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PFLITSCH blueglobe® - 30% higher sealing range - 40% fewer order expenditure - 100% higher tightness - 200% more protection rate - more use in per cent!
Clearly better than the market standards
The PFLITSCH cable gland blueglobe® made of brass, stainless steel and plastic sets new standards regarding safety, reliability, functionality and costs.
ATEX
Available now in nickel plated brass and stainless steel certified as per European standard ATEX.
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Conax Technologies offers three models of split glands designed to facilitate assembly and sealant replacement when the diameter of the probe tip is larger than the diameter of the element(s) at the location of the seal. Split glands provide split sealants, followers and seats to facilitate easy sealant change without removing the element(s) from the system.
Application Ideas:
-Sealing of analyzer sampling probes with blow-out collars; allows probe change out with removal of gland body.
-Gas filled capillary bulb temperatue sensors (PartLow style).
-Cable assemblies with factory installed connectors (vibration sensors).
-Sealing of a simple long length conductor, simplifying assembly, disassembly and change out of sealant.
The Conax Split Gland is currently the featured product on www.conaxtechnologies.com. Please visit the site for more information.
Features:
-Seals 1 Element
-For Gas or Liquid
-Stainless Steel Fitting
-Simple Assembly - Insert Element, Torque Cap
-Replaceable Sealant Permits Repeated Use Of Fitting
-Field Adjustable
-Tube Stress Concentration Minimized
-Temperature Range From -400°F to +1600°F (-185°C to 870°C)
-Pressure*: Vacuum to 10,000 PSI (690 bar)
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PFLITSCH blueglobe® - 30% higher sealing range - 40% fewer order expenditure - 100% higher tightness - 200% more protection rate - more use in per cent!
Clearly better than the market standards
The PFLITSCH cable gland blueglobe® made of brass, stainless steel and plastic sets new standards regarding safety, reliability, functionality and costs.
ATEX
Available now in nickel plated brass and stainless steel certified as per European standard ATEX.
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Pressure and Vacuum Sealing Assemblies
Conax Technologies designs and manufactures a complete line of pressure/vacuum mechanical sealing glands and assemblies for wires and probes for virtually every industry. A wide range of catalog standard sealing glands are available from stock, while unlimited custom designs are also available for unique wire or probe sealing applications.
Exclusive "Soft Sealant" Technology
Conax Technologies' exclusive "soft sealant" technology enables easy assembly of the sealing gland by simply inserting the wire or probe and torquing the gland cap. Replaceable sealants permit repeated use of the stainless steel fitting for easy installation and service in the field. Our standard sealant materials include Lava, Teflon®, Neoprene, Viton® and Grafoil® and are designed, depending on gland type, to seal pressures ranging from vacuum up to 10,000 psi/690 bar involving temperatures ranging from -400°F to 3000°F/
-240°C to +1650°C. Other sealant materials are available for custom applications.
Wire and Probe Sealing
In wire sealing, we routinely accommodate in one gland from 1 to 16 conductors ranging from 24 AWG to 3/4"/.03mm diameter to handle a voltage range from the millivolt level up to 8000 volts and currents up to 400 amps. In probe sealing, from 1 to 40 probes, ranging in size from 0.020"/0.5mm to 1.250"/32 mm diameter, are routinely pressure or vacuum sealed in a single unit. Beyond these, we offer custom or special assemblies.
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Snaptec represents a new generation of strain relief fittings for
fast installation, featuring excellent pull-out resistance. Assembly
is possible from the outside of the enclosure, requiring no tools
or locknut. The unique concept saves time and money. Typical
applications:
- Machine, apparatus and plant equipment
- Measuring, control and feedback systems
- Control cabinets
- Railroad cars and vehicles
- Industrial applications´
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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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TKS - KLIKSEAL®
Klikseal is a revolutionary two-component grommet with cable anchorage - something completely new to the market.
Through innovation and advanced production technology, we have designed a product that has many of the advantages found in a cable gland.
Apart from the cable anchorage, Klikseal is compact, self-adjusting to its surrounding wall thickness (patented), click-fixed in place (patented), has a membrane seal, is waterproof, requires very little effort to install with its collapsible outer membrane (patented), and saves up to 90% of your time.
The installation of a Klikseal requires no tools and has a
pop-out membrane that is a permanent seal until penetrated by a cable or pipe. Each size of Klikseal can be used with an exceptional range of cable and pipe diameters. An M25 can be used for cables and pipes ranging from 4 mm to 14 mm. Because of its compact design, the Klikseal only extends 5,7 mm outside the housing on which it is mounted.
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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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Strain relief fittings in all popular thread types and sizes for a
reliable low-ohm shield used for electrical equipment in hazardous
locations with protection "e" according to EN 50014 and
EN 50019:
- Machine, apparatus and plant equipment.
- Measuring, control and feedback systems
- Control panels
- Railroad cars and vehicles
- Power plants (hydro, gas, coal or wind)
Also used in all areas where besides a reliable seal, high
pull-out resistance and anti-rotation provisions, a dependable
contact with the cable shield is required.
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UNI Dicht EMC cable gland
multiple variations for highly specialised applications
The compact PFLITSCH EMC cable connection type UNI HF with the Iris spring and taper rings are designed for the EMC bonding of screens. The design principle reduces installation time significantly and achieves high damping effects. When the pressure screw is tightened, the Iris spring is guided by two tapers until it encircles the cable screen and contacts it securely through 360°.
The advantages:
o perfect HF sealing
o secure 360° bonding
o EMC protection to terminal point
o Continuous or stripped braid
o Pg and M threads
o individual variants
o compact design
o fast and safty installation
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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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Conax Technologies' HL Gland is designed for sealing protection in a wide variety of hazardous environments.
The Conax HL Gland has been CSA certified in the U.S. and Canada for use in hazardous locations defined by the NEC as Class I, Div. 1 and 2, Groups B, C, and D; Class II, Div. 1 and 2, Groups E, F, and G; and Class III.
Conax Buffalo Technologies designs and manufactures a complete line of pressure/vacuum mechanical sealing gland and assemblies for wires and probes for virtually every industry. A wide range of catalog standard sealing glands are available from stock, while unlimited custom designs are also available for unique wire or probe sealing applications.
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Strain relief fittings in all popular thread types and sizes for
standard applications in hazardous location type "e" or "d"
according to EN 50014, EN 50018 and EN 50019:
- Machine, apparatus and plant equipment
- Measuring control and feedback systems
- Control cabinets
- Railroad cars and vehicles
- Industrial installations
and in all applications where excellent performance, fire resistance,
and resistance against turning of the cable are critical.
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UNI Dicht Ex cable gland
certified as per ATEX 95
The PFLITSCH Ex cable glands are tested and certified to the EC directive 94/9/EG (ATEX 95) for air mixtures (sign G) and dust (sign D). In this way we guarantee our customers a maximum of safety and reliability for the coming years. These cable glands can be used in high-risk areas with zone 1,2,21 and 22 classification.
With PFLITSCH Ex cable glands, cables can be installed safely into explosion-proof units with protection types "e".
The advantages:
o perfect sealing and wide
product range
o approved to EN 50 014 and 50 019
o metal (brass and stainless steel)
and plastic (PVDF)
o metric and PG threads
o thread lengths short and long
o reduced and extended versions
o available also for flat cables and
multiple cable glands
o EMC/EX cable gland
o Pressure screws for fixed-laid and
flexible-laid cables with strain relief
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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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Transducer gland assemblies with fiberglass-insulated thermocouple wire are specially designed for applications where the sensor wire is exposed to process temperatures reaching up to 900°F (482°C). This assembly is particularly targeted for use with vacuum and/or inert gas back-filled furnaces with vessel wall temperatures up to 200°F (93.3°C) and pressures not exceeding 300 psi.
The assembly consists of bonded fiberglass-insulated/silicone impregnated thermocouple grade wires on the body side, with stripped bare wires passing through the Conax-manufactured transducer gland. An alternative high-temperature fiberglass for Type K wire is also available with temperature capabilities up to 1400°F (760°C). Sleeved insulation material on the wires exiting the cap side may be fiberglass/silicone impregnated, Teflon¨ or polyolefin.
Gland bodies, caps and followers are constructed from 303SST. Cap Style A offers a mounting thread only. Cap Style B provides threading on both ends for attachment to conduit or terminal heads. These assemblies are offered with Viton or Teflon sealants. Alternative sealants are available. Please consult a Conax Technologies sales engineer for custom needs.
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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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Conax Technologies multiple hole sealing glands seal from 1-50 probes, tubes, wires or fiber optic cable in a single gland. Immersion lengths can be easily adjusted in the field and elements may be set at different lengths to monitor multiple points. Irregular shapes and patterns are available. A high density feedthrough is also available to accommodate up to 240 conductors.
Features:
Seals 1 or More Elements
For Gas or Liquid
Stainless Steel Fitting
"Soft Sealant"
Adjustable Immersion Length
Selected Elements Can Be Readily Replaced
Reusable
Wires Easily Assembled or Replaced In Field
Temperature Range From -400°F to +1600°F (-240°C to +870°C)
Pressure*: Vacuum to 10,000 PSI (690 bar)
Application Ideas:
MHM glands can be customized to accommodate special hole patterns, irregular shapes and higher density requirements for gradient thermocouple, RTD or thermistor probes, tube bundles, liquid level sensors or other devices.
Replacement Sealant (RS) available, consisting of sealant only.
Example: RS-MHM5-040-16-T
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This assembly consists of a stainless steel tubing swaged over bundled 24 AWG, solid, Teflon® coated thermocouple grade wires and/or copper wires. The feedthrough is furnished with 24 inches of leadwire on each end. Longer wire lengths can be furnished as required.
Features:
NO EPOXY - NO POTTING
HD18 - 0.187" Diameter 12 Conductor Wire Feedthrough Assembly
HD25 - 0.250" Diameter 24 Conductor Wire Feedthrough Assembly
HD31 - 0.312" Diameter 40 Conductor Wire Feedthrough Assembly
HD37 - 0.375 Diameter 60 Conductor Wire Feedthrough Assembly
Sheath Material: 300 Series SST, 4-1/2" nominal length
Temperature Range From -112°F to +250°F (-80°C to +120°C)
Vacuum Rating: 5 x 10-6mmHg @68°F (20°C)
Leak Rate: 1 x 10-9 scc/sec He @68°F (20°C),
1 atm supplied
Voltage Rating: 100 VDC
Amperage Ratings: 500mA
Feedthrough Pressure Rating @68°F (20°C):
5,000 psi (345 bar)
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Cable glands System UNI Dicht
– boundlessly applicable
The PFLITSCH System UNI® Dicht - is the modern cable gland program for a widely varying range of applications in electrical technology and electronics, machine and plant engineering, installation, traffic and chemical technology.
Gland bodies of various metals and plastics can be combined with sealing inserts of various materials, and therefore adapted precisely to cable diameters and conditions of use.
With UNI Multi several cables can be guided through a perfectly sealed connection. In addition, with UNI Dicht hose cable glandsconnections, cables can also be protected externally in special hoses. e.g. for corrugated pipes or hoses.
Pflitsch contributed actively to drawing up the European standard EN 50262 and continues to set standards through innovations.
Certificates: UL/CSA, VDE, PTB etc.
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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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Cable glands System UNI Dicht
– boundlessly applicable
The PFLITSCH System UNI® Dicht - is the modern cable gland program for a widely varying range of applications in electrical technology and electronics, machine and plant engineering, installation, traffic and chemical technology.
Gland bodies of various metals and plastics can be combined with sealing inserts of various materials, and therefore adapted precisely to cable diameters and conditions of use.
With UNI Multi several cables can be guided through a perfectly sealed connection. In addition, with UNI Dicht hose cable glandsconnections, cables can also be protected externally in special hoses. e.g. for corrugated pipes or hoses.
Pflitsch contributed actively to drawing up the European standard EN 50262 and continues to set standards through innovations.
Certificates: UL/CSA, VDE, PTB etc.
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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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CABLE GLANDS
SKINTOP® cable glands guarantee secure connections every time. Simply thread the cable and twist. That’s all! Your cables are perfectly centered, secured, hermetically sealed, and ready for action. Choose from ÖLFLEX® Power- and control cables a wide range of models in plastic or brass, for EX and EMC applications, halogen-free types or anti-kink protection, metric, PG or NPT.
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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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Screened cable entry glands that provide an excellent EMI/EMP shield when passing a screened cable into a screened enclosure.
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SKINTOP® K-M ATEX
High degree of protection; Dynamic strain stability; High strain relief; Large, variable clamping ranges; Permanent vibration protection
Application range
Devices, machines of type of protection enhanced safety "e".
Equipment group II / Category 2G+1D
Mobile offshore and marine applications
Chemical and petrochemical industry
Design
metric connection thread acc. to EN 50262
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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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