22611D-RW BSP Female 60 Degree Cone Fitting

Our BSP female 60 degree cone fitting, series 22611D-RW, is a crimp-on hydraulic hose fitting built to the British parallel pipe (BSP / G thread) system with a 60 degree outer cone end and a double hexagon body. It connects braided hydraulic hose to BSP female ports on pumps, valves and cylinders made to the British standard. The range covers G1/4″ to G1.1/4″ threads, dash size -04 to -20, hose bore DN6 to DN32. Every fitting is 100% dimensionally inspected before shipment.

Compliance and standards:

• BS 5200 (BSP 60 degree cone sealing system)
• ISO 8434-6 (60 degree cone connectors with BSP threads)
• BSP parallel threads (G series, ISO 228 based)
• SAE J516 (general hydraulic hose fitting design reference)

Why buyers choose this fitting:

• 60 degree outer cone end. The cone end mates into the 60 degree cone seat of the receiving port. Metal-to-metal cone contact carries the seal, exactly as the British standard intends.
• Double hexagon body. An inner hex (S1) and an outer hex (S2) give you two holding points. Install in tight manifolds with one wrench on each hex.
• Full British port coverage. G1/4″, G3/8″, G1/2″, G5/8″, G3/4″, G1″ and G1.1/4″ cover the standard BSP female port grid.
• Wide temperature range. Rated for -40°C to +100°C continuous duty, verified in our production line tests.

BSP Female 60 Degree Cone Fitting Technical Specifications

The table below lists all 8 sizes of the 22611D-RW BSP female 60 degree cone fitting. Dimensions are in millimeters. All threads are BSP parallel (G series, ISO 228 based) with a 60 degree outer cone end.

Notes: Dim. A is the assembly reference length from the nut face to the hose-end shoulder. Dim. C is the cone zone length. Hex S1 is the inner hex across flats, Hex S2 is the outer hex across flats. The -RW suffix denotes the braided-hose version; for spiral-wound hose, use series 22612D-XX-XXRW.

How the 60 Degree Cone End Seals

This fitting carries a 60 degree outer cone at the threaded end. When the BSP parallel thread (G) is tightened into a port with a matching 60 degree cone seat, the cone end seats into the cone and the metal-to-metal contact carries the seal. The thread itself only positions and tightens the connection.

This is the classic British sealing philosophy: a metal cone joint that tolerates repeated assembly and disassembly without replacing a sealing element. There is no O-ring, no bonded washer and no thread sealant on the cone. Keep the cone surface clean and undamaged, and the seal repeats every time. The matching receiving side is our 12611 series BSP male 60 degree cone seat fitting.

Why the Double Hexagon

The double hexagon body is the practical answer to a real workshop problem: ports in tight spaces. With an inner hex (S1) and an outer hex (S2), the installer can hold the fitting body with one wrench on the inner hex while tightening the connection with the outer hex, or vice versa. No need to grip the hose, no need to find a third hand, and no risk of crushing the barbed tail with pliers.

Insert Depth and Crimp O.D. – The Two Numbers Engineers Ask For

Insert depth is the length of the barbed tail that enters the hose bore. Crimp O.D. is the outside diameter of the ferrule after crimping. Together they decide whether the assembly holds pressure or leaks at the crimp zone.

HENGHUA publishes the matched insert depth and crimp O.D. for every hose construction we supply, including SAE 100 R1AT, R2AT and EN 853 1SN / 2SN. The values are hose-specific because reinforcement thickness changes the stack-up. Request our crimp data sheet with your hose model and we will return the exact crimp O.D. and die selection within one working day.

Our production testing found that a verified crimp O.D. within the published tolerance (typically +/- 0.2 mm) gives a burst safety margin of 4:1 or higher on the complete assembly. Measure with a digital caliper after every crimp.

Material and Heat Treatment

• Carbon steel (standard): high-strength cold-headed or hot-forged carbon steel (20# / 35# / 45# grades). The tail and cone are case-hardened with a carburizing and quenching process for fatigue resistance. Reference hardness range is HRC 20-28 on the core with a hardened case.
• Surface finish: white zinc or color (yellow) zinc plating with passivation. Optional zinc-nickel and Dacromet coatings are available for higher salt spray requirements.
• Stainless steel (option): 304, 316 or 316L stainless steel for corrosive media and washdown environments.

Pressure and Temperature Ratings

The connection rating follows the BSP 60 degree cone sealing system reference table below. These are reference values (§) for the fitting connection itself. The final working pressure of a hose assembly is set by the hose construction and the approved crimping specification.

§Reference values per the BSP 60 degree cone system (BS 5200 class). Confirm the assembly rating with the HENGHUA crimp data sheet matched to your hose.

Temperature range: -40°C to +100°C for the fitting in continuous service. At elevated temperature, apply the standard SAE J517 style derating to the assembly working pressure. Our technical data sheet includes a pressure-temperature derating chart; contact us and we will send it with your quotation.

Pressure testing: HENGHUA can supply assemblies proof-tested up to 100% of the rated working pressure, with test certificates on request.

How to Select the Right BSP Female 60 Degree Cone Fitting

Selection is a three-step process. First, match the hose bore to the dash size. Second, match the G thread to your port. Third, confirm the hose construction version (-RW for braided, 22612D series for spiral).

Part Number Structure

Read any HENGHUA part number in three segments. Example: 22611D-12-12RW.

Select by Hose Series

The 22611D-RW fitting is designed for braided hydraulic hose. Recommended matching constructions:

• SAE 100 R1AT (one wire braid) – for -04 to -20 sizes
• SAE 100 R2AT (two wire braid) – for -04 to -20 sizes
• EN 853 1SN and 2SN (equivalent European constructions)

Select by Thread Size

The 60 degree outer cone end mates into a 60 degree cone seat. All threads are BSP parallel (G series):

• Small sizes: G1/4″, G3/8″ (dash -04 to -06)
• Medium sizes: G1/2″, G5/8″, G3/4″ (dash -08 to -12)
• Large sizes: G1″, G1.1/4″ (dash -16 to -20)

Installation uses both hexes: hold the inner hex S1 with one wrench and tighten the outer hex S2 with the other. The cone end provides the seal, so no additional sealing element is required on the cone.

Cross Reference

This series replaces equivalent BS 5200 BSP 60 degree cone female fittings available in the market. If you hold an OEM part number or a competitor catalog number, send it to our sales team. We confirm the direct replacement within 24 hours, including thread, dash size, hex and insert depth checks.

Packaging and Logistics

Assembly Guide: Four Steps to a Safe Hose Assembly

Follow this process for every crimped assembly. It applies to every BSP female 60 degree cone fitting size from dash -04 to -20. Skipping one step is the most common cause of early fitting failure.

Step 1 – Cut the hose square. Use a sharp hose cutter. A square cut face lets the fitting seat evenly inside the hose. A beveled or ragged cut leaves voids that become leak paths.

Step 2 – Mark the insert depth. Measure the insert depth from the HENGHUA crimp data sheet. Mark a line on the hose cover at that distance. The mark must remain visible after insertion.

Step 3 – Lubricate and insert. Apply a thin layer of compatible assembly lubricant to the hose bore and the barbed tail. Push the fitting in with a twisting motion until the depth mark aligns with the tail end. Stop at the mark. Do not force past it.

Step 4 – Crimp and verify. Select the correct die set for your hose and fitting size. Crimp in one continuous stroke. After crimping, measure the crimp O.D. with a digital caliper and compare it with the tolerance on the crimp data sheet. Record the value on your quality log. A correct crimp O.D. is the difference between a 10-year assembly and a field failure.

Safety Warnings – Read Before Crimping

• Never mix brands. Hoses and fittings from different manufacturers may share the same dimensions but use different crimp parameters. Always use a matched hose, fitting and crimp data sheet.
• Never seal the 60 degree cone with tape. The cone end seals by metal-to-metal 60 degree cone contact. Thread sealant tape or paste on the cone surface destroys the seal geometry.
• Do not confuse G threads with R threads. BSP parallel (G) threads seal at the cone. BSP taper (R) threads seal on the thread itself and need sealant. Never mix the two systems.
• Use both hexes when installing. Hold the inner hex S1 with a backup wrench while tightening the outer hex S2. This protects the barbed tail from twisting stress.
• Tighten to spec. Tighten to the torque value on the data sheet. Over-tightening distorts the cone. Under-tightening causes vibration loosening.
• Never reuse a crimped fitting. Once crimped, the ferrule zone is work-hardened. A re-crimp cannot restore the original grip.

OEM Customization and Quality Traceability

HENGHUA supplies not only standard sizes but also fully customized BSP female 60 degree cone fitting solutions for OEM programs.

Customization Services

• Thread customization. Non-standard thread lengths, special threads, and custom tail lengths for your hose construction.
• Surface treatment customization. White zinc, color zinc, zinc-nickel and Dacromet coatings, matched to your salt spray requirement from 72 hours up to 720+ hours.
• Laser marking. Your logo, part number and batch code laser-marked on the hex for full traceability.
• Packaging customization. Private-label boxes, barcode labels and mixed-size kits per your BOM.

Quality Traceability

Every HENGHUA batch carries a traceable batch number. The traceability chain covers incoming material certificates, heat treatment records, dimensional inspection reports and final packing lists. Material test reports (MTR) and third-party inspection (BV, SGS or equivalent) can be arranged before shipment. Request our sample batch and audit our quality documentation – we are confident in what it shows.

Frequently Asked Questions

What is a BSP female 60 degree cone fitting?

It is a hydraulic fitting with a BSP parallel (G) female thread and a 60 degree outer cone end. The cone mates into a 60 degree cone seat and seals by metal-to-metal contact. The system follows BS 5200 and ISO 8434-6.

What is the double hexagon for?

The double hexagon gives two wrenching points. You hold the inner hex with one wrench and tighten the outer hex with the other, which is essential in tight manifolds and when the hose tail must not twist.

What is the difference between BSP parallel and BSP taper?

BSP parallel (G) threads are straight and seal at the cone. BSP taper (R) threads are tapered and seal on the thread flank itself with sealant. This fitting is the parallel cone-seal type.

Which hose works with the 22611D-RW fitting?

The 22611D-RW version is designed for braided hydraulic hose such as SAE 100 R1AT, R2AT and EN 853 1SN / 2SN. For spiral-wound hose, use the 22612D series.

Do you supply stainless steel versions?

Yes. 304, 316 and 316L stainless steel versions are available for the full size range, with the same dimensions and crimp behavior.

What is the minimum order quantity?

Stock sizes start from 100 pcs. Customized versions start from 500 pcs per size. OEM annual contracts can be discussed directly with our factory team.

Get a Quote for Your BSP Female 60 Degree Cone Fitting

Tell us your hose model, thread size and annual volume. We reply with a formal quotation, the matching crimp data sheet and our lead time within one working day. For urgent projects, our engineers support you online with crimp parameter verification.