The OMRON/Adept Technology 10300-15520 is a Type B+ robotic servo drive amplifier that delivers power amplification and precise motion control for servo motors integrated into Adept industrial robotic systems. This module provides the electrical power and command authority necessary to drive servo actuators with high fidelity, enabling accurate positioning and coordinated multi-axis movement in manufacturing and material handling applications.
Technical Specifications
• Manufacturer: OMRON / Adept Technology
• Model: 10300-15520
• Type: B+ Robotic Servo Drive Amplifier
• Series: 10300 Series
• Form Factor: Industrial module, 13 inches L × 11 inches W × 2 inches H
• Module Weight: 3.51 lbs (unit); 8 lbs (shipping weight)
• Unit Type: Servo drive amplifier for rack or modular integration
– Key Features
• Purpose-built servo amplification for Adept robotic platforms
• Modular construction designed for integration into existing system architectures
• B+ classification indicating compatibility with established Adept servo motor standards
• Compact form factor enabling space-efficient control cabinet installation
• Available in new, used, and excellent condition from surplus inventory
– Typical Applications
The 10300-15520 serves as the power stage for servo motor control in multi-axis robotic manipulators, industrial pick-and-place systems, and precision assembly automation. It enables closed-loop position and velocity regulation in motion-critical manufacturing environments where repeatability and reliability are paramount.
– Compatibility & Integration
This amplifier integrates directly with OMRON/Adept robot control systems and the broader 10300 Series module ecosystem. It works in conjunction with Adept Technology robot platforms and associated control modules. The unit is designed for modular installation within industrial control cabinets and system architectures that follow Adept specifications. Documentation and historical technical resources are available through third-party suppliers supporting legacy Adept systems.
