GTX系列

集成电机/执行器

Industrial - Exlar

优点

易于改装到现有设备
中与流体驱动
相比提高了运动控制降低了总拥有
成本与第三方伺服驱动器

轻松集成功能

紧凑、功率密集的集成式电机执行器
由于采用 Exlar 倒滚柱丝杠技术
，执行器寿命长而坚固耐用灵活的反馈技术选项，包括 Hiperface、Hiperface DSL、EnDat 2.2、DRIVE-CliQ, 旋转变压器和增量编码器
密封等级达到 IP66S，适用于恶劣的工业环境

更多 Details

索取报价目录产品动画自定义电机文件

高性能和高功率，使用寿命长，结构紧凑

GTX系列集成式电机/执行器的寿命是传统滚珠丝杠电动执行器的15倍，功率密度是其3倍。集成了我们独特的倒置滚柱丝杠和T-LAM无刷伺服电机技术，提供了电气的可编程性和精度，以及液压缸的高功率密度和耐用的耐用性，所有这一切紧凑的外形与液压缸相似。

Overview

General Ordering Information

GTX系列

快速數據

相关行业

汽车/轮胎

食品和饮料/包装

塑料工业

娱乐/模拟

其他行业

快速数据



AAA = GTX Integrated Motor / Actuator 060 = 60 mm (2.36 in) 080 = 80 mm (3.15 in) 100 = 100 mm (3.94) BBB = Stroke Length 080 = 80 mm (GTX060) 100 = 100 mm (GTX060, GTX080) 150 = 150 mm 300 = 300 mm 450 = 450 mm (GTX080) CC = Screw Lead 01 = 2.54 mm (0.10 in) 02 = 5.08 mm (0.20 in) 04 = 10.16 mm (0.40 in) GTX060 05 = 12.7 mm (0.50 in) D = Winding Voltage 4 = 460 VAC Max D = 48 VDC Max (GTX060, GTX080) E = Rod End Thread & Type A = Male Metric Thread B = Female Metric Thread C = Male Metric Thread, Splined² D = Female Metric Thread, Splined² F = Female Standard Thread G = Male Standard Thread, Splined² H = Female Standard Thread, Splined² L = Female Metric Thread, 17-4 SS M = Male Standard Thread R = Male Metric Thread, 17-4 SS V = Female Standard Thread, 17-4 SS W = Male Standard Thread, 17-4 SS	FF = Wiring and Alignment AK = AMK BR = B&R Automation BD = Baldor BE = Beckhoff BM = Baumueller CT = Control Techniques / Nidec EU = Elau / Schneider Electric EL = Elmo Motion Control EX = Exlar IF = Infranor IN = Bosch-Rexroth KM = Kollmorgen LS = LTI LZ = Lenze PC = Parker RA = Rockwell Automation SM = Siemens SB = Stober Drives GGGG = Feedback Device and Connectors See table below H= Internal Holding Brake N = No Brake B = Internal Holding Brake, Electronically Released M = Mounting Options N = None 1 = Front Flange, Metric 3 = Tapped Face, Metric 5 = Rear Clevis, Metric F = Front Flange, Standard C = Rear Clevis, Standard N = Other Options N = None A = Anti-Rotate Assembly, External L = Limit Switch Housing/ Anti-Rotate Assembly¹

笔记 :
1 交换机单独出售
2 花键杆（内部防旋转）选项可降低 IP 防护等级。

Drive Manufacturer	Wiring & Alignment Code	Resolver	Incremental Encoder	SICK Hiperface Absolute Encoder	SICK Hiperface DSL Absolute Encoder	Heidenhain EnDat 2.1 Absolute Encoder ¹	Heidenhain EnDad 2.2 Absolute Encoder ²
AMK	AK	R1A1				H1A1
B&R Automation	BR	R1A1				H1A2	H3A8³
Baldor	BD	R1A1				H1A1
Baumueller	BM	R1A1		S1A1		H1A2
Beckhoff	BE				S4C0³	H1A2,	H3C2³
Control Techniques	CT	R2B1	E1B2	S1B1		H1B2
Elau	EU			S1A1⁴
Elmo Motion Control	EL	R1B1	E1B2			H1A2
Exlar	EX	R1A1	E1A2	S1A2		H1A2
Infranor	IF	R1B2		S1B2
Bosch-Rexroth	IN			S2D3⁴		H1D3
Kollmorgan	KM	R2A1	E1A2			H1A2
LTI	LS	R2A1		S1A2
Lenze	LZ	R1B1		S1B1
Parker	PC	R1B1	E1B2			H1B2
Rockwell Automation	RA		E1C2	S1C2⁴	S3CO⁴
Siemens	SM	R1B1				H1B2
Stober Drives	SB	R4A1				H1A1

¹Synchronous serial EnDat 2.1 with 1 Vpp Incremental Signals (EnDat01)
²Synchronous serial EnDat 2.2 without Incremental Signals (EnDat22)
³Supports Functional Safety
⁴Encoder is pre-programmed for operation with the manufacturer's servo drives.

** 某些选项并非在每个配置中都可用。对于上面未列出的选项或特价，请联系您当地的 Exlar 代表。.

防旋转，外部
该组件限制致动器输出杆在负载未被其他方法保持时旋转。较短的执行器具有单一的防旋转机构; 较长的长度在两侧都有一个机构。

安装法兰
前安装法兰，包括用于端面安装的通孔。

内部防旋转（花键杆）
带球花键螺母的球花键轴系主杆，取代了标准前密封件和衬套组件。该杆无需外部机构即可限制旋转。杆直径将是最接近的公制，相当于我们的标准杆尺寸。由于此选项不是密封的，因此它不适用于污染物可能进入致动器的环境。

限位开关外壳/防旋转组件
外部行程开关指示到控制器的行程，并可针对原点或终端位置进行调节。不包括开关。

后夹板，公制
后夹板安装座，允许执行器在运动时旋转

不锈钢杆选件
GTX 产品线上的所有螺纹选件均采用 17-4 不锈钢材质。该选件提高了执行器主杆的耐腐蚀性。此选项在棒材可能暴露于恶劣化学品或室外环境的应用中是有益的。

螺纹面，前法兰面上的公制
螺纹安装孔，允许执行器的面安装。

Print

Product 规格

GTX060 GTX080 GTX100

GTX060 性能指标

GTX060 Mechanical Specifications

	STROKE LENGTH MM (IN)	SCREW LEAD MM (IN)	CONTINUOUS FORCE RATING N (LBF)		MAX VELOCITY MM/S (IN/S)		DYNAMIC LOAD RATING N (LBF)	ARMATURE INERTIA KG-M^2 (IN-LB-S^2)
Maximum velocities listed at maximum voltages. Do not exceed 2X the continuous force rating during operation. Configured stroke lengths available. Consult Exlar sales representative. Dynamic load ratings valid at forces up to 2X the continuous force rating. Continuous force rating based upon 25° C ambient conditions
			4 (VAC)	D (VDC)	4 (VAC)	D (VDC)
GTX060-80-01	80 (3.2)	2.54 (0.1)	2,668 (600)	2,668 (600)	318 (12.5)	212 (8.3)	9,230 (2,075)	0.00007367 (0.000652)
GTX060-80-02		5.08 (0.2)	1,900 (427)	1,610 (392)	635 (25.0)	423 (16.7)	6,850 (1,540)
GTX060-80-04		10.2 (0.4)	1,006 (226)	852 (192)	1,270 (50.0)	847 (33.3)	5,471 (1,230)
GTX060-150-01	150 (5.9)	2.54 (0.1)	2,668 (600)	2,668 (600)	318 (12.5)	212 (8.3)	9,230 (2,075)	0.00008689 (0.000769)
GTX060-150-02		5.08 (0.2)	1,900 (427)	1,610 (392)	635 (25.0)	423 (16.7)	6,850 (1,540)
GTX060-150-04		10.2 (0.4)	1,006 (226)	852 (192)	1,270 (50.0)	847 (33.3)	5,471 (1,230)
GTX060-300-01	300 (11.8)	2.54 (0.1)	2,668 (600)	2,668 (600)	318 (12.5)	212 (8.3)	9,230 (2,075)	0.00011537 (0.001021)
GTX060-300-02		5.08 (0.2)	1,900 (427)	1,610 (392)	635 (25.0)	423 (16.7)	6,850 (1,540)
GTX060-300-04		10.2 (0.4)	1,006 (226)	852 (192)	1,270 (50.0)	847 (33.3)	5,471 (1,230)

GTX060 Electrical Specifications

MOTOR VOLTAGE		4 (AC)			D (DC)
Max Bus Voltage	VAC	230/460 Vrms			24/48 VDC
Speed @ Bus Voltage	RPM	5000/7500			2400/5000
Actuator Lead	in	0.1	0.2	0.4	0.1	0.2	0.4
RMS Sinusoidal Commutation
Continuous Motor Torque	Nm	1.35	1.81	1.81	1.35	1.53	1.53
	lbf-in	11.9	16.0	16.0	11.9	13.6	13.6
Continuous Current Rating	A	3.0	4.0	4.0	18.3	20.8	20.8
Peak Current Rating	A	6.0	8.0	8.0	36.7	41.7	41.7
Torque Constant (Kt) (+/– 10% @ 25˚C)	Nm/A	0.5			0.08
	lbf-in/A	4.5			0.7
Voltage Constant (Ke) (+/– 10% @ 25˚C)	V/kRPM	30.5			5.0
0 - Peak Sinusoidal Commutation
Continuous Motor Torque	Nm	1.8			1.5
	lbf-in	16			13.6
Continuous Current Rating	A	5.7			29.5
Peak Current Rating	A	11.3			58.9
Torque Constant (Kt) (+/– 10% @ 25˚C)	Nm/A	0.35			0.06
	lbf-in/A	3.2			0.5
Voltage Constant (Ke) (+/– 10% @ 25˚C)	V/kRPM	43.1			7.0
Pole Configuration	Number of Poles	8
Resistance (L-L) (+/– 5% @ 25˚C)	Ohms	2.8			0.1
Inductance (L-L)(+/– 15%)	mH	13.8			0.3
Electrical Time Constant	ms	4.9			3.1
Insulation Class	460 VAC Max, 180°C (Class H)

Specifications subject to change without notice. Test data derived using NEMA recommended aluminum heatsink 10" x 10" x 1/4" at 25°C ambient. VAC Class winding operational compatible with drive voltages up to 460 VAC. VDC Class winding operational compatible with drive voltages up to 48 VDC. Rotational speed approximately proportional to drive input voltage

GTX060 Weights

Description	kg (lb)
GTX060-80	3.2 (7.0)
GTX060-150	3.7 (8.1)
GTX060-300	4.8 (10.5)
Brake Adder	0.7 (1.4)
Front Flange (1)	0.4 (0.9)
Tapped Face (3)	0.3 (0.5)
Rear Clevis (5)	0.2 (0.5)
Imperial Flange (F)	0.3 (0.7)
Imperial Clevis (C)	0.3 (0.7)
Anti Rotate (80 mm stroke)	0.46 (1.0)
Anti Rotate (150 mm stroke)	0.54 (1.2)
Anti Rotate (300 mm stroke)	0.72 (1.6)
Limit Switch Assembly w/Anti-Rotate (80 mm stroke)	0.67 (1.5)
Limit Switch Assembly w/Anti-Rotate (150 mm stroke)	0.81 (1.8)
Limit Switch Assembly w/Anti-Rotate (300 mm stroke)	1.11 (2.5)

GTX080 性能规格

GTX080 Mechanical Specifications

	STROKE LENGTH MM (IN)	SCREW LEAD MM (IN)	CONTINUOUS FORCE RATING N (LBF)		MAX VELOCITY MM/S (IN/S)		DYNAMIC LOAD RATING N (LBF)	ARMATURE INERTIA KG-M^2 (IN-LB-S^2)
Maximum velocities listed at maximum voltages. Do not exceed 2X the continuous force rating during operation. Configured stroke lengths available. Consult Exlar sales representative. Dynamic load ratings valid at forces up to 2X the continuous force rating. Continuous force rating based upon 25° C ambient conditions
			4 (VAC)	D (VDC)	4 (VAC)	D (VDC)
GTX080-100-01	100 (3.9)	2.54 (0.1)	8,365 (1,881)	7,101 (1,596)	254 (10.0)	102 (4.0)	24,535 (5,516)	0.000340 (0.003013)
GTX080-100-02		5.08 (0.2)	4,740 (1,066)	4,024 (905)	508 (20.0)	203 (8.0)	25,798 (5,800)
GTX080-100-05		12.7 (0.5)	2,008 (451)	1,704 (383)	1,270 (50.0)	508 (20.0)	21,795 (4,900)
GTX080-150-01	150 (5.9)	2.54 (0.1)	8,365 (1,881)	7,101 (1,596)	254 (10.0)	102 (4.0)	24,535 (5,516)	0.000369 (0.003267)
GTX080-150-02		5.08 (0.2)	4,740 (1,066)	4,024 (905)	508 (20.0)	203 (8.0)	25,798 (5,800)
GTX080-150-05		12.7 (0.5)	2,008 (451)	1,704 (383)	1,270 (50.0)	508 (20.0)	21,795 (4,900)
GTX080-300-01	300 (11.8)	2.54 (0.1)	8,365 (1,881)	7,101 (1,596)	254 (10.0)	102 (4.0)	24,535 (5,516)	0.000455 (0.004029)
GTX080-300-02		5.08 (0.2)	4,740 (1,066)	4,024 (905)	508 (20.0)	203 (8.0)	25,798 (5,800)
GTX080-300-05		12.7 (0.5)	2,008 (451)	1,704 (383)	1,270 (50.0)	508 (20.0)	21,795 (4,900)
GTX080-450-01	450 (17.7)	2.54 (0.1)	8,365 (1,881)	7,101 (1,596)	254 (10.0)	102 (4.0)	24,535 (5,516)	0.000541 (0.004790)
GTX080-450-02		5.08 (0.2)	4,740 (1,066)	4,024 (905)	508 (20.0)	203 (8.0)	25,798 (5,800)
GTX080-450-05		12.7 (0.5)	2,008 (451)	1,704 (383)	1,270 (50.0)	508 (20.0)	21,795 (4,900)

GTX080 Electrical Specifications

MOTOR VOLTAGE		4 (AC)	D (DC)
Specifications subject to change without notice. Test data derived using NEMA recommended aluminum heatsink 10" x 10" x 1/4" at 25°C ambient. VAC class winding operational from 115 - 460 VAC. VDC Class winding operational from 24 - 48 VDC. Rotational speed linear proportional to input voltage
Max Bus Voltage	V	460 Vrms	48 VDC
Speed @ Bus Voltage	RPM	6000	2400
RMS Sinusoidal Commutation
Continuous Motor Torque	Nm	4.27	3.86
	lbf-in	37.8	34.2
Continuous Current Rating	A	4.7	24.5
Peak Current Rating	A	9.4	48.9
Torque Constant (Kt) (+/– 10% @ 25˚C)	Nm/A	1.02	0.18
	lbf-in/A	9	1.6
Voltage Constant (Ke) (+/– 10% @ 25˚C)	V/kRPM	61.6	10.7
0 - Peak Sinusoidal Commutation
Continuous Motor Torque	Nm	4.27	3.86
	lbf-in	37.8	34.2
Continuous Current Rating	A	6.6	34.6
Peak Current Rating	A	13.3	69.2
Torque Constant (Kt) (+/– 10% @ 25˚C)	Nm/A	0.72	0.13
	lbf-in/A	6.4	1.1
Voltage Constant (Ke) (+/– 10% @ 25˚C)	V/kRPM	87.1	15.1
Pole Configuration	Number of Poles	8	8
Resistance (L-L) (+/– 5% @ 25˚C)	Ohms	2.8	0.1
Inductance (L-L)(+/– 15%)	mH	15.5	0.46
Electrical Time Constant	ms	5.5	4.4
Insulation Class	460 VAC Max, 180°C (Class H)

GTX080 WEIGHTS
Description	kg (lb)
GTX080-100	6.1 (13.5)
GTX080-150	6.8 (14.9)
GTX080-300	8.6 (19.0)
GTX080-450	10.5 (23.1)
Brake Adder	1.1 (2.5)
Front Flange (1)	1.0 (2.2)
Tapped Face (3)	0.6 (1.2)
Rear Clevis (5)	0.4 (0.8)
Imperial Flange (F)	0.8 (1.8)
Imperial Clevis (C)	0.8 (1.7)
Anti Rotate (100 mm stroke)	0.5 (1.1)
Anti Rotate (150 mm stroke)	0.6 (1.3)
Anti Rotate (300 mm stroke)	0.8 (1.8)
Anti Rotate (450 mm stroke)	1.1 (2.4)
Limit Switch Assembly w/Anti-Rotate (100 mm stroke)	0.9 (1.9)
Limit Switch Assembly w/Anti-Rotate (150 mm stroke)	1.0 (2.3)
Limit Switch Assembly w/Anti-Rotate (300 mm stroke)	1.6 (3.5)
Limit Switch Assembly w/Anti-Rotate (450 mm stroke)	2.1 (4.7)

GTX100 性能指标

GTX100 Mechanical Specifications

	STROKE LENGTH MM (IN)	SCREW LEAD MM (IN)	CONTINUOUS FORCE RATING N (LBF)	MAX VELOCITY MM/S (IN/S)	DYNAMIC LOAD RATING N (LBF)	ARMATURE INERTIA KG-M^2 (IN-LB-S^2)
			4 (VAC)	4 (VAC)
GTX100-150-01	150 (5.9)	2.54 (0.1)	15,392 (3,460)	191 (7.5)	54,557 (12,266)	0.0014085 (0.012467)
GTX100-150-02		5.08 (0.2)	12,098 (2,720)	381 (15.0)	>55,972 (12,584)
GTX100-150-05		12.7 (0.5)	5,444 (1,224)	953 (37.5)	37,141 (8,350)
GTX100-300-01	300 (11.8)	2.54 (0.1)	15,392 (3,460)	191 (7.5)	54,557 (12,266)	0.0017399 (0.015399)
GTX100-300-02		5.08 (0.2)	12,098 (2,720)	381 (15.0)	55,972 (12,584)
GTX100-300-05		12.7 (0.5)	5,444 (1,224)	953 (37.5)	37,141 (8,350)
Maximum velocities listed at maximum voltages Do not exceed 2X the continuous force rating during operation Configured stroke lengths available. Consult Exlar sales representative. Continuous force rating based upon 25° C ambient conditions

GTX100 Electrical Specifications

MOTOR VOLTAGE		4 (AC)
Specifications subject to change without notice. Test data derived using NEMA recommended aluminum heatsink 12" x 12" x 1/2" at 25°C ambient. VAC Class winding operational compatible with drive voltages up to 460 VAC * For actuators with a 0.1” lead, the torque and current must be limited to 8.89 nm/9.0 a not to exceed the continuous force rating specified in the mechanical specifications table on page 6. Peak torque and current values would be 2x the continuous values
Max Bus Voltage	V	460 Vrms
Speed @ Bus Voltage	RPM	4500
RMS Sinusoidal Commutation
Continuous Motor Torque	Nm	12.23
	lbf-in	108.2
Continuous Current Rating*	A	12.3
Peak Current Rating*	A	24.7
Torque Constant (Kt) (+/– 10% @ 25˚C)	Nm/A	1.11
	lbf-in/A	9.8
Voltage Constant (Ke) (+/– 10% @ 25˚C)	V/kRPM	67
0 - Peak Sinusoidal Commutation
Continuous Motor Torque	Nm	12.23
	lbf-in	108.2
Continuous Current Rating	A	17.4
Peak Current Rating	A	34.8
Torque Constant (Kt) (+/– 10% @ 25˚C)	Nm/A	0.78
	lbf-in/A	6.92
Voltage Constant (Ke) (+/– 10% @ 25˚C)	V/kRPM	94.8
Pole Configuration	Number of Poles	8
Resistance (L-L) (+/– 5% @ 25˚C)	Ohms	0.65
Inductance (L-L)(+/– 15%)	mH	4.9
Electrical Time Constant	ms	7.6
Insulation Class	460 VAC Max, 180°C (Class H)

GTX100 WEIGHTS
Description	kg (lb)
GTX100-150	13.1 (28.8)
GTX100-300	16.0 (35.2)
Brake Adder	1.2 (2.7)
Front Flange (1)	2.2 (4.7)
Tapped Face (3)	1.1 (2.4)
Rear Clevis (5)	0.8 (1.8)
Imperial Flange (F)	1.9 (4.1)
Imperial Clevis (C)	1.1 (2.5)
Anti Rotate (150 mm stroke)	1.5 (3.2)
Anti Rotate (300 mm stroke)	2.0 (4.5)
Limit Switch Assembly w/Anti-Rotate (150 mm stroke)	2.0 (4.5)
Limit Switch Assembly w/Anti-Rotate (300 mm stroke)	2.8 (6.2)

Printable view

我们能提供什么帮助？

我的特定执行器/应用需要维修/重新润滑多长时间？

我们经常被问及再润滑间隔。现实情况是，没有通用的间隔来重新润滑执行器。它取决于很多事情，每个应用和情况都不同，几乎不可能准确计算每个应用的再润滑间隔。因此，我们有一个粗略的指南表（如下所示），让用户了解何时开始检查需要更换的旧污染润滑脂。但是，由于环境温度，散热，速度变化，空气中的颗粒等可能因应用而异，因此这只是一个指南。在此表建议的时间段内，应更频繁地检查致动器，一旦注意到润滑脂已准备好更换（脏污，污染/非常暗，充满颗粒/碎屑），就可以确定重新润滑间隔。

请记住，润滑脂需要清理和更换 - 不要只是插入更多。（除了FTX，在需要清理之前，它们可以处理5-6个润滑）

均方根转速（转速）	建议的润滑脂更新期（小时）
250	10,000
500	10,000
1000	8000
1500	7000
2000	5800
2500	5000
3000	4000

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型	框架尺寸（毫米）	峰值力 N （磅力）	連續力 N （磅力）	最大速度毫米/秒（英寸/秒）
GTX060	60 (2.36)	AC - 5,336 (1200) DC - 5,336 (1200)	AC - 2,668 (600) DC - 2,668 (600)	AC - 1,270 (50.0) DC - 847 (33.3)
GTX080	80 (3.15)	AC - 16,730 (3,762) DC - 14,202 (3,192)	AC - 8,365 (1,881) DC - 7,101 (1,596)	AC - 1,270 (50.0) DC - 508 (20.0)
GTX100	100 (3.90)	AC - 30,784 (6,920)	AC - 15,392 (3,460)	AC - 953 (37.5)

楷模:	GTX060, GTX080, GTX100
框架尺寸:	60 毫米 (2.36英寸), 80毫米（3.1英寸), 100毫米（3.9英寸)
行程长度：	GTX060: 80, 150, 300 毫米 (3.15, 6, 12英寸); GTX080: 100, 150, 300, 450毫米（3.94, 6, 12, 18英寸); GTX100: 150, 300毫米 (6, 12英寸)
螺杆导程：	GTX060: 2.54, 5.08, 10.16 毫米 (0.1, 0.2, 0.4 英寸); GTX80, GTX100: 2.54，5.08，12.70 毫米（0.1, 0.2, 0.5英寸）
线速度：	加速到1,270 mm/sec (50.0 in/sec)
连续推力容量：	15,392 N (3,460 lbf)
标准/评分：	和UL认证，UL Class 180H绝缘，IP66S

GTX系列

集成电机/执行器

高性能和高功率，使用寿命长，结构紧凑

Overview

GTX系列

更多优势

相关行业

Product 规格

GTX060 Mechanical Specifications

GTX060 Electrical Specifications

GTX060 Weights

VAC

VDC

GTX080 Mechanical Specifications

GTX080 Electrical Specifications

VAC

VDC

GTX100 Mechanical Specifications

GTX100 Electrical Specifications

产品资料

Industrial - Exlar, 手册/目录

GTX系列目录部分

Industrial - Exlar, 手册/目录

GTX产品手册

Industrial - Exlar, 手册/目录

机电工业4.0解决方案

Industrial - Exlar, 手册/目录

液压到电动传单

重点介绍从液压缸切换到电动执行器的好处

Industrial - Exlar, 手册/目录

产品概述

This overview provides a brief summary of new standard products available from Exlar.

Industrial - Exlar

为什么选择电？

Industrial - Exlar, 驱动解决方案

全电芯拉缸

Exlar 提供多个系列的全电动伺服线性执行器，设计用于安装和安装在与液压缸相同的空间中。

Industrial - Exlar, Success Stories

分配

Exlar 的 GSX 系列执行器非常紧凑，这使得 Osgood 能够实际减少机器中用于运动控制解决方案的空间量。

Industrial - Exlar, 驱动解决方案

管道泵站控制

Exlar GSX60 全电动执行器解决方案在紧凑、易于安装的封装中提供了更大的灵活性、更高的速度、更快的响应、更低的能耗和更长的使用寿命。

执行器技术数据

Industrial - Exlar, 软件和下载

CMF导入电机文件

Industrial - Exlar, 手册

GTX 系列安装和服务手册

Industrial - Exlar, 执行器技术提示

GTX附件指南

Industrial - Exlar, 执行器技术提示

产品比较：GTX与GSX

Industrial - Exlar, 执行器技术提示

GTX产品快速参考指南

Industrial - Exlar, 执行器技术提示

GSX至GTX交叉

Industrial - Exlar, 执行器技术提示

电动缸相对于液压缸的优点

Industrial - Exlar, 执行器技术提示

制造商连接器的电缆选择

Industrial - Exlar, 执行器技术提示

计算预期寿命

Industrial - Exlar, 执行器技术提示

消除气动和机电解决方案的成本

视频

Industrial - Exlar, 产品视频

GTX 产品动画

Industrial - Exlar, 产品视频

Exlar产品概述

Industrial - Exlar, 产品视频

液压到电动

https://www.youtube.com/watch?v=ap4JVgUBpjY&t=3s

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