TRANSIC100LP Laser Oxygen Transmitter
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GMS800 FIDOR® TOTAL HYDROCARBON ANALYZER TRANSIC100LP LASER OXYGEN TRANSMITTER The good nose for oxygen Continuous monitoring of hydrocarbon emissions Gas transmitter

TRANSIC100LP: Laser oxygen transmitter Simple, fast and low maintenance Process parameters are best measured where they are relevant and present in an unaltered state – directly in the process. "In-situ measuring technology" or "Inline measuring" are the phrases used. The process parameters are determined under process conditions. The TRANSIC100LP is an oxygen transmitter that measures in-situ or "inline". The sensor is designed as a measuring probe. This ensures that the lens system in the transmitter is always optimally aligned and installation is very simple. The measuring task can be...

The TDLS Tunable Diode Laser Spectroscopy is primarily used in high-end gas analyzers and is characterized by its highly selective measurement capability. The oxygen properties are used for O2 measurement: That means O2 atoms in the near infrared range are stimulated at specific wavelengths. A laser diode modulates the radiation precisely over an absorption peak. The high-energy radiation transfers energy to the O2 atoms and the signals becomes weaker. In the measuring probe, the laser beam hits the O2 atoms and is weakened according to the concentrations of oxygen present there. A receiver...

TRANSIC121LP and TRANSIC151LP: Measuring oxygen in potentially explosive atmospheres An explosion can only occur when all three elements (fuel, an ignition source and oxidant), referred to as the explosion triangle, are present. The primary explosion protection prevents the simultaneous occurrence of a fuel and an oxidant. If flammable substances cannot be avoided, no oxidants may be present. Commission, 1994) for devices and 1999/92/EC (European Commission, 1999) for operation (ATEX Directive) and the harmonized standards, or NEC 500 and NEC 505 in the USA. For use in potentially explosive...

Dust: II 2 D Ex ibtb IIICTS5°C Db Dust: II 2 D Ex ibtb INCT85°C Db Subject to change without notice

THE GOOD NOSE FOR OXYGEN Additional information Product description Measuring the oxygen in the process can be quite simple. The TRANSICIOOLP from SICK is the rugged transmitter that uses Tunable Diode Laser Spectroscopy (TDLS) to measure 02 reliably. A tech- nology more common in the world of • 02 transmitter based on high-perfor- mance laser spectroscopy (TDLS) atmospheres (FM, ATEX and lECEx • Measurement directly in-situ or extractive using a sample gas cell Your benefits • Measures in real-time directly in the • Easy installation and operation • Self-diagnostics with maintenance...

Fields of application • Monitoring of inert gas blanketing in tanks and vessels • O2 measurement in process gases • Measurements in potentially explosive atmospheres • Process monitoring in fermenters and bioreactors • Room air monitoring • Quality monitoring for the production of technical gases • Replacement of extractive paramagnetic oxygen analyzers and electrochemical cells Detailed technical data The exact device specifications and performance data of the product may deviate from the information provided here, and depend on the application in which the product is being used and the...

Electrical connection Voltage 24 V DC TRANSIC151LP: 21.6 ... 26.4 V For ATEX/IECEx version via TSA151 power supply, a PELV power supply is mandatory Current consumption Power consumption Corrective functions Test functions Adjustment with ambient air or test gases Contamination check

Ordering information Our regional sales organization will help you to select the optimum device configuration. Type code TRANSIC111LP Version A With flange for in-situ installation, <0.5 bar, O2 measuring range of 0 ... 25 vol.-% B With wall bracket for ambient air measurement, O2 measuring range 2 ... 25 vol.-% C With sample cell and wall bracket, PN10, O2 measuring range 0 ... 25 vol.-% D With flange for in-situ installation, <0.5 bar, O2 measuring range 0 ... 100 vol.-% [1] E With sample cell and wall bracket, PN10, O2 measuring range 0 ... 100 vol.-% [1] F With flange for in-situ...

[1] With certificate for oxygen service [2] For use in clean gas only or with a sample cell [3] Not selectable for the O2 measuring range 0 ... 100 vol.-%. Not recommended for wet gas near dew point. [4] Can be reconfigurated in the field [5] Factory setting: 0 … 25 vol-% O2 [6] Can be reconfigurated in the field (requires a serial interface and a terminal program on PC) [7] Selectable only for the output range of 4 ... 20 mA [8] Factory setting: 10 vol-% O2 [9] PTFE filter for reference gas inlet recommended TRANSIC121LP Version A With flange for in-situ installation, < 0.5 bar, O2...

TRANSIC151LP Version A With flange for in-situ installation, < 0.5 bar, O2 measuring range of 0 ... 25 vol.-% B With wall bracket for ambient air measurement, O2 measuring range 2 ... 25 vol.-% C With sample cell and wall bracket, PN10, O2 measuring range 0 ... 25 vol.-% F With flange for in-situ installation, PN10, O2 measuring range of 0 ... 25 vol.-% G With weld-on nozzle for in-situ installation, PN10, O2 measuring range 0 ... 25 vol.-% H With 3’’ clamp connection for in-situ installation, PN10, O2 measuring range 0 ... 25 vol.-% Filter type 1 No filter [1] 2 Stainless steel mesh 3 PTFE...

TRANSIC100LP Gas transmitters only in a non-hazardous area! [6] Selectable only for the output range of 4 ... 20 mA [7] Factory setting: 10 vol-% O2 [8] For connection between transmitter and power supply TSA151 only SICK Ex i cabel have be used [9] PTFE filter for reference gas inlet recommended [10] Connection to PC should be done only in a non-hazardous area! Use SICK service interface cables only. [11] Do not operate TRANSIC151LP transmitter without TSA151 power supply! Dimensional drawings (Dimensions in mm (inch)) TRANSIC100LP with flange adapter for process measurements below 0.5 bar...