Anderson / Clark-Reliance · Purity Products Group

Lubrication Oil Filter Elements

Anderson lubrication oil filter elements deliver absolute rated particle removal across the full range of mineral-based and synthetic lubrication fluids. From OEM-specified power generation elements to high-viscosity and certified-clean designs, Anderson has an element for every lube oil application.

Available Element Series

840-Series (OFS) — Oil Filtration System Elements

Designed for use with all Anderson Oil Filtration Systems (OFS). Suitable in all mineral-based and synthetic hydraulic, lubrication, and fuel oil applications. Fine micro-fibrous pleated microglass media maximizes surface area, dirt-holding capacity, and service life while minimizing single-pass particle counts and differential pressure. Provides economical critical-use protection with lower overall cost to use.

Model CodeOFS 840X 01* - BExample: OFS840X01-B

Operating Conditions

Flow DirectionOutside → In

Change-Out Differential25 PSID

Maximum Differential150 PSID

Max Temp (Buna)250°F

Max Temp (Viton/FKM)275°F

Media & Construction

Media TypeFine fiber micro-glass, layered pleated configuration

Beta RatingBeta > 1000 (99.9% at stated micron size)

Configuration Options

Field	Options
Nominal Length	820X = 16.00" · 820 = 18.17" · 840X = 34.00" · 840 = 36.00"
Micron Rating	01 = 2.5 µm · 03 = 5 µm · 06 = 7 µm · 10 = 10 µm · 12 = 12 µm · 25 = 25 µm
Seal Material	B = Buna · N = Neoprene · T = PTFE · V = FKM
Cap Configuration	Blank = DOE · B = SOE · C = O-ring

V-Series — Liquid Particle Filter Elements

Suitable for all mineral-based and synthetic hydraulic, lubrication, and fuel oil applications. Premium pleated microglass media maximizes surface area, dirt-holding capacity, and service life while minimizing single-pass particle counts, differential pressure, and cost of ownership.

Model CodeV 18 6 - 01* - B 1 A **Example: V186-03-B1A-001 (with special field)

Operating Conditions

Flow DirectionOutside → In

Change-Out Differential25 PSID

Maximum Differential150 PSID

Max Temp (Buna)250°F

Max Temp (Viton/FKM)275°F

Media & Construction

Media TypePleated Microglass (V)

Beta RatingBeta > 1000 (99.9% at stated micron size)

Configuration Options

Field	Options
Nominal Length	16 = 16.00" · 18 = 18.17" · 24 = 24.17" · 26 = 26.17" · 34 = 34.00" · 36 = 36.00" · 39 = 38.63"
Outside Diameter	4 = 3.775"–4.000" · 5 = 5.000" · 6 = 6.000"
Micron Rating	01 = 2.5 µm · 03 = 5 µm · 06 = 7 µm · 10 = 10 µm · 12 = 12 µm · 25 = 25 µm
Seal Material	B = Buna · N = Neoprene · T = PTFE · V = FKM
Core & Cap Material	1 = Plated Steel · 2 = Stainless Steel
Cap Configuration	Blank/A = DOE · B = SOE · C = DOE w/ O-ring

HVF-Series — High Viscosity Liquid Particle Filters

High Viscosity

Designed for use with high-viscosity oils. Suitable in all mineral-based and synthetic lubrication fluids. Ultrafine micro-fibrous filter media with internal structural support ensures pore integrity under the elevated differential pressures associated with high-viscosity service. Engineered for sustained particle reduction in high-viscosity oils.

Model CodeHVF - 840X - 1* - B 1 A **Example: HVF-840-3B1A-001 (with special field)

Operating Conditions

Flow DirectionOutside → In

Change-Out Differential25 PSID

Maximum Differential150 PSID

Max Temp (Buna)250°F

Max Temp (Viton/FKM)275°F

Media & Construction

Media TypeMicroglass (ultrafine micro-fibrous)

Internal SupportStructural support to ensure pore integrity

Beta RatingBeta > 1000 (99.9% at stated micron size)

Configuration Options

Field	Options
Nominal Length	820X = 16.00" · 820 = 18.17" · 840X = 34.00" · 840 = 36.00"
Micron Rating	1 = 2.5 µm · 3 = 5 µm · 6 = 7 µm · 10 = 10 µm · 12 = 12 µm · 25 = 25 µm
Seal Material	B = Buna · N = Neoprene · T = PTFE · V = FKM
Core & Cap Material	1 = Plated Steel · 2 = Stainless Steel
Cap Configuration	Blank/A = DOE · B = SOE · C = DOE w/ O-ring

ISOC-Series — Certified Clean Liquid Particle Filters

Certified Clean

Designed for use in certified clean applications. Suitable in all mineral-based and synthetic hydraulic, lubrication, and fuel oil applications. Ultrafine micro-fibrous layer with pleated media maximizes surface area, maximizing dirt-holding capacity. Engineered for single-pass particle count reductions with low initial differential pressure. Critical-use protection and performance for certified clean oils.

Model CodeISOC - 840X - 1* B 1 A **Example: ISOC-840-3B-001 (with special field)

Operating Conditions

Flow DirectionOutside → In

Change-Out Differential25 PSID

Maximum Differential150 PSID

Max Temp (Buna)250°F

Max Temp (Viton/FKM)275°F

Media & Construction

Media TypeMicroglass (ultrafine micro-fibrous + pleated)

Beta RatingBeta > 1000 (99.9% at stated micron size)

Configuration Options

Field	Options
Nominal Length	820X = 16.00" · 820 = 18.17" · 840X = 34.00" · 840 = 36.00"
Micron Rating	1 = 2.5 µm · 3 = 5 µm · 6 = 7 µm · 10 = 10 µm · 12 = 12 µm · 25 = 25 µm
Seal Material	B = Buna · N = Neoprene · T = PTFE · V = FKM
Core & Cap Material	1 = Plated Steel · 2 = Stainless Steel
Cap Configuration	Blank/A = DOE · B = SOE · C = DOE w/ O-ring

2200-Series — OEM Liquid Particle Filter Elements

OEM Specified

Suitable for all mineral-based and synthetic hydraulic, lubrication, and fuel oil applications. Premium pleated microglass media with polypropylene sleeve maximizes surface area, dirt-holding capacity, and service life while minimizing single-pass particle counts, differential pressure, and cost of ownership. OEM-specified for turbine lube oil systems.

Model Code2200A 4 _ - *Example: 2200A4-001 (with special field)

Operating Conditions

Flow DirectionOutside → In

Change-Out Differential25 PSID

Collapse Pressure150 PSID

Maximum Temperature250°F

Media & Construction

Media TypePleated Microglass with Polypropylene Sleeve

Seal TypeO-ring

Seal MaterialFKM

End Cap ConfigSingle Open End with Spring

Core & Cap MaterialPlated Steel

Dimensions3.775" OD × 26.00" Long (spring compressed)

Beta RatingBeta > 200 (99.5% at stated micron size)

Configuration Options

Field	Options
Micron Rating	2 = 6 µm · 3 = 12 µm · 4 = 25 µm · 6 = 25 µm (5.932" OD)
Special	SS = Stainless Steel · STX = Anti-Static