm/s	150	266	250	500	166	332	830	417	833
Rated thrust screw input torque Nm	0.17	1.00	6.22	11.94	9.4	28.75	48.89	37.2	49.7
Rated dynamic load of ball screw, kN	4	5	10.5	12	17	28	16.5	36.8	19
Maximum stroke mm	300	300	500		800			1000
Maximum input speed of the lead screw, rpm	4500	4000	3000		2750			2500
Maximum acceleration m/s²	6	3	3	6	3	6	10	6	8
Cylinder block weight (without motor) kg	1.22	1.35	6.9		15.3			23.7
Weight per 100 mm of travel, kg	0.36	0.47	0.54		1.3			2.1
Maximum free‑rotating angle of the power tube, °	±0.3	±0.3	±0.3		±0.3			±0.25
Axial clearance mm	0.04	0.05	0.05		0.05			0.05
300 mm lead error mm	0.05	0.05	0.05		0.05			0.05
Repeatability mm	0.02	0.02	0.02		0.02			0.02

EMB Series Inertia Specification：

Model		EMB05 Inertia x10^-4kg m²	EMB10 Inertia x10^-4kg m²	EMB20 Inertia x10^-4kg m²		EMB30 Inertia x10^-4kg m²			EMB35 Inertia x10^-4kg m²
Lead mm		2	4	5	10	5	10	25	10	20
Base Actuator-only input shaft		0.019	0.052	0.5	0.51	1.85	1.99	2.13	7.08	7.32
Inline actuator-with coupling		0.025	0.112	0.975	0.985	2.75	2.85	3.03	9.2	9.44
Inertia increase by each 100mm	Base Actuator/Inline actuator	0.008	0.016	0.056	0.31	0.3	0.31	0.35	0.83	0.89
Timing-belt mounting Inertia (Default motor: with key）
1:1ratio timing-belt housing（*64mm）		0.033	0.214	-	-	-	-	-	-	-
1:1ratio timing-belt housing（*64mm）		-	-	2.22	2.23
1:1ratio timing-belt housing（*150mm）		-	-	-		15.65	15.79	15.93	49.83	50.07
1:1ratio timing-belt housing（*170mm）		-	-	-	-	-	-	-	65.1	65.34
1:1ratio timing-belt housing（*106mm）				0.535	0.5375
1:1ratio timing-belt housing（*150mm）						3.7875	3.8225	3.8575	11.295	13.855
1:1ratio timing-belt housing（*170mm）									51.12	51.18
Inertia increase by each 100mm	1:1ratio timing-belt housing（*64mm）	0.008	0.016	-	-	-	-	-	-	-
	1:1ratio timing-belt housing（*106mm）	-	-	0.052	0.056	-	-	-	-	-
	1:1ratio timing-belt housing（*150mm）	-	-	-	-	0.3	0.31	0.35	0.83	0.89
	1:1ratio timing-belt housing（*170mm）	-	-	-	-	-	-	-	0.83	0.89
	1:1ratio timing-belt housing（*106mm）			0.013	0.014
	1:1ratio timing-belt housing（*150mm）					0.075	0.0775	0.0875	0.2075	0.2225
	1:1ratio timing-belt housing（*170mm）								0.2075	0.2225

EMB30 Performance Specification

Model	Lead mm	Reducer	Ratio	Speed at 1500 rpm mm/s	Actual load N										Max.linear speed mm/s
					8500		6000		4000		2000		1000
					Power KW	Torque Nm	Power KW	Torque Nm	Power KW	Torque Nm	Power KW	Torque Nm	Power KW	Torque Nm
EMB30-05	5	Parallel 1:1	NON	125	1.661	10.574	1.172	7.464	0.782	4.976	0.391	2.488	0.195	1.244	166
			1:3	42	0.583	3.710	0.411	2.619	0.274	1.746	0.137	0.873	0.069	0.437	166
			1:5	25	0.350	2.226	0.247	1.571	0.165	1.048	0.082	0.524	0.041	0.262	166
			1:10	13	0.175	1.113	0.123	0.786	0.082	0.524	0.041	0.262	0.021	0.131	166
			1:20	6	0.092	0.587	0.065	0.415	0.043	0.276	0.022	0.138	0.011	0.069	166
			1:50	3	0.037	0.235	0.026	0.166	0.017	0.111	0.009	0.055	0.004	0.028	166
		Parallel 2:1	NON	63	0.830	5.287	0.586	3.732	0.391	2.488	0.195	1.244	0.098	0.622	166
		Inline shaft coupling 1:1	NON	125	1.476	9.399	1.042	6.635	0.695	4.423	0.347	2.212	0.174	1.106	166
			1:3	42	0.518	3.298	0.366	2.328	0.244	1.552	0.122	0.776	0.061	0.388	166
			1:5	25	0.311	1.979	0.219	1.397	0.146	0.931	0.073	0.466	0.037	0.233	166
			1:10	13	0.155	0.989	0.110	0.698	0.073	0.466	0.037	0.233	0.018	0.116	166
			1:20	6	0.082	0.522	0.058	0.369	0.039	0.246	0.019	0.123	0.010	0.061	166
			1:50	3	0.033	0.209	0.023	0.147	0.015	0.098	0.008	0.049	0.004	0.025	166

Model	Lead mm	Reducer	Ratio	Speed at 1500 rpm mm/s	Actual load N										Max.linear speed mm/s
					12500		10000		8000		5000		2500
					Power KW	Torque Nm	Power KW	Torque Nm	Power KW	Torque Nm	Power KW	Torque Nm	Power KW	Torque Nm
EMB30-10	10	Parallel 1:1	NON	250	4.781	30.442	3.825	24.354	3.060	19.483	1.913	12.177	0.957	6.089	332
			1:3	83	1.678	10.683	1.342	8.545	1.074	6.836	0.671	4.273	0.336	2.136	332
			1:5	50	1.007	6.409	0.805	5.127	0.644	4.102	0.403	2.564	0.201	1.282	332
			1:10	25	0.503	3.205	0.403	2.564	0.322	2.051	0.202	1.282	0.101	0.641	332
			1:20	13	0.252	1.603	0.202	1.282	0.161	1.026	0.101	0.641	0.051	0.321	332
			1:50	5	0.101	0.641	0.081	0.513	0.064	0.410	0.040	0.256	0.020	0.128	332
		Parallel 2:1	NON	125	2.391	15.221	1.913	12.177	1.530	9.742	0.957	6.089	0.479	3.045	332
		Inline shaft coupling 1:1	NON	250	4.346	27.675	3.477	22.140	2.782	17.712	1.739	11.070	0.870	5.535	332
			1:3	83	1.525	9.712	1.220	7.768	0.976	6.215	0.610	3.885	0.305	1.942	332
			1:5	50	0.915	5.826	0.732	4.661	0.585	3.729	0.366	2.331	0.183	1.165	332
			1:10	25	0.457	2.914	0.366	2.331	0.293	1.865	0.184	1.165	0.092	0.583	332
			1:20	13	0.229	1.457	0.183	1.166	0.147	0.933	0.092	0.583	0.046	0.292	332
			1:50	5	0.091	0.583	0.073	0.466	0.059	0.373	0.037	0.233	0.018	0.117	332
					8500		5000		2500		1000		500
EMB30-25	25	Parallel 1:1	NON	625	7.650	48.707	4.781	30.442	2.391	15.220	0.952	6.088	0.476	3.044	830
			1:3	208	2.684	17.090	1.678	10.681	0.839	5.340	0.334	2.136	0.167	1.068	830
			1:5	125	1.611	10.254	1.006	6.409	0.503	3.204	0.200	1.281	0.100	0.641	830
			1:10	63	0.805	5.127	0.503	3.204	0.252	1.602	0.100	0.641	0.050	0.320	830
			1:20	31	0.403	2.564	0.252	1.602	0.126	0.801	0.050	0.321	0.025	0.160	830
			1:50	13	0.161	1.025	0.100	0.641	0.050	0.320	0.020	0.128	0.010	0.064	830
		Parallel 2:1	NON	313	3.825	24.354	2.391	15.221	1.196	7.610	0.476	3.044	0.238	1.522	830
		Inline shaft coupling 1:1	NON	625	6.955	44.279	4.346	27.675	2.174	13.836	0.865	5.535	0.433	2.767	830
			1:3	208	2.440	15.536	1.525	9.710	0.763	4.855	0.304	1.942	0.152	0.971	830
			1:5	125	1.465	9.322	0.915	5.826	0.457	2.913	0.182	1.165	0.091	0.583	830
			1:10	63	0.732	4.661	0.457	2.913	0.229	1.456	0.091	0.583	0.455	0.291	830
			1:20	31	0.366	2.331	0.229	1.456	0.115	0.728	0.045	0.292	0.023	0.145	830
			1:50	13	0.146	0.932	0.091	0.583	0.045	0.291	0.018	0.116	0.009	0.058	830