Omron OSSG-40D Pulse Generator Module Motion Control Signal Board
- Regular price
- $987.00
- Sale price
- $987.00
- Regular price
-
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Product Description P/N: OSSG-40D
Description
The Omron OSSG-40D is a pulse generator module designed for motion control applications in industrial automation systems. It generates precise pulse signals used to control the speed and positioning of stepper and servo motors. This module is commonly used in control systems requiring accurate and reliable motion synchronization.
Technical Specifications
| Condition | New/Never Used Surplus |
| Brand | Omron |
| Category | Industrial Automation |
| Part Number | OSSG-40D |
| Subcategory | Motion Control Modules |
| Product Type | Pulse Generator Module |
| Function | Pulse Signal Generation |
| Application | Motion Control Systems |
| Compatibility | PLC / HMI Systems |
| Control Type | Stepper / Servo Motor Control |
| Mounting Type | Panel / Rack Mount |
| Weight | 0.22 lbs |
Information About OSSG-40D
The OSSG-40D is a pulse generator board used in industrial control platforms to provide timing and motion control signals. It is designed to interface with PLCs and motion systems, enabling precise control of motor-driven equipment. The module generates pulse outputs that determine movement increments and positioning accuracy in automation processes. Its integration capability makes it suitable for use in complex machinery requiring synchronized motion control.
Key Features:
- Pulse Signal Generation: Produces accurate pulse outputs for motion control systems
- Motion Control Integration: Supports stepper and servo motor applications
- PLC Compatibility: Designed for integration with industrial control systems
- Precision Positioning: Enables accurate speed and position control
- Reliable Operation: Suitable for continuous industrial automation processes
- Flexible Application: Used in various motion and positioning systems
- Compact Module Design: Allows easy integration into control setups
The OSSG-40D delivers the reliability and precision required for pulse generation and motion control in industrial automation systems.
Description
The Omron OSSG-40D is a pulse generator module designed for motion control applications in industrial automation systems. It generates precise pulse signals used to control the speed and positioning of stepper and servo motors. This module is commonly used in control systems requiring accurate and reliable motion synchronization.
Technical Specifications
| Condition | New/Never Used Surplus |
| Brand | Omron |
| Category | Industrial Automation |
| Part Number | OSSG-40D |
| Subcategory | Motion Control Modules |
| Product Type | Pulse Generator Module |
| Function | Pulse Signal Generation |
| Application | Motion Control Systems |
| Compatibility | PLC / HMI Systems |
| Control Type | Stepper / Servo Motor Control |
| Mounting Type | Panel / Rack Mount |
| Weight | 0.22 lbs |
Information About OSSG-40D
The OSSG-40D is a pulse generator board used in industrial control platforms to provide timing and motion control signals. It is designed to interface with PLCs and motion systems, enabling precise control of motor-driven equipment. The module generates pulse outputs that determine movement increments and positioning accuracy in automation processes. Its integration capability makes it suitable for use in complex machinery requiring synchronized motion control.
Key Features:
- Pulse Signal Generation: Produces accurate pulse outputs for motion control systems
- Motion Control Integration: Supports stepper and servo motor applications
- PLC Compatibility: Designed for integration with industrial control systems
- Precision Positioning: Enables accurate speed and position control
- Reliable Operation: Suitable for continuous industrial automation processes
- Flexible Application: Used in various motion and positioning systems
- Compact Module Design: Allows easy integration into control setups
The OSSG-40D delivers the reliability and precision required for pulse generation and motion control in industrial automation systems.