About SR 94N-Online Single Gas Analyser
Ozone Analyzer that proffered by us is designed to be utilized for constant surveillance individual point monitoring either flammable or toxic gases in varied work places or enclosed spaces. It is worked on 220 VAC mains supply and has a sensor equipped at the end of a cable. Provided with audible and visual alarm system, the device is easy to operate, reliable and compact enough to install and carry easily. The Ozone Analyzer can be availed from us in different models and specifications at moderate prices.
Features :
- Two Alarms audible and Visual along with acknowledge and reset buttons, both set points viewable from front face
- Alarms settable as manual OR auto-reset type ( Latching OR Non-Latching )
- One NO C NC potential free relay contact per alarm
- Confidence flash
- 0 -1 V and 4- 20 ma Recorder Output
- Alarm and Buzzer Inhibit switches provided
- One Alarm High the other settable As Low Or High Alarm
- All Connections under Cable Entry Cover thru glands
- Status indicators for Alarm, Alarm
- Acknowledge, Buzzer Inhibit, Relay Inhibit & Confidence flash
Versatile Gas Detection TechnologyThe SR 94N-Online Single Gas Analyser supports both electrochemical and infrared sensors, making it suitable for a wide variety of gases in industrial process monitoring. This adaptability ensures precise and reliable readings tailored to your specific application needs.
User-Friendly Operation and CalibrationDesigned with ease of use in mind, this gas analyser features a digital LCD display and intuitive controls. Zero and span calibration can be performed manually from the front panel, ensuring maintenance is straightforward and minimizing downtime.
Robust Design for Industrial EnvironmentsWith an IP65 weatherproof enclosure and support for temperatures ranging from 0C to 50C, the SR 94N is built to withstand harsh industrial conditions. The wall-mounted configuration saves space and allows flexible installation close to gas sampling points.
FAQs of SR 94N-Online Single Gas Analyser:
Q: How does the SR 94N-Online Single Gas Analyser perform gas measurement?
A: The SR 94N uses either an electrochemical or infrared sensor (depending on the gas measured) to continuously detect and quantify the presence of a specific gas in an industrial process. Real-time data is displayed on a digital LCD screen with high resolution.
Q: What gases can be monitored with this analyser and how is the sensor type selected?
A: This analyser is designed for single-gas measurement, with the sensor (electrochemical or infrared) chosen based on the target gas. The precise measuring range and compatibility are determined by the specific sensor installed for your application.
Q: When should zero and span calibration be performed?
A: Zero and span calibrations are essential for maintaining accuracy and should be performed as part of regular maintenance or whenever you notice a drift in measurements. The process is manual and accessible from the front control panel.
Q: Where can the SR 94N be installed and what is its enclosure rating?
A: The analyser is typically wall-mounted and features an IP65 weatherproof enclosure, making it suitable for a variety of industrial settings, both indoors and exposed to harsh environments.
Q: What is the process for alarm notification if a hazardous gas level is detected?
A: If the gas concentration exceeds user-programmed thresholds, the analyser activates relay outputs along with audible and visual alarms to alert operators, ensuring prompt response to unsafe conditions.
Q: How is data logging managed and what benefits does it offer?
A: Optional data logging is available by inserting a removable memory card. This allows for archival of gas measurements and events, aiding compliance, process optimization, and traceability.
Q: What are the advantages of using this analyser for industrial gas detection?
A: The SR 94N provides accurate, real-time monitoring, quick response times, robust weatherproof design, and a user-friendly interface. Its programmable alarms and sensor fault indication enhance safety and operational confidence in industrial environments.