The Honeywell 51304425-100 Industrial Control Module offers precise control and enhanced reliability for various industrial applications, ensuring optimal performance in harsh environments.
Model Number:51304425-100
Control Type:Digital PID Control
Power Consumption:100 W
Operating Temperature Range:-20°C to 50°C
Communication Protocol:Modbus RTU
Response Time:Less than 0.01 seconds
Load Capacity:Up to 10 A
Input Range:0-20 mA or 4-20 mA
Certifications:CE, UL, CSA, ISO 9001
The Honeywell 51304425-100 is engineered with precision and robustness in mind, making it an ideal choice for industries requiring precise control over their operations. This module supports multiple communication protocols, enabling seamless integration with various control systems.
With its wide input voltage range, the 51304425-100 ensures compatibility across diverse power sources, enhancing operational flexibility. Its high power consumption rating allows for demanding applications without compromising on performance.
Featuring a temperature resistance from -20°C to +60°C, this module is designed to withstand harsh environmental conditions, making it suitable for use in extreme climates. Additionally, it is equipped with high humidity resistance, ensuring reliable operation even in humid environments.
Equipped with ISO 9001 certification, the Honeywell 51304425-100 complies with stringent quality standards, offering users peace of mind about product reliability and safety. The inclusion of CE and UL certifications further underscores its safety and quality standards, making it a trusted choice for industrial automation.
The 51304425-100’s compact design and modular architecture allow for easy installation and customization, providing maximum flexibility in system configuration. This makes it a versatile tool for engineers and technicians looking to optimize their industrial automation setups.
The Honeywell 51304425-100 Industrial Control Module offers precise control and enhanced reliability for various industrial applications, ensuring optimal performance in harsh environments.