CW-Type Armoured Cable Gland, CW205 Series, Typical Brass, IP66, SFX/ACE-GLAND-CW205-2

Introduction to the CW-Type Armoured Cable Gland (SFX/ACE-GLAND-CW205-2)

The CW-Type Armoured Cable Gland SFX/ACE-GLAND-CW205-2 is a purpose-built cable gland for armoured power and control cables. Designed around the CW family of glands, this product provides an environmental seal on the cable outer sheath while simultaneously clamping the armoured layer (SWA/AWA), giving mechanical retention and an electrical bond between the cable armour and the gland.

Key features

• Environmental seal:Displacement sealing on the cable sheath helps keep moisture and contaminants out of junctions and enclosures.
• Armour clamping:Dedicated armour clamp provides mechanical retention and ensures armour earthing/continuity.
• Multi-part construction:Typically a 4-part assembly (gland body, cone, armour clamp ring, locknut) for reliable installation and serviceability.
• Material:Brass (nickel-plated) is common for CW glands; stainless steel variants are available for corrosive environments.
• Ingress protection:CW glands are commonly rated IP66 when correctly installed; check the manufacturer datasheet for the SKU confirmation.

Detailed description of specifications and benefits

Understanding the technical aspects of the SFX/ACE-GLAND-CW205-2—and what is typical for CW-type armoured glands—helps you decide if it suits your project. Below are the key technical points and associated benefits.

• Product type:CW-type armoured cable gland.
• Typical material:Brass (nickel-plated common).
• Operating temperature:Typical range −20°C to +80°C (manufacturer to confirm for this SKU).
• Standards:IEC/EN 62444 and BS 6121 are commonly referenced for cable gland performance and testing.
• Construction:Typical 4-part design: gland body, cone/seal, armour clamp ring, locknut.
• Verify before installation in certified environments.

• Secure mechanical retention:The armour clamp prevents axial movement of the cable, protecting internal terminations from strain and vibration.
• Electrical continuity and earthing:Reliable connection between cable armour and equipment earthing is essential in power systems and for fault protection; the CW armour clamp facilitates this bond.
• Environmental protection:A displacement seal on the sheath reduces ingress of dust and water to the enclosure, supporting IP66-like performance when installed correctly.
• Serviceability:The multi-part design allows easier assembly and disassembly for maintenance or re-termination without damaging the cable.
• Versatility:CW glands suit both indoor and outdoor installations and are available in various materials and sizes to match different cables and environmental demands.

Use cases and scenarios where the product excels

CW-type armoured cable glands are widely used across many sectors. The SFX/ACE-GLAND-CW205-2, as a typical CW gland, is suited to situations where both environmental sealing and armour continuity are required.

• Industrial power distribution:For fixed power cable entries into switchgear, distribution boards and motor control centres where armour earthing and mechanical retention are mandatory.
• Plant and factory environments:Where vibration, mechanical stress, or ingress of dust and water are concerns—CW glands help maintain reliable terminations.
• Outdoor enclosures and lighting columns:When armoured cables enter outdoor cabinets or luminaire poles, a CW gland provides the necessary seal and armour clamp continuity.
• Control and instrumentation:Armoured control cables feeding into control panels benefit from the gland’s strain relief and environmental protection.
• Retrofit and maintenance:The multi-part design supports replacement or re-termination without removing long cable runs.

Comparisons with similar products in the market

When evaluating a CW gland like the SFX/ACE-GLAND-CW205-2, consider these comparison points against other gland types and competing CW variants:

Both are designed for armoured cables, but CW-type glands often provide a more robust and standardised armour clamp and sealing arrangement across a wider range of cable sizes. SWA-specific glands may be optimised for particular armour constructions.

Brass (often nickel-plated) is economical and corrosion-resistant for many settings; stainless steel variants provide superior corrosion resistance for marine, petrochemical, or highly corrosive environments—at a higher cost.

Non-armoured glands are suitable for non-armoured cables where armour continuity is not required. For power installations with armoured conductors, CW-style glands are a safer, compliant choice because they provide a secure armour earth path and mechanical retention.

Customer testimonials and reviews

That means there are no SKU-specific testimonials available through that listing.

However, installers and engineers commonly cite the following advantages for CW-type armoured glands in general:

• "Reliable mechanical retention—prevents cable movement and extends the life of terminations."
• "Good environmental sealing when installed correctly; helps keep enclosures dry and clean."
• "Ease of installation and proven compatibility with standard SWA/AWA cables."

Conclusion: Why this product is a strong choice

The CW-Type Armoured Cable Gland SFX/ACE-GLAND-CW205-2 represents the practical benefits expected of CW-class glands: secure armour clamping for mechanical retention and earthing continuity, a displacement seal to protect enclosures, and a multi-part design that eases installation and maintenance.

With those details confirmed, the SFX/ACE-GLAND-CW205-2 should serve well where armour earthing, mechanical retention and environmental protection are required—offering good value at a competitive retail price when compared to more expensive stainless steel or fully certified variants.