MRU Instruments 420074US OPTIMAX Biogas Analyzer

This description refers to: MRU Instruments 63861UP Wireless Remote Control “Comfort” Model.

• Type: Wireless remote control with integrated measurement functions
• Differential Pressure: Up to 100 hPa
• Differential Temperature: 2 × Type “K” sockets
• Additional Sensors: AUX socket for external probes
• Data Logging: SD-Card storage
• Use Case: Combustion analysis, HVAC testing, environmental monitoring

Overview

The MRU Instruments 63861UP Wireless Remote Control “Comfort” Model enhances analyzer operation by allowing technicians to control compatible analyzers remotely while also functioning as a standalone measurement device. It integrates differential pressure, differential temperature, and combustion air temperature measurement capabilities, eliminating the need for multiple instruments in the field. With wireless connectivity, SD-Card data logging, and support for external sensors, this multifunction tool streamlines complex measurement workflows across industrial, HVAC, and environmental applications.

Features

• Integrated differential pressure measurement up to 100 hPa.
• Two Type “K” temperature sockets for precise differential temperature readings.
• Measures combustion air temperature for accurate combustion system assessment.
• AUX socket supports external sensors such as HC or humidity probes.
• SD-Card data logging for long-term tracking and analysis.
• Wireless remote control function for operating compatible MRU analyzers safely and efficiently.

Technical Specifications

• Model: 63861UP “Comfort”
• Type: Wireless remote control / multifunction measurement device
• Differential Pressure: Up to 100 hPa
• Differential Temperature: 2 × Type “K” sockets
• Data Logging: SD-Card
• AUX Socket: Supports external sensors

Compatibility

• Designed for remote operation of compatible MRU analyzers.
• Suitable for use in combustion system analysis, HVAC testing, and environmental monitoring tasks.
• Works with external HC and humidity sensors via AUX input.

Use Cases

• Combustion analysis: remote analyzer operation combined with differential pressure and temperature measurements.
• HVAC system diagnostics: monitor temperature gradients and airflow performance.
• Environmental monitoring: collect temperature, pressure, and auxiliary sensor data for field studies.
• Industrial maintenance: optimize combustion processes and assess system performance in real time.

What's Included

• 1 × MRU Instruments 63861UP Wireless Remote Control “Comfort” Model

Performance and Characteristics

• Accurate differential pressure measurement up to 100 hPa supports critical diagnostics.
• Two Type “K” inputs enable precise temperature comparisons and system evaluation.
• Robust construction ensures stability and durability in industrial settings.
• SD-Card data logging supports long-term monitoring and post-analysis.
• Wireless functionality improves operational flexibility and reduces the need to access the analyzer directly.

Additional Information

• High-quality sensors ensure reliable, consistent measurement in demanding conditions.
• AUX socket allows integration with external probes for expanded capability.
• Designed for technicians who require multifunction instrumentation in industrial and environmental applications.
• Supports efficient workflows by combining remote control and measurement tasks in one device.

Category FAQs

Product-Specific FAQs

• Can this unit operate as a standalone measuring device? Yes. It provides differential pressure, temperature, and combustion air temperature measurements independently of the analyzer.
• What external sensors can be connected? HC sensors, humidity sensors, and other compatible probes using the AUX socket.
• Does it log data internally? Yes. Measurements can be recorded on an SD-Card.
• Is the wireless remote function optional? No — it is built in and designed to work with compatible MRU analyzers.

Measurement Tools — Category FAQs

• Why combine remote control and measurement functions? It reduces the number of devices needed on-site and streamlines diagnostic workflows.
• What is differential pressure used for? Diagnosing combustion efficiency, airflow behavior, and system restrictions.
• Why is SD-Card logging important? It enables long-term trend analysis and easier reporting.
• Are Type “K” thermocouples common? Yes. They are widely used in industrial and HVAC diagnostics for their durability and accuracy.