TURBOCORE™ exclusively governs the turbine-style FH/FG housing and element architecture. Element family and micron grade must be selected separately: 2010 = 500-series, 2020 = 1000-series, and 2040 = 900-series. Each family may use 2, 10 or 30 µm grades where approved; 2 µm is final filtration, 10 µm secondary filtration, and 30 µm primary filtration. Historical SM/TM/PM suffixes map to 2/10/30 µm. The 2010/2020/2040 number never defines the micron rating by itself. HYDROCORE™ remains reserved for standard non-turbine fuel/water separators.
Housing geometry, staged separation, element retention, sealing and flow routing operate as one turbine-specific fuel/water separation architecture. Element family and filtration grade are independent selection variables: 2010 serves the 500-series architecture, 2020 the 1000-series architecture, and 2040 the 900-series architecture; each family may be specified in 2, 10 or 30 µm grades where approved.
Maintaining both the correct turbine-specific element family and the correct micron grade supports the intended staged-separation role and reduces bypass, sealing, fitment and incorrect-stage selection risk.
Water promotes corrosion, reduces lubricity, supports microbial growth, and creates erosion or stiction risk inside high-pressure injection components.
Fuel quality degrades, injectors lose metering precision, combustion quality declines, and the probability of pump and injector failure increases.
READ CONTAMINATION GUIDANCEFirst match the approved FH or FG housing to the correct element family (2010, 2020 or 2040). Then select the approved filtration grade independently: 2 µm final, 10 µm secondary, or 30 µm primary filtration. Historical SM/TM/PM suffixes correspond to 2/10/30 µm respectively. Do not infer micron rating from the 2010/2020/2040 family number and do not substitute standard non-turbine separator elements.
SYNTAPORE™ controls particulate contamination. HYDROCORE™ governs standard non-turbine spin-on and cartridge fuel/water separator applications, while TURBOCORE™ governs applicable FH/FG turbine-style fuel/water separation housings and dedicated 2010/2020/2040-series replacement configurations.
Turbine Series FH and FG fuel-separation housings and dedicated replacement elements for approved turbine-style fuel/water separation architecture.
The correct element is defined by the protected asset, contamination exposure and operating duty. These are the questions that should be resolved before cross-reference or part selection.
Which approved FH or FG housing is installed?
Which dedicated 2010, 2020 or 2040-series replacement configuration applies?
What fuel flow, port arrangement and service condition must the turbine system support?
Are bowl, drain, seals and element orientation verified for the approved housing?
Service the FH/FG housing and dedicated element as one approved turbine-specific architecture.
Verify bowl, drain, seals, element orientation and flow path before returning the system to service.
Do not substitute standard non-turbine separator elements solely by dimensions or appearance.
These references define the engineering context for the family. Final product selection still depends on the approved application and operating conditions.
Use Part Search when the application is known. Contact ELIMFILTERS when the operating condition, protection requirement or cross-reference needs technical review.
CANONICAL ENGINEERING CONTEXT
Turbine Series FH and FG fuel-separation housings and dedicated replacement elements for approved turbine-style fuel/water separation architecture.
TURBOCORE™ exclusively governs the turbine-style FH/FG housing and element architecture. Element family and micron grade must be selected separately: 2010 = 500-series, 2020 = 1000-series, and 2040 = 900-series. Each family may use 2, 10 or 30 µm grades where approved; 2 µm is final filtration, 10 µm secondary filtration, and 30 µm primary filtration. Historical SM/TM/PM suffixes map to 2/10/30 µm. The 2010/2020/2040 number never defines the micron rating by itself. HYDROCORE™ remains reserved for standard non-turbine fuel/water separators.
Select turbine fuel separation by protected system, duty class, applicable standard, flow or airflow requirement, and service condition.
Turbine Fuel Separation supports the contamination-control objective of the fuel cleanliness domain.
Turbine Series FH and FG fuel-separation housings and dedicated replacement elements for approved turbine-style fuel/water separation architecture.
TURBOCORE™ exclusively governs the turbine-style FH/FG housing and element architecture. Element family and micron grade must be selected separately: 2010 = 500-series, 2020 = 1000-series, and 2040 = 900-series. Each family may use 2, 10 or 30 µm grades where approved; 2 µm is final filtration, 10 µm secondary filtration, and 30 µm primary filtration. Historical SM/TM/PM suffixes map to 2/10/30 µm. The 2010/2020/2040 number never defines the micron rating by itself. HYDROCORE™ remains reserved for standard non-turbine fuel/water separators.
Turbine Fuel Separation supports the contamination-control objective of the fuel cleanliness domain.
SYNTAPORE™, HYDROCORE™, and TURBOCORE™.
HYDROCORE™ covers approved standard non-turbine spin-on and cartridge fuel/water separator applications.
TURBOCORE™ covers applicable FH/FG turbine-style fuel/water separation housings and their dedicated 2010, 2020, and 2040-series replacement configurations.
ASTM D6304, ISO 12937, ISO 16332
Diesel Water Contamination
Fuel Cleanliness Protection
Turbine Fuel Separation: Turbine Series FH and FG fuel-separation housings and dedicated replacement elements for approved turbine-style fuel/water separation architecture.
Turbine Fuel Separation engineering principle: TURBOCORE™ exclusively governs the turbine-style FH/FG housing and element architecture. Element family and micron grade must be selected separately: 2010 = 500-series, 2020 = 1000-series, and 2040 = 900-series. Each family may use 2, 10 or 30 µm grades where approved; 2 µm is final filtration, 10 µm secondary filtration, and 30 µm primary filtration. Historical SM/TM/PM suffixes map to 2/10/30 µm. The 2010/2020/2040 number never defines the micron rating by itself. HYDROCORE™ remains reserved for standard non-turbine fuel/water separators.
Turbine Fuel Separation control strategy: Select turbine fuel separation by protected system, duty class, applicable standard, flow or airflow requirement, and service condition.
Turbine Fuel Separation operational impact: Turbine Fuel Separation supports the contamination-control objective of the fuel cleanliness domain.
Turbine Fuel Separation domain summary: Fuel-cleanliness protection combines staged particulate control with two distinct fuel/water-separation architectures: HYDROCORE™ for standard non-turbine separator applications and TURBOCORE™ for applicable FH/FG turbine-style systems and their dedicated replacement configurations.
SYNTAPORE™ controls particulate contamination in primary and secondary diesel-fuel filtration stages.
HYDROCORE™ governs standard non-turbine spin-on and cartridge fuel/water separator applications, including approved drain and transparent-bowl configurations.
TURBOCORE™ governs applicable FH/FG turbine-style fuel/water separation housings and dedicated 2010, 2020, and 2040-series replacement configurations.
Turbine Fuel Separation is connected to the following protection systems: Fuel Cleanliness Protection.
Turbine Fuel Separation is connected to the following ELIMFILTERS technologies: TURBOCORE™.
Turbine Fuel Separation is associated with the following engineering standards: ASTM D6304, ISO 12937, ISO 16332.
Turbine Fuel Separation addresses or is exposed to the following failure modes: Diesel Water Contamination.
