ADLINK PCI-8164 Advanced Motion Control Card Deployment Guide

Supports absolute/relative positioning, speed mode, handwheel mode, and zero return mode (13 types of diagrams).

Support trapezoidal/S-shaped curve selection, repetitive motion, and real-time display of speed curves.

Support online speed/position change debugging.

Configuration Save: After clicking "Save Config", the configuration is saved in the Windows system directory. The user program can call _8164_comfig-fromFILE ("8164. ini") to automatically complete all I/O logic settings.

Wiring example and servo drive connection

The manual provides various specialized terminal boards:

DIN-814M: Mitsubishi J2S series

DIN-814M-J3A: Mitsubishi J3A series

DIN-814P: Panasonic MINAS MSD Series

DIN-814PA: Panasonic MINAS A Series

DIN-814Y: Yaskawa Sigma II Series

Universal wiring (taking Panasonic as an example):

OUT+ → PULS+，OUT- → PULS-

DIR+ → SIGN+，DIR- → SIGN-

EA+/EA- → OA+/OA-，EB+/EB- → OB+/OB-

ALM, INP, RDY, SVON are connected according to servo pin definitions

External+24V connected to CN2's E24V and EGND

Debugging suggestions:

Use Motion Creator single axis testing to confirm pulse output and encoder feedback.

Conversion of speed unit: Encoder 2000 lines/revolution, 8000 pulses/revolution after 4th harmonic generation. If 3000 rpm, the maximum frequency=3000/60 × 8000=400000 pps.

Before returning to the origin, confirm the ORG logic and mode, and monitor the I/O status through _8164_get-io_status().

When triggered by position comparison, turn off other interrupt functions to avoid interfering with FIFO loading.

Common troubleshooting

Possible causes and solutions for the phenomenon

Motor does not rotate, pulse mode mismatch or jumper error check _8164_det_pls_outmode(); Confirm J1~J8 jumper wires

Encoder reading is abnormal, differential voltage is insufficient, or wiring is reversed to measure EA+/EA - differential ≥ 3.5V; use pls_logic to reverse

Stop the EL logic immediately if the limit setting does not match the actual situation. Check the S1 switch or _8164_del() setting

Return to origin failed ORG/EZ logic or mode configuration error check_8164_det_home_comfig(); Oscilloscope captures ORG signal

The arc is not circular, and the reasonable vector velocity or acceleration is not set. Use version with acceleration and deceleration

CMP has no output comparison source or FIFO is not set correctly. Confirm_8164_det_auto_compole (1); Check CMP trigger type

LTC without latch data LTC logic or latch source error check_8164_det_ltc_logic(); Using an oscilloscope to measure LTC pulses

Multi card synchronization failed due to K1/K2 connection error or duplicate card IDs. Cascade according to section 2.14; Ensure that each S2 card is unique

Insufficient acceleration time, speed does not match acceleration. Use _8164_cerify_stpeed() and _8164_fix_stpeed_range()