6410-023-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 6410-023-N-N-N is a stepper drive from the 6410 Stepper Drives series. It features a two-phase bipolar chopper drive circuit and step and direction control inputs. The drive supports a maximum output current of 7.1 Amps peak, operates with an input voltage range from 24 to 75 VDC, and has a maximum step rate of 2 MHz.
Internal Product Review
The 6410-023-N-N-N is a Pacific Scientific stepper drive built on a two-phase bipolar chopper circuit with step-and-direction control inputs. A 24 to 75 VDC input range and 2 MHz maximum step rate support precise, responsive motion in demanding indexing applications.
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Product Description:
The 6410-023-N-N-N is a DC-powered stepper motor drive produced by Pacific Scientific for the 6410 Stepper Drives series. As a dedicated positioning component, it accepts pulse commands from a motion controller. It regulates phase current so a two-phase stepping motor can index, hold, or run at controlled velocities in automated machinery such as pick-and-place heads, conveyors, and small gantry axes. Step and direction lines provide straightforward logic-level control for repeated motion sequences.
Current switching inside the drive is clocked at 20 kHz, high enough to push switching noise above the audible range while keeping current ripple low. The power stage follows a two-phase bipolar chopper topology, allowing quick polarity reversal without external commutation. Input power can be sourced from supplies between 24 Vdc and 75 Vdc. Within that range, the electronics draw no more than 5 A, which is the maximum input current for the unit. The absence of a heat-sink option means the chassis must be mounted on a metal panel for thermal dissipation. When starting or braking loads, the amplifier delivers up to 7.1 A of peak winding current to overcome inertia.
The command interface accepts clock signals up to 2 MHz, enabling very fine microstep resolutions for precision moves. Protection circuitry limits operation if the chassis surface approaches 60 °C, preventing overtemperature faults. Continuous phase current is rated at 5.0 A rms, while panel fuse sizing is guided by two ambient-dependent draw figures: 2.5 A at 25 °C and 1.25 A at 45 °C. Control wiring terminates on a 9-contact female D connector. Motor phases exit through the PCD ELVH0510 plug, and DC input power uses the matching PCD ELVH0310 header. These dedicated connectors keep signal segregation clear within crowded control enclosures and help maintain orderly cable routing.
