HIMA X-FAN1003 993201013 Redundant cooling fan module
SPECIFIC PARAMETERS
Brand HIMA
Product Series X-Series SIS Auxiliary Heat Dissipation Module
Product Type Redundant Heat Dissipation Fan Module
Order Number 993201013
Working Voltage 24VDC 12VDC Optional
Power Supply Power About 6W
Number of Fans 2
Fan Size 80mm×80mm×25mm
Fan Speed About 2000RPM
Airflow 10CFM Maximum 50CFM
Noise Level About 40dB(A)
Working Temperature -25℃ to +70℃
Storage Temperature -40℃ to +85℃
Relative Humidity 5% to 95% Non-condensing
Protection Level IP65
Size 115mm×45mm×30mm
Weight About 0.4kg
Structural Form Modular
Adapted System HIMA X-Series SIS Safety Instrumented System
PRODUCT PERFORMANCE
Equipped with dual-fan redundant architecture, single-fan failure does not affect the overall heat dissipation function, ensuring the continuous stability of the system heat dissipation link
The rated speed of 2000RPM can provide constant air volume and air pressure, ensuring that the temperature of electronic components in the chassis is maintained within a safe range
The operating noise is controlled within 40dB(A), which can achieve low-noise heat dissipation in the industrial operating environment without interfering with on-site operations
Uses industrial-grade wide-temperature components, which can operate stably in extreme temperature environments of -25℃ to +70℃, adapting to multi-climate industrial scenarios
IP65 high protection level can resist dust and water vapor invasion, meeting the installation and use needs of high-humidity and dusty industrial sites
Modular plug-and-play design, which can complete module replacement without interrupting system operation and reduce equipment downtime
Adapt to all functional modules of the X series, can be deployed collaboratively with I/O modules and bus modules to build a complete safety control system
Low-power 6W design can reduce the overall energy consumption of the system and improve the economy of long-term operation
High-quality manufacturing process ensures high reliability of the module, which can extend the service life of system components and reduce maintenance frequency
Complies with HIMA SIS system safety standards, and the heat dissipation process does not affect the safety integrity level of the system















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