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$Sulfur Recovery Units benefit from simultaneous refractory and gas temperature measurement$

Measuring both gas and refractory temperatures simultaneously with a single infrared pyrometer has been found to be more advantageous than other measurement methods because they offer:


GREATER FUNCTIONALITY Measure both gas and refractory temperatures simultaneously even when employing oxygen enrichment	RELIABILITY Complete and accurate, continuous real-time gas temperature data without being exposed to the heat and corrosive H₂S gas
COST-EFFECTIVE Eliminate the need for separate installations for gas and refractory measurement systems	EASE OF USE Signals high-temperature shutdown/alarm systems and provides greater effective temperature spans
SAFETY Detect high-temperature events much earlier because gas temperatures lead refractory temperatures during the Claus process


Read the full article in Control Engineering

Click here to find out more about our E₂T Pulsar III for sulfur reactors and other high temperature furnaces needing temperature monitoring ranges between 350 and 2000°C Instant or average readings of refractory and gas temperatures CSA/US, KEMA and ATEX explosion-proof certification RS485 Digital Communications for remote control of parameter settings

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