OLC(T) 100 - Toxic and flammable gas sensor
OLC(T) 100 - Toxic and flammable gas sensor
- 4-20 mA analog transmitter without display
- SIL2 capability for LEL, O2
- Detects combustible, toxic or refrigerant gases and O2
- Available with electrochemical, infrared, semi-conductor sensors or MEMS
- Designed for industrial applications
- Available in explosion-proof or intrinsically safe versions, and stainless steel
- A high-temperature version allows operation up to 200°C
Designed for the detection of explosive gases, toxic gases or oxygen, this gas detector comes with a Wheatstone bridge output (OLC 100) or 4-20mA output (OLCT 100). Whatever your application Teledyne Gas and Flame Detection offers a solution: MEMS, catalytic, electrochemical, semiconductor, or poison control version. ATEX approved, these detectors are available in explosion safe or intrinsically safe versions.
In addition to this range the OLC/OLCT 100 offers an infrared sensor, which allows it to be used in more severe environmental conditions, where the presence of poisons could harm the use of a catalytic sensor.
SIL 2 certified according to EN 50402, the 100 series is very safe. As an example the Probability of Failure on Demand (PFD) of combustible versions is 1 out of 418 for the catalytic version and 1 out of 2857 for the infrared version.
OLCT 100 Gas Detector Versions
OLCT 100 XP: Explosion-proof version is equipped with a catalytic, MEMS electrochemical or semiconductor sensor, for detection of combustible, toxic gases or oxygen.
OLCT 100 IS: Intrinsically safe version and equipped with an electrochemical sensor for detection of toxic gases or oxygen.
OLCT 100 XP IR: Explosion-proof version and equipped with an infrared sensor for detection of CO2 / CH4 / refrigerants.
OLCT 100 XP HT: High temperature explosion-proof version, for detection of explosive gases up to 200°C.
Commercial Brochures
User Manuals
Certifications
/////
| Certification | Description |
|---|---|
| ATEX | A product regulation which ensures the safety of equipment intended for use in potentially explosive atmospheres in the European Union. |
| CE | Indicates that a product has been assessed by the manufacturer and deemed to meet EU safety, health and environmental protection requirements. |
| China Ex | Testing and certifications providers in China. |
| EAC | Gost R and EAC certifications are mandatory in order to have access at all to the Russian market and the markets of the five EAC members. |
| IECEx | The IECEx System is an international system for the safety of equipment installed in a potentially explosive atmosphere. |
| INMETRO | Brazil's Instituto Nacional de Metrologia, Normalizacao e Qualidade Industrial (INMETRO) is responsible for recognizing certification organizations for product compliance. |
| Marine (MED) | The Marine Equipment Directive (MED) sets out performance and testing standards for marine equipment placed on board an EU ship. |
| SIL | Safety Integrity Level (SIL) defined as a relative level of risk-reduction provided by a safety function, or to specify a target level of risk reduction. |
| US Approvals: CSA (us), FM (us), ETL (us), UL (us) | A product regulation which ensures the safety of equipment intended for use in potentially explosive atmospheres in the United States. |
Gases
| Symbol | Description | Toxic Gas |
|---|---|---|
| AsH₃ | Arsine Gas Detectors | |
| C₂H₅OH | Ethanol | |
| C₃H₈O | Isopropyl Alcohol | |
| C₄H₈O | Methyl Ethyl Ketone (MEK) | |
| C₇H₈ | Toluene | |
| C₈H₁₀ | Xylene | |
| CH₂O | Formaldehyde | |
| CH₄ | Methane Gas Detectors | |
| Cl₂ | Chlorine | |
| ClO₂ | Chlorine Dioxide | |
| CO | Carbon Monoxide | |
| CO₂ | Carbon Dioxide | |
| COCl₂ | Phosgene | |
| Combustible % LEL | Combustible Percent Lower Explosive Limit (LEL) | |
| H₂ | Hydrogen | |
| H₂S | Hydrogen Sulfide | |
| HCl | Hydrogen Chloride | |
| HCN | Hydrogen Cyanide | |
| NH₃ | Ammonia | |
| NO | Nitric Oxide | |
| NO₂ | Nitrogen Dioxide | |
| O₂ | Oxygen | |
| PH₃ | Phosphine | |
| SiH₄ | Silane | |
| SO₂ | Sulfur Dioxide |