Thermocouple Compatibility:Compatible with various thermocouple types for versatile temperature measurement applications
Range:-200°C to +1000°C (-392°F to +1832°F)
Signal Output:0 to ±10mV, linear or non-linear signal output depending on the thermocouple type
Accuracy:+/-0.1% of reading ± 1 LSB over full range
Operating Voltage:10V DC to 36V DC
Power Consumption:Typically < 1mA at nominal output current
Operating Temperature:-40°C to +85°C (-40°F to +185°F)
Humidity Range:0% to 95% RH, non-condensing
Enclosure Rating:IP65/IP67, dustproof and waterproof
Connectivity:4-wire connection with shielded cable
Mounting:Panel mount with mounting bracket included
The EMERSON KJ3224X1-BA1 Thermocouple mV Series 2 is engineered for the most demanding industrial applications, featuring cutting-edge technology that ensures precise temperature readings under any condition. Its high-precision accuracy makes it ideal for critical processes where temperature control is paramount.
With its wide measurement range from ±500 mV to ±5000 mV, this module can adapt to various industrial environments, from cryogenic tanks to high-temperature furnaces. The ±0.02% reading accuracy, combined with a low drift, ensures consistent and reliable performance over time.
Operating in a broad temperature range of -200°C to +1000°C, this thermocouple module is suitable for a wide array of industries including petrochemicals, power generation, and food processing. Its high resolution of 0.1 mV provides detailed temperature readings for accurate process control.
Equipped with 12 VDC operating voltage and a maximum current draw of 60 mA, the KJ3224X1-BA1 Thermocouple mV Series 2 ensures efficient power usage while maintaining robust functionality. Its quick response time of ≤1 second enables immediate feedback in dynamic systems.
Designed for durability, this thermocouple module boasts an IP65 rating, making it impervious to dust and water ingress. It can withstand harsh environmental conditions without compromising performance, ensuring longevity in even the most challenging industrial settings.
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