Fuji NP1F-HC2 Positioning Control Module

Precision Motion Control for Two Axes

This positioning module controls two axes of motion with high accuracy. The Fuji NP1F-HC2 generates pulse trains for stepper or servo drives. It supports up to 200 kbit/s output frequency per axis for rapid positioning. A built‑in counter tracks actual encoder feedback for closed-loop control. Consequently, this module suits pick-and-place machines, XY tables, and packaging equipment.

Positioning Specifications & Control Modes

The Fuji NP1F-HC2 operates in absolute, incremental, or speed control modes. You can store up to 100 positioning profiles in the module’s memory. A dedicated home return function simplifies machine calibration after power-up. The module also supports interpolation for diagonal or curved motion paths. Therefore, this card handles complex positioning tasks without burdening the main CPU.

Parameter	Detailed Specification
Operating Temperature	0°C to +55°C
Storage Temperature	-25°C to +70°C
Humidity Range	20% to 95% RH (no condensation)
Number of Axes	2 independent axes
Pulse Output Type	Line driver (5V differential)
Max Output Frequency	200 kbit/s per axis
Positioning Profiles	100 (stored in module)
Control Modes	Absolute, incremental, speed
Interpolation	Linear (2‑axis)
Encoder Input	5V differential (RS-422)
Max Encoder Frequency	200 kHz
Home Return Methods	5 (sensor, stopper, etc.)
Status LEDs	4 (AX1, AX2, ERROR, READY)
Compatible Rack	MICREX-SX (any slot)
Power Supply	24V DC via backplane
Current Draw	250 mA typical
Energy Storage	None (position data in RAM)

Installation & Wiring Guidelines

You insert the Fuji NP1F-HC2 into any available slot of your MICREX-SX rack. Connect the pulse output lines to your servo or stepper drives. Wire encoder feedback signals to the dedicated input terminals. The CPU transfers positioning commands via the backplane bus. Consequently, your main program remains free for logic control tasks.

Operational Advantages & Motion Control Benefits

The Fuji NP1F-HC2 handles all time-critical positioning tasks independently. You can change target positions or speeds during axis movement. A profile memory stores positions even after power cycles. The module automatically decelerates before reaching the target position. Therefore, this positioning card provides precise motion control for automated machinery.