Description
ACS SPii+NTM‑04000004NNNS
Technical Specifications: Controllable axis count: maximum 32 synchronized axes; real‑time EtherCAT cycle 2 kHz for standard MPU variant; programming language ACSPL+; memory resources: RAM 128 MB, flash non‑volatile memory 128 MB; communication interfaces: 10/100 Mbps Ethernet TCP/IP port, dual RS‑232 serial ports, 100 Mbps EtherCAT master port supporting CoE and FoE protocols; supports Modbus TCP and Modbus RTU master/slave modes; power supply requirement DC24 V ±10 %, nominal consumption 1 A; operating temperature 0 °C‑55 °C; storage temperature ‑40 °C‑70 °C; relative humidity 10‑90 %RH non‑condensing; DIN‑rail mounting form factor; weight 380 g; status LED indicators for power, EtherCAT link, fault and program execution status; CE compliance certificationwww.blog
flying shear, registration capture and contour interpolation; open EtherCAT architecture interoperates with certified third‑party CoE‑compliant drives and I/O modules; multi‑task execution mechanism runs multiple independent motion and logic programs simultaneously; simultaneous operation of Ethernet, RS‑232 and EtherCAT communication channels without mutual blocking; built‑in fault diagnostic functions capture axis following error, bus communication failure and hardware abnormality events; supports SPiiPlus MMI Application Studio software for configuration, programming, tuning and real‑time machine monitoring; Modbus interfaces enable seamless connection to supervisory PLC and HMI systems; non‑volatile flash memory stores user motion programs, parameter sets and machine configuration data persistently without backup battery.
Application Scenarios: Semiconductor processing equipment motion control; precision laser processing machinery; automated packaging and converting lines; pick‑and‑place assembly machines; high‑speed printing and converting equipment; gantry multi‑axis positioning systems; automated test equipment requiring coordinated multi‑axis movements.
Performance Parameters: Motion trajectory calculation maintains low jitter under 2 kHz EtherCAT cycle; trajectory interpolation accuracy reaches sub‑micrometer equivalent for closed‑loop servo axes; supports frequent acceleration‑deceleration cyclic operation for continuous production machinery; electromagnetic compatibility complies with industrial control component IEC standards; long‑term 24‑hour continuous cabinet‑mount operation capability.
Material Composition: Light‑gray V0 flame‑retardant engineering‑plastic housing; FR‑4 multilayer glass‑fiber power‑grade printed circuit board; industrial‑grade motion‑processing microprocessor; Ethernet and EtherCAT physical layer transceiver chips; optocoupler signal isolation circuits; spring‑loaded screw‑less terminal blocks for DC24 V power input; multi‑color SMD status LED indicators; metal spring DIN‑rail mounting clip assembly.
Structural Features: Narrow‑profile DIN‑rail module enclosure; rear‑side integrated spring‑type DIN‑rail buckle for fast cabinet installation; front‑panel layout of power‑input terminals, RJ45 Ethernet connector, RJ45 EtherCAT port, serial communication ports and multi‑group status LED indicators; natural convection cooling design without internal fan; compact dimension occupies minimal cabinet DIN‑rail space.
Working Principle: User motion programs and parameter configurations download to SPiiPlusNTM‑04000004NNNS flash memory via host software. After DC24 V power‑on, controller initializes hardware, loads ACSPL+ user programs into RAM and establishes EtherCAT real‑time communication with all connected slave drives and I/O modules. Internal motion processor calculates position, velocity and torque set‑points for every axis according to programmed trajectory profiles, transmits set‑point data cyclically over EtherCAT bus. Real‑time feedback data returns from slave drives back to master controller for closed‑loop trajectory supervision. Built‑in logic engine processes digital and analog I/O events synchronously with motion sequences. Internal diagnostic circuit monitors bus health and axis status continuously, activating fault‑status LED and storing fault logs when abnormal conditions arise.
Installation Requirements: Mount SPiiPlusNTM‑04000004NNNS onto standard 35 mm cabinet DIN‑rail; reserve sufficient clearance around module housing for natural convection heat dissipation; apply stable DC24 V power supply within ±10 % tolerance; use industrial‑grade shielded CAT5e or CAT6 Ethernet cables for EtherCAT bus wiring; daisy‑chain EtherCAT slave devices strictly following topology specifications; separate EtherCAT communication cables from high‑power inverter and motor power cables; implement reliable protective grounding for control cabinet.
Usage Notes: Do not perform hot‑plugging of EtherCAT bus cables while controller runs motion sequences; validate all axis parameter settings before enabling drive power output; avoid operation within environments with condensation, corrosive gas or heavy conductive dust; match EtherCAT slave device firmware versions with controller compatibility matrix; back‑up user programs and machine parameter sets periodically.
