Hawke 501/453/Universal Cable Glands
Hawke 501/453/Universal cable glands are suitable for use with single wire armour ‘W’, wire braid ‘X’ and steel tape armour ‘Z’ elastomer and plastic insulated cables. Mainly used with cables that show ‘cold flow’ characteristics.
Hawke 501/453/Universal cable glands are dual certified Exd and Exe and suitable for installation in Zone 1, Zone 2, Zone 21, Zone 22 and in Gas Groups IIA, IIB and IIC, 3.5-91.6mm outside cable diameters.
When used in increased safety applications the Hawke cable gland can be used to terminate braided cables where the braid and the cable outer sheath enter into the electrical enclosure or junction box.
♦ Exdb IIC Gb, Exeb IIC Gb, ExnR IIC Gc, Extb IIIC Db Aromoured Cables ATEX & IECEx Cable Gland.
Hawke 501/453/Universal cable gland is suitable for cable termination and installation in Zone 1 (21), Zone 2 (22) and Division 2 hazardous areas.
- Flameproof Exdb
- Increased Safety Exeb
- Restricted Breathing ExnR
- Dust Extb
- Dual Certified Cable Gland For Hazardous Areas ATEX – IECEx
Hawke 501/453/universal Cable Gland Technical Specification
- Hazardous Area Cable Gland Classification – Exdb IIC Gb, Exeb IIC Gb, ExnR IIC Gc, Extb IIIC Db
- Certificate No’s – Baseefa06ATEX0057X and IECEx BAS 06.0014X
- Cable Gland Zone Location – Zone 1, Zone 2, Zone 21, Zone 22 and in Gas Groups IIA, IIB and IIC
- Construction and Test Standards – IEC/EN 60079-0, IEC/EN 60079-1, IEC/EN 60079-7 and IEC/EN 60079-31
- Ingress Protection – IP66, IP67 and IP 68 (30 metres for 7 days) to IEC/EN 60529 and NEMA 4X
- Deluge Protection – DTS01
- Operating Temperature Range -60°C to +80°C
Cable Gland Selection Table For Hawke 501/453/universal
|Hawke Size Ref.||Entry Thread Size||Thread Length ‘H’||Cable Acceptance Details||‘G’ Compressed Length||Hexagon Dimensions|
|Inner Sheath ‘A’||Outer Sheath ‘B’||‘C’ Armour/Braid|
|Metric||NPT *||Across Flats||Across Corners|
|Standard||Option||Min.||Max.||Min.||Max.||Orientation 1||Orientation 2|
|Os||M20 ‡||½”||–||15||3.5||8.1||5.5||12.0||0.8 / 1.25||0 / 0.8||61.6||24.0||26.5|
|O||M20 ‡||½”||–||15||6.5||11.4||9.5||16.0||0.8 / 1.25||0 / 0.8||61.6||24.0||26.5|
|A||M20||¾”||½”||15||8.4||14.3||12.5||20.5||0.8 / 1.25||0 / 0.8||63.0||30.0||32.5|
|B||M25||1″||¾”||15||11.1||19.7||16.9||26.0||1.25 / 1.6||0 / 0.7||69.9||36.0||39.5|
|C||M32||1¼”||1″||15||17.6||26.5||22.0||33.0||1.6 / 2.0||0 / 0.7||73.2||46.0||50.5|
|C2||M40||1½”||1¼”||15||23.1||32.5||28.0||41.0||1.6 / 2.0||0 / 0.7||77.9||55.0||60.6|
|D||M50||2″||1½”||15||28.9||44.4/42.3 †||36.0||52.6||1.8 / 2.5||0 / 1.0||93.5||65.0||70.8|
|E||M63||2½”||2″||15||39.9||56.3/54.3 †||46.0||65.3||1.8 / 2.5||0 / 1.0||94.0||80.0||88.0|
|F||M75||3″||2½”||15||50.5||68.2/65.3 †||57.0||78.0||1.8 / 2.5||0 / 1.0||103.0||95.0||104.0|
|G||M80||3½”||–||20||67.0||73.0||75.0||89.5||2.0 / 3.5||0 / 1.0||90.6||106.4||115.0|
|H||M90||3½”||–||20||67.0||77.6||75.0||89.5||2.0 / 3.5||0 / 1.0||90.6||115.0||130.0|
|J||M100||4″||–||20||75.0||91.6||88.0||104.5||2.5 / 4.0||0 / 1.0||90.6||127.0||142.0|
Os – F size metric entry threads are 1.5mm pitch as standard. For G size Cable Glands and above, a 2mm pitch is supplied as standard (1.5mm pitch with 15mm length of thread can be supplied) please specify when ordering.
† Smaller value is applicable when selecting reduced NPT entry option.
Sizes Os and O are available with an M16 thread size. For O size with an M16 thread, the maximum cable inner sheath diameter is 10.9mm.
➡ Cembre cable lugs available to crimp and terminate cable conductors to ensure complete termination of cable.All dimensions in millimetres (except*).
Cable Gland Material & Finish
Hawke 501/453/Universal cable glands are manufactured in Brass (standard), Nickel Plated Brass, 316 Stainless Steel or Aluminium. Brass NPT entries are nickel plated as standard.
Preparing Cable & Gland For Installing Hawke 501/453/universal
Strip cable to suit equipment as shown above and expose the armour/braid ‘I’.
‘I’ = 20mm for cable gland sizes Os to C ‘I’ = 25mm for cable gland sizes C2 to H & J ‘II’ = to suit equipment.
Cable Gland Preparation
Push the cable through the armour spigot (4). Spread armour/braid over the armour spigot (4) until the end of the armour/braid is up against the shoulder of the armour cone. Position the armour clamping ring (3).
Remove the inner seal (5) from the entry (6). Place the entry (6) over the armour spigot (4). Move the sub-assembly (1) and (2) up to meet the entry (6). Note: If the equipment has a threaded entry, it may be advisable to screw the entry component into the equipment to prevent twisting of the cable after step D
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