6410-030-N-N-N Pacific Scientific
Wake Industrial LLC is not an authorized distributor of this product.
Wake Industrial LLC is not an authorized distributor of this product.
The Pacific Scientific 6410-030-N-N-N is part of the 6410 Stepper Drives series and has a maximum RMS phase current of 5 amps with a peak phase current of 7.1 amps. This stepper drive operates at a chopper frequency of 20 kHz and supports a maximum step rate of 2.0 MHz. It features a weight of 1 pound and measures 5.00 inches in height by 1.50 inches in width.
Internal Product Review
The 6410-030-N-N-N is a Pacific Scientific stepper drive with a 20 kHz chopper frequency and a 2.0 MHz maximum step rate for fast, stable command execution. Current capacity at 5 A RMS and 7.1 A peak gives the unit strong reserve for demanding indexing applications.
Have a part to sell?
Wake Industrial Warranty
To contact sales for pricing and lead time:
Payment Methods
Shipping Methods
Our Credentials
Product Description:
The 6410-030-N-N-N is a micro-stepping drive produced by Pacific Scientific for the 6410 Stepper Drives series. It accepts step and direction pulses from external controllers and regulates phase current to two-phase stepper motors, providing precise incremental motion for conveyors, pick-and-place heads, and indexing tables in automated lines. By converting high-speed digital commands into controlled current waveforms, the unit helps minimize resonance and maintain positional accuracy across a broad speed range within compact industrial control cabinets.
Electrical protection and dynamic response are set by several operating values. The internal DC bus trips at 83 Vdc, which helps protect connected electronics from overvoltage events. Current regulation is performed with a carrier frequency of 20 kHz, which keeps acoustic emissions low while maintaining current fidelity. The drive delivers up to 5 A rms per phase continuously and can reach 7.1 A peak for short acceleration periods. Without an input filter, the unit processes step signals as fast as 2.0 MHz. An enabled-output saturation of 0.5 V maximum minimizes loading on TTL or CMOS logic sources, and a dedicated fault output signals error conditions to the host controller.
Integration details include timing, thermal, and mechanical limits. A minimum direction-change setup time of 50.0 µs and a step pulse width of 250 ns establish the required edge spacing for reliable counting. Chassis surface temperature must remain below 60 °C, and this configuration omits a heat sink, cover, and connector kit to allow more open airflow around the unit. The housing is 5.00 in high, 4.30 in deep, and 1.50 in wide, while overall mass is only 1.0 lb. Its compact size supports installation in control cabinets where several motion axes must fit in limited space.
