The Emerson/Control Techniques Motor Power Connection for EN-208 is a dedicated power interface component that establishes secure electrical connections between the EN-208 digital servo drive and its associated brushless motor. This connection assembly transmits motor power and control signals with low impedance, ensuring efficient energy delivery and precise motion control in industrial servo applications.
## Technical Specifications
**EN-208 Drive Input Power**
• 1/3 Phase, 240 VAC, 50/60 Hz, 15.5 A RMS
**EN-208 Drive Output Power**
• 240 VAC, 0-900 Hz, 9.0 A RMS
**Motor Power Cable Options**
• Phase conductors: 1.0 mm² (10 A) to 25 mm² (70 A)
• Standard and custom lengths available
• High-flex versions supported
• Drive end connections: ferrules or ring terminals
• Brake wire pairs: available with or without
• Maximum assembly length: 100 meters
• Hybrid cable options combining power and signal into single conductor
**Electrical Installation Requirements**
• Wire crimp ferrules required: Panduit #PV14-P47 (14-16 AWG), Panduit #PV10-P55 (12 AWG)
• Screw torque: 5 lb-in
• Circuit rating: maximum 5000 RMS symmetrical amperes at 240 volts
• Low impedance connections essential for system performance
• Ground connection limited to drive and motor only—no intermediate devices permitted
## Key Features
• Supports EN-208 fully digital brushless servo drive architecture
• Compatible with configurable operating modes: Stand Alone Servo Axis, Position Tracker (analog), Analog Torque, Digital Velocity Preset, and Pulse Mode
• Accommodates up to 10:1 inertia mismatch with factory settings; higher ratios achievable through parameter adjustment
• Integrates with optional Function Modules (FM-2 Indexing, FM-3/FM-4 Programming variants, Ethernet, DeviceNet, and Profibus options)
• PowerTools FM software configuration support (Windows® 95, 98, NT 4.0, 2000)
## Compatibility & Integration
Designed exclusively for the Emerson/Control Techniques EN-208 Digital Servo Drive. The connection assembly works in conjunction with State-Space tuning algorithms built into the drive for rapid system commissioning and optimized performance across diverse industrial motion control requirements.
