Portable Biogas Analyzer About
Portable Biogas Analyzer is designed for the process surveillance of the fermentation of bio-gas as well as optimization of the calorific value. Ideal for methane, carbon dioxide, residual oxygen,andhydrogen sulphide gases, it is featured with complete automatic operation, application specific sensor technologies, self-diagnostic check, constant, stable alphanumeric display, and data logging & RS 232 output capability. Portable Biogas Analyzer performs with various operations such as electro-chemical sensor for oxygen gas, long life oxygen sensor not poisoned with carbon dioxide gas, date & me stamp, data logging and built in printer, analog/digital output, and custom designed specimen conditioning system.
Product Details:
| Ambient Temp | 0 - 50 Degree Celsius |
| Battery Type | Lithium Rechargeable Battery |
| Output Optional | 20mA / Analog / Digital RS 232 |
| Protection IP | IP-65 |
| Warmup Time | 2 Minutes |
| Power Supply | Battery Operated |
| Usage/Application | Industrial |
| Degree Of Protection | (IP-65). |
| Alarm | Two Level (Selectable Range) |
| Material | ABS Body |
| Automation Grade | Automatic |
| Dimension | 100mm X 80mm X 60mm |
| Display Type | 128 X 64 Graphics LCD |
| Product Type | Gas Analyser |
| Model Name/Number | SME-204-PB |
| Brand | Soarmlich Engineers |
Technical Details 
Efficient Biogas Analysis AnywhereWith its compact size, battery-powered operation, and durable construction, the SME-204-PB Portable Biogas Analyzer enables industrial users to perform gas measurement and analysis in diverse locations. The IP-65 protection and quick 2-minute warmup allow reliable and immediate usage even in challenging on-site conditions.
Seamless Data ManagementChoose from 20mA analog or digital RS 232 output for flexible integration with other devices or data loggers. The clear, graphics-rich LCD display provides real-time data visualization, supporting instant and informed decision-making in industrial environments.
Reliable Safety and AutomationBuilt for industrial applications, this analyzer offers two selectable alarm levels that enhance safety by alerting users to hazardous biogas levels. Its automatic operation reduces manual intervention, ensuring both accuracy and convenience for busy technicians.
FAQ's of Portable Biogas Analyzer:
Q: How does the SME-204-PB Portable Biogas Analyzer operate in industrial environments?
A: The analyzer is designed for robust industrial use, featuring an ABS body, IP-65 protection, and operation across 0-50C. Simply switch it on, allow two minutes for warmup, and use the graphical LCD to view results. Its battery-powered design ensures portability across various sites.
Q: What outputs are available on the Portable Biogas Analyzer for data connection?
A: This model offers selectable output modes, including a 20mA analog output and a digital RS 232 interface, enabling users to connect the analyzer to external monitoring systems or data loggers for efficient data management.
Q: When should the dual-level alarm system be used?
A: The dual-level selectable alarm system should be engaged when specific concentration thresholds are critical for safety or process control. Users can set both warning and danger levels to trigger alerts and maintain a safe working environment.
Q: Where can the SME-204-PB Analyzer be applied within an industrial setting?
A: Thanks to its compact dimensions, IP-65 protection, and portable design, the analyzer is versatile enough for deployment in various industrial locations, such as on-site biogas plants, waste management facilities, or remote processing stations.
Q: What is the process for using the SME-204-PB for gas measurement?
A: Simply power on the analyzer, allow the 2-minute warmup, and expose its sensors to the gas sample. The equipment then automatically analyzes the gas and presents results on the graphical LCD, with optional data output via analog or RS 232 channels.
Q: What are the benefits of the lithium rechargeable battery in this analyzer?
A: The lithium rechargeable battery ensures long-lasting, reliable power for field operations, reducing downtime and eliminating frequent battery replacements. This supports continuous analysis during extended fieldwork or process monitoring.
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