M PLC Analogue Output Module – 4 out
$395.00
each ex-GST*
M PLC Analogue Input Module – 4 out
Part Number: M04AD
- Input : 4 points Voltage/ Current
- Resolution : 1/16383
- Precision : ±0.2%
- Push-in terminal blocks
The Fatek M series combines advanced technology, flexible configuration and exceptional computing and motion control capabilities.
With high stability and outstanding performance, it is widely used in 3C manufacturing, food processing, coating technology, packaging and box stapling, textiles, and many other industries.
FATEK HARD PLC runs control tasks directly in hardware—no OS boot time required.The moment power is on, it’s ready for I/O monitoring, processing, and communication.In contrast, PC-like Soft PLC systems rely on complex operating
systems,often taking 10 to 30+ seconds to boot—during which no control or monitoring is possible.
FATEK HARD PLC hardware architecture delivers 5x higher efficiency than Soft PLCs with 80% reduced computation time for identical tasks.This breakthrough enhances system responsiveness and empowers complex, large-scale control applications with ultra-stable and high-efficiency automation solutions.
Backed by 30+ years of PLC expertise, FATEK’s HARD PLC technology integrates the control core into a single chip. Through continuous architecture refinement, it achieves industry-leading performance with minimal components and ultra-low power consumption. Its efficient and streamlined design keeps heat and power usage exceptionally low, even at high processing speeds—reducing heat generation by up to 58% compared to Soft PLC. Lower temperatures ensure longer component lifespan and higher system reliability.
Ultimate speed leading ahead of the industry innovatively developed high-performance processor and high-performance algorithm. Up to 0.8ns for the command processing speed. Pushes the control performance to the unimaginable “ns” realm. Advanced & Ultra-precise Motion Control Built-in advanced motion control functions including E-Cam, helix interpolation, ICF/ICA*, etc. Equipped with a dedicated motion control chip that independently processes motion control tasks. Even for complex and large motion control commands, they can be executed instantly and accurately without affecting the PLC scan cycle. Ultra-low interrupt latency With a 3µs industry-leading ultra-low interrupt latency, ensures precise execution for control demands requiring fast reactions and ultra-low latency, completely unaffected by program complexity or PLC scan cycle time.
Versatile models for diverse scenarios MQ, MA, MU, MS, and ME: multiple versatile models from PLC control to advanced multi-axis motion control.
From small I/O points to comprehensive factory-wide control solutions with tens of thousands of points* delivering versatile and flexible solutions tailored to your needs.
Built-in EtherCAT/Ethernet dual interfaces EtherCAT connects seamlessly with 3rd-party EtherCAT servos. Motion and positioning control without extra modules. Ethernet supports Modbus TCP, MQTT and user-defined protocols. Easy data exchange with devices, systems and platforms.
IoT control hub – Supports FATEK IoT solution without the need of fixed IP and IoT gateway. Easily achieve applications such as remote monitoring, project maintenance and alarm notification. Also supports the MQTT Protocol for interfacing with the third-party cloud platforms.
| Output points | 4 ch |
| Analog Output characteristics and resolution |
Voltage Output range -10~+10V Value -8192~8191 Resolution 1.2mV
Voltage Output range –5~+5V Value -8192~8191 Resolution 0.6mV Voltage Output range 0~10V Value 0~16383 Resolution 0.6mV Voltage Output range 0~5V Value 0~16383 Resolution 0.3mV Voltage Output range 1~5V Value 0~16383 Resolution 0.2mV Current Output range 0~20mA Value 0~16383 Resolution 1.22uA Current Output range 4~20mA Value 0~16383 Resolution 0.97uA |
| Conversion precision | Voltage ±0.2% (25° C±5℃ ) ±0.5% (0 ～ 55℃ )
Current ±0.2% (25° C±5℃ ) ±0.5% (0 ～ 55℃ ) |
| Conversion speed | High speed 1ms/Ch |
| Minimum load resistance | Voltage 1kΩ
Current 500Ω |
| Isolation method | Between analog input terminals and CPU Isolation (Transformer(power) and optical coupler(signal)) No isolation between each channels |
| External connection | 18 pins Push-in terminal blocks |
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