RM-SLA Straight Linear Actuator

SLA——Straight Linear Actuator

Can be Installed Side-by-side

High positioning repeatability

Adaptive Pushing

SLA Linear Actuator
SLA Linear Actuator SLA Linear Actuator

RM-SLA-11-50/100-ITG

Straight Linear Actuator

RM-SLA-11-50/100-ITG Straight Linear Actuator

Specifications

Model RM-SLA-11-50-2-ITG RM-SLA-11-100-2-ITG
Size Code 1111
Weight 0.7 kg0.9 kg
Dimensions 288*35*35.5 mm338*35*35.5 mm
Stroke 50 mm100 mm
Lead 2 mm2 mm
Max. speed 100 mm/s100 mm/s
Max. pushing Force1 300 N300 N
Max. Load Mass in Vertical 1.5 kg1.5 kg
Repeatability ±0.02 mm±0.02 mm
Linear Actuator Anti-Rotation Accuracy ±1.5°±1.5°
Compatible Controllers Built-in ControllerBuilt-in Controller
Bus Protocols Modbus RTU; I/OModbus RTU; I/O
I/O Interface 3 IN / 3 OUT (NPN)3 IN / 3 OUT (NPN)
Operating Voltage DC 24V ±10%DC 24V ±10%
Rated Current 2A2A
Operating Environment 0~40℃, < 85%RH0~40℃, < 85%RH
Protection Class IP40IP40

RM-SLA-11-50/100

Straight Linear Actuator

RM-SLA-11-50/100 Straight Linear Actuator

Specifications

Model RM-SLA-11-50-2 RM-SLA-11-100-2
Size Code 1111
Weight 0.7 kg0.9 kg
Dimensions 273*35*35.5 mm323*35*35.5 mm
Stroke 50 mm100 mm
Lead 2 mm2 mm
Max. speed 100 mm/s100 mm/s
Max. pushing Force1 300 N300 N
Max. Load Mass in Vertical 1.5 kg1.5 kg
Repeatability ±0.02 mm±0.02 mm
Anti-Twist Accuracy ±1.5°±1.5°
Compatible Controllers RM-C-20; RM-CEP-20; RM-CEMS-20RM-C-20; RM-CEP-20; RM-CEMS-20
Bus Protocols EtherCAT; Modbus TCP; PROFINET; Modbus RTU; I/O (See Page 75 for details)
I/O Interface See controller specs
Operating Voltage DC 24V ±10%DC 24V ±10%
Rated Current 2A2A
Operating Environment 0~40℃, < 85%RH0~40℃, < 85%RH
Protection Class IP40IP40

Note: Test data measured in lab at 25°C.

Dimension Drawings

RM-SLA-11-50/100-2-V-ITG
PDF
RM-SLA-11-50/100-2-V
PDF

3D Model Files

RM-SLA-11-50-2-V-ITG
STEP
RM-SLA-11-100-2-V-ITG
STEP
RM-SLA-11-50-2-V
STEP
RM-SLA-11-100-2-V
STEP

Note: The drawings provided here are for the default standard model.

Frequently Asked Questions

Q1: What is the difference between the ITG Model and the Split Type Model?

ITG model (Integrated): built-in controller within the actuator body.

Split Type Model: actuator with an external controller; a compatible controller must be selected when ordering.

Q2: How to choose between the RM-SLA-ITG model and the RM-SLA split type model?

  • When the control method is I/O or Modbus RTU, the RM-SLA-ITG model is recommended.
  • When the control method is Modbus TCP or EtherCAT, the electric actuator goes with the split-type model (RM-SLA Split Type).

Q3: How to select the right controller for the split type model of RM-SLA Straight Linear Actuator?

For the specific compatible controller, please refer to the technical specifications of the series. Confirmation of the required communication protocol will determine the exact controller model.

Q4: Can the control software for RM electric actuators be downloaded from the RobustMotion website?

Yes. Except for the RM-EGB series, all RM electric actuators should be connected using RM Software (V6 version).

Q5: How to grease an RM Electric Actuator?

Please refer to the user manual for detailed maintenance instructions for each product.

Q6: What are the industrial applications of RobustMotion electric linear actuators?

An electric linear actuator converts electrical energy into precise linear motion, enabling pushing, pulling, lifting, or lowering of loads. Powered by electric motors and controlled by programmable electronics, these actuators provide accurate force and position control for a variety of factory automation and industrial applications, including:

  • Automation and Robotics: Robotic arms, pick-and-place machines, and conveyor systems.
  • Manufacturing: Automated assembly lines, packaging systems, and machine tools.
  • Automotive Industry: Testing equipment, vehicle assembly, and automated production lines.
  • Biomedical: Test tube handling, sample sorting, diagnostic device automation, and laboratory automation platforms.

Q7: What are the benefits of electric actuators compared to pneumatic actuators?

Compared to pneumatic or hydraulic systems, electric actuators offer higher efficiency, cleaner operation, and superior motion accuracy. They provide high precision, repeatability, and programmable control, allowing real-time adjustment of speed, position, and force. With energy-saving operation, lower maintenance, and easy integration with digital control systems, electric actuators are widely used in industrial automation, robotics, intelligent manufacturing, and precision handling applications.

User Manual

RobustMotion RM-SLA Product User Manual
User Manual

Applications

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