PC Box

PCB-IPAC-MODULE

Controladores modulares iPAC EtherCAT Coupler y módulos de E/S para riel DIN

Name: PC Industrial y PC Box (Controladores industriales) PCB-IPAC-MODULE - Belsati Sistemas
Brand: PC Industrial y PC Box
SKU: PCB-IPAC-MODULE
Availability: InStock

Características

Controladores industriales iPAC PC Box

Modularidad EtherCAT para control distribuido en riel DIN

Entradas y salidas digitales NPN/PNP de alta densidad

Módulos analógicos y de temperatura de 16 bits de precisión

Módulo encoder incremental RS422 para posicionamiento industrial

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Los módulos iPAC EtherCAT Coupler & I/O Modules de Nodka forman un sistema de control modular para automatización industrial con montaje en riel DIN y expansión EtherCAT de alto rendimiento. La serie incluye el acoplador EtherCAT AK-1100, módulos de entradas y salidas digitales, entradas/salidas analógicas, temperatura y encoder, ofreciendo una solución escalable para control distribuido. Con diseño compacto, conexión mediante E-BUS y hasta 100 m entre nodos, estos módulos son ideales para armarios de control, maquinaria OEM y sistemas de proceso que requieren alta fiabilidad y precisión de señal

Puntos a Destacar

CARACTERÍSTICAS PC BOX NODKA PCB-IPAC-MODULE

Alimentación

CC 24V

MONTAJE

Din Rail

Descripción del PC Industrial y PC Box

Modelo: PC BOX PCB-IPAC-MODULE

La familia iPAC EtherCAT Coupler & I/O Modules está diseñada para crear sistemas de control industrial compactos, escalables y de fácil integración en armarios eléctricos con montaje en riel DIN. En el corazón del sistema se encuentra el acoplador AK-1100, un módulo EtherCAT de 2 puertos RJ45 que enlaza la red 100BASE-TX con la línea de módulos iPAC mediante bus E-BUS, permitiendo una estructura modular limpia y ordenada. Este acoplador admite hasta decenas de miles de terminales EtherCAT lógicos, con una latencia aproximada de 1 μs y velocidad de 100 Mbit/s, garantizando comunicaciones deterministas en aplicaciones de tiempo real.

Para el manejo de señales digitales, los módulos AL-1XXX proporcionan hasta 16 canales de entradas digitales NPN/PNP con procesamiento rápido, ideales para sensores, finales de carrera y señales de campo en sistemas distribuidos. Complementariamente, los AL-2XXX ofrecen 16 canales de salidas digitales NPN o PNP, con capacidad de hasta 0,5 A por canal y protección frente a cortocircuitos, adecuados para bobinas, relés y actuadores con carga resistiva, inductiva o de lámparas.

Para señales de proceso, los AL-3XXX integran entradas analógicas de 16 bits, compatibles con ±10 V y corrientes 0–20 mA / 4–20 mA, asegurando una adquisición de alta precisión para presión, caudal, nivel u otras variables analógicas. La serie AL-4XXX amplía la funcionalidad con 8 canales de salida analógica de 16 bits, idóneos para control de válvulas, variadores o simulación de señales de referencia. En aplicaciones térmicas, los módulos AL-36XX permiten la lectura precisa de termopares y sondas RTD con resolución de 0,1 °C, lo que los hace especialmente adecuados para automatización de procesos, hornos, cámaras climáticas y sistemas HVAC avanzados.

Por último, el módulo AL-5002 ofrece 2 canales de entrada de encoder incremental A/B/Z diferencial RS422, con contadores de 32 bits, pensado para posicionamiento, control de movimiento y retroalimentación de ejes en líneas de producción o máquinas especiales. Gracias a su amplia tolerancia de temperatura de funcionamiento, resistencia a vibraciones y certificación EMC Clase A, toda la gama iPAC EtherCAT está orientada a entornos industriales exigentes. Sectores como automatización de maquinaria OEM, intralogística, robótica ligera, packaging, procesos químicos y fabricación discreta se benefician de un sistema modular que combina alta densidad de E/S, precisión de señal y un ecosistema listo para integrarse con controladores iPAC y PCs industriales con EtherCAT.

Especificaciones Técnicas del PC Industrial y PC Box

ALIMENTACIÓN	12 – 24 VDC
CHASIS	Aluminio anodizado
HUMEDAD RELATIVA	5~95% NON-CONDENSING
PESO	190g ~1,25KG
TEMPERATURA TRABAJO	-20º ~ 60º
TIPO DE MONTAJE	Carril DIM

Documentación del PCB-IPAC-MODULE

Versiones del Modelo PCB-IPAC-MODULE

Controladores modulares iPAC EtherCAT Coupler y módulos de E/S para riel DIN

VERSIÓN	CPU	RAM	ALMACENAMIENTO	ENFRIAMIENTO	OTROS
PCB-IPAC-MODULE-AL-5002	S/N	S/N	S/N	Fanless	2 x incremental encoder inputs (A/B/Z phase, RS422 differential) 32-bit binary counter per channel Max input frequency: 5 Mbps Conversion time: 1 ms Compact and modular DIN-rail design (100×12×80 mm) Electrical isolation: 500V (field to EtherCAT) Operating temperature: -20°C to 60°C Industrial-grade reliability: 20G shock, 1.5Grms vibration Compatible with iPAC controllers and EtherCAT couplers	Datasheet
PCB-IPAC-MODULE-AL-4528	S/N	S/N	S/N	Fanless	8 analog output channels with fast 400μs conversion AL-4528: 4–20mA current output 16-bit output resolution Output error < ±1% 500V electrical isolation (fieldbus to I/O) Compact DIN-rail enclosure (100 x 12 x 80 mm) Low power DC 24V ±15–20% input -20°C to 60°C operation with rugged shock/vibration tolerance	Datasheet
PCB-IPAC-MODULE-AL-4428	S/N	S/N	S/N	Fanless	8 analog output channels with fast 400μs conversion AL-4428: 0–20mA current output 16-bit output resolution Output error < ±1% 500V electrical isolation (fieldbus to I/O) Compact DIN-rail enclosure (100 x 12 x 80 mm) Low power DC 24V ±15–20% input -20°C to 60°C operation with rugged shock/vibration tolerance	Datasheet
PCB-IPAC-MODULE-AL-4228	S/N	S/N	S/N	Fanless	8 analog output channels with fast 400μs conversion AL-4228: ±10V output, >5kΩ load 16-bit output resolution Output error < ±1% 500V electrical isolation (fieldbus to I/O) Compact DIN-rail enclosure (100 x 12 x 80 mm) Low power DC 24V ±15–20% input -20°C to 60°C operation with rugged shock/vibration tolerance	Datasheet
PCB-IPAC-MODULE-AL-3538	S/N	S/N	S/N	Fanless	8 analog input channels per module Differential input configuration for high signal integrity AL-3538: 4–20mA input range 16-bit resolution for precision measurement 240kΩ input resistance 500V electrical isolation between EtherCAT and field signal Compact DIN-rail mount design (100×12×80 mm) DC24V ±15~20% input, low power consumption Operating temp: -20°C to 60°C	Datasheet
PCB-IPAC-MODULE-AL-3438	S/N	S/N	S/N	Fanless	8 analog input channels per module Differential input configuration for high signal integrity AL-3438: 0–20mA input range 16-bit resolution for precision measurement 240kΩ input resistance 500V electrical isolation between EtherCAT and field signal Compact DIN-rail mount design (100×12×80 mm) DC24V ±15~20% input, low power consumption Operating temp: -20°C to 60°C	Datasheet
PCB-IPAC-MODULE-AL-3238	S/N	S/N	S/N	Fanless	8 analog input channels per module Differential input configuration for high signal integrity AL-3238: ±10V input range 16-bit resolution for precision measurement 240kΩ input resistance 500V electrical isolation between EtherCAT and field signal Compact DIN-rail mount design (100×12×80 mm) DC24V ±15~20% input, low power consumption Operating temp: -20°C to 60°C	Datasheet
PCB-IPAC-MODULE-AL-3614	S/N	S/N	S/N	Fanless	AL-3614 supports PT100/PT1000 RTD sensors (4 channels) 2-wire or 2/3/4-wire connection methods 0.1°C resolution for high-precision measurement Configurable acquisition filters (50/60Hz) ±0.3% full-scale measurement accuracy 500V isolation between field and EtherCAT circuitry Powered by 24V DC ±15~20% DIN-rail mountable compact housing (100×12×80 mm) Operating temperature range: -20°C to 60°C	Datasheet
PCB-IPAC-MODULE-AL-3608	S/N	S/N	S/N	Fanless	AL-3608 supports Type K/J/T thermocouples (8 channels) 2-wire or 2/3/4-wire connection methods 0.1°C resolution for high-precision measurement Configurable acquisition filters (50/60Hz) ±0.3% full-scale measurement accuracy 500V isolation between field and EtherCAT circuitry Powered by 24V DC ±15~20% DIN-rail mountable compact housing (100×12×80 mm) Operating temperature range: -20°C to 60°C	Datasheet
PCB-IPAC-MODULE-AL-2319	S/N	S/N	S/N	Fanless	16 opto-isolated digital output channels AL-2319: PNP output type Load support: resistive, inductive, and lamp types 0.5A maximum output current per channel Short-circuit protection under 1.5A 500V isolation between field side and EtherCAT bus Compact 12mm wide housing for DIN rail mounting -20°C to 60°C wide operating temperature Fully compatible with Nodka EtherCAT controllers and couplers	Datasheet
PCB-IPAC-MODULE-AL-2019	S/N	S/N	S/N	Fanless	16 opto-isolated digital output channels AL-2019: NPN output type Load support: resistive, inductive, and lamp types 0.5A maximum output current per channel Short-circuit protection under 1.5A 500V isolation between field side and EtherCAT bus Compact 12mm wide housing for DIN rail mounting -20°C to 60°C wide operating temperature Fully compatible with Nodka EtherCAT controllers and couplers	Datasheet
PCB-IPAC-MODULE-AL-1229	S/N	S/N	S/N	Fanless	16 opto-isolated digital inputs per module Supports both NPN and PNP input types EN 61131-2 standard compliance (COM to 0V) Signal voltage: 0–7V (Low), 11–30V (High) 10μs ultra-fast input filter 500V isolation between field and EtherCAT bus Compact DIN-rail form factor (100mm x 12mm x 80mm) Compatible with Nodka EtherCAT master controllers and couplers Industrial-grade: -20°C ~ 60°C operating range	Datasheet
PCB-IPAC-MODULE-AL-1219	S/N	S/N	S/N	Fanless	16 opto-isolated digital inputs per module Supports both NPN and PNP input types EN 61131-2 standard compliance (COM to 0V) Signal voltage: 0–7V (Low), 11–30V (High) 3ms input filter 500V isolation between field and EtherCAT bus Compact DIN-rail form factor (100mm x 12mm x 80mm) Compatible with Nodka EtherCAT master controllers and couplers Industrial-grade: -20°C ~ 60°C operating range	Datasheet
PCB-IPAC-MODULE-AK-1100	S/N	S/N	S/N	Fanless	Designed for DIN-rail mounted iPAC I/O systems Coupling of EtherCAT terminals to 100BASE-TX EtherCAT networks Dual RJ45 ports (In/Out) for EtherCAT system chaining Shielded Cat.5 or better Ethernet cable compatibility E-BUS connector for direct I/O module expansion Fast communication delay: approx. 1μs Up to 65535 EtherCAT terminals per network Wide input range: DC 24V ±15–20% Compact dimensions: 100 x 24 x 80 mm, only 90g Wide temperature tolerance: -20°C to 60°C	Datasheet

PCB-IPAC-MODULE-AL-5002

Detalles

S/N

Fanless

2 x incremental encoder inputs (A/B/Z phase, RS422 differential)
32-bit binary counter per channel
Max input frequency: 5 Mbps
Conversion time: 1 ms
Compact and modular DIN-rail design (100×12×80 mm)
Electrical isolation: 500V (field to EtherCAT)
Operating temperature: -20°C to 60°C
Industrial-grade reliability: 20G shock, 1.5Grms vibration
Compatible with iPAC controllers and EtherCAT couplers

PCB-IPAC-MODULE-AL-4528

Detalles

S/N

Fanless

8 analog output channels with fast 400μs conversion
AL-4528: 4–20mA current output
16-bit output resolution
Output error < ±1%
500V electrical isolation (fieldbus to I/O)
Compact DIN-rail enclosure (100 x 12 x 80 mm)
Low power DC 24V ±15–20% input
-20°C to 60°C operation with rugged shock/vibration tolerance

PCB-IPAC-MODULE-AL-4428

Detalles

S/N

Fanless

8 analog output channels with fast 400μs conversion
AL-4428: 0–20mA current output
16-bit output resolution
Output error < ±1%
500V electrical isolation (fieldbus to I/O)
Compact DIN-rail enclosure (100 x 12 x 80 mm)
Low power DC 24V ±15–20% input
-20°C to 60°C operation with rugged shock/vibration tolerance

PCB-IPAC-MODULE-AL-4228

Detalles

S/N

Fanless

8 analog output channels with fast 400μs conversion
AL-4228: ±10V output, >5kΩ load
16-bit output resolution
Output error < ±1%
500V electrical isolation (fieldbus to I/O)
Compact DIN-rail enclosure (100 x 12 x 80 mm)
Low power DC 24V ±15–20% input
-20°C to 60°C operation with rugged shock/vibration tolerance

PCB-IPAC-MODULE-AL-3538

Detalles

S/N

Fanless

8 analog input channels per module
Differential input configuration for high signal integrity
AL-3538: 4–20mA input range
16-bit resolution for precision measurement
240kΩ input resistance
500V electrical isolation between EtherCAT and field signal
Compact DIN-rail mount design (100×12×80 mm)
DC24V ±15~20% input, low power consumption
Operating temp: -20°C to 60°C

PCB-IPAC-MODULE-AL-3438

Detalles

S/N

Fanless

8 analog input channels per module
Differential input configuration for high signal integrity
AL-3438: 0–20mA input range
16-bit resolution for precision measurement
240kΩ input resistance
500V electrical isolation between EtherCAT and field signal
Compact DIN-rail mount design (100×12×80 mm)
DC24V ±15~20% input, low power consumption
Operating temp: -20°C to 60°C

PCB-IPAC-MODULE-AL-3238

Detalles

S/N

Fanless

8 analog input channels per module
Differential input configuration for high signal integrity
AL-3238: ±10V input range
16-bit resolution for precision measurement
240kΩ input resistance
500V electrical isolation between EtherCAT and field signal
Compact DIN-rail mount design (100×12×80 mm)
DC24V ±15~20% input, low power consumption
Operating temp: -20°C to 60°C

PCB-IPAC-MODULE-AL-3614

Detalles

S/N

Fanless

AL-3614 supports PT100/PT1000 RTD sensors (4 channels)
2-wire or 2/3/4-wire connection methods
0.1°C resolution for high-precision measurement
Configurable acquisition filters (50/60Hz)
±0.3% full-scale measurement accuracy
500V isolation between field and EtherCAT circuitry
Powered by 24V DC ±15~20%
DIN-rail mountable compact housing (100×12×80 mm)
Operating temperature range: -20°C to 60°C

PCB-IPAC-MODULE-AL-3608

Detalles

S/N

Fanless

AL-3608 supports Type K/J/T thermocouples (8 channels)
2-wire or 2/3/4-wire connection methods
0.1°C resolution for high-precision measurement
Configurable acquisition filters (50/60Hz)
±0.3% full-scale measurement accuracy
500V isolation between field and EtherCAT circuitry
Powered by 24V DC ±15~20%
DIN-rail mountable compact housing (100×12×80 mm)
Operating temperature range: -20°C to 60°C

PCB-IPAC-MODULE-AL-2319

Detalles

S/N

Fanless

16 opto-isolated digital output channels
AL-2319: PNP output type
Load support: resistive, inductive, and lamp types
0.5A maximum output current per channel
Short-circuit protection under 1.5A
500V isolation between field side and EtherCAT bus
Compact 12mm wide housing for DIN rail mounting
-20°C to 60°C wide operating temperature
Fully compatible with Nodka EtherCAT controllers and couplers

PCB-IPAC-MODULE-AL-2019

Detalles

S/N

Fanless

16 opto-isolated digital output channels
AL-2019: NPN output type
Load support: resistive, inductive, and lamp types
0.5A maximum output current per channel
Short-circuit protection under 1.5A
500V isolation between field side and EtherCAT bus
Compact 12mm wide housing for DIN rail mounting
-20°C to 60°C wide operating temperature
Fully compatible with Nodka EtherCAT controllers and couplers

PCB-IPAC-MODULE-AL-1229

Detalles

S/N

Fanless

16 opto-isolated digital inputs per module
Supports both NPN and PNP input types
EN 61131-2 standard compliance (COM to 0V)
Signal voltage: 0–7V (Low), 11–30V (High)
10μs ultra-fast input filter
500V isolation between field and EtherCAT bus
Compact DIN-rail form factor (100mm x 12mm x 80mm)
Compatible with Nodka EtherCAT master controllers and couplers
Industrial-grade: -20°C ~ 60°C operating range

PCB-IPAC-MODULE-AL-1219

Detalles

S/N

Fanless

16 opto-isolated digital inputs per module
Supports both NPN and PNP input types
EN 61131-2 standard compliance (COM to 0V)
Signal voltage: 0–7V (Low), 11–30V (High)
3ms input filter
500V isolation between field and EtherCAT bus
Compact DIN-rail form factor (100mm x 12mm x 80mm)
Compatible with Nodka EtherCAT master controllers and couplers
Industrial-grade: -20°C ~ 60°C operating range

PCB-IPAC-MODULE-AK-1100

Detalles

S/N

Fanless

Designed for DIN-rail mounted iPAC I/O systems
Coupling of EtherCAT terminals to 100BASE-TX EtherCAT networks
Dual RJ45 ports (In/Out) for EtherCAT system chaining
Shielded Cat.5 or better Ethernet cable compatibility
E-BUS connector for direct I/O module expansion
Fast communication delay: approx. 1μs
Up to 65535 EtherCAT terminals per network
Wide input range: DC 24V ±15–20%
Compact dimensions: 100 x 24 x 80 mm, only 90g
Wide temperature tolerance: -20°C to 60°C

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