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Our products carry global certification and many feature our unique single orientation clamping system CROCLOCK. No reversible components no mistakes. The recently released barrier glands have won awards for technical and feature many user benefits.
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Croclock CR C type glands provide a Flameproof EExd compound filled barrier, a seal on the outer sheath, a universal armour clamp for armoured, screened or braided cable any an entry thread seal.
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Peppers specialise in the manufacture of cable glands for use in hazardous locations found within Oil, Gas, Petrochimical and Marine installations.
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These cable glands are particularly suited to armoured cables used mainly in areas where British Standards apply. The new cable gland Series 8163 are available for non-armoured and all for all types of armoured & braided cables. They fulfil all requirements of the European ATEX-directives and of the relevant IEC and British Standards. Their modular design allows exact adjustment to the respective cable constructions.
In addition on the normal sealing of the cable sheath, secure clamping of the armouring is essential since this armouring is used, not only for mechanical protection, but also contributes to te electrical protection. If the armouring becomes "live" it works as a protection or earthing conductor and must, therefore, be connected reliably to the protective conductor system via the cable gland. These cable glands are available "Ex" equipment in both "increased safety" and "flameproof" enclosures.
Explosion protection to CENELEC, IEC
For use in Zone 1 and Zone 2, Zone 21 and Zone 22
EEx d and EEx e versions
Versions for unarmourd, Single Wire Armour (SWA), Steel Tape Armour (STA), Wire Braid Armour
The cable glands Series 8161 are certified for use in "increased Safety" type enclosures. For entry intrinsically safe circuits a version with blue cap nut is available.
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THE ATMOSPHERE IS ALIVE. EXPERIENCE VentGLAND
Pressure, temperature and air humidity are in a constant state of change. This is no problem for nature - but a major one for technology. This is because no matter how well sealed the casing is, there are still pressure differences to the outside environment as a result of these effects. Consequently, condensation begins and where water is, there may also be corrosion, electrical short circuits or other damage. Frequently, this leads to breakdowns, emergencies, or supply bottlenecks.
In the field of cable glands, WISKA now has created a solution that is unrivalled - VentGLAND.
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New Progress EMC Series 85 cable gland
Low-impedance termination, variable shield tap through 360º with low transfer impedances
The development of the new cable gland – the Progress EMC Series 85 – had one primary aim: to improve the shield clamping area for each cable gland type significantly to give users more flexibility.
For this purpose a completely new collet chuck was developed. Ingenious segmentation of the collet chuck gives it optimal shield contact. The individual segments slide together when the cable gland is mounted to produce concentric shield termination (see figure). This guarantees vibration-proof implementation that is pull-out resistant.
These new, innovative EMC cable glands (patent pending) make it possible to cover a large shield clamping area with very few types.
Progress EMC Series 85 cable glands are ideal for high leakage currents. For this reason they are particularly well suited for use in power engineering, railway technology, and plant engineering among other areas.
The new type series includes M16 to M63 metrical versions for shield diameters of 3 - 44 mm and Pg 11 to Pg 29 for shield diameters of 6 - 33 mm; these are available from stock.
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Screened cable entry glands that provide an excellent EMI/EMP shield when passing a screened cable into a screened enclosure.
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The AGRO cable glands for explosion-protected equipment are therefore suitable for most of the applications in explosion-hazardous motors, switch and control gears, housings etc. used in industrial fields such as in the machinery and automation industry, in the chemical and petrochemical industry.
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CWLE type glands provide a seal on the outer sheath and an armour specific armour clamp for armoured cable. The armour clamp provides an electrical bond between the cable armour and the gland.
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Explosion protection: II 2 G/D EEx e II
Certificates: PTB 05 ATEX 1068 X
Flame protection: Glow wire test 750°C acc. to EN 60695-2-11
Temperature range: -40°C to 75°C
Material: - cable gland: polyamide
- Gasket: EPDM
Equipment: - M40 - M63 incl. connection thread gasket
- Maximum traction relief through WISKA patent lamella
- Profil thread with high torque guarantees tight and permanent fit of the cap nut (vibration-safe)
- Same sealing range and key width on all SPRINT-glands
Advice: * Standard with reduction insert
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UL U type explosion proof glands featuring provide a compound seal preventing the passage of gas or vapours through the gland and the propagation of flame into the cable core. The glands are UL listed for Marine Shipboard non-armoured cable; NEMA 4x applications and are Deluge-proof.
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Metal cable glands are made of nickel-plated brass and for special applications of stainless steel A2 or of acid-proof stainless steel A4. Cable glands with metric entry threads are certified according to EN 50262. Pg, gaspipe and NPT entry threads complete our product range. A wide selection of sealing inserts offers a solution to any application.
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Design-A-Flange is an innovative modular system where inserts can be changed depending on your needs. You can design you own configuration based on how many openings you want, where you want them placed, and what type of seal you want to have. You are no longer forced to use a fixed flange with a certain number of pre-determined openings. You choose the configuration that suits your needs.
The push-out membranes ensures fast and easy installation without worries about achieving the correct IP-level. Should you want cable anchorage on certain cables then just install a Klikseal or a cable gland in the flange. If a cable no longer will be used you can seal the opening either by replacing the insert or cutting out the membrane and sealing the opening with one of our grommets.
Design-A-Flange offers a number of features that you cannot find in any other flange solutions
- Design you own configuration, with the right size openings, and right number of openings placed where you want them.
- Push-out membranes to make installation fast, easy and fool-proof.
- High IP-protection.
- No need to drill separate holes to install a Klikseal or a cable gland.
- The inserts are easily changed to adapt to new needs.
- Very easy to seal an opening that no longer will be used.
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Synthetic cable glands are made of either high-quality glass fibre reinforced polyamide, or polyamide PA 6. You can choose between our glass fibre reinforced Progress GFK series, or our Synthec® series with lamellar technology. Both product lines are available from stock with a wide selection of entry threads and a number of different RAL colours.
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WISKA SPRINT SYSTEM Flexible, safe, economical
WISKA SPRINT is a high-quality, innovative range of metric cable glands, capable of covering all the safety requirements imposed on cable entry.
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General description:
Roxtec Compact Seals provide protection against water, dust, insects and rodents for equipment in cabinets and enclosures. All frames, except for the C KFO frame, have integrated compression units. C frames are used together with standard Roxtec CM modules, 30 millimetre (1.181") deep, except EMC versions which use 40 mm (1.575") deep CM ES or PE modules. In some cases EEx versions are also available.
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General description:
Roxtec regular frames are available in different designs and materials. The depth of the frames and modules is 60 millimetres (2.362").
The choice of frame depends primarily on the material used in the construction and the method of attachment. The frames can either be cast, bolted, welded or fitted into sleeves. Frames are also available for use in EMC and EEx applications.
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General description:
EMC installations are used for shielded transits against electromagnetic disturbances. When using Roxtec B, G, S and SF frames we recommend choosing galvanized versions. If mild steel versions are used, make sure to remove any priming on the inside surfaces of the frames to achieve good electrical conductivity. For casting with B and G frames make sure the frames are properly connected to earth. See casting instructions. Roxtec EMC installations are made together with Roxtec RM ES, PE, ES B or PE B modules.
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This cable safety system is for the safe grounding of cable armouring.
The system has the following features:
* Anti loosening system (important for plastic surfaces)
* Will take high fault currents
* Will take 2 earth cables 6mm2 or 10mm2
* Comes complete (requires no other parts)
* Quick/easy to install
* Available for 20mm and 25mm cable glands (larger sizes will be available)
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Mencom cable glands, also known as cable grips or cord grips, are available in metal or plastic and with Metric, PG, or NPT threading. All Mencom cord grips have a wide clamping range. We carry a large selection of adapters that not only allow you to reduce or enlarge hole sizes, but will allow you to change thread types.
Mencom also has many specialty cable glands as well as o-rings, nuts, inserts and plugs.
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SCAME's range installation accessories for the installer includes:
* Cable glands, couplers, nuts and screw caps made of thermoplastic meterial which are particulary useful when installing switchboards (eg. cable glands for connecting cables of different cross-sections into switchboards while assuring a high degree of protection: IP 66 without seal and IP 68 with seal, couplers to join togheter adjacent boards to form ganged distribution units).
fam. 805: Cable glands, couplers, nuts and screw caps
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A new series of cable glands, fittings and flexible conduits will be offered to complete our offer of multipole connector enclosures.
The offered product series are:
- complete metallic or insulating cable glands, with longer thread, semi-cable glands, EMC execution, cable clamps, locking plugs, reducers and lock nuts
- straight fittings for flexible tubes, with 90°/45° angle, curved, metallic thread, "T" and "Y" junctions
- UL homologated, standard flexible tubes, heavy-duty and ultra flexible.
We draw your attention to the semi-cable gland version used together with the enclosures allows an effective reduction of overall dimensions.
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Specifications:
Material: UL Approved Nylon 66, 94V-2
Color: Black
Features:
Easy to assemble
Wide clamping range
Provides strain relief & liquid tight cord grip
Protection rating IP68
Locknut & Washer supplied separately
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Hawke International, a member of the Hubbell Inc group of Companies, has over the last 50 years, built a world-wide reputation in the hazardous area and hostile environment markets, with an innovative range of cable connection, termination and barrier products .
Our cable glands cover the whole spectrum of armoured and non-armoured cable and applications from general industrial through increased safety, deluge, flameproof and explosion proof. The cable glands are available in brass as standard with stainless steel, as an optional material on certain designs.
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Straight-Thru NPT LTF's
For Flexible Cords. NPT HUBS - For use in clearance or threaded holes.
For a wider range of materials, cable sizes, & threads see Heyco- TITE Cordgrips
US Patent No. 5,405,172; Foreign Patents
Twelve sizes for cable, tubing, etc. with diameters ranging from .065'' (1,7mm) to 1.260" (32,0mm).
Acme threads on body prevent skipping and speed installation.
We recommend using the cordgrip with the smallest maximum diameter that will fit your application.
All nylon construction with TPE or Buna N Sealing Gland resists salt water, weak acids, gasoline, alcohol, oil, grease, and common solvents. This feature is not assessed for UL certification or testing.
All nylon construction with TPE or Buna N Sealing Gland resists salt water, weak acids, gasoline, alcohol, oil, grease, and common solvents. This feature is not assessed for UL certification or testing.
Working temperatures: -22°F (-30°C) to 212°F (100°C).
Protection class IP 68 per DIN 40050 up to 70 psi (5 bar) water pressure.
Suitable for NEMA type 4 and 6 enclosures.
ock nuts are NOT included.
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Cable glands, fittings and flexible conduits
A new series of cable glands, fittings and flexible conduits will be offered to complete our offer of multipole connector enclosures.
The offered product series are:
- complete metallic or insulating cable glands, with longer thread, semi-cable glands, EMC execution, cable clamps, locking plugs, reducers and lock nuts
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The Pro-term Spring-clamp miniature is desined for small shielded cables with foil/braided overall or individual screens/any combination.
The system has nylon 6.6 outer parts and nickel plated aluminium termination area.
key features are:
* IP68 environmental sealing
* Fire safe (UL94-V0 and zero halogen)
* Corrosion resistant.
* OK for electrical double insulated products
* Quick and easy to install
* Good cable retention
* Low cost for high quantity use.
* Small size and low weight
* Available in 2 sizes: size 1 - 3,5~7mm dia, size 2 - 6~9mm dia
patent pending
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This is a 360o grounding system with low impedence shield characteristics.
The fitting incorporates a platic Nylon 6.6 outer and a Nickel plated aluminium termination area.
Features are:
* Fire safe (UL94-V0 and zero halogen)
* wide cable range 7.5mm~16mm diameter,
* IP68 environmental sealing
* Very easy and quick to fit,
* Corrosion resistant,
* For cables with stainless steel braids (power cables) and copper braids-EMC
* The thread entry is ISO metric 20mm.
patent pending.
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Application
Outdoor or Indoor use.
For use with non-armoured elastomer and plastic insulated cables.
Features
Provides a cable retention seal onto the cables outer sheath.
When used in increased safety applications, this cable gland may be used with braided cable where the braid and the cables outer sheath pass into the enclosure. The braid must be suitably terminated inside the enclosure.
Materials & Finishes
The 501/421 Cable Gland is manufactured as standard in Brass, Stainless Steel and Aluminium.
NPT entries are nickel plated as standard.
Full nickel plating by electroplating or electroless plating is also available, as are other materials on request.
Technical Data
Flameproof Exd and Increased Safety Exe. II 2 GD
Baseefa Certificate No. BAS01ATEX2070X. For sizes Os - F.
Baseefa Certificate No. BAS01ATEX2294X. For sizes G - J.
The above certificates are still current, however they are to be superseded by:
Baseefa Certificate No. Baseefa06ATEX0056X.
IECEx Certificate No. IECEx BAS 06.0013X.
Suitable for use in Zone 1, Zone 2, Zone 21 and Zone 22.
Suitable for use in Gas Groups IIA, IIB and IIC.
Construction and test standards EN 50014,EN 50018, EN 50019 and EN 50281-1-1. IEC 60079-0, IEC 60079-1 and IEC 60079-7.
IP 66, IP67 and IP68 (30 metres for 7 days) ingress protection to IEC 60529, EN 60529 and NEMA 4X.
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Application
Outdoor or Indoor use.
For use with non-armoured elastomer and plastic insulated cables.
Features
Provides a cable retention seal onto the cables outer sheath.
When used in increased safety applications, this cable gland may be used with braided cable where the braid and the cables outer sheath pass into the enclosure. The braid must be suitably terminated inside the enclosure.
Materials & Finishes
The 501/421 Cable Gland is manufactured as standard in Brass, Stainless Steel and Aluminium.
NPT entries are nickel plated as standard.
Full nickel plating by electroplating or electroless plating is also available, as are other materials on request.
Technical Data
Flameproof Exd and Increased Safety Exe. II 2 GD
Baseefa Certificate No. BAS01ATEX2070X. For sizes Os - F.
Baseefa Certificate No. BAS01ATEX2294X. For sizes G - J.
The above certificates are still current, however they are to be superseded by:
Baseefa Certificate No. Baseefa06ATEX0056X.
IECEx Certificate No. IECEx BAS 06.0013X.
Suitable for use in Zone 1, Zone 2, Zone 21 and Zone 22.
Suitable for use in Gas Groups IIA, IIB and IIC.
Construction and test standards EN 50014,EN 50018, EN 50019 and EN 50281-1-1. IEC 60079-0, IEC 60079-1 and IEC 60079-7.
IP 66, IP67 and IP68 (30 metres for 7 days) ingress protection to IEC 60529, EN 60529 and NEMA 4X.
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