DOWNLOAD DATA SHEET
Azionamenti per Motori Passo Passo Motori Passo Passo Sistemi Brushless Presentazione Aziendale
SUCHEN
Technische Daten
GAC Endstufen

GAC is the name of a series of bipolar chopper drives, suitable for driving two-phase stepping motors, with four, six or eight terminals.

GAC drives are realized in 250 x 100 x 56 mm format and are equipped with built-in power supply, screw-type terminals and brackets for mounting simplicity inside electrical cabinets. Due to this, they are particularly suitable for stand-alone applications.

R.T.A. experience, together with a careful design for these specific purposes, has led to a very reliable component, easy to use and fit, ensuring optimum performance at competitive costs.

The wide range of current/voltage values optimizes the use of GAC series drives in a large number of applications, with a great variety of stepping motors.

Particular care has been dedicated also to obtain top performance and low power losses for both the card and motor, limiting the need for a forced ventilation while the standard input and output signals facilitate the interface with the most common control systems.

  • Operation at 200, 400 and 800 steps/revolution.
  • Motor phase current setting by means of a DIP-SWITCH. Up to eight possible equidistant values, between Inf. min. and Inf. max. can be set.
  • Automatic current reduction at motor standstill.
  • Possibility to switch off motor current with an external logic signal.
  • Protection against a short circuit at motor outputs.
  • Protection against under-voltage and over-voltage.
  • Overheating protection.
  • Operation with a single external alternate supply voltage.
  • High efficiency CHOPPER with MOSFET final stage output.
  • Electronic resonance damping facility.
Vac Inf. min. Inf. max. Dimensions
(VOLT) (AMP) (AMP) (mm.)
GAC 03 from 42 to 62 4 10 100 x 250 x 56
GAC 04 from 69 to 89 5 12 100 x 250 x 56

AVAILABLES OPTIONS

It is foreseen the possibility to "sandwich" mount various optional cards, meant to expand the drives' processing and interfacing. For more information about their characteristics please go to OPTIONAL CARDS page.