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This durable ABS transport case offers maximum protection for your equipment during transport or storage. Specifically designed for demanding environments, its solid construction effectively guards against impact, moisture, and dust. The interior features well-organized compartments with extra space for essential accessories, ensuring everything you need is secure and within reach. Ideal for technicians, engineers, or any professional who needs to transport measuring instruments or delicate devices safely and conveniently.
The Axial Fan for ventilation of the analyzer cabinet is engineered to provide efficient and continuous airflow, ensuring optimal temperature regulation within your gas analysis system. Designed specifically for MRU analyzer enclosures, this compact yet powerful fan helps prevent overheating by maintaining a stable internal environment, even during long-term operation in demanding industrial conditions.
With low-noise performance and energy-efficient operation, the axial fan enhances the longevity and reliability of internal components, including sensors and electronics. Its durable construction and easy installation make it a practical upgrade or replacement part for maintaining the consistent performance of your analyzer system.
Ideal for applications requiring stable temperature conditions—such as emissions monitoring, biogas analysis, and continuous gas sampling—the axial fan ensures your analyzer operates smoothly, accurately, and safely.
Keep your gas analysis systems running smoothly with MRU’s high-performance Condensate Pump — engineered for precision and durability. Designed to efficiently extract moisture from gas sampling lines, this compact and quiet pump ensures the protection and accuracy of your emissions monitoring equipment.
Key Features:
Efficient Water Removal: Rapidly removes condensate from heated sampling lines and gas coolers, preserving analyzer performance.
Compact Design: Space-saving form factor ideal for portable and stationary measurement setups.
Quiet Operation: Operates with minimal noise, perfect for field or lab environments.
Chemical-Resistant Materials: Built for long-term use in harsh industrial conditions.
Seamless Integration: Easily connects to MRU gas analyzers and accessories.
Applications:
Industrial emissions monitoring
Combustion analysis
Stack testing
Continuous gas sampling systems
Protect your investment and maintain precise readings with MRU’s dependable Condensate Pump — the trusted choice for professional gas analysis.
The DM 9600 ABS Transport Case is designed to offer maximum protection and convenience for your valuable measuring instruments. Built from high-quality, impact-resistant ABS plastic, this durable case ensures your devices stay safe during transport and storage. Its rugged exterior shields against shocks, moisture, and dust, making it ideal for use in demanding industrial environments or fieldwork.
Inside, the case features custom-cut foam inserts that securely hold your analyzer and accessories in place, preventing movement and potential damage. The ergonomic handle and lightweight construction allow for easy carrying, while secure locking latches keep everything tightly sealed.
Whether you’re traveling between job sites or storing your equipment, the DM 9600 ABS Transport Case delivers the rugged reliability and smart design professionals can count on to keep their instruments protected and ready for action.
Ideal for use with MRU’s gas analyzers and compatible devices.
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Ensure optimal performance and protection of your gas analysis systems with our Filter and Gasket Set for entrance ports. This high-quality set includes precision-engineered filters to capture particulates and contaminants, and durable gaskets that provide a secure, leak-proof seal. Designed for easy installation and compatibility with a wide range of analyzers, this set enhances the longevity of your equipment by maintaining clean sample flow and preventing gas leaks. Ideal for both routine maintenance and system upgrades, it’s a vital component for reliable and accurate gas measurements in demanding environments.