Gold Double Twitter
- Manual Quote
| Electrical Specifications | |
|---|---|
| D160/80·Minimum supply voltage | 11 VDC |
| D140/100·Minimum supply voltage | 11 VDC |
| D40/200·Minimum supply voltage | 20 VDC |
| D160/80·Rated supply voltage | 65 VDC |
| D140/100·Rated supply voltage | 85 VDC |
| D40/200·Rated supply voltage | 170 VDC |
| D160/80·Maximum supply voltage | 75 VDC |
| D140/100·Maximum supply voltage | 95 VDC |
| D40/200·Maximum supply voltage | 195 VDC |
| D160/80·Maximum continuous electrical power | 10 kW |
| D140/100·Maximum continuous electrical power | 11 kW |
| D40/200·Maximum continuous electrical power | 7 kW |
| D160/80·Efficiency at rated power point | > 99 % |
| D140/100·Efficiency at rated power point | > 99 % |
| D40/200·Efficiency at rated power point | > 99 % |
| D160/80·Maximum output voltage | Up to 96% of DC bus voltage |
| D140/100·Maximum output voltage | Up to 96% of DC bus voltage |
| D40/200·Maximum output voltage | Up to 96% of DC bus voltage |
| D160/80·Continuous current (sinusoidal amplitude/ DC) | 160 A |
| D140/100·Continuous current (sinusoidal amplitude/ DC) | 140 A |
| D40/200·Continuous current (sinusoidal amplitude/ DC) | 40 A |
| D160/80·Not for DC Motor Sinusoidal continuous RMS current limit (Ic) | 113 A |
| D140/100·Not for DC Motor Sinusoidal continuous RMS current limit (Ic) | 99 A |
| D40/200·Not for DC Motor Sinusoidal continuous RMS current limit (Ic) | 28 A |
| D160/80·For DC Motor only | 100 A |
| D140/100·For DC Motor only | 100 A |
| D40/200·For DC Motor only | 40 A |
| D160/80·Current limit | Max Output current is guaranteed for THeat-Sink |
| D140/100·Current limit | Max Output current is guaranteed for THeat-Sink |
| D40/200·Current limit | Max Output current is guaranteed for THeat-Sink |
| Physical Specifications | |
| Weight (without heat sink) | EtherCAT Version: ≈36 g (1.27 oz) CAN Version: ≈33 g (1.16 oz) |
| Weight (with heat sink) | EtherCAT Version: ≈67 g (2.36 oz) CAN Version: ≈64 g (2.29 oz) |
| EtherCAT/CAN Version Dimension without Heatsink | 47 x 36.2 x 18.8 mm (1.85" x 1.425" x 0.74") |
| EtherCAT/CAN Version Dimension with Heatsink | 61 x 47 x 22.8 mm (2.4" x 1.85" x 0.9") |
| Mounting method | PCB mount |
| IP rating | IP00 |
Description
Overview
180A/60V, 160A/80V, 140A/100V, 70A/200V
The Most Advanced and Powerful Miniature Servo Drive in the World (single axis drive with double power).
Provides over 11,000 Qualitative Watts.
The Ultra High Current Gold Double Twitter which can deliver over 11,000 r in a 32 cm 3 (2 Inch 3 ) compact package 47 x 36.2 x 18.8 mm (1.85″ x 1.425″ x 0.74″). The Gold Double Twitter is designed to be mounted on a PCB by soldering its pins directly to the PCB.
This advanced, high power density servo drive provides top performance, advanced networking and built-in safety, as well as a fully featured motion controller and local intelligence. Power to the Gold Double Twitter is provided by a DC power source which is isolated from the Mains. The Gold Double Twitter can operate with single or dual power supplies. If separation between the main DC power source and a control supply is required, then a control supply (isolated from the Mains) is required.
The Gold Double Twitter can operate as a stand-alone device or as part of a multi-axis system in a distributed configuration on a real-time network. The drive is easily set up and tuned using the Elmo Application Studio (EASII) software tools, and is fully programmable with the Elmo motion control languages.
Gold Double Twitter Highlights:
Gold Double Twitter Highlights:
High power density, over 11,000 of “Qualitative” Watts
Ultra high current – up to 180A/60V, 160A/80V, 140A/100V. 70A/200V
Record-setting weight of only ≈33 g (1.16 oz)
Ultra Small, Ultra Efficient, designed to be mounted on a PCB
Advanced networking by EtherCAT Or CANOpen
Wide Operating voltage ranges: “60VDC”, 11VDC-55VDC “80VDC”,11VDC- 75VDC “100VDC”, 11VDC- 95VDC “200VDC”, 20VDC- 195VDC
“60VDC”, 11VDC-55VDC
“80VDC”,11VDC- 75VDC
“100VDC”, 11VDC- 95VDC
“200VDC”, 20VDC- 195VDC
Supports any feedback sensor in single, dual and gantry loop configurations
Incorporates Proprietary “Fast and Soft Switching Technology” resulting in >99% efficiency yet negligible EMI
Catalog Number and Configurations
