Proton, Atom, Beetle, Scorpion, and Mite Series
ESI Motion’s Servo Drive Modules are compact, high-performance units designed for diverse motion control needs. The servo drive module collection includes Proton, Atom, Beetle, Scorpion, and Mite series, each optimized for various high-precision applications. These modules are ruggedized for extreme conditions, featuring options for multiple motor types, feedback configurations, and packaging choices. Their motion controllers are engineered for reliability and power efficiency without sacrificing size and weight which are critical factors in applications such as robotics, unmanned systems, and lunar vehicles.
More info at esimotion.com
Technical Specifications
- Up to 180A
- Up to 600Vdc
- Serial, Can (not CanOpen)
- Incremental Encoders (Digital quad A/B encoder, Digital Halls, and Resolver) and Absolute BiSS-C
- MIL-STD, DO-160, DO-178, DO-254, NASA NPR.7150.2D
Attributes
Serial communication
DC brushed
Brushless
CANopen
Extended temperatures
High voltage
Low voltage
Programmable
Proton, Atom, Beetle, Scorpion, and Mite Series
ESI Motion’s Servo Drive Modules are compact, high-performance units designed for diverse motion control needs. The servo drive module collection includes Proton, Atom, Beetle, Scorpion, and Mite series, each optimized for various high-precision applications. These modules are ruggedized for extreme conditions, featuring options for multiple motor types, feedback configurations, and packaging choices. Their motion controllers are engineered for reliability and power efficiency without sacrificing size and weight which are critical factors in applications such as robotics, unmanned systems, and lunar vehicles.
More info at esimotion.com
Attributes
Serial communication
DC brushed
Brushless
CANopen
Extended temperatures
High voltage
Low voltage
Programmable
Technical Specifications
- Up to 180A
- Up to 600Vdc
- Serial, Can (not CanOpen)
- Incremental Encoders (Digital quad A/B encoder, Digital Halls, and Resolver) and Absolute BiSS-C
- MIL-STD, DO-160, DO-178, DO-254, NASA NPR.7150.2D