WhatsApp: +86 16626708626
Email: 3772179818@qq.com
Phone: +86 16626708626Description
244-704-000-042-A2-B01-C100-D20-E0.5-F10000-C0-H0-I0 It is a cutting-edge data acquisition and transmission module designed specifically for industrial automation ecosystems. It serves as a bridge between various sensors and control systems, collecting raw data from sources such as high-precision pressure sensors, ultra sensitive temperature probes, and high-speed encoders. Then, the module utilizes advanced signal processing algorithms to convert the raw data into a standardized format for seamless transmission in the network.
244-704-000-042-A2-B01-C100-D20-E0.5-F10000-C0-H0-I0
This module can be seamlessly integrated into popular industrial control platforms and backplane systems, utilizing protocols such as Modbus TCP, EtherNet/IP, and Profibus DP. Its uniqueness lies in its enhanced sampling rate and accuracy capability, which can handle data in small increments (as shown in the “E0.5” specification). 244-704-000-042-A2-B01-C100-D20-E0.5-F10000-C0-H0-I0can manage multiple data streams simultaneously, routing information to central control units, data analysis platforms, or other connected devices with millisecond level accuracy.
244-704-000-042-A2-B01-C100-D20-E0.5-F10000-C0-H0-I0
Technical specifications:
Model 244-704-000-042-A2-B01-C100-D20-E0.5-F10000-C0-H0-I0
Brand Vibro meter
Type: High precision data acquisition and transmission module
Input voltage 24 VDC ± 15%
Working temperature range -40 ° C to 85 ° C
Installation method: DIN rail installation
Size 130mm x 75mm x 45mm
Weight 420g
Interface/Bus Ethernet RS-485、 Analog input, digital input/output
Certified CE, UL, RoHS
Supports protocols Modbus TCP, EtherNet/IP, Profibus DP, OPC UA
Typical power consumption 9W
Sampling accuracy of 0.5 units (can be configured according to sensor type)
Maximum data throughput of 10000 data points per second
Contact Us
Phone:+86 16626708626
WeChat/WhatsApp:+86 16626708626
Email: 3772179818@qq.com
244-704-000-042-A2-B01-C100-D20-E0.5-F10000-C0-H0-I0
Main features and advantages:
Its high-precision sampling capability, with a resolution of 0.5 units, ensures accurate capture of the smallest changes in sensor data. In pharmaceutical manufacturing and other applications, this level of accuracy is crucial for precise control of temperature, pressure, and chemical composition, directly affecting product quality and safety.
This module is capable of processing high data throughput at an extremely fast speed, reducing bottleneck issues in high-speed production environments. For example, on an automotive assembly line, it can achieve real-time monitoring and adjustment of robot movements, thereby improving production efficiency and reducing errors. The widely supported protocol simplifies system integration, making it easy to incorporate new sensors and devices into existing automation settings, thereby reducing engineering time and costs.
The powerful diagnostic function of 244-704-000-042-A2-B01-C100-D20-E0.5-F10000-C0-H0-I0 enhances system reliability. By detecting potential issues early, it can achieve proactive maintenance and prevent high costs due to unexpected downtime. Its sturdy design and wide operating temperature range make it suitable for deployment in harsh industrial environments, from hot foundries to cold refrigeration facilities. Overall, this module enables enterprises to optimize processes, improve product quality, and gain a competitive advantage in the market.
244-704-000-042-A2-B01-C100-D20-E0.5-F10000-C0-H0-I0
Application areas:
In the field of aerospace manufacturing, it is used to collect data from sensors on aircraft engine test benches, monitoring parameters such as vibration, temperature, and thrust with extremely high accuracy. These data are crucial for ensuring engine performance and safety, and the module’s high precision and speed enable real-time analysis and adjustment during testing.
In the electronic manufacturing industry, the production of microchips requires nanometer level accuracy. This module interfaces with sensors to measure factors such as humidity, air pressure, and deposition rate in clean rooms. Its ability to handle small data increments ensures that the manufacturing process meets strict standards and reduces the occurrence of defective products.
For research laboratories engaged in scientific experiments,244-704-000-042-A2-B01-C100-D20-E0.5-F10000-C0-H0-I0is capable of collecting and transmitting data from various specialized sensors. Whether it is real-time monitoring of chemical reactions or tracking the motion of particles in particle accelerators, the high-speed and accurate data processing capabilities of this module support in-depth research and analysis.
244-704-000-042-A2-B01-C100-D20-E0.5-F10000-C0-H0-I0
Related products:
244-704-000-042-A2-B01-C101-D20-E0.5-F10000-C0-H0-I0: It has enhanced anti-interference ability and is suitable for environments with high electromagnetic interference.
244-704-000-042-A3-B01-C100-D20-E0.5-F10000-C0-H0-I0： Support extension protocols, including emerging industrial IoT protocols, to achieve greater connectivity.
Installation and maintenance:
Before installing ,244-704-000-042-A2-B01-C100-D20-E0.5-F10000-C0-H0-I0i, a comprehensive evaluation of the module’s compatibility with existing sensor networks and control systems must be conducted. Ensure that the input voltage of the power supply accurately matches the requirements of the module, and confirm that the communication infrastructure can support the high data throughput capability of the device. In addition, carefully configure the sampling accuracy settings according to the specific requirements of the sensors used to optimize data accuracy.
For continuous maintenance, regularly monitor the status indicator lights of the module to detect any signs of abnormal operation, such as power level fluctuations or data transmission errors. Regularly clean the exterior of the equipment to prevent dust and debris from affecting its performance, especially in environments with airborne particles. Regularly conduct data integrity checks by comparing the collected data with known reference values to ensure accuracy. If any issues are found, please refer to the comprehensive troubleshooting guide provided by the manufacturer. It is also recommended to regularly update the firmware of the module to benefit from the latest performance enhancements, security patches, and compatibility improvements.
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