When a Beko Technologies compressed air filter reaches the end of its service life, the instinctive response is to order the same OEM element. But with lead times stretching, prices rising, and performance specifications often identical across brands, many plant engineers are discovering that compatible replacement elements offer a smarter path — without touching the housing or disrupting the installation.
This guide explains how Beko Clearpoint series elements are dimensioned, how to cross-reference them accurately, and why switching to an R+F FilterElements replacement can maintain or exceed original performance at a lower total cost.
Why Beko Clearpoint Elements Are Replaceable
The Beko Clearpoint housing range uses a standardised cartridge interface: a fixed thread pitch, defined face-seal geometry, and published element dimensions. This means the housing itself is not proprietary in any functional sense — it accepts any element that matches the outer diameter, length, and end-cap configuration.
The critical parameters for a successful cross-reference are: outer diameter (OD), inner diameter (ID), element length, end-cap style (open/closed, flat/domed), and filtration grade. Beko publishes these in their product datasheets, and R+F FilterElements maintains a cross-reference database that maps Beko part numbers to compatible RF-C (coalescing) and RF-P (particulate) elements.
Understanding Beko's Filtration Grades
Beko Clearpoint filters are offered in four grades, each targeting a specific contamination class under ISO 8573-1:
- Grade P — Particulate removal, 1 µm nominal
- Grade S — Coalescing, 0.1 µm, Class 2 oil aerosol
- Grade F — High-efficiency coalescing, 0.01 µm, Class 1 oil aerosol
- Grade A — Activated carbon adsorption, oil vapour removal
R+F RF-P elements cover Grade P applications; RF-C elements cover Grades S and F; and RF-AC activated carbon elements cover Grade A. The performance specifications are matched to or exceed the Beko originals.
Dimension Cross-Reference: Beko to R+F
The table below shows the most common Beko Clearpoint element sizes and their R+F equivalents. Dimensions are nominal; always verify against the Beko datasheet for your specific housing model before ordering.
| Beko Grade / Size | OD × Length (mm) | R+F Element Code | Grade Match | ISO 8573-1 Class |
|---|---|---|---|---|
| Clearpoint S / 120 | 120 × 320 | RF-C-12032 | Coalescing (Grade S/F) | Class 1–2 oil aerosol |
| Clearpoint S / 120-570 | 120 × 570 | RF-C-12057 | Coalescing (Grade S/F) | Class 1–2 oil aerosol |
| Clearpoint P / 250 | 250 × 640 | RF-P-25064 | Particulate (Grade P) | Class 2–3 particulate |
| Clearpoint S / 250-178 | 250 × 1780 | RF-C-25178 | Coalescing (Grade S/F) | Class 1–2 oil aerosol |
| Clearpoint S / 512 | 512 × 300 | RF-C-51230 | Coalescing (Grade S/F) | Class 1–2 oil aerosol |
For activated carbon adsorption (Beko Grade A), the RF-AC series provides a direct performance match, reducing residual oil vapour to below 0.003 mg/m³ — equivalent to ISO 8573-1 Class 1 for oil vapour.
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Performance Matching: What Actually Matters
When evaluating a replacement element, three performance parameters are non-negotiable:
1. Filtration Efficiency
R+F coalescing elements use borosilicate glass microfibre media — the same material class as OEM Beko elements — achieving 99.99% efficiency at ≥ 0.1 µm. This matches or exceeds the Beko Grade F specification. For particulate-only applications, RF-P elements achieve 99.99% at ≥ 0.3 µm.
2. Differential Pressure
Initial pressure drop across a clean element should be comparable to the OEM. R+F elements are engineered to the same flow-resistance targets, so your system pressure budget is not affected. Consult the R+F Engineering Sizing Tool to verify ΔP at your actual flow rate.
3. Service Life
Element service life depends on inlet contamination load, not brand. Under equivalent conditions, R+F elements reach the same differential pressure endpoint — typically 350 mbar — at the same interval as the Beko original. Annual replacement schedules remain unchanged.
Inline Point-of-Use Options
For applications where a full Clearpoint housing is oversized — laboratory sample lines, instrument impulse lines, or low-flow analyser feeds — the RF-DIL disposable inline filter provides particulate protection without a housing. These are available in standard tube fittings and require no tools to replace.
Similarly, the RF-DIA inline adsorber handles activated carbon duties at point-of-use scale, complementing a Beko-housed coalescing stage upstream.
- The Beko Clearpoint housing range uses a standardised cartridge interface: a fixed thread pitch, defined face-seal geometry, and published element dimensions.
- Beko Clearpoint filters are offered in four grades, each targeting a specific contamination class under ISO 8573-1:
- The table below shows the most common Beko Clearpoint element sizes and their R+F equivalents.
- When evaluating a replacement element, three performance parameters are non-negotiable:
Procurement and Stocking Considerations
One practical advantage of switching to R+F elements is consolidated stocking. If your facility runs multiple filter brands — Beko, Parker, Donaldson, or others — R+F FilterElements can supply compatible replacements across all housings from a single source, simplifying your spare-parts inventory and reducing the number of supplier relationships to manage.
R+F FilterElements is a German-based filtration specialist supplying compatible elements across European engineering standards. All elements are available from stock with short lead times, and the technical team can confirm compatibility for any Beko housing model before you commit to an order.
For broader compressed air filtration context, see our guide on coalescing vs particulate filter elements and the full compressed air filter range.
Try our Engineering Sizing Tool → or discuss your requirements with our team.
