Compare separate test-system architectures for ISO 5011 engine air cleaners and ISO 29461-1 static intake filter elements. Select the system from the test object, required result, airflow, pressure range and challenge material.
Designed for static filter elements used in the air intake systems of gas turbines, stationary compressors and other rotary machinery. Depending on the selected configuration, test functions may include:
Designed for air-cleaning equipment used with internal combustion engines and relevant compressor applications.
Validates dust holding capacity and flow restriction for heavy machinery, ensuring engine longevity in high-dust environments.
Determines cumulative efficiency and pressure evolution for static intake systems, protecting turbine blades from erosion and fouling.
Delivers precise hydraulic profiling for compact automotive air intake modules, accommodating complex ducting and irregular filter shapes.
Determines efficiency and dust holding capacity for internal combustion engine air cleaners under standardized dust loads.
Specifies testing procedures for static intake filter systems in rotary machinery, ensuring cumulative efficiency validation.
Defines particle size distributions for A2 Fine and A4 Coarse dusts, essential for durability simulation.
Air intake filter testing for construction machinery, agricultural equipment, mining vehicles, and other heavy-duty diesel engines.
Validates high-efficiency intake filters for gas turbines and rotating machinery in accordance with ISO 29461-1, ensuring reliable operation in power generation and offshore environments.
Supports OEM validation and production quality control for engine air filters used in commercial vehicles, construction equipment, and agricultural machinery.
Supports product development, production quality control and customer-specified testing for engine air cleaners and rotary-machinery intake filter elements. The applicable route should be defined as ISO 5011 or ISO 29461-1 before equipment configuration.
SCPUR provides remote diagnostics, operating guidance, training resources and technical support to help customers maintain stable system operation.
Our technical team provides remote assistance to review system status, operating parameters and fault information, helping customers identify and resolve operational issues efficiently.
Remote diagnostics, parameter review and reference-filter verification help identify system issues and reduce unnecessary service delays. Required instrument calibration remains subject to the applicable calibration and traceability procedures.
When a test standard is revised, SCPUR evaluates its impact on test procedures, software, instruments and hardware. Where changes are required, an appropriate upgrade solution can be provided.
Multi-language software interfaces, operating manuals and video tutorials help operators learn the system and perform routine tests more consistently.
Our experts are ready to engineer a custom solution for you. Tell us about your project, and let’s verify your quality with precision and speed.
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