TOTAL SULFUR ANALYSIS
The outstanding characteristics of the Trace Technology hydrogen sulfide detector can be utilized for total sulfur measurement by means of converting all of the sulfur in a sample to hydrogen sulfide. The sample is blended with an excess of hydrogen and the blend passes through a heated quartz or ceramic tube. In doing so, the sulfur bonds are broken and hydrogen sulfide is formed. The outlet is connected to the Trace Tape hydrogen sulfide analyzer, resulting in an analyzer which is totally sulfur specific.
The Trace Technology total sulfur instrumentation combines unique design and performance features with the basic reducing furnace. The structure combines concentric tubes that are used in the reducing process. The sample is injected through the center tube into a reducing tube with an excess of hydrogen. The process of reducing the sulfur compounds to H2S is further enhanced by furnace flow characteristics and flow contact with the catalyst. This combination eliminates carbon-carbon bonding which can cause increased system maintenance.
This device is used to reduce a high pressure, supply pressure, or inlet pressure in one stage to a lower pressure. The pressure reducing regulator is designed to meet the stringent requirements of a process analyzer sample conditioning system. The low internal volume reduces lag time thus more nearly approaching real-time analysis.
This device is used to remove unwanted contamination in a system. Bypass filters allow a continuous sweeping action across the surface of the filter element. This sweeping action prolongs the life of the filter element and also insures the sample that passes through the element is representative of the current system condition.
The calibration tap point includes the connection fittings and tubing together with a three-way ball valve to easily connect calibration gas to the analyzer.
Signals when there is a functional problem with the analyzer. Learn more...
Signals when the reading is above a user set value. Learn more...
Modbus RTU on RS232 or RS485 Learn more...
SMARTalk connects to the Data Communication option to provide visibility and remote operation via personal computer or host with true bidirectional communication. The operator does not have to travel to the measurement site to alter operation, initiate calibration, or view data. Controls, reports, and data are available at lab or office via a personal computer link. Remote access reduces the chance of "no fault found" service calls where on site trips find no fault with the equipment. Learn more...
LCD Graph Display
The display is a paperless chart recording of the concentration with selectable time scale to make comparisons and graphically display operating trends over time. Learn more...
The auto calibration provides software algorithm, contact outputs, solenoid valves, tubing, and customer connections for automatically calibrating analyzer at preselected time intervals.
Liquid Block Filter
Prevent liquids from entering the analyzer.
TRACErase uses technology based on a catalytic combustion process to oxidize vented samples thus preventing fugitive emissions from entering the atmosphere without causing back pressure on the analyzer. Packaged to provide explosion proof protection, this unit may be used in hazardous locations. Learn more...
This option allows the analyzer to select and analyze more than one sample source. This is ideal for any situation where more than one sample source is present. Learn more...
A new option available on the TRACE analyzer is a light behind the LCD to make operation even more user friendly.
The vaporizing regulators vaporize a liquid into a gas then perform a single stage pressure reduction on the gas. Pressure drops through pressure regulators may cause cooling which allows liquid to form. The vaporizing regulator puts heat back into the flow media to insure that is stays a gas.
Sample Injection Control
By using micro-liter injection valves to inject an exact amount of sample into the carrier gas stream, the range can be extended from 500 ppmV to 100%. The injected volume and rate of injection are selected to meet the requirements for the stream being monitored.
Total Sulfur Analysis
(vs lower numbered models)