The Infranor radiation tolerant servo motors are designed for environments exposed to high levels of radiation. These motors maintain reliable motion control in nuclear, medical, and space applications.

They are engineered to withstand long-term radiation exposure. As a result, manufacturers can ensure system performance in extreme conditions.

Key Features & Specifications:

• Radiation tolerant servo motor designed for high-radiation environments
• Capable of handling total radiation doses up to 2 × 10⁷ rads
• Supports both long-term and accidental radiation exposure conditions
• Based on BL, FP, and pancake servo motor platforms
• Highly dynamic performance for precision motion control
• Customizable configurations for specialized applications
• Torque range from 0.25 Nm to 78 Nm
• Frame sizes from 55 mm to 192 mm
• Voltage range from 48 VDC to 600 VDC
• Designed for nuclear, space, medical imaging, and cleanup applications

When starting a project requiring radiation tolerant servo motors, In-Position Technologies engineers take a consultative approach. First, they review application requirements. They assess radiation exposure levels and environmental conditions. This helps determine the correct motor configuration. Next, the team evaluates the system workflow. This ensures proper integration with drives and control systems.

Their evaluations include:

• Required torque, speed, and duty cycle
• Radiation exposure levels and compliance requirements
• Compatibility with controllers and available power
• Mounting requirements and system constraints

Finally, customers may deploy Infranor radiation tolerant servo motors as part of a complete automation solution. In that case, IP Tech engineers help optimize the system.

• They select the correct motor series and configuration
• They ensure compliance with environmental and safety requirements
• They verify performance based on application requirements
• They support installation, setup, and long-term operation