Features:
- Dial Selectable Motor Current Settings (0-6.0 Amps)
- Dial Selectable Motor Inductance Setting (2-60 mH)
- (8) Dial Selectable Motor Resolutions
- Selectable Waveform
- Selectable Anti-Resonance Compensation
- Internal Power Dump for Regenerative Applications
The IDC S6000 Series Microstepping Drives are 6.0 amp, 160VDC, bipolar, recirculating,
microstepping drives, designed to run two phase hybrid step motors. A 7.9
amp version of the S6001 and S6002 has also been manufactured. They have been carefully engineered for
uncompromised motor performance, high reliability, ease of use, and exceptional value.
There is a single axis version (S6001) and a dual-axis version (S6002). The S6002 has
two axes of independently selectable motor resolution and current settings.
The S6001 and S6002 are compatible with most motion controllers, or "indexers", that
generate Step & Direction signals, or Clockwise & Counterclockwise step pulses.
The IDC S6000 Series Microstepping Drives are designed to operate permanent magnet hybrid, two-phase step
motors with 4, 6 or 8 leads. IDC has manufactured a range of competitive 17-42 frame step motors,
precision gearmotors and linear actuators to operate with the user's S6000 drive.
Users are probably familiar with mid-range instability,
or resonance, which under some conditions can cause a step motor to stall around 13-18
revolutions per seconds. Microstepping technology alone does not address mid-range
instability. However, the S6000 Series drives use advanced anti-resonance circuitry to virtually
eliminate it, and dramatically improve the usable torque from the motor.
The IDC S6002 2-Axis Microstepping Drive may still be available for purchase and support from Artisan Technology Group beyond End-Of-Life (EOL) by the manufacturer (OEM).
Artisan Scientific Corporation dba Artisan Technology Group is not affiliated with or a distributor for IDC. The depiction, description, or sale of products featuring names, trademarks, brands, and logos is for identification and/or reference purposes only and does not indicate any affiliation with or authorization by any rights holder.