Channels:Up to 4 channels for versatile temperature input monitoring
Sampling Period:Fast 200ms sampling for real-time temperature updates
Conversion Accuracy:0.1% of full scale for precise temperature readings
Input Resolution:0.1°C for detailed temperature analysis
Input Types:Flexible support for thermocouples, RTDs, and DC voltage signals
Operating Temperature Range:-30 to +80°C (-20 to +180°F)
Mounting Options:Surface, flush panel, and 2-inch pipe mounting configurations
Connections:Bottom-mounted connections for convenient installation
Air Connections:JIS R1/4 or 1/4 NPT male for air supply
Pressure and Vacuum Compatibility:Up to 140 kgf/cm² or bar, 13.7 MPa, 2000 psi
Weight:Approximately 7.6 kg (17 lb)
Introducing the YOKOGAWA F3CR04-0N, a cutting-edge industrial temperature control and monitoring module designed for critical environments where precision and reliability are paramount.
With an ultra-wide operating range from −40°C to +85°C, this module ensures accurate temperature readings under diverse conditions, making it suitable for a myriad of industrial applications.
Featuring exceptional resolution of 0.01°C, this module delivers precise temperature measurements, crucial for maintaining optimal operational conditions in your processes.
The F3CR04-0N boasts a rapid sampling rate of 200ms for four channels, allowing for real-time monitoring and immediate response to temperature changes.
Equipped to handle thermocouple, RTD, and DC voltage input types, this module provides flexibility in connection options, catering to various industrial needs. Its high output resolution of 0.2mV ensures fine-grained control over temperature adjustments.
Backed by ±0.1% overall accuracy at 23±2°C, the F3CR04-0N maintains high standards of performance, making it indispensable for industries requiring stringent temperature control.
Enhance your operational efficiency with the ability to synchronize Digital-to-Analog Converter (DAC) updates across up to eight channels simultaneously, optimizing resource allocation and improving system responsiveness.
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