Elmo Gold Double Twitter Servo Drives
Elmo Gold Double Twitter Servo Drives
Elmo Gold Double Twitter is a single-axis servo drive designed for direct integration into a carrier PCB. It combines motor amplification and local motion control in a very small module, with network and feedback configurations selected through the ordering code.
Review Summary
Gold Double Twitter makes sense when a machine designer can engineer the carrier board, heat path and protective enclosure around a compact drive. Its appeal is the electrical integration opportunity. A buyer looking for a ready-wired cabinet amplifier should compare the complete carrier-board assembly against a packaged alternative before committing.
Axis count One; Double describes the power class Module envelope, without heatsink 47 × 36.2 × 18.8 mm D160/80 example 160 A sinusoidal amplitude; 113 A RMS continuous; supply 11–75 VDC D140/100 example 140 A amplitude; 99 A RMS continuous; supply 11–95 VDC Thermal condition Maximum output current guaranteed with heatsink temperature below 85°C Mounting and protection PCB solder-pin mounting; IP00 Network selection EtherCAT or CANopen ordering variants Published mass without heatsink Approximately 36 g EtherCAT; 33 g CAN Applications and Industries
Embedded machine axes and robotic mechanisms where the designer controls the carrier PCB, heat removal and electrical enclosure.
Industrial automation; robotics; machine motion systems
Request a quote for the exact configuration,quantity and delivery schedule.
| Axis count | One; Double describes the power class |
| Module envelope, without heatsink | 47 × 36.2 × 18.8 mm |
| D160/80 example | 160 A sinusoidal amplitude; 113 A RMS continuous; supply 11–75 VDC |
| D140/100 example | 140 A amplitude; 99 A RMS continuous; supply 11–95 VDC |
| Thermal condition | Maximum output current guaranteed with heatsink temperature below 85°C |
| Mounting and protection | PCB solder-pin mounting; IP00 |
| Network selection | EtherCAT or CANopen ordering variants |
| Published mass without heatsink | Approximately 36 g EtherCAT; 33 g CAN |
