Linear Motor, Actuator, Servo Drive, Motion Control Products

OCTO Multi-head Linear Actuator

Details

Overview

OCTO MULTI-HEAD LINEAR ACTUATOR OVERVIEW

OCTO Multi-head Linear Actuator

Stable and Consistent Motion Performance

PBA Systems introduces OCTO ---- A multi-headed linear positioning enclosed stage ideal for applications that require independent control of multiple axes travelling on the same directional vector/plane.

For Further versatility, OCTO actuators provide two independent travel paths/lanes which allow for carriages on different lanes to “overtake each other without risk of collision.

Powered by the DX series of ironless motors, the independent carriages are guided by linear encoders and precision recirculation linear ball bearing blocks on a single rail.

Each carriage has its own encoder readhead (Digital and analogue options available) and has a resolution of up to 80nm resolution when analogue encoder option is selected and used in tandem with PBA Maxtune drives. ---- This allows for extremely precise independent control of individual carriages.

Features:

Multiple motors on single travel path
Dual lane operations to allow for overtaking
Custom strokes,and feedback resolution configurations
Effective stroke – Up to 4m (Enclosed version : 2m Max)
Cable carrier attachment

Application

Sorting
Pick and Place
Inspection
Scanning
Parts transfer
Clean room
High speed automated assembly lines

OCTO Multi-head Linear Actuator

Specifications

PBA OCTO MULTI-HEAD LINEAR ACTUATOR SPECIFICATIONS

PBA OCTO Actuator

Multi-axis Actuator
Peak force to 145N, Continuous force to 29N

SPECIFICATION		MODEL
SPECIFICATION		OCTO-LXX-DX30B-C1
Motor Parameters	Unit	S								P
Peak Force	N	145
Continuous Force	N	29
Peak Current	A^pk	11.81								23.63
Continuous Current	A^pk	2.36								4.73
Force Constant	N/A^pk	12.3								6.1
Back EMF Constant	V^pk/m/s	14.1								7
Coil Resistance L-L @ 25°C	Ohm	4.8								1.2
Inductance L-L @ 1kHz	mH	3								0.75
Magnetic Pole Pitch	mm	60
Motor Parameters
Total Length	mm	728	1028	1328	1628	1928	2228	2528	2828	728	1028	1328	1628	1928	2228	2528	2828
Effective Travel	mm	350	650	950	1250	1550	1850	2150	2450	350	650	950	1250	1550	1850	2150	2450
Slider Mass	kg	0.8
Module Weight	kg	10.4	19.8	29.1	38.2	47.6	57.1	66.5	75.9	10.4	19.8	29.1	38.2	47.6	57.1	66.5	75.9
Accuracy
Straightness/ Flatness	um	60um/500mm
Repeatability	um	3.0

Notes:

1. A^pk=1.414*Arms; V^pk=1.414*Vrms
2. *Ambient temperature 25°C, natural convection, no heat sink
3. Specifications tolerance - inductance +/-30%, all others +/-10%
Only available in series winding

Part Numbering System

OCTO MULTI-HEAD LINEAR ACTUATOR PART NUMBERING

PBA OCTO Actuator Drawing

OCTO MULTI-HEAD LINEAR ACTUATOR DRAWING

STROKE (mm)	TOTAL LENGTH (mm)	NUMBER OF MOUNTING HOLE M
350	728	04
650	1028	06
950	1328	08
1250	1628	10
1550	1928	12
1850	2228	14
2150	2528	16
2450	2828	18

PRG Multi-Axis Precision Modules

Details

Overview

GANTRY MULTI-AXIS PRECISION MODULES OVERVIEW

PRG

Multi-Axis Precision Modules

T and H configuration precision gantry

PBA's Rigid Gantry systems was designed for high precision/speed pick-and-place, vision inspection, dispensing stations and high-accuracy placement machines inspection.

PBA's Rigid gantries are available with choice of PBA Iron Core or Ironless Direct drive motors in T or H gantry configuration with linear encoder resolutions of up to 0.8nm resolution when used with PBA Maxtune drives.

H-config with dual encoders on the bottom axes available as well for better positional accuracy and repeatability.

PRG gantries look to solve the most demanding of applications through the use of precision assembly methods and high performance motion controllers to achieve stable and consistent motion performance with short settling time - Thus improving machine throughput and performance.

PRG Multi-Axis Precision Modules

Application

Optical inspection
Precision placement
Lens bonding
Die sorting

PIX-TOP

PRG-PIX-TOP SPECIFICATIONS

PRG-PIX-TOP AXIS

Iron Core Linear Motor
Peak force to 1393N, Continuous force to 279N

SPECIFICATION		MODEL
		PIX200-027-050			PIX200-027-080
Motor Parameters	Unit	S		P	S		P
Peak Force	N	893			1393
Continuous Force @ 105°C	N	179			279
Continuous Stall Force @ 105°C	N	126			197
Peak Power @ 105°C	W	2323			2932
Continuous Power @ 105°C	W	93			117
Peak Current	A^pk	29.3		88.7	27.8		55.7
Continuous Current @ 105°C	A^pk	5.9		11.7	5.6		11.1
Continuous Stall Current @ 105°C	Arms	4.15		8.3	3.94		7.88
Force Constant	N/A^pk	30.4		15.2	50		25
Back EMF Constant	V^pk/m/s	35		17.5	57.5		28.8
Coil Resistance L-L @ 25°C	Ohm	2.6		0.7	3.6		0.9
Coil Resistance L-L @ 25°C	Ohm	2.6		0.7	3.6		0.9
Coil Resistance L-L @ 120°C	Ohm	3.6		0.9	5		1.3
Inductance L-L @ 1kHz	mH	7		1.8	10.5		2.6
Motor Constant @ 25°C	(N/√W)	21.8			30.3
Motor Constant @ 120°C	(N/√W)	18.5			25.7
Max Terminal Voltage	Vdc	600
Stage Parameters
Effective Travel (X-Axis)		400	500	600	700	800
Effective Travel (Y-Axis)		400	500	600	700	800
Straightness		±10um/500mm
Flatness		±10um/500mm
Repeatability		±3um
Accuracy		±40um/500mm

PIX-BOTTOM

PRG-PIX-BOTTOM SPECIFICATIONS

PRG-PIX-BOTTOM AXIS

Iron Core Linear Motor
Peak force to 2307N, Continuous force to 461N

SPECIFICATION		MODEL (BOTTOM AXIS)
SPECIFICATION		PIX200-027-080		PIX200-040-050		PIX200-040-080
Motor Parameters	Unit	S	P	S	P	S	P
Peak Force	N	1393		1515		2307
Continuous Force @ 105°C	N	279		303		461
Continuous Stall Force @ 105°C	N	197		214		326
Peak Power @ 105°C	W	2932		2662		3457
Continuous Power @ 105°C	W	117		106		138
Peak Current	A^pk	27.9	55.7	20.5	41	19.8	39.6
Continuous Current @ 105°C	A^pk	5.6	11.1	4.1	8.2	4	7.9
Continuous Stall Current @ 105°C	Arms	3.94	7.88	2.9	5.8	2.8	5.6
Force Constant	N/A^pk	50	25	73.9	37	116.5	58.3
Back EMF Constant	V^pk/m/s	57.5	28.8	85	42.5	134	67
Coil Resistance L-L @ 25°C	Ohm	3.6	0.9	6.1	1.5	8.5	2.1
Coil Resistance L-L @ 120°C	Ohm	5	1.3	8.4	2.1	11.8	2.9
Inductance L-L @ 1kHz	mH	10.5	2.6	60	15	87	21.8
Motor Constant @ 25°C	(N/√W)	30.3		34.6		46.1
Motor Constant @ 120°C	(N/√W)	25.7		29.4		39.2
Max Terminal Voltage	Vdc	600
Stage Parameters
Effective Travel (X-Axis)		400	500	600	700	800
Effective Travel (Y-Axis)		400	500	600	700	800
Straightness		±10um/500mm
Flatness		±10um/500mm
Repeatability		±3um
Accuracy		±40um/500mm

DX-TOP

PRG-DX-TOP SPECIFICATIONS

PRG-DX-TOP AXIS

Iron Core Linear Motor
Peak force to 893N, Continuous force to 179N

SPECIFICATION		MODEL (TOP AXIS)
		DX30B-C3		DX30B-C4		DX50B-C3		DX50B-C4
Motor Parameters	Unit	S	P	S	P	S	P	S	P
Peak Force	N	434		579		669		893
Continuous Force @ 120°C	N	87		116		134		179
Continuous Force AC @ 120°C	N	113		150		174		232
Peak Power @ 120°C	W	2086		2781		2253		3004
Continuous Power @ 120°C	W	83		111		90		120
Continuous Power AC @ 120°C	W	141		188		152		203
Peak Current	A^pk	11.81	23.63	11.81	23.63	13.13	26.25	13.13	26.25
Continuous Current @ 120°C	A^pk	2.36	4.73	2.36	4.73	2.63	5.25	2.63	5.25
Continuous Current AC @ 120°C	Arms	3.07	6.14	3.07	6.14	3.41	6.83	3.41	6.83
Continuous Stall Current @ 120°C	Arms	1.75	3.5	1.75	3.5	2.1	4.2	2.1	4.2
Force Constant	N/A^pk	36.8	18.4	49	24.5	51	25.5	68	34
Back EMF Constant	V^pk/m/s	42.3	21.1	56.4	28.2	58.7	29.3	78.2	39.1
Coil Resistance L-L @ 25°C	Ohm	14.4	3.6	19.2	4.8	12.6	3.2	16.8	4.2
Coil Resistance L-L @ 120°C	Ohm	19.9	5	26.6	6.6	17.4	4.4	23.2	5.8
Inductance L-L @ 1kHz	mH	9	2.25	12	3	9.33	2.33	12.44	3.11
Motor Constant @ 25°C	(N/√W)	11.18		12.91		16.59		19.16
Motor Constant @ 120°C	(N/√W)	9.51		10.98		14.1		16.28
Max Terminal Voltage	Vdc	400
Stage Parameters
Effective Travel (X-Axis)		400		500	600		700	800
Effective Travel (Y-Axis)		400		500	600		700	800
Straightness		±10um/500mm
Flatness		±10um/500mm
Repeatability		±3um
Accuracy		±40um/500mm

DX-BOTTOM

PRG-DX-BOTTOM SPECIFICATIONS

PRG-DX-BOTTOM AXIS

Ironless Linear Motor
Peak force to 893N, Continuous force to 179N

SPECIFICATION		MODEL (BOTTOM AXIS)
		DX30B-C4		DX50B-C3		DX50B-C4		DX65B-C3		DX65B-C4		PIA-L-X-DX65B-C5
Motor Parameters	Unit	S	P	S	P	S	P	S	P	S	P	S	P
Peak Force	N	579		669		893		1038		1384		1730
Continuous Force @ 120°C	N	116		134		179		208		277		346
Continuous Force AC @ 120°C	N	150		174		232		260		346		415
Peak Power @ 120°C	W	2781		2253		3004		2927		3902		4878
Continuous Power @ 120°C	W	111		90		120		117		156		195
Continuous Power AC @ 120°C	W	188		152		203		183		244		281
Peak Current	A^pk	11.81	23.63	13.13	26.25	13.13	26.25	15.63	31.25	15.63	31.25	15.63	31.25
Continuous Current @ 120°C	A^pk	2.36	4.73	2.63	5.25	2.63	5.25	3.13	6.25	3.13	6.25	3.13	6.25
Continuous Current AC @ 120°C	Arms	3.07	6.14	3.41	6.83	3.41	6.83	3.91	7.81	3.91	7.81	3.75	7.5
Continuous Stall Current @ 120°C	Arms	1.75	3.5	2.1	4.2	2.1	4.2	2.5	5	2.5	5	2.5	5
Force Constant	N/A^pk	49	24.5	51	25.5	68	34	66.5	33.2	88.6	44.3	110.8	55.4
Back EMF Constant	V^pk/m/s	56.4	28.2	58.7	29.3	78.2	39.1	76.4	38.2	101.9	50.9	127.4	63.7
Coil Resistance L-L @ 25°C	Ohm	19.2	4.8	12.6	3.2	16.8	4.2	11.6	2.9	15.4	3.9	19.3	4.8
Coil Resistance L-L @ 120°C	Ohm	26.6	6.6	17.4	4.4	23.2	5.8	16	4.0	21.3	5.3	26.6	6.7
Inductance L-L @ 1kHz	mH	12	3	9.33	2.33	12.44	3.11	13.67	3.42	18.22	4.56	22.78	5.69
Motor Constant @ 25°C	(N/√W)	12.91		16.59		19.16		22.6		26.1		29.1
Motor Constant @ 120°C	(N/√W)	10.98		14.1		16.28		19.2		22.2		24.8
Max Terminal Voltage	Vdc	400						600
Stage Parameters
Effective Travel (X-Axis)		400		500			600		700			800
Effective Travel (Y-Axis)		400		500			600		700			800
Straightness		±10um/500mm
Flatness		±10um/500mm
Repeatability		±3um
Accuracy		±40um/500mm

Part No

PRG Multi-Axis Precision Modules PART NUMBERING SYSTEM

H Config Precision Gantry

H CONFIGURATION PRECISION GANTRY DRAWING

STROKE(S) X & Y (mm)	L (mm)
400	1100
500	1200
600	1300
700	1400
800	1500

T Config Precision Gantry

T CONFIGURATION PRECISION GANTRY DRAWING

STROKE(S) X & Y (mm)	L (mm)
400	1100
500	1200
600	1300
700	1400
800	1500

Mitsubishi Servo Drive

Details

MITSUBISHI

SERVO DRIVE

As a recognized leader in factory automation, Mitsubshi Electric is committed to maintaining a world-class level

Overview

MITSUBISHI SERVO DRIVE OVERVIEW

Production/ Development System
For more than 80 years from the start of operations in 1924, Mitsubishi Electric Nagoya Works has manufactured various universal devices including motors, programmable controllers and inverters. The history of AC servo production at Nagoya Works spans over 30 years. We have expanded our production system based on the technology and tradition amassed during this time, and have incorporated world-class research and development to create high-performance, high-quality products that can be supplied for a long time.

Production System
To guarantee the high quality and performance of MELSERVO, Mitsubishi Electric has built a cooperative system of three facilities - Shinshiro Factory, a branch factory of Nagoya Works; Mitsubishi Electric responds to various need throughout the world by uniting technologies and know-how of these facilities. Mitsubishi Electric's FA energy solutions, "e&eco-Factory", are at work in the servo motor factory at the Nagoya Works. They are being used to boost capacity utilization and product quality, and reduce energy consumption.

Development System
To spread advanced servo systems to the world as quickly as possible, Mitsubishi Electric has established FA-related development centers at its Nagoya Works, and in North America and Europe. Furthermore, we have established strong connections between our Advanced Technology R&D Center, which pushes technology development beyond the limits of FA, and Information Technology R&D Center. We are moving forward with the development of new products that reflect the latest technological directions and customer input.

SSCNET Partner Association (SNP)
The SSCNET Partner Association (SNP) carries activities to introduce the advanced servo system controller network "SSCNET" and compatible products to many users. In cooperation with partner corporations, SNP widely promotes the performance attainable with SSCNET. In recent years, SNP holds partner meetings in Japan and other countries such as Taiwan and India. SNP aims to make SSCNET a more global servo system controller network.

Specifications

MITSUBISHI SERVO DRIVE SPECIFICATIONS

Ratings

Units

10B

20B

40B

60B

70B

100B

200B

350B

500B

700B

Supply Voltage 120-230

VAC

3-phase / 1-phase

3-phase

Output Capacity

100W

200W

400W

600W

750W

1KW

2KW

3.5KW

5KW

7KW

Continuous Current

A^pk

1.6

2.2

4.0

4.5

8.2

8.5

15.6

24.0

39.6

52.3

Peak Current

A^pk

5.0

7.5

13.5

14.5

29.0

27.3

48.0

73.1

130.7

164.3

Ratings

Units

60B4

100B4

200B4

350B4

500B4

700B4

Supply Voltage 380-480

VAC

3-Phase

Continuous Current

A^pk

2.1

4.0

7.6

12.2

16.7

25.3

Peak Current

A^pk

6.8

12.6

24.4

38.9

53.6

81.2

Basic Specifications

Motors

Linear Motors (Through partner software to setup motor coil parameter.)

Auto Tuning

Method:

Automatically adjusts the gain to optimum value if load applied to the servo motor shaft varies. Higher in performance than MR-J3 series servo amplifier.

Brake

Method:

Build-in

Software

User Interface

MR-Configurator, Setting drive, I/O motion information selection, Configuration, Fault history/display, Setup wizard

Position/ Torque/ Speed Mode

Available

Servo Function

Advanced vibration suppression control II, Adaptive filter II, Robust filter, Auto tuning, One touch tuning, Tough drive function, Drive recorder function, Tightening & press-fit control, Machine diagnosis function, Power monitoring function, Master-slave operation function, Scale measurement function, J3 compatibility mode, super trace control, Lost motion compensation.

Protective Function

Over-current shut-off, Regenerative over-voltage shut-off, Overload shut-off, Servo motor overheat protection, Encoder error protection, Regenerative error protection, Under-voltage protection, Instantaneous power failure protection, Over-speed protection, Error excessive protection, magnetic pole detection, Linear servo fault protection

Compliance Standard

CE Marking

LVD EN 61800-5-1, EMC 61800-3, MD:EN ISO 13849-1, EN61800-5-2, EN62061

UL Standard

UL 508C

Environment

Ambient temperature: Operation 0°C to 55°C, Storage -20°C to 65°C, Humidity: 90% RH or less
Altitude: Max.1000m above sea level, Vibration 5.9m/s² or less at 10Hz (directions of X,Y and Z axes)

Protection/Pollution

Protection class: Natural cooling (IP20)

Safety Function

STO (IEC/EN 61800-5-2)

Communication/Control Method

USB SSCNET III /

Connection to a personal computer or others (MR Configurator2-compatible)

H communication cycle

0.222ms, 0.444ms, 0.888ms

I/Os

Equivalent Encoder Output

Signal

Differential (A/B/Z-phase pulse)

No. Digital Inputs

Signal

3 - (24V NPN/PNP)

No. Digital Output

Signal

3 - (24V NPN/PNP)

Analog Monitor

Signal

2 - Channels

Emergency Input

Signal

Input - N/C

Motor Feedback

From Drive

Supply Voltage

5Vdc

Incremental Encoder

Signal

Quad Encoder - (4Mhz)

Absolute Optical Encoder

Signal

Mitsubishi serial interface compatible (Renishaw, heidenhain, Mitutoyo)

Part Numbering System

MITSUBISHI SERVO DRIVE PART NUMBERING SYSTEM

TechnoSoft iPOS Intelligent Drive

Details

iPOS

LINE OF INTELLIGENT DRIVES

Cost-effective, compact, modular solutions to the position, speed and torque control of rotary or linear brushless, DC brush, and step motors.

Overview

TECHNOSOFT'S IPOS INTELLIGENT DRIVE OVERVIEW

Technosoft's iPOS line of intelligent drives is based on a new design concept that has resulted in cost-effective, compact, modular solutions to the position, speed and torque control of rotary or linear brushless, DC brush, and step motors.

Designed to cover both low-volume and high-volume applications, the iPOS intelligent drives integrate all basic motor control functions and motion control features in a single module.

With the development of the new iPOS intelligent drives family, Technosoft has also extended the concept of distributed motion control. Now you can split the motion application between the iPOS drives and the EtherCAT or CANopen master. Using TML (Technosoft's motion programming language), you can build complex motion applications locally, on each drive, leaving only he high level of motion application on the EtherCAT or CANopen master, and thus reducing the network master's complexity. The master supervises the entire motion application, while the specific tasks are executed by the iPOS drives.

Specifications

TECHNOSOFT'S IPOS INTELLIGENT DRIVE SPECIFICATIONS

Ratings	Units	3602	3604	4808	8010
Supply Voltage Min	VDC	12	12	12	12
Supply Voltage Max	VDC	36	36	48	80
Continuous Current	A^pk	2	4	8	10
Peak Current	A^pk	3.2	10	20	20
Basic Specifications
Motors DC Brushless		DC Brush, Step Motors, Linear Servo
PWM Switching frequency		20-100kHz
Logic Supply		9-36V
Software		Easy Motion/ Easy Motion Studio, Setting Drive, Motor Feedback, I/O selection, Motor configure, Fault history/display, Setup wizard
Protective Functions		Over-current, Short-circuit, Earth fault, Over-/under-voltage, l2t, control error, Drive over temperature
Mode		Torque/ Speed/ Position
Motion Profile		PVT, S-curve, Electronic CAM, Interpolation
Operation Language		Motion Programming via TML (Technosoft Motion Language), Visual C/VB/LabVIEW/ Linux and PLC
Operation		Standalone operation with stored motion sequences
Compliance Standard		TIA/EIA-232-C, ISO11898, CiA 301v4.2, CiA WD 305v2.2.13, CiA DSP402v3.0"
Environment		Ambient temperature: Operation 0°C to 40°C, Storage -40°C to 100°C, Humidity: 90% RH
Protection/Pollution		Protection class: Natural cooling (IP20)
Communication
CAN-Bus		TML CAN
CANopen		Available
EtherCAT		Not Available		Available
Multi-Axes Synchronous		Available
I/Os
Analog Input		1-12Bit 0-5V		2-12Bit 0-5V
Pulse & Direction		Available
Equivalent Encoder Output		Compatible (A/B/Z-phase pulse)
No. Digital Input		5-NPN/PNP	5-NPN/PNP	6-NPN/PNP	4-NPN/PNP
No. Digital Output		4-NPN 0.5A Open Collector		5	4
Motor Feedback
From Drive		Supply Voltage 5Vdc
Incremental Encoder		Signal Quad Encoder
Analogue		Signal Sine/Cosine Differential 1Vpp
Hall		Signal Digital Hall Sensors
Resolver		N/A External Extension Module
SSI
EnDAT
BiSS absolute

Part Numbering System

TECHNOSOFT'S IPOS INTELLIGENT DRIVE PART NUMBERING SYSTEM

Subcategories

MaxTune Intelligent Servo Drive

Intelligent

Servo Drive
ACS Motion Controllers
Since 1985 ACS Motion Control has developed and manufactured advanced multi-axis motion controllers and integrated control modules. Our main focus has been providing ease of use while maintaining the power and flexibility required by a broad range of machine automation applications. Our products are used in packaging, printing, robotics, linear stage control, semiconductor manufacturing and testing, electronic assembly and testing, medical imaging and advanced digital printing industries.

PC Based Controllers

SPiiPlusSC Soft Controller

The SPiiPlusSC PC-based machine and motion control software provides demanding machinery with the highest performance possible at the most affordable price, leveraging on the processing power of modern PC technology and on the connectivity of a real-time open industrial...Read More

Standalone Controller

SPiiPlusNTM

ACS’ SPiiPlusNTM is a state of the art EtherCAT network-based, multi-axis machine and motion line of controllers. It is specifically designed to extend the capabilities of the SPiiPlus line of controllers, to address the needs of modern machinery for an economical high...Read More

Control Modules

MC4Unt with 2 to 8 drives, wide power range

The SPiiPlusNT (NT - Network Controller) is designed for incorporation in the MC4U. Once plugged into an MC4U, the MC4U becomes also...Read More

SpiiPlusCMhp/ba with 1 to 3 drives, 85-265V, up to 15/30A

The SPiiPlusCMHP/BA is a state of the art series of EtherCAT motion controllers with three built-in universal drives. It addresses the needs of modernmachinery for both economical and for high performance, scalable and distributed control for motion centric applications...Read More

SpiiPlusCMnt with 1, 2 drives, 85-265V, up to 7.5/15A

The SPiiPlusCMNT is a state of the art line of EtherCAT network multi-axis machine and motion controllers with two built-in universal drives.It is specifically designed to extend the capabilities of the SPiiPlus line of control modules to address the needs of modern mac...Read More

Interfaces

PDMnt 4 Axis Pulse/Direction Drive Interface

The PDMNT provides the ability to add up to four step motor and servo motor drives with Pulse/Dir interface to an EtherCAT network using any of ACS’ EtherCAT masters...Read More

UDI hp/lt 4-axis +/-10V drive interface

The UDI (UDI - Universal Drive Interface) is a compact EtherCAT module that controls up to 4 motor drives with industry standard ±10V interface...Read More

I/O

IOMnt EtherCAT Digital I/O Module
- Powerful Digital I/O Modules For EtherCAT Network
- Up to 32 Inputs and 32 Outputs
- Compact and Cost effective
The IOMNT line of EtherCAT digital I/O modules offer an economical and compact design with up to 32 inputs and 32 outputs (24Vdc/0.5A each) with minimal power dissipation. There are four 20-pin connectors, one per 16 channels. It enables secure connection of plug connectors using insulation displacement contact, such as ribbon cables, thus significantly simplifying the wiring of many I/Os. 64 LEDs display the logical states of the inputs and outputs...Read More
Delta AC Servo Drive
PLA - Linear Actuator
PLA Series

Linear Servo Motor Actuator

Faster Settling, Accuracy and Highly Repeatable Positioning

PBA's PLA series linear servo motor actuators are "plug and play" center driven linear solutions that combine ironless and iron core linear motor technology to offer a modular actuator inclusive of precision linear encoders and linear guideways.

These modules offer optimal acceleration/velocity possibilities and rigidity that allows for faster settling, accuracy and highly repeatable positioning.

PLA actuators is configurable as open frame system for basic applications as well as partially enclosed and fully sealed bellow covers.
- Velocity to 3m/sec
- Acceleration up to 5Gs
- Encoder Resolution to 0.8nm (Depends on drive)
- Effective stroke up to 2m
Download Linear Motor Application Form