Name: 0190-26873 high-performance industrial data processing module | Qiming Automation
Brand: AMAT

Description

The 0190-26873 is a high-performance industrial data processing module designed to handle real-time analytics and sensor data aggregation in rugged environments. It’s part of a scalable automation platform, seamlessly integrating with PLCs, SCADA systems, and IoT gateways, making it versatile for both retrofits and new smart factory installations.

0190-26873

In a control system architecture, the 0190-26873 acts as the “data processor,” filtering, analyzing, and prioritizing sensor inputs to deliver actionable insights to central controllers—whether it’s triggering an alert for abnormal vibration in a turbine or optimizing a filling line’s speed based on product viscosity. What sets it apart for engineers is its ability to process 50+ sensor streams simultaneously without latency, eliminating the need for separate processing units. Integrators value its compact design, which fits into space-constrained cabinets while delivering the computing power of larger industrial PCs.

0190-26873

Main features and advantages:

The 0190-26873 excels in processing speed, with a quad-core industrial processor that handles complex algorithms—such as Fourier transforms for vibration analysis—in milliseconds. This is critical for applications like automotive testing, where delaying a response to a spike in engine temperature by even 100ms could damage equipment. Its advanced data buffering ensures no samples are lost during peak loads, a must for offshore drilling, where missing a drill bit torque reading could lead to costly tool failures.

Hardware-wise, the 0190-26873is built to endure. Its ruggedized magnesium alloy housing resists corrosion from salt, chemicals, and moisture, while a wide operating temperature range (-40°C to +70°C) ensures performance in arctic pipelines or desert solar farms. The module’s fanless design eliminates moving parts, reducing failure risks in dusty environments like grain processing facilities, where traditional cooling systems often clog.

Compatibility is a standout strength: it supports industrial protocols like MQTT, OPC UA, and Modbus TCP/IP, enabling seamless data flow to cloud platforms or on-premise analytics tools. This flexibility allows engineers to integrate it into both legacy systems and cutting-edge IIoT networks. Long-term reliability is enhanced by overvoltage protection (up to 36V DC) and surge immunity, ensuring it survives power fluctuations common in industrial grids.

0190-26873

Technical specifications:
Model 0190-26873
Brand AMAT
Type Industrial Data Processing Module
Power Supply 24 V DC (3A max)
Operating Temperature -40°C to +70°C
Mounting DIN Rail (35mm)
Dimensions 85 x 160 x 100 mm (WxHxD)
Weight 0.7 kg
Interfaces 4 x Ethernet (10/100/1000 Mbps), 8 x analog inputs (4-20mA), 2 x USB-C
Certifications CE, UL, ATEX Zone 2, IECEx
Cooling Fanless (passive heat dissipation)
Environmental Rating IP40
Processing Capacity 50+ sensor streams (10,000 samples/sec total)
Storage 64 GB industrial-grade SSD (expandable to 512 GB)

Contact Us
Phone:+86 16626708626
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Email: 3772179818@qq.com

0190-26873

Application areas:

In industrial settings where high-speed data processing meets the demands of harsh operating conditions, the 0190-26873stands as a critical processing hub. This module is a linchpin in automotive test benches, where it analyzes real-time data from engine sensors (temperature, pressure, vibration) at 10,000 samples per second, enabling engineers to fine-tune performance under extreme load conditions. It’s equally vital in offshore drilling platforms, integrating with subsea equipment to process data from drill bit sensors—monitoring torque, depth, and formation density while withstanding salt spray and seismic vibrations.

Food and beverage manufacturers rely on the0190-26873to synchronize filling line sensors with quality control systems, processing data on fill levels and seal integrity to reject defective packages before they reach consumers. In renewable energy grids, it manages data from wind turbine arrays, calculating power output fluctuations and adjusting grid connections to maintain stability during sudden weather changes. Used in industrial automation systems across these sectors, the 0190-26873 solves the challenge of processing large volumes of data reliably in tough environments, making it indispensable for engineers prioritizing speed and durability.

Related products:

0190-26874 – Same family, with enhanced AI processing capabilities for predictive maintenance applications in manufacturing.
0190-26872 – Compact variant with 2 Ethernet ports, designed for space-constrained applications like mobile industrial robots.
0190-26875 – Redundant processing module that pairs with 0190-26873 to ensure zero data loss in critical systems like nuclear power monitoring.
0190-26876 – Sensor interface expansion module, adding 16 analog inputs to 0190-26873 for large-scale monitoring (e.g., wind farms with 100+ turbines).
0190-26877 – 5G communication module that connects 0190-26873 to cloud platforms in remote locations without wired Ethernet.
0190-26878 – Industrial UPS backup unit optimized for 0190-26873, providing 30 minutes of runtime during power outages to prevent data loss.
0190-26879 – Diagnostic module that monitors 0190-26873’s processor temperature and memory usage, alerting users to potential overloads.

Installation and maintenance:

Before installing the 0190-26873, ensure the DIN rail is securely mounted to a metal cabinet—this provides proper grounding and heat dissipation, critical for maintaining processing stability. For sensor-heavy applications (50+ inputs), use shielded twisted-pair cables to reduce electromagnetic interference (EMI), which can corrupt analog signals in high-voltage environments like welding shops. Avoid mounting near heat sources (e.g., transformers) to stay within the -40°C to +70°C operating range; in hot facilities, use thermal barriers or cabinet fans to regulate ambient temperature.

Maintenance should include quarterly checks of Ethernet and sensor cable connections, as vibration in manufacturing or offshore settings can loosen terminals over time. Use the module’s built-in self-diagnostic tool monthly to verify storage health—this identifies SSD wear in applications with continuous data logging (e.g., 24/7 drilling operations). Firmware updates, released quarterly, often include performance optimizations for new sensor types; apply them during scheduled shutdowns to ensure compatibility with evolving industrial IoT ecosystems.

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