'호크'에 해당되는 글 233건

  1. 2016.05.27 케이블 및 케이블글랜드 악세서리 Shroud 의 설치방법소개
  2. 2016.04.23 Punch Tools for SB474 and PSG553RAC Cable Glands 소개자료
  3. 2016.04.13 HUBBELL 허벨그룹 프로덕트 및 시스템 라인업소개 2015
  4. 2015.07.17 HAWKE Exd Connectors for Harsh and Hazardous Locations 신제품 소개
  5. 2014.07.05 Hawke ATEX INLINE Connector, ControlEx Termination Hook up Procedure 자료
  6. 2014.07.05 Hawke Exd Connector, MK IV ControlEx 기술사양
  7. 2014.07.05 Hawke Exd Connector, InstrumEx 기술사양
  8. 2014.07.05 Hawke Live Demateable Connector, InstrumEx Termination Hook up Procedure 자료
  9. 2014.07.05 Hawke Power Connector, PowerEx Termination Hook up Procedure 자료
  10. 2014.07.05 Hawke Exd Connector, PowerEx 기술사양
  11. 2014.06.18 Hawke Thread Conversion Solutions Fixed Elbows 496(F to F) Series 기술사양 소개 (UPD20140531)
  12. 2014.06.18 Hawke Thread Conversion Solutions Fixed Elbows 495 (M to M) Series 기술사양 소개 (UPD20140531)
  13. 2014.06.18 Hawke Thread Conversion Solutions Fixed Elbows 494 Series 기술사양 소개 (UPD20140531)
  14. 2014.06.18 Hawke Cable Gland 321/R Series 기술사양 소개 (UPD20140611)
  15. 2014.06.18 Hawke Cable Gland 321 Series 기술사양 소개 (UPD20140611)
  16. 2014.04.28 Hawke Additional NEC Approvals and CSA Approvals 사양소개
  17. 2014.04.28 Hawke New Fourth Generation ControlEx Connectors 신제품사양 소개
  18. 2014.04.28 Hawke Thread Conversion Solutions and Accessories 관련 소식
  19. 2014.04.28 Hawke High Voltage Enclosures 신제품 소개
  20. 2014.04.28 Hawke SK Range Enclosures With K-Mass Fire Protection 신제품출시
  21. 2014.04.14 호크 Hawke Breather Dryer Unit 기술사양
  22. 2014.04.14 호크 Hawke Mounting Brackets 기술사양
  23. 2014.04.14 호크 Hawke Multiple Breather Units Types : HB55, HB66, HB77 & HB777 기술사양
  24. 2014.04.14 호크 Hawke HBP Type Transformer Breather 기술사양
  25. 2014.04.14 호크 Hawke HB Type Transformer Breather 기술사양
  26. 2014.04.14 호크 Hawke Desiccant Transformer Breathers 라인업 소개
  27. 2014.04.14 호크 Hawke InstrumEx Connector 기술사양
  28. 2014.04.14 호크 Hawke ControlEx Connector 기술사양
  29. 2014.04.14 호크 Hawke PowerEx Connector 기술사양
  30. 2014.04.14 호크 Hawke Exd Connector Range 라인업 소개

케이블 및 케이블글랜드 악세서리 Shroud 의 설치방법소개

 

안녕하세요 TIATIP 입니다. 오늘 이 시간에는 산업현장의 Connection Solution 가운데 Cable 과 Cable Glands 악서리 Shroud 의 설치가이드를 제시하고자 합니다.

 

 

Shroud (슈라우드)

사전적의미로는 슈라우드는 원래 덮다, 싸다의 뜻을 가지고 있으며, 보호가 필요한 케이블글랜드와 케이블의 연결부를 감싸는 기능을 갖고 있습니다.

 

 

 

 

Shroud는 Amoured Cable/Cable Glands  및 Non-Armoured Cable/Cable Glands 모두 적용가능하며, 각각의 Shroud는 케이블의 외경 즉, Size Reference (Outer Sheath Diameter of the Cable) 별로 이니셜이 표기되어 있습니다. 이는 케이블글랜드의 사이즈과 동일하게 맞추어 선정하면 되겠습니다. 참고로 상기 그림에서는 Size Ref. B 로 표기되어 있습니다.

 

 

 

 

이렇게 케이블(Cable), 케이블글랜드(Cable Glands), 그리고 슈라우드(Shroud)가 준비되었다면, 하기와 같이 "A" 부분을 살펴봐주시기 바랍니다.

 

 

 

고깔모양에서 각 치수별 구분선을 육안으로 확인하실 수 가 있는데요, 

이는 여러방법으로 케이블의 외경을 측정한 뒤, 상기의 A 부분에서 적합한

외경사이즈, 즉 절단부부분을 체크하기 위함입니다.

 

현장에서 요구되는 사이즈에 알맞도록 Tools (가위 또는 칼 등)을 이용하여, 단면적이 균일하도록 잘라내고, 케이블글랜드가 없는 상태에서 해당 케이블에 끼워 사전에 가공부의 사이즈가 적합한지 확인, 점검 및 수정을 합니다.

 

 

 

적합가능한 상태가 되면, 케이블과 슈라우드가 체결된 상태에서, 케이블글랜드의 체결작업을 시행합니다. 

 

 

 

 

Enclosures 또는 Junction Boxes, 그 밖의 다양한 Equipment 등의 Entry에 케이블글랜드의 체결을 정상적으로 마치고, Shroud를 이동하여, 하기의 그림에서와 같이 케이블글랜드를 감싸주게 되면, 관련 설치가 모두 마무리됩니다.

 

 

 

과거 현장에서는 PCP Shroud, PVC Shroud, 심지어 수축튜브형태 등이 사용되어 왔으나, 최근 트랜드를 선도하는 On-shore, Off-shore 주요 방폭공사 및 전기공사에는 화재폭발시 연기나 그을음이 적고 인체에 유해한 가스영향이 적으며 내환경성까지 갖춘 TPE Shroud 가 대부분 채택되어 사용되고 있습니다.

 

 

 

 

Material :

Manufactured in Low Smoke and Fume, Halogen Free TPE material with excellent UV, ozon and weathering resistance.

 

 

Color :

Black supplied as standard, other colour options are available

 

 

 

 

Technical Data

Hubbell, 허벨, Hawke, 호크, Shrouds, Shroud, 슈라우드, PVC Shrouds, PCP Shrouds, TPE Shrouds, LSFZH

Shroud Spec TCS02.pdf

Shroud Spec 20100128.pdf

2.Hawke Accessories for Cable Gland TSC01 201201 IDK R1.pdf

Note : Specifications are subject to change without notice.

소개된 제품 시스템의 사양, 재질, 치수, 기타 기재 내용은 제조공급사의 사정이나, 성능향상을 위해 예고 없이 단종, 대체되거나 변경되는 경우가 있으므로 양해를 부탁 드립니다. 기타 문의 상담은 하기 전문점을 통해 진행해 주시기 바랍니다.

 

 

 

국내 상담문의 및 기술지원

CUSTOMER SUCCESS IDK

deric@jadongwha.com

www.tiatip.com

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Punch Tools for SB474 and PSG553RAC Cable Glands 소개자료

 

안녕하세요 TIATIP 입니다.

오늘 이시간에는 최근 Compound Barrier 구성의 케이블글랜드 니즈와 관련하여, 사용자편의성 및 안전을 고려한 Sealing 타입이 각광을 받고 있어, 새롭게 포스팅을 하게 되었습니다.

 

HAWKE INTERNATIONAL

Cable Galnds & Tools

Punch Tool

SB474 Cable Glands, PSG553RAC Cable Glands

 

현장으로부터의 경화시간의 단축, 편리한 체결구성, 깔끔하고 컴팩트한 구성 및 화학물질에 대한 안전등 전반적인 편의성과 공수절감등이 요구되는 조건에 최적의 솔루션으로 주목받고 있습니다. 

 

기존의 고형타입 또는 액상타입의 컴파운트(Compound)/퍼티(Putty)를 사용하지 않는 대신 케이블의 각 Core Size별로 오렌지색의 Seal을 타공하여 현장에서 즉시 사용할 수 있습니다.

 

HAWKE PUTTY (Compound for ICG653UNIV Series &., )

 

HAWKE PUTTY (Epoxy Compound Seal for ICG653UNIV Series &., )

 

 

 

HAWKE Barrier Seal for SB474 Series & PSG553/RAC Series

 

 

Punch Tools의 개봉이미지를 소개드리며, 기타 상세한 사항은 첨부의 자료를 참고하여주시기 바랍니다.

 

1. 먼저 Punch Tool 포장구성입니다. (No.1, No2 & No.3 종합구성의 제품기준)

 

 포장패키지를 열면, 하기와 같이 Punch Tools No.1, No.2, No.3 과 함께,

고정용 Stand 및 Orange 색상의 Barrier Seal 1개로 구성이 되어 있습니다.

 

위에서 내려본 내구구성품의 이미지입니다.

 

가까지 접근해서 본 이미지 구성입니다.

 

2. Punch Tools의 각 호수별(No.1, No.2, No.3) 별 Punch Hole의 사이즈가 다르게 구성되어 있음을 확인하실 수 있습니다.

 

각 툴의 끝단은 날카로우므로 보관 및 사용 또는 작업시 다치지 않도록 주의하시기 바라며, Barrier Seal 에만 적용되도록 가공된 Tools 이므로 다른 제품에 적용하지 않도록 하시기 바랍니다. 보관하실 때에는 안전처리를 기본적으로 해주시기 바랍니다. 

 

각각의 Punch Tools 들은 빨강색의 핸들부 상단에 No.1, No.2, No.3 라고 표기가 되어 있습니다.  

 

각각의 Punch Tools 들은 하기와 같이 측면에도 음각으로 No.1, No.2, No.3 라고 표기가 되어 있습니다.  사용하실 때 반드시 주의하여 확인후 작업을 진행해주시기 바랍니다. 

 

 

3. Cable Gland Size for Conductor 데이터입니다.

Cores Cross Section Area (㎟) 별, 최대 Core의 수가 지정되어 있습니다.

 

4. Punch Tool Size Details 입니다.

No.1, No2. No3. 별 Core Cross Section Area(㎟) 범위를 참조하시기 바랍니다.

 

5. Orange색상의 Barrier Seal 의 전면, 후면 그리고 측면의 이미지 컷입니다.

Max. No. fo Cores 가 7이므로 적정한 타공관련 가이드가 양면에 표기되어 있습니다. 1~4 Core일경우, 5~7Core 일경우에 맞추어 적절하게 적용하면 되겠습니다.

 

하기의 이미지는 최대 7 Core용 단면입니다. 

 

Barrier Seal 의 측면 이미지입니다.

 

6. Punch Tools 의 고정 Stand 입니다.

 

Punch Tools Stand 안쪽의 모습니다.

 

 

7. Punch Tools 의 고정 Stand 바닥면의 붉은색 원판에 Barrier Seal을 올려놓고, 타공 방향을 정합니다.

 

Barrier Seal의 방향을 정하고 정해진 위치에 올려놓은 이미지 입니다.

 

Barrier Seal을 셋팅후 상부에서 내려다본 이미지 입니다.

 

 

8. Punch Tools 의 고정 Stand 바닥면의 붉은색 원판에 Barrier Seal을 올려놓고, 타공 방향을 정했으면, 적정 툴의 번호(No.1, No.2, No.3) 를 선정하고 Seal상의 가이드를 고려하여 위치별 타공을 하면 됩니다.

 

9. 각 조건셋팅이후 타공위치를 정확히 맞추어 Punch Tool의 헤드부를 눌러 수동으로 타공하게 됩니다. 

 

10. Barrier Seal 의 정 중앙에 1개를 타공한 사진입니다. 

 

 

11. Barrier Seal 을 사용하는 대표적인 케이블글랜드 SB474 Series 입니다. 

Barss (Standard) 재질의 사양이며, 측면의 이미지 입니다.

 

SB474 Cable Glands 을 분해하면 하기와 같이 크게 3가지 파트로 나누어 집니다.  체결용 유니온 후진된 모습입니다.

 

체결용 유니온을 임의 전진해 놓은 이미지 입니다.

 

SB474 세가지 구성에 대해 상부에서 내려다본 이미지 1 입니다.

 

SB474 세가지 구성에 대해 상부에서 내려다본 이미지 2 입니다.

 

SB474의 Female 측 장치 상부이미지 입니다.

 

SB474의 Female 측 장치에 Barrier Seal 이 놓인 이미지 입니다.

 

SB474 케이블글랜드에 케이블없이 Barrier Seal 을 체결하기 직전모습입니다.

 

SB474 케이블글랜드의 Male 측 기본 이미지 입니다.

 

SB474 케이블글랜드의 Female 측 기본 이미지입니다.

 

 

12. Barrier Seal 을 사용하는 대표적인 케이블글랜드 SB474 Series 와 Punch Tools 과의 조합구성입니다. 

 

 

 

13. Barrier Seal 을 사용하는 대표적인 케이블글랜드 PSG553RAC Series 입니다. 

이상으로 HAWKE SB474 및 PSG553RAC Series 에 사용되는 Barrier Seal 과, 케이블별 구성체결을 위한 전용 Punch Tools 에 대해 간단히 살펴보았습니다. 최근 Onshore, Offshore 의 다양한 애플리케이션에서 안전하고 신뢰할 수 있는 Harsh & Hazardous Solutions 이 요구되고 있으며, 많은 니즈와 함께 까다로운 사양이 많이 발생되고 있는 가운데, 여러분의 환경에서 현명한 선택의 폭이 하나 늘었으면 하는 바람입니다.

 

 

 

Technicla Data

HUBBELL, HAWKE, Cable Gland, Barrier Seal, Compound Barrier, Barrer Sealing, Putty, SB474, SB/474, PSG553RAC PSG/553/RAC, PSG553/RAC, ICG/653/UNIV, ICG653UNIV, ICG653/UNIV, ICG653/Universal

SB474 Spec 20141114.pdf

SB474 Assembly 201603XX R.pdf

SB474 Assembly Tool Manual.pdf

PSG553RAC Spec 20141114.pdf

PSG553RAC Assembly 201603XX Q.pdf

1.Cable Glands-Group ll.pdf

2.Hawke Accessories for Cable Gland TSC01 201201 IDK R1.pdf

Note : Specifications are subject to change without notice.

소개된 제품 시스템의 사양, 재질, 치수, 기타 기재 내용은 제조공급사의 사정이나, 성능향상을 위해 예고 없이 단종, 대체되거나 변경되는 경우가 있으므로 양해를 부탁 드립니다. 기타 문의 상담은 하기 전문점을 통해 진행해 주시기 바랍니다.

 

 

 

 

  

 

 

국내 상담문의 및 기술지원

CUSTOMER SUCCESS IDK

deric@jadongwha.com

www.tiatip.com

 

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HUBBELL 허벨그룹 프로덕트 및 시스템 라인업소개 2015

 

안녕하세요 TIATIP 입니다.

해마다 새롭게 조정/개편되는 허벨그룹 프로덕트, 시스템 및 서비스 라인업에 대해

2015년말기준으로 관련자료를 소개드리고자 합니다.

 

허벨의 세가지 플랫폼인 HES, HLI 그리고 HPS 에 대해 많은 관심을 부탁드리겠습니다.

Hubbell Corporate Overview

Hubbell Incorporated is an international manufacturer of quality electrical and electronic products for a broad range of residential and non-residential construction, industrial and utility applications. With 2015 revenues of $3.4 billion, Hubbell Incorporated operates manufacturing facilities in the United States and around the world. The corporate headquarters is located in Shelton, CT.

 

 

 

 

Hubbell’s three platforms

– Hubbell Electrical Systems (HES), Hubbell Lighting (HLI) and Hubbell Power Systems (HPS) – offer a unique set of brands and products.

 

 

 

 

1. Hubbell Electrical Systems

Offering an array of electrical and electronic wiring devices, wire management systems, occupancy sensors and specialized wiring products for the marine and healthcare markets. A comprehensive source of electrical boxes, fittings and enclosures for a variety of world-wide markets including harsh / hazardous location, commercial and residential markets. Innovative solutions for high voltage power supplies and test equipment, heavy duty cable management, industrial, outdoor and hazardous location communications equipment.

 

 

 

Hubbell Electrical Systems (HES), headquartered in Shelton, Connecticut, includes the original business started in Bridgeport, Connecticut by Harvey Hubbell in 1888, the Wiring Device Kellems division. This group is now comprised of 30 different business units and a staff of more than 6,300 employees worldwide. Its success was born from excellent leadership, employee and customer loyalty, high quality products, and a dedicated sales force. HES offers a variety of products for the commercial, industrial, residential and institutional markets, including harsh & hazardous environments.

Brands:

 

 

2. Hubbell Lighting

Provides a full range of indoor and outdoor lighting products for commercial, industrial, institutional, sports lighting, landscape and residential markets, including green initiatives for vacancy sensors and daylight harvesting controls.

 

 

Hubbell Lighting (HLI) headquartered in Greenville, South Carolina, is a leader in lighting technology. HLI is ranked among the top lighting companies in the world with more than 20 brands and 3,000 employees. Their applications cover countless markets, including commercial, outdoor, industrial, hazardous location, lighting controls, emergency and exit, and downlighting and track lighting systems.

Brands:

 

 

3. Hubbell Power Systems

Providing a broad line of products and components to serve the utility industry and support the infrastructure for transmission and distribution of electrical power throughout the globe.

 

 

Hubbell Power Systems (HPS), headquartered in Columbia, South Carolina, operates power utility facilities in the US and other parts of the world. With more than 3,600 employees, HPS supplies products that deliver power to millions worldwide and competes in the generation, transmission, distribution, substation, communication, and commercial and industrial markets.

Brands:

 

 

 

 

 

 

Technical Data

허벨,킬락,샬밋,호크,Hubbell, Acme, Austdac, Bell, Bryant Electric, Burndy, Chalmit Lighting, GAI-Tronics, Gleason Reel Corp., Haefely Test AG, Hawke International, Hubbell Industrial Controls, Hubbell Marine Electrical Products, Hubbell Premise Wiring, Hubbell Wiring Device-Kellems, Killark Electric, Pulsecom, RACO, TYAMAC, Tettex Instruments, Transtar, Victor Lighting, Wiegmann, Wirecon, Alera Lighting, Architectural Area Lighting, Beacon Products, Columbia Lighting, Compass Products, Devine Lighting, Dual-Lite, HomeStyle Lighting, Hubbell Building Automation, Hubbell Industrial Lighting, Hubbell Outdoor Lighting, Kim Lighting, Kurt Versen, Precision-Paragon, Prescolite, Progress Lighting, Security Lighting Systems, Spaulding Lighting, Sportsliter Solutions, Sterner Lighting Systems, Whiteway, Anderson, Atlas, CDR, Chance, Chance-Civil, Electro Composites, Fargo Mfg. Company Inc.,Hubbell Cable Accessories, Hubbell Power Systems, Ohio Brass, PCORE Electric, Polycast, Quazite,USCO Power Switches

 

Hubbell brochure 2015 EN Rev5.pdf

Hubbell 2015 Annual Report.pdf

 

 

Note : Specifications are subject to change without notice.

소개된 제품 시스템의 사양, 재질, 치수, 기타 기재 내용은 제조공급사의 사정이나, 성능향상을 위해 예고 없이 단종, 대체되거나 변경되는 경우가 있으므로 양해를 부탁 드립니다. 기타 문의 상담은 하기 전문점을 통해 진행해 주시기 바랍니다.

 

 

 

 

 

  

 

국내 상담문의 및 기술지원

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HAWKE Exd Connectors for Harsh and Hazardous Locations 신제품 소개

 

안녕하세요 TIATIP 입니다. 오늘 이 시간에는 호크(HAWKE)에서 2015년 5월 5일자로 새롭게 출시된 방폭커넥터의 업그레이드 사양을 소개드리고자 합니다. 기존의 까다롭고 다양한 환경에서 요구되었던 고객님들의 니즈가 최대한 반영되어 출시된 이번 제품군은 보다 안전하고 유연한 연결솔루션을 제공하고 있습니다.

 

HAWKE

Hazardous Area Connectors

InstrumEx, ControlEx and PowerEx Series

 

 

Common Features

There are several innovative features common across the range of Hawke connectors. Despite their highly advanced design and technical features, the range is extremely simple to use and quick to terminate.

 

 

Impossible to cross mate

The unique mechanical keying system prevents contact damage and ensures safe use by eliminating the possibility of misconnection of circuits. Machined key and keyway also ensures connector alignment

 

 

 

Ingress and deluge protected

All Hawke ATEX connectors meet the requirements of IP66 and IP67 to IEC60529. They are also deluge protected to DTS01 offering long term protection in onerous environments..

 

 

 

High reliability contacts

Each pin and socket is fitted with multilam technology to ensure reliable low resistance connection on each coupling

 

 

 

Retro fit flange option

Each connector plug and receptacle can be fitted with an optional mounting flange, either at point of order or retro fitted as required, allowing easy mounting of the connectors without the need to disassemble the units

 

 

 

Robust design

Designed and constructed for the most demanding environments, Hawke connectors are durable in almost any environment, requiring no routine maintenance to ensure continued performance.

 

 

 

 

 

Selection Overview

Hawke International connectors are ideal for use in hazardous areas commonly found in Oil and Gas exploration, production and process plants. Their features, however, also offer numerous benefits in explosive dust environments as well as harsh and hostile non-explosive applications where temporary but safe disconnection of power is critical. Hawke International’s Ex range
of connectors permit the safe and rapid service, repair and replacement of key plant, provide quick connection to temporary and permanent equipment and greatly reduce hook-up time in capital-intensive processes.


For a guide as to which Ex connector may be best suited to an individual application the table below outlines the main variables.

 

 

 

HAWKE INSTRUMEx

Tamb: -40°C to +60°C II2 GD Exdbe IIC Extb IIIC Db T85
IP66, 67 & DTS01 deluge protected
Certificate No's Baseefa06ATEX0061X & IECEx BAS 06.0018X

 

 

This revolutionary design allows the live mate and de-mating of signal and low
power in hazardous areas safely and quickly. The Instrum connector is available in two sizes. The 4-way and the 9-way options will accept cores ranging between 0.5mm² and 2.5mm² and can operate up to a maximum current of 10A (AC1) at 250V AC and 2.5A (DC1) 60V DC. The 8-way option, designed predominantly for Ethernet applications, will accept cores ranging between 0.14mm² and 0.37mm² and can carry 1A (AC1) at 60V AC and 0.5A (DC1) 60V DC. Instrum connectors include an integral Hawke cable gland for easy termination of both armoured and un-armoured cables.

 

 

HAWKE CONTROLEx 

Tamb: -40°C to +60°C II2 GD Exdb IIC Gb, Extb IIIC T95Db
IP66, 67 & DTS01 deluge protected

Certificate No's Baseefa12ATEX0144X & IECEx BAS 12.0006X

 

 

The 4th generation of Control connectors include many features and
refinements as a result of consumer feedback, which makes them particularly
suitable for control and low/medium power applications. The robust stainless steel body can hold up to 60 contacts and will accept conductor sizes ranging between 0.5mm² and 35mm², operating up to 125A and 750V.

 

 

HAWKE POWEREx

 

Tamb: -40°C to +60°C II2 GD Exdb IIC Extb IIIC Db T85
IP66, 67 & DTS01 deluge protected
Certificate No's Baseefa06ATEX0062X & IECEx BAS 06.0019X

 

 

The Power range of connectors have been designed specifically for the
extremely demanding requirements of higher power applications. Inserts are
available with 1 to 4 contacts with a conductor acceptance range of between
50mm² and 630mm² operating up to 780A and 750V as standard. Other voltages
available on special request.

 

 

 

 

Technical Data

HAWKE, Ex Connectors, InstrumEx, ControlEx, PowerEx

HAWKE Ex Connectos New CAT 20150505.pdf

Notice : Specification are subject to change without notice.

주의사항 : 소개된 제품 시스템의 사양, 재질, 치수, 기타 기재 내용은 제조공급사의 사정이나, 성능향상을 위해 예고 없이 단종, 대체되거나 변경되는 경우가 있으므로 양해를 부탁 드립니다. 기타 문의 상담은 하기 전문대리점을 통해 진행해 주시기 바랍니다.

 

 

 

 

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CUSTOMER SUCCESS IDK

CS CENTER 010.5353.9110

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Hawke ATEX INLINE Connector, ControlEx Termination Hook up Procedure 자료

 

안녕하세요 TIATIP 입니다.

 

오늘 이 시간에는 Hawke ATEX INLINE Connector, ControlEx 시리즈의 Termination Hook up Procedure 관련 자료를 소개합니다. 

 

 

 

HAWKE

ControlEx Termination Procedure

 

IMPORTANT NOTE


1. Hawke International does not recommend the use of their ControlEx Connectors in applications where rigid PVC/SWA/PVC power cabling (typically to BS 6346 standards) is used in portable / semi-portable applications.


2. Barrier type glands must be fitted to flexible power and loose filled control cabling entering the connectors to maintain the Exd protection concept and to reduce the potential for core movements within the cable being transferred to the connector’s internal components. Where connectors are terminated to topside umbilical cables, or portable connectors, a barrier type cable gland should always be used.


3. Hawke Ex Connector products are designed to be used in multi-voltage applications in circuits up to 660V AC/DC. It is
possible that on certain installations, there may be a mix of applications utilising different voltages on the Connector
products. In these instances, the installer / circuit designer must ensure that the plugs and sockets, or their associated
cabling, is clearly marked with the correct circuit voltage and current rating to ensure that the equipment being supplied is
matched correctly with the supply voltage. The variable insert positions which are a feature of the Connectors may also be
used to provide additional means of safety in these applications.

 

ControlEx Hook Up Procedure

 

1. Remove the CP/CR connector assembly, electrical insert and cable gland
(sold separately) from their packaging.


2. Terminate the cable into the cable gland in accordance with the manufacturer’s Instructions. Ensure a minimum tail length of 130mm.

 


 

3. Unscrew the rear engaging nut from the connector shell, removing the rear shell and keyway tube.

 

  

4. Slide the rear engaging nut over the rear shell as shown and screw the rear shell onto the entry thread of the cable gland ensuring there is a sealing washer between the gland and rear shell. A small amount of Loctite 638
or equivalent can be added to the cable gland thread at this stage to further help prevent loosening of the cable gland in portable applications.

 


Where a thread adaptor is being used, ensure a suitable IP seal is fitted between the cable gland and thread adaptor, and thread adaptor & running coupler. If the thread adaptor has an integral O-Ring, please ensure this makes full contact with the cable gland and running coupler to maintain the IP
protection. Check to ensure the captive O-Ring seal on the rear shell is in place and is undamaged

 

If the tab washer is being used, ensure this is fitted in the orientation shown. Use the flats on the rear shell to further tighten.

 

 

 

 

5. Cut the conductors to the length shown in the table below.

 

 

Note: Maximum tolerance is to allow for twisted cables and placement of cores within connector shell. If core spacing relative to insert numbering does not require excess core, use minimum cut lengths.

 

6. Strip back the insulation from the conductor’s as shown

 

 

 

 

7. Proceed to step 8 if internal earthing is not required.

 


NOTE: If internal earthing is not being used, the internal earth crimp must not be fitted and the grub screw in the rear shell must be removed

 


If earthing is required slide the internal crimp (supplied with CP/CR inserts) over the earth conductor and crimp using suitable tool. The stud can then be fitted into the rear shell and fastened using the grub screw shown. The stud on the earth crimp should not protrude from the outer diameter of the rear shell. Adjust if necessary.

 

 

8. a) Solder inserts – black (1.5 – 35mm²). Tin the conductors and fill the solder cups on the back of the inserts with solder as required Solder conductors in place and remove any solder spikes/excess from the solder cup. It is advised that heat shrink should be fitted over the connection at this point

b) Solder inserts – white (1.5 – 4mm2). As above, however, inserts should be soldered outside of the insert body and not fully assembled. If the contacts are to be solder terminated to the conductors, this must be done prior to insertion
through the rear contact retainer. It is advised that heat shrink should be fitted over the connection at this point Then follow (c ii & iii).


c) Crimp Inserts (1.5 – 4mm²) – white.

 

i) Crimp the conductors into the contacts using Weidmuller CTX CM 1.6/2.5 crimp tool HCT1, or Astro Crimp Tool HCT2. For 0.75 to 1.5mm² conductors use the 1.5 die. For 1.6 to 4mm² use the 2.5 die. It is advised that heat shrink should be fitted over the connection at this point


ii) Feed the contacts through the required numbered hole on the rear contact retainer and slide the insertion tool over the contacts up to the groove (one end for pin and one for socket). Clip the groove on the contact into position in the rear contact retainer with the tool.

 

 

 

iii) Align the main pip on the rear contact retainer with the key on the front contact retainer and slide over the contacts into position. Ensure the 2 smaller pips are also in line

 

 

d) Crimp Inserts (6 – 35mm²) – black. Undo the grub screws on the crimp barrels and slide them off the back of the contacts. Slide the conductors into the back of the barrel. Orientate the barrel so that the grub screws are pointing
outwards and crimp with a suitable crimp tool.


Push the barrels back onto the rear of the contacts and tighten grub screw into the groove on the contact. Back off grub screw half a turn on crimp barrels of 10mm² or larger to allow them to slide up and down the contact slightly

 

 

 

 

 

9. Clip spacer tube over conductors. Bend conductors slightly so that there is no or minimal gap between the insert/spacer tube and rear shell. On crimp insert of 10mm² or larger, slide the crimp barrels up and down the contacts to achieve this and then lock them in place by tightening the grub screw’s on the crimp barrels.

The insert has 3 pips, shown below, which should be located as shown. The main centre keyway should align with the centre of the spacer tube

 

 

 


NOTE: If being used on offshore topside applications where extreme temperature fluctuations or extreme levels of humidity may be present, it is advisable to use Dow Corning 4 Electrical Insulating Compound within the spacer tube to help prevent any possible humidity build-up. See point 15 below

 

 

10. Looking from the front of the connector shell, align the key on the insert to the required key inside the connector and slide the whole assembly into the shell. The EX16 connector has 3 keyways, and all other connectors have 5 possible keyways

 

 

 

 

11. Fully screw the rear engaging nut onto the thread on the connector shell, do not rotate the connector shell during this process. Tighten grub screw in rear engaging nut. There should be a gap visible of no more than 1mm between running coupler and shell

 

 

 

 

12. If the tab washer is being used, fix the tab using the button head screw to the rear engaging nut. Bend the tabs over the
flats of the cable gland.


13. If being used, terminate the external earth to the ring terminal crimp provided with the insert. Remove the button head
screw and spring washer from the rear engaging nut. Attach the crimp to the rear engaging nut as shown above


14. The connector is now ready for use. Please refer to the ‘Hook Up’ procedure.

15. If additional protection is required due to extreme atmospheric conditions, before inserting the assembled connector insert and spacer tube into the connector shell (step 10 above) Dow Corning 4 Electrical Insulating Compound can be used to fill the spacer tube. It is recommended that the running coupler be filled, along with the inner face of the insert to ensure no humidity can affect the contacts

 

 

ControlEx MK IV Connector Hook Up Procedure

 

Before commencing hook up, a visual inspection should be carried out on the cable / gland / connector assembly. The assembly should be checked to ensure that all of the assembly components are tight. If the assembly components have loosened during transportation / cable installation, they should be retightened in accordance with the relevant assembly instruction sheets without twisting the cable in the cable gland / connector assembly.

 

Areas to be checked:

 

 

 

 

NB: These areas should also be checked as part of a routine maintenance programme.

 

1) Turn off the power to the connectors.
2) Ensure the connectors are both set to the same keying position number and are of the same insert type.

 

 

 

 

3) Engage the CP connector with the BR / CR connector and align the key on the CP connector to the keyway on the BR / CR connector.

 

 

engaging nut clockwise onto the BR/CR shell. If the engaging nut will not screw on more than half a
turn, then the connectors are set to different keying positions.

 

 

5) Tighten the grub screw on the engaging nut.

 

6) If the optional locking pin is being used, this should be fitted at this stage, once the connectors are fully mated.

 

 

7) To disconnect, turn off the power, slacken the tightened grub screw, turn the engaging nut anticlockwise and remove the connector. If power is to be put through the connectors whilst de-mated, then a flameproof cap (available separately) must be fitted.

 

 

 

 

Technical Data

ControlEx MKIV Spec.pdf

ControlEx Spec.pdf

ControlEx MKIV Hookup Procedure 20131105.pdf

ControlEx MKIV Hookup Procedure 20131218.pdf

ControlEx Hook up procedure 20091202.pdf

ControlEx Inline connector termination 20091202.pdf

0.Ex Connectors Master Catalogue 20130819.pdf

 

 

 

 

 

 

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Hawke Exd Connector, MK IV ControlEx 기술사양

 

안녕하세요 TIATIP 입니다.

 

오늘 이 시간에는 호크 방폭커넥터 제품군 가운데, Contrl 관련 애플리케이션에 적합한 Hawke MK IV ControlEx 시리즈를 살펴보도록 하겠습니다.

 

 

 

HAWKE

Range For Harsh and Hazardous Locations

Hazardous Area Connector

MK IV ControlEx

IECEx/ATEX Certificate 

 

Note: Inline connector receptacle (CR) also available

 

 

Overview

 

The 4th generation ControlEx has been designed as a result of over 20 years of plug-and-socket experience. Manufactured in Stainless steel, the connectors provide unrivalled durability in hostile environments.

 

Both ATEX/IECEX, GOST & NEC certified, the connectors are Exd rated with an Ingress Protection rating of IP66 / IP67 and have industry leading DTS01 deluge protection.

 

 

 

 

The wide range of insert variables can handle up to 60 cores.

 

Other improvements include an all-new padlock facility, allowing the connectors to be securely locked to prevent accidental un-plugging of equipment and improved secure cap fixings.

 

The 4th generation ControlEx maintains many of the original features which made its predecessor extremely popular, including a variable keying system to prevent accidental cross-mating, modular gold-plated field crimpable inserts for ease of wiring and a fully inspectable flameproof barrier providing direct inspection of the flameproof seal.

 

 

 

 

 

Tamb: -40°C to +60°C.

II2 GD Exd IIC Gb, Extb IIIC T95Db.

IP66, 67

DTS01 deluge protected.

Certificate No's Baseefa12ATEX0014X & IECEx BAS 12.0006X.

 

ControlEx Features

 

(1) Easy Fieldwireable
Pin and socket inserts are numbered front and back to assist wiring and avoid
termination errors. Crimp and solder inserts available.

 

 

(2) Internal Keyway Spacer

Eases accessibility for termination as tube fitted after termination complete,
along with allowing easy installation into the required keyed position (See (4))

 

 

(3) Locking Pin
Optional locking pin provides the facility for mated connectors to be permanently
locked, via the use of a padlock, ensuring they cannot be separated under load. (Padlock not supplied)

 

 

 

 

(4) Keying Position
The unique visual 5 position insert keying system (3 on Ex16) along with the integral machined keyways prevent contact damage and ensures safe use by eliminating the possibility of misconnection of adjacent circuits.

 

 

 

(5) Running Coupler
Allows the connector to be installed onto a pre-assembled cable gland. Connector is rear loading and includes locking engaging nut.

  

 

 

(6) Acme Thread at Mating Interface
Unique ACME thread offers a smooth and quick fully mating action.

 

 

 

(7) Fully Inspectable Flameproof Barrier
Provides direct inspection of the flameproof seal and offers users the peace of mind that the connector is safe for installation.

 

 

 

(8) Anti-Rotation Device
Connector plugs and receptacles come complete with anti-rotation ring, which
when fitted between the connector and gland, helps to eliminate the possibility of the gland loosening, locking this in position.

 

 

 

 

 

Technical Data

 

ControlEx MKIV Spec.pdf

ControlEx MKIV Hookup Procedure 01.pdf

ControlEx MKIV Hookup Procedure 02.pdf

0.Ex Connectors Master Catalogue 20130819.pdf

 

 

 

 

 

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Hawke Exd Connector, InstrumEx 기술사양

 

안녕하세요 TIATIP 입니다.

 

오늘 이 시간에는 호크 방폭커넥터 제품군 가운데, Instrument 연결 애플리케이션에 적합한 Hawke InstrumEx 시리즈를 살펴보도록 하겠습니다.

 

 

HAWKE

Range For Harsh and Hazardous Locations

Hazardous Area Connector

InstrumEx

IECEx/ATEX Certificate 

 

Overview

This revolutionary design allows the live mate and de-mating of signal and low power in hazardous areas safely and quickly. The InstrumEx connector is available with two insert options:

 

 

 

The 4-way option will accept cores ranging between 0.5mm² and 2.5mm² and can operate up to a maximum current of 10A (AC1) at 250V AC & 2.5A (DC1) 60V DC.

 

The 8-way option, designed predominantly for Ethernet applications, will accept cores ranging between 0.14mm² and 0.37mm² and can carry 1A (AC1) at 60V AC & 0.5A (DC1)60V DC. InstrumEx connectors include an integral Hawke cable gland for easy termination of both armoured and un-armoured cables.

 

 

 

 

Tamb: -40°C to +60°C.

II2 GD Exd IIC ExtD T85.

IP66, 67

DTS01 deluge protected.

 

 

 

Technical Data

InstrumEx Spec.pdf

InstrumEx BRO 200808XX.pdf

InstrumEx Manual 20140403.pdf

0.Ex Connectors Master Catalogue 20130819.pdf

 

  

 

 

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Hawke Live Demateable Connector, InstrumEx Termination Hook up Procedure 자료

 

안녕하세요 TIATIP 입니다.

 

오늘 이 시간에는 Hawke Live Demateable Connector, InstrumEx 시리즈의 Termination Hook up Procedure 관련 자료를 소개합니다.

 

 

 

 

HAWKE

InstrumEx Termination Procedure

 

IMPORTANT NOTE

1. Hawke International does not recommend the use of their InstrumEx Connectors in applications where rigid PVC/SWA/PVC power cabling (typically to BS 6346 standards) is used in portable/semi-portable applications.


 

2. Hawke International recommends that barrier type glands are fitted to flexible power and loose filled control cabling entering the connectors to maintain the Exd protection concept and to reduce the potential for core movements within the cable being transferred to the connector’s internal components.


 

3. Hawke Ex Connector products are designed to be used in multi-voltage applications in circuits: 4 way up to 250V AC, 4 way up to 60V DC and 8 way up to 60V AC/DC. It is possible that on certain installations, there may be a mix of applications utilising different voltages on the Connector products. In these instances, the installer / circuit designer must ensure that the plugs and sockets, or their associated cabling, is clearly marked with the correct circuit voltage and current rating to ensure that the equipment being supplied is matched correctly with the supply voltage. The variable insert positions which are a feature of the Connectors may also be used to provide additional means of safety in these applications.

 

 

 

 

CP / CR PROCEDURE


1) Unscrew the middle nut and back nut from the connector body and remove the armour clamping ring, spigot and insert. If you have purchased a connector with the optional backnut clamp and / or flange, slide these down the cable now (clamp first).

 

 

2) Remove the two seal assembly’s from the box and choose the required seal to suit the diameter of the cable outer jacket.

 

 

 

3) Insert the seal into the back nut, ensuring that the flange on the seal goes past the thread as shown.

 

 

 

 

 

4) Screw the back nut onto the middle nut. Do not compress the seal at this stage.

 

 

 

5) Slide the middle nut, backnut and armour clamping ring over the cable ensuring that the clamping ring is pointing in the required direction for the size of armour / braid. The alternative ring is supplied in the box.

 

                          

 

 

 

6) Strip back the outer jacket and armour (if present) as shown below.

 

 

 

7) Strip back the inner sheath level with the armour to expose the insulated conductors as shown below. If unarmoured, strip back to the outer jacket.

 

 

 

 

 

ARMOURED / BRAIDED CABLE


8) Push the inner sheath of the cable through the spigot.
Spread the armour / braid over the spigot until the end of the armour / braid is up against the shoulder of the spigot. Position the armour clamping ring onto the armour/braid.

 

 

 

9) Place the connector body over the spigot engaging the octagonal portion of the spigot. Move the middle nut up to meet the connector body. Place a 27 A/F spanner on the flats of the connector body and hold it in position.
Hand tighten the middle nut to the connector body, then turn a further ½ to ¾ turn with a 27 A/F spanner.

 

 

 

10) Unscrew the middle nut and visually inspect the armour has been  successfully clamped between the armour spigot and the clamping ring.

 

 

 

 

UNARMOURED CABLE
(If earth is to be terminated to connector shell. Otherwise proceed to step 15)


11) Strip back the earth conductor as shown below. If the earth is being carried through a contact as well as being connected to the shell, see fig b.

 

 

 

12) Crimp the flat blade earth crimp onto the earth conductor as shown below. Ensure the blade of the crimp is outermost as shown and that the crimp is pushed all the way up to the insulation of the earth conductor.

 

 

13) Push the conductors through the spigot and place the blade of the crimp on the taper of the spigot.

 

 

 

 

 

 


the blade of the crimp and lock into position by following steps 9 and 10 of the armoured / braided cable procedure.

 

15) Strip back the conductors as shown below.

 

 

 

 

 16) Remove the contacts from the contact retainers. Crimp the contacts onto the conductors using the Hawke crimp tool only (part number 901849). Ensure that the insulation of the conductor is up against the shoulder of the contact. When terminating 0.5mm² or 1.5mm² wire, ensure the conductor is pushed all the way into the smaller hole of the contact and that the contact is square in the crimp tool.


CAUTION: EXCESSIVE FORCE MAY BEND THE CONTACTS


Alternatively, conductors may be soldered into the contacts. Ensure that the cable installation is the same on the mating half. Hawke recommends that wiring details are placed on the cable outer jacket near to the connector.

 

 

17) Splay out the contacts and fit them through the slots in the rear contact retainer, ensuring they line up with the relevant numbered hole on the front contact retainer (ensure keys are aligned - see step 18). Unused contacts
should be omitted if not required to ease assembly.

 

 

 

18) Slide the front contact retainer over the contacts and snap into place with the rear contact retainer. Push the clips of the rear contact retainer firmly down to ensure they are not protruding (will only fit in the correct orientation).

 

 

19) Slide the insert into the connector body, aligning the half round key on the rear contact retainer with the required half round keyway in the connector body. (The colour coded or numbered keying position is shown on the front of the connector body. No colour coding or numbering for default 12 o’clock position – see picture inset). It should be noted that colour coded and numbered connector bodies are mutually interchangeable. Push the octagonal portion of the spigot into the connector body.

 

 

20) Slide the middle nut over the clamp / spigot and hand tighten onto the connector body, then further tighten ½ to ¾ of a turn with a 27 A/F spanner while holding the front shell with a 27 A/F spanner

 

 

 

 

 

21) Hand tighten the backnut onto the middle nut. Further tighten 1 to 1 ½ turns with a 27 A/F spanner while holding the middle nut with a spanner.

 

 

 

22) If the optional mounting flange is required, slide the flange over the backnut and position on the middle nut. Align the grub screw with one of the flats and tighten. If the flange is being used on a CR connector, it may also be
placed on the connector body as shown over.

 

 

23) If the optional cable clamp has been purchased, tighten the screws on the clamping bars equally until the clamping bars touch the cable. Tighten each screw a further 2-4 turns or until adequately clamped.


DO NOT OVERTIGHTEN AS THIS COULD DAMAGE THE CABLE.


If the cable clamp is being used with unarmoured cable, the connector should be earthed via the crimp with a 4mm² conductor.

 

 

 


24) Screw the cap back onto the connector. Stick the corresponding round colour coded / numbered sticker onto label in the circular space provided.
(white = 12 o’clock / Position 1)

 

 

25) The connector is now ready for hook up. Please refer to the hook up procedure.

 

 

BR PROCEDURE
1) The BR connector is supplied ready terminated with tails.
Simply fit into suitable junction box / equipment as required. To maintain the IP rating of the equipment, a sealing washer should be used (available separately) as shown below.

 

 

2) Terminate the conductors and earth wire inside the junction box / equipment.


3) The connector may also be earthed externally via the crimp with a 4mm² conductor if required.

 

 

4) The connector is now ready for hook up. Please refer to the hook up procedure.

 

HOOK UP PROCEDURE

 

WARNING:
Only the socket insert is allowed to remain energised while de-mated. If being used with bi-directional signals, isolate elswhere before connecting / disconnecting.

 

Before commencing hook up, a visual inspection should be carried out on the cable / connector assembly. The assembly should be checked to ensure that all of the assembly components are tight. If the assembly components have
loosened during transportation / cable installation, they should be retightened in accordance with the relevant assembly instruction sheets without twisting the cable in the connector assembly.

 

1) Remove connector caps.


2) Ensure the connectors are both set to the same keying position colour or numbered (no colour or number for default 12 o’clock position on BR/CR) and are of the same insert type.
It should be noted that colour coded and numbered connector bodies are mutually interchangeable.

 

 

3) Engage the CP connector with the BR / CR connector and align the keyway on the CP connector to the key on the BR / CR connector.

 

 

 

4) Engage the two connectors by screwing the engaging nut clockwise without interruption onto the BR/CR shell. If the threads will not engage, the connectors
are set to different keying positions.

 

 

5) If anti-vibration protection is required, tighten the grub screw on the CP shell.

 

 

6) To disconnect, slacken the tightened grub screw, turn the engaging nut anti-clockwise and remove the connector. Fit the caps.

 

Technical Data

InstrumEx Spec.pdf

InstrumEx Manual 20140403.pdf

InstrumEx BRO 200808XX.pdf

0.Ex Connectors Master Catalogue 20130819.pdf

 

 

 

 

 

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Hawke Power Connector, PowerEx Termination Hook up Procedure 자료

 

안녕하세요 TIATIP 입니다.

 

오늘 이 시간에는 Hawke Power Connector, PowerEx 시리즈의 Termination Hook up Procedure 관련 자료를 소개합니다.

 

 

Hawke

PowerEx Termination Procedure

 

IMPORTANT NOTE
Hawke International does not recommend the use of their Power Connectors in applications where rigid PVC/SWA/PVC power cabling (typically to BS 6346 standards) is used in portable / semi-portable applications.


In addition, Hawke recommends that barrier type glands are fitted to flexible power and loose filled control cabling entering the connectors to maintain the Exd protection concept and to reduce the potential for core movements within the cable being transferred to the connector’s internal components. 

 

 

 

 

CP / CR PROCEDURE
1) Terminate the cable into the Exd cable gland as per the manufacturer’s instructions. Consider at this stage the relative position of the phases.

 

 

 

2) Cut the conductors to the lengths shown. (For earth conductors which are being terminated to the earth ring (see step 6) but not carried through the contact, cut back X = 100mm for all sizes, see 10 - 13)

 

 

 

3) Strip back the insulation as shown. (For all earth conductors terminated via the internal earth ring, cut back the insulation flush with the gland entry thread, see 10 - 13).

 

 

 

4) Unscrew the rear engaging nut from the CP / CR shell. Remove the rear shell, spacer tube and insert from the CP / CR shell.

 

 

5) a) CONTACT SIZES 50 - 240mm².

Remove the screws from the front of the contacts only and push the crimp lugs out of the insert.

 

 

b) CONTACT SIZES 300 – 630mm².

Remove the screw from the plastic housing and remove the contact from inside.

 

 

 

6) Remove the internal earth ring from the rear shell sub assembly by backing off the 2 grub screws on the flats. If internal earthing is not required, the internal earth ring assembly along with the fixing grub screws should be discarded.

 

 

 

7) Crimp the lugs or contacts onto the conductors

(excluding internal earth wire if being used) using suitable crimp tool. (Hawke recommend Elpress crimp tools).
Contact sizes of 185mm² and larger should be adjacently double crimped as shown.

 


 

8) Feed the conductors through the rear shell assembly and screw this onto the cable gland entry thread ensuring the sealing washer is present.

 

 

 

9) Measure the distance from the front of the rear shell to the end of the crimp lug (50 – 240mm²) or contact (300 - 630mm²). It should be as shown. If not, remove the rear shell and add or remove the spacer washers supplied to get the required length. At least 1 washer must be present to maintain IP rating.

 

 

 

Internal earth procedure (skip to step 13 if not used or you have single phase connector).


10) Slide the internal earth ring down over the conductors with the lug going over the bare earth wire.

 

 

 

 

11) Position the internal earth ring inside the rear shell and tighten the grub screws into the groove on the earth ring. Excessive force could distort rear shell.

 

 

 

 

 

12) Tighten the 2 grub screws on the internal earth lug into the earth conductor as tight as possible so that the earth wire is sufficiently clamped. If earth is to be carried through to a contact, crimp contact prior to tightening grub screws.

 

 

 

 

13) Slide the spacer tube over the conductors and onto the rear shell.

 

 

 

 

14) a) CONTACT SIZES 50 - 240mm².
Push the insert assembly fully onto the crimp lugs. The insert should push inside the spacer tube. Refit the 4 screws into the ends of the contacts. Ensure these are fully tightened.

 

 

 

 

b) CONTACT SIZES 300 – 630mm².
Push the rear retainer over the contact. Place the split tube around the contact. Slide the front contact retainer over the contact and split tube. Slide the rear contact retainer over the rear of the contact and tighten the screw fully.

 

 

 

15) Slide the CP / CR shell over the insert and line the yellow dot on the insert up with the required keying position 1 to 5 marked on the CP / CR shell.

 

 

16) Screw the rear engaging nut fully onto the CP / CR shell.
Measure the distance between the front of the rear engaging nut to the back of the engaging nut which should be no greater than the distance shown.

 

 

 

17) Tighten down the 2 grub screws on the rear engaging nut.

 

 

 

18) Terminate the equipotential external earth to the ring terminal crimp provided if applicable. Remove the button head screw, spring washer and crimp from the rear engaging nut. Crimp the external earth wire into the crimp and reassemble.

 

 

 

19) Refit the protective or flameproof cap if applicable.

 

 

 

20) The connector is now ready for installation. Please refer to the hook up procedure.

 

 

 

HOOK UP PROCEDURE
Before commencing hook up, a visual inspection should be carried out on the cable / gland / connector assembly. The assembly should be checked to ensure that all of the assembly components are tight. If the assembly  components have loosened during transportation/cable installation, they should be retightened in accordance with the relevant assembly instruction sheets without twisting the cable in the cable gland/connector assembly. No hazardous gases should be present.

 

1) Turn off the power to the connectors.


2) Ensure the connectors are both set to the same keying position number, are of the same insert type and phase orientation.

 

 

3) Engage the CP connector with the BR / CR connector and align the key on the CP connector to the keyway on the BR / CR connector.

 

 

4) Engage the two connectors by screwing the engaging nut clockwise onto the BR/CR shell. If the engaging nut will not screw on more than half a turn, then the connectors are set to different keying positions.

 

 

5) Fully tighten the engaging nut with strap wrench if necessary and then tighten the grub screw on the engaging nut.

 

 

 

6) To disconnect, turn off the power (no hazardous gases should be present), slacken the tightened grub screw, turn the engaging nut anti-clockwise and remove the connector. If power is to be put through the connectors whilst demated, then a flameproof cap (available separately) must be fitted.

 

 

Technical Data

PowerEx Spec.pdf

PowerEx Manual 20070619.pdf

0.Ex Connectors Master Catalogue 20130819.pdf

 

 

 

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Hawke Exd Connector, PowerEx 기술사양

 

안녕하세요 TIATIP 입니다.

 

오늘 이 시간에는 호크 방폭커넥터 제품군 가운데, Power 연결 애플리케이션에 적합한 Hawke PowerEx 시리즈를 살펴보도록 하겠습니다.

HAWKE

Range For Harsh and Hazardous Locations

Hazardous Area Connector

PowerEx

IECEx/ATEX Certificate 

 

Overview

The PowerEx range of connectors have been designed specifically for the extremely demanding requirements of higher power applications.

 

 

 

Inserts are available with 1 to 4 contacts with a conductor acceptance range of between 50mm2 and 630mm2 operating up to 780A and 750V as standard. Other voltages available on special request.

 

 

Tamb: -40°C to +60°C.

II2 GD Exd IIC ExtD T85.

IP66, 67

DTS01 deluge protected.

 

 

 

 

Hawke Exd Connector Range For Harsh and Hazardous Locations, PowerEx

 

Technical Data

PowerEx Spec.pdf

PowerEx Manual 20070619.pdf

 

 

 

 

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Hawke Thread Conversion Solutions Fixed Elbows 496(F to F) Series 기술사양 소개 (UPD20140531)

 

안녕하세요 TIATIP 입니다.

 

오늘 이 시간에는 2014년 05월 31일자로 업데이트된 호크 케이블글랜드의 Thread Conversion Solutions 자료 가운데, 496시리즈 (F to F) 90˚ Fixed Elbow에 대해 살펴보겠습니다.

 

 

 

HAWKE International

A Division of Hubbell Incorporated

90˚ Fixed Elbow

496 Series

Hazardous Area

Flameproof Exd

Increased Safety Exe

Dust Protection Extb

Dual Certified ATEX/IECEx

 

 

 

  

 

Certification Details

Flameproof Exd IIC Gb, Increased Safety Exe IIC Gb and Dust Extb IIIC Db II 2GD.

• Certifi cate No's: Baseefa14ATEX0014U and IECEx BAS 14.0002U.

• Operating Temperature Range -60°C to +200°C.

• Group II and III.

 

 

 

 

 

 

General Information

• Manufactured in Brass, Nickel Plated Brass, Steel, Nickel Plated Steel and Stainless Steel.

• M20 to M75 as standard.

• Other parallel male thread options available on request, including BSPP, PG, ET and NPSM.

• NPT female threads can also be supplied in sizes ranging from ½ " to 3".

• Suitable for use in Zone 1, Zone 2, Zone 21, Zone 22 and mining applications.

• Construction and Test Standards: IEC/EN 60079-0, IEC/EN 60079-1 IEC/EN 60079-7 and IEC/EN 60079-31.

• Ingress Protection: IP66.

• Assembly Instruction Sheet: AI 430.

 

 

 

 

 

Note:

Diff erent thread sizes and types are permitted at each end of the elbow, a step of one thread size is permitted between the two threads. Where diff erent thread types/sizes are supplied, the overall dimensions may increase in size.

 

 

 

 

 

Ordering Example :

496/M32 Female x M32 Female 1.5mm Brass Nickel Plated

 


Technical Data :

496 Spec IDK 20140531.pdf

494 IDK Spec 20140531.pdf

495 IDK Spec 20140531.pdf

2.Hawke Accessories 2013 IDK.pdf

 

 

 

 

  

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Hawke Thread Conversion Solutions Fixed Elbows 495 (M to M) Series 기술사양 소개 (UPD20140531)

 

안녕하세요 TIATIP 입니다.

 

오늘 이 시간에는 2014년 05월 31일자로 업데이트된 호크 케이블글랜드의 Thread Conversion Solutions 자료 가운데, 495시리즈 (M to M) 90˚ Fixed Elbow에 대해 살펴보겠습니다.

 

 

 

 

HAWKE International

A Division of Hubbell Incorporated

90˚ Fixed Elbow

495 Series

Hazardous Area

Flameproof Exd

Increased Safety Exe

Dust Protection Extb

Dual Certified ATEX/IECEx

 

 

 

 

 

Certification Details

• Flameproof Exd IIC Gb, Increased Safety Exe IIC Gb and
Dust Extb IIIC Db II 2GD.

• Certifi cate No's: Baseefa14ATEX0014U and IECEx BAS 14.0002U.

• Operating Temperature Range -60°C to +200°C.

• Group II and III.

 

 

 

General Information

• Manufactured in Brass, Nickel Plated Brass, Steel, Nickel Plated Steel and Stainless Steel.

• M20 to M75 as standard.

• Other thread options available on request, including BSPP, PG, ET and NPSM. NPT threads are not permitted.

• Suitable for use in Zone 1, Zone 2, Zone 21, Zone 22 and mining applications.

• Construction and Test Standards: IEC/EN 60079-0, IEC/EN 60079-1 IEC/EN 60079-7 and IEC/EN 60079-31.

• Ingress Protection: IP66.

• Assembly Instruction Sheet: AI 429.

 

 

Note:

Diff erent thread sizes and types are permitted at each end of the elbow, a step of one thread size is permitted between the two threads. Where diff erent thread types/sizes are supplied, the overall dimensions may increase in size.

 

 

 

 

Ordering Example :

495/M32 Male x M32 Male 1.5mm Brass Nickel Plated

 

 

 


Technical Data :

495 IDK Spec 20140531.pdf

496 Spec IDK 20140531.pdf

494 IDK Spec 20140531.pdf

2.Hawke Accessories 2013 IDK.pdf

 

 

 

 

  

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Hawke Thread Conversion Solutions Fixed Elbows 494 (M to F) Series 기술사양 소개 (UPD20140531)

 

안녕하세요 TIATIP 입니다.

 

오늘 이 시간에는 2014년 05월 31일자로 업데이트된 호크 케이블글랜드의 Thread Conversion Solutions 자료 가운데, 494시리즈 (M to F) 90˚ Fixed Elbow에 대해 살펴보겠습니다.

 

 

HAWKE International

A Division of Hubbell Incorporated

90˚ Fixed Elbow

494 Series

Hazardous Area

Flameproof Exd

Increased Safety Exe

Dust Protection Extb

Dual Certified ATEX/IECEx

 

 

 

Certification Details

• Flameproof Exd IIC Gb, Increased Safety Exe IIC Gb and Dust Extb IIIC Db II 2GD.

• Certifi cate No's: Baseefa14ATEX0014U and IECEx BAS 14.0002U.

• Operating Temperature Range -60°C to +200°C. • Group II and III.

 

 

 

General Information

 • Manufactured in Brass, Nickel Plated Brass, Steel, Nickel Plated Steel and Stainless Steel.

• M20 to M75 as standard.

• Other parallel male thread options available on request, including BSPP, PG, ET and NPSM.

• NPT female threads can also be supplied in sizes ranging from ½ " to 3".

• NPT threads are not permitted on the Male threaded selection.

• Suitable for use in Zone 1, Zone 2, Zone 21, Zone 22 and mining applications.

• Construction and Test Standards: IEC/EN 60079-0, IEC/EN 60079-1 IEC/EN 60079-7 and IEC/EN 60079-31.

• Ingress Protection: IP66.

• Assembly Instruction Sheet: AI 428

 

 

 

 

Note:

Diff erent thread sizes and types are permitted at each end of the elbow, a step of one thread size is permitted between the two threads. Where diff erent thread types/sizes are supplied, the overall dimensions may increase in size.

 

 

Ordering Example :

494/M32 Male x M32 Female 1.5mm Brass Nickel Plated

 

 

 


Technical Data :

494 IDK Spec 20140531.pdf

495 IDK Spec 20140531.pdf

496 Spec IDK 20140531.pdf

2.Hawke Accessories 2013 IDK.pdf

 

 

 

 

 

  

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Hawke Cable Gland 321/R Series 기술사양 소개 (UPD20140611)

 

안녕하세요 TIATIP 입니다.

 

오늘 이 시간에는 2014년 06월 11일자로 업데이트된 호크 케이블글랜드 321/R 시리즈에 대한 사양에 대해 살펴보겠습니다.

 

 

 

 

HAWKE International

A Division of Hubbell Incorporated

Cable Glands

321/R Series

Hazardous Area

Increased Safety Exe

Class-Zones-Divisions

Certified ATEX/IECEx/cCSAus

 

 

 

 

Application
The 321/R cable gland provides a seal and cable clamp on the
outer cable sheath and is intended for use on non-armoured
elastomer and plastic insulated cables. The cable gland certifi ed
Exe and is suitable for installation in Zone 1 (21) and Zone 2 (22)
hazardous areas.

 

 

 

 

Technical Data

 

ATEX/IECEx
- Increased Safety Exe IIC Gb and Dust Extb IIIC Db II 2 GD.
- Certifi cate No’s: Baseefa06ATEX0059X and IECEx BAS 06.0016X.
- Suitable for use in Zone 1, Zone 2, Zone 21, Zone 22.
- Construction and Test Standards: IEC/EN 60079-0, 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 to DTS01.
- Operating Temperature Range: -60°C to +100°C.
- Assembly Instruction Sheet: AI 452.

 

cCSAus
- Increased Safety AExe IIC and Dust AExtD Zone 21.
- Explosion-proof Class 1 Division 2, Class II Division 2 Groups EFG, Class III.
- Certifi cate No’s: CSA1205533 for Marine Shipboard Cable.
- Construction and Test Standards: UL 60079-0, UL 60079-7, ISA 60079-31.
- CSA 22.2 No: 60079-0, CSA 22.2 No: 60079-7, CSA 22.2 No: 60079-31, UL 2225

 

 

 

 

Features
• When used in Increased Safety applications, this cable gland may be used with braided cable where the braid and the outer sheath pass into the enclosure. The braid must then be suitably terminated inside the enclosure.
Note: Braided cable is classed as unarmoured cable in the EN/IEC 60079 series standards for Exe applications.

• Manufactured in Brass (standard), Nickel Plated Brass, 316 Stainless Steel or Aluminium.

• Brass NPT entries are nickel plated as standard.

• Cable clamp provides required clamp and cleat function

 

Ordering Information
Format for ordering is as follows:
Certifi cation required i.e. ATEX / IECEx
Material & Finish i.e. Brass Nickel Plated
Alternative Seal (S), add suffix S to ordering information.

 

Example

321/R/C/M32/S/Nickel Plated Brass ATEX Certified

 

 

 

 

 

 

321R IDK Spec 20130129.pdf

321R IDK Spec 20140611.pdf

1.Hawke Accessories 2012 IDK.pdf

2.Hawke Accessories 2013 IDK.pdf

 

 

 

 

 

  

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Hawke Cable Gland 321 Series 기술사양 소개 (UPD20140611)

 

안녕하세요 TIATIP 입니다.

 

오늘 이 시간에는 2014년 06월 11일자로 업데이트된 호크 케이블글랜드 321 시리즈에 대한 사양에 대해 살펴보겠습니다.

 

 

HAWKE International

A Division of Hubbell Incorporated

Cable Glands

321 Series

Hazardous Area

Increased Safety Exe

Class-Zones-Divisions

Certified ATEX/IECEx/cCSAus

 

 

Application
The 321 cable gland provides a seal on the outer cable sheath and is
intended for use on non-armoured elastomer and plastic insulated
cables. The cable gland certifi ed Exe and is suitable for installation in
Zone 1 (21) and Zone 2 (22) hazardous areas.

 

 

 

 

Technical Data

 

ATEX/IECEx
- Increased Safety Exe IIC Gb and Dust Extb IIIC Db II 2 GD.
- Certifi cate No’s: Baseefa06ATEX0059X and IECEx BAS 06.0016X.
- Suitable for use in Zone 1, Zone 2, Zone 21, Zone 22.
- Construction and Test Standards: IEC/EN 60079-0, 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 to DTS01.
- Operating Temperature Range: -60°C to +100°C.
- Assembly Instruction Sheet: AI 451.

 

cCSAus
- Increased Safety AExe IIC and Dust AExtD Zone 21.
- Explosion-proof Class 1 Division 2, Class II Division 2 Groups EFG, Class III.
- Certifi cate No’s: CSA1205533 for Marine Shipboard Cable.
- Construction and Test Standards: UL 60079-0, UL 60079-7, ISA 60079-31.
- CSA 22.2 No: 60079-0, CSA 22.2 No: 60079-7, CSA 22.2 No: 60079-31, UL 2225

 

 

 

Features
• When used in Increased Safety applications, this cable gland may be used with braided cable where the braid and the outer sheath pass into the enclosure. The braid must then be suitably terminated inside the enclosure.
Note: Braided cable is classed as unarmoured cable in the EN/IEC 60079 series standards for Exe applications.

• Manufactured in Brass (standard), Nickel Plated Brass, 316 Stainless Steel or Aluminium.

• Brass NPT entries are nickel plated as standard.

 

 

Ordering Information
Format for ordering is as follows:
Certifi cation required i.e. ATEX / IECEx
Material & Finish i.e. Brass Nickel Plated
Alternative Seal (S), add suffix S to ordering information.

 

Example

321/C/M32/S/Nickel Plated Brass ATEX Certified

 

 

 

 

321 IDK Spec 20140611.pdf

321 IDK Spec 20110609.pdf

2.Hawke Accessories 2013 IDK.pdf

1.Hawke Accessories 2012 IDK.pdf

 

 

 

 

  

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댓글을 달아주세요:: 네티켓은 기본, 스팸은 사절

Hawke Additional NEC Approvals and CSA Approvals 사양소개

 

안녕하세요 TIATIP 입니다.

 

오늘 이 시간에는 Hawke International News, 케이블글랜드/케이블그랜드 제품군의 새로운 승인자료 업데이트분을 소개합니다.

 

 

 

501/421

501/414

501/423

501/453/RAC

501/453/Universal

ICG 623

ICG 653/Universal

CSB 656N

 

Additional NEC / CSA
Approvals for Cable Glands

Hawke International is pleased to announce an important addition to their comprehensive portfolio of international hazardous location approvals.

 

 

 

Canadian Standards Association, cCSAus approvals for both Canada
and America, including Classes and Zones and Classes and Divisions
now cover the following cable gland ranges for use with Marine
Shipboard Cables, Unarmoured and Conduits:-

501/421
501/421R
501/414
501/423
501/453 RAC
501/453
Universal
ICG623
ICG653
Universal
CSB656
CSB656N

 

Additional NEC / CSA Approvals

 

We are pleased to announce an important addition to our comprehensive portfolio of international hazardous location approvals. Canadian Standards Association, cCSAus approvals for both Canada and America, including Classes and Zones and Classes and Divisions now cover the following cable gland ranges for use with Marine Shipboard Cables and Conduits:-

 

These cable gland ranges will be marked with ATEX, IECEX, GOST-R, CEPEL- INMETRO and with cCSAus Class and Zones and Class and Division marking.

 

The additional marking includes:- the CSA Certification number, Class 1 Zone1, AExeII, AExdIIC, AExtD Zone 21, Class I Div 2 ABCD, Class II EFG, and Class III and covers gases, vapours and dusts.

 

These NEC/CSA cable gland ranges compliment the well established UL listed Hawke 7 Series cable glands.

 

This additional approval will provide an improved global certification approach to satisfy our customer’s requirements for a comprehensive range of safe and reliable, globally certified cable gland connection solutions.

 

 

 

 

 

 

NEC CSA Approvals Glands.pdf

1.Cable Glands-Group ll.pdf

1.Cable Glannds-Industrial.pdf

1.Cable Glands-Group I Mining.pdf

1.Cable Glands-American Series NEC,IEC.pdf

1.Cable Glannds-Selection chart.pdf

2.Hawke Accessories 2013 IDK.pdf

 

 

 

 

 

 

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Hawke New Fourth Generation ControlEx Connectors 신제품사양 소개

 

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오늘 이 시간에는 Hawke International News, Connection Solutions 가운데, 방폭커넥터와 관련한 차세대 Connector 에 대해 살펴보도록 하겠습니다.

 

 

 

We are pleased to announce that we have launched the new fourth generation ControlEx Connectors. Improvements include a new padlock facility and improved secure cap fixings. The padlock allows the connectors to be securely locked to prevent accidental unplugging of the equipment, while the improved secure cap fixings prevent them being lost or damaged.

 

 

 

 

Designed for powering control equipment in hazardous areas, the plug-and play connectors promote the safe and rapid installation, service and replacement of control equipment. Enhancing productivity and uptime. Customer feedback shows reduced hook-up time continues to be a vital contribution to achieving cost savings and increased productivity.

 

 

 

 

Ideal for both onshore and offshore applications in oil and gas operations and other environments with explosive hazards, the new ControlEx maintains many of the original features of earlier models.

 

 

 

 

These include a variable keying system, to prevent accidental cross-mating, modular gold plated field-crimpable inserts for ease of wiring and an easily inspected flameproof barrier seal.

 

 

 

 

 

ControlEx embodies over 20 years of experience in plug-and-socket manufacture. Machined from marine grade stainless steel, the connectors provide unrivalled durability in hostile environments. The equipment is ATEX, IECEX, Exd rated with an ingress protection rating of IP66/67 and industry leading DTS01 deluge protection. Flexibility and efficient stock holding is assured with multiple inserts being available allowing bodies to handle up to 60 cores.

 

 

 

 

As part of the world-wide Hubbell electrical group, Hawke International products are available with full technical support from branches and distributors on every continent.

 

 

 

 

 

Ex Connectors Master Catalogue 20130819.pdf

 

 

 

 

 

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Hawke Thread Conversion Solutions and Accessories 관련 소식

 

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오늘은 Hawke International News, Hawke의 다양한 라인업 가운데, Thread Conversion Solutions 에 적합한 아이템군과 관련 악세서리 자료를 소개합니다.

 

 

Hawke Thread Conversion Solutions and Accessories

 


To easily overcome installation issues, we have produced an extensive range of thread adapters, reducers and fittings. These enable interconnection of dissimilar sized connections on cable glands and enclosures while remaining compliant with international standards and approvals. This ensures that the integrity of the equipment and safety within an hazardous environment is not compromised.

 

 

 

Our products are installed in harsh and hazardous environments both onshore and off shore. Our hazardous area products are in use around the world, so installers and contractors may need to adapt equipment to meet local engineering practice, or national standards and codes. The incompatibility of threads, due to size, or pitch is a typical problem. To overcome that issue we have designed a range of adaptors which will convert two sizes above its own thread diameter, and an unlimited size below. Suitable for industrial, Exe and Exd environments we will be able to provide a thread converter for all types of standard threads.

 

 

 

 

An on-site installer stated “Design mistakes can happen! The project process is truly global, and sometimes, we may be faced with equipment, which has been designed in one country, may not connect with other piece of equipment which has been designed elsewhere. In some cases this may delay a time critical project, or maintenance requirement. To overcome that issue we need a flexible but certified range of adaptors which can fix the problem quickly, without having to spend the extra time or money on expensive engineering work or redesign”

 

 

 

 

Our new range of thread adaptors, are available through our global network of distributors. We also have, elbows for 90 degree connections, as well as in-line unions, earth lead adaptors, breather drains, stopping plugs and other accessories.

 

 

 

 

Our adaptors are manufactured to the same exacting standards as our Cable Glands and Connectors. They use the same high grade materials and production processes certified to ISO9001. Equipment is tested to the latest IEC/EN60079 standards and are dual certified ATEX and IECEx.

 

 

 

 

2.Hawke Accessories 2013 IDK.pdf

 

 

 

 

 

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Hawke High Voltage Enclosures 신제품 소개

 

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오늘 이 시간에는 Hawke International News, Hawke의 High Voltage Enclosures 출시소식을 전합니다. 

 

 

 

 

 

 

The S-Series range of ATEX / IECEx Increased Safety Stainless Steel Junction Boxes has been extended to include larger box sizes and support

 

Conventional connection terminals are replaced by copper bus bars and crimp connections which are arranged in a number of configurations including:-

 

 

  • Single Phase and Earth
  • Three Phase and Earth
  • Three Phase Neutral and Earth

 

With crimp connection capabilities up to 12 x 400 sq. mm. connections per busbar, currents up to 2,500 amps per phase and voltages of 7.2 Kv between phases, this range extension offers a number of flexible solutions for higher power applications.

 

Designed for ease of installation and long term reliaiblity, these Enclosures have been independently tested for short circuit fault conditions up to 100 kA for 1 second.

 

 

 

 

 

 

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Hawke SK Range Enclosures With K-Mass Fire Protection 신제품출시

 

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오늘 이 시간에는 Hawke International News, Hawke 에서 Fire Protection 사양으로 새롭게 선보이는 SK Range Enclosure에 대해 살펴보도록 하겠습니다.

 

 

 

 

◎ Fire protected Terminal Enclosure designed for safety critical systems

 

◎ K-Mass® fire tested to UL 1709 for a minimum of 30 minutes in a hydrocarbon fire at 1093° C/ 2000F

◎ Removable gland cover for ease of maintenance

◎ Moulding K-Mass® to the Hawke Enclosure means that the fire protection cannot be omitted

◎ Internal/ external earth

◎ Superior one piece silicone sponge gasket providing IP66 and DTS01 Protection

◎ Terminal and entry configuration to suit customer requirements

 

 

Hawke SK Enclosures_20130000.pdf

 

 

 

 

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호크 Hawke Breather Dryer Unit 기술사양

 

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오늘은 Hawke Desiccant Transformer Breathers 제품군 가운데 Transformer Breather Dryer Unit을 살펴보고자 합니다.

 

 

 

Hawke

Desiccant Breather

Transformer Breather Dryer Unit

 

 

 

 

Overview

 

We have designed a highly efficient, specialist drying unit that can be used on all HB products. This portable unit will dry out and recharge saturated charges. This exercise can be carried out 3 times, prolonging the working life of each charge.

 

The unit comprises of :-

 

A (240 volt or 110 volt) blower motor complete with thermal protection.

 

½ Kw Heater element.

 

Pressure release valve and air filter.

 

Stainless Steel two way connecting pipe work and manifold with adaptors accepting up to two breather charges.

 

Substantial Mild Steel black enamel coated framework.

 

 

HB CAT.pdf

HB Instructions.pdf

HBP HBP2 CAT.pdf

 

 

 

 

 

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호크 Hawke Mounting Brackets 기술사양

 

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오늘 이 시간에는 Hawke Desiccant Transformer Breathers 시리즈 옵션사항 가운데 Mounting Brackets에 대해 살펴보도록 하겠습니다.

 

 

 

Hawke

Mounting Brackets

Accessories for Hawke Transformer Breather Units

 

 

 

 

 

HB CAT.pdf

HB Instructions.pdf

HBP HBP2 CAT.pdf

 

 

 

 

 

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호크 Hawke Multiple Breather Units Types : HB55, HB66, HB77 & HB777 기술사양

 

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오늘은 Hawke Desiccant Transformer Breathers Series 가운데 Multiple Breather Unit에 대해 살펴보겠습니다.

 

 

 

Hawke

Desiccant Breather

Multiple Breather Units Types: HB55, HB66, HB77 & HB777

 

HB Transformer Breather

 

HB1 : Transformer Total Oil Content Litres = up to 1115

HB2 : Transformer Total Oil Content Litres = 1115 to 2230

HB3 : Transformer Total Oil Content Litres = 2230 to 4455

HB4 : Transformer Total Oil Content Litres = 4455 to 11150

HB5 : Transformer Total Oil Content Litres = 11150 to 22230

HB6 : Transformer Total Oil Content Litres = 22230 to 33420

HB7 : Transformer Total Oil Content Litres = 33420 to 44550

HB55 : Transformer Total Oil Content Litres = 33420 to 44550

HB66 : Transformer Total Oil Content Litres = 44550 to 66840

HB77 : Transformer Total Oil Content Litres = 66840 to 89120

HB777 : Transformer Total Oil Content Litres = 89120 to 133680

 

 

 

Overview

 

The design of the Hawke desiccant breather in its single unit form (i.e. HB2) has been limited to weights and dimensions which enable easy handling during initial installation and subsequent charge replacement. However, parallel arrangements are available for those situations where the oil volume of the transformer requires larger volumes of desiccant gel. Please see table below for more information.

Where breather charges are operated in parallel, it is essential that only one oil valve is used, this maintains a balanced air flow through each branch of the multiple arrangement. The pipe work for the connection of two and three breathers in parallel are standard fittings.

 

 

HB CAT.pdf

HB Instructions.pdf

HBP HBP2 CAT.pdf

 

 

 

 

 

 

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호크 Hawke HBP Type Transformer Breather 기술사양

 

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오늘은 Hawke Desiccant Transformer Breathers 제품군 가운데 HBP Type Transformer Breather 에 대해 살펴보겠습니다.

 

 

 

Hawke

Desiccant Breather

HBP Type Transformer Breather

HBP & HBP/2 Transformer Breathers

HBP : Transformer Total Oil Content Litres = up to 1250

BHP/2 : Transformer Total Oil Content Litres = up to 2500

 

 

 

 

 

Overview

 

The HBP desiccant breather has been specially designed to provide an economical protection device for smaller transformers having a low oil content. The breather body and oil seal cup are moulded in high strength polycarbonate, which offers mechanical strength and weather resistance, the transparent material also allows all round visability of the desiccant at a distance.

The design of the HBP desiccant breather allows the capacity to be increased for use on larger transformers. This is known as the HBP/2. Hawke desiccant breather types HBP and HBP/2 are refillable.

 

 

HB CAT.pdf

HB Instructions.pdf

HBP HBP2 CAT.pdf

 

 

 

 

 

 

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호크 Hawke HB Type Transformer Breather  기술사양

 

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Hawke Desiccant Transformer Breathers Series 가운데 HB Type에 대하여 알아보겠습니다.

 

 

 

Hawke

Desiccant Breat

HB Type Transformer Breather

 

 

 

 

Selection Guide for HB Transformer Breathers

 

HB1 : Transformer Total Oil Content Litres = up to 1115

HB2 : Transformer Total Oil Content Litres = 1115 to 2230

HB3 : Transformer Total Oil Content Litres = 2230 to 4455

HB4 : Transformer Total Oil Content Litres = 4455 to 11150

HB5 : Transformer Total Oil Content Litres =  11150 to 22230

HB6 : Transformer Total Oil Content Litres = 22230 to 33420

HB7 : Transformer Total Oil Content Litres = 33420 to 445

HB55 : Transformer Total Oil Content Litres = 33420 to 44550

HB66 : Transformer Total Oil Content Litres = 44550 to 66840

HB77 : Transformer Total Oil Content Litres = 66840 to 89120

HB777  : Transformer Total Oil Content Litres = 89120 to 133680

 

 

Overview

 

The HB desiccant breather is ideal for a large range of transformer sizes. The charge is constructed from high strength polycarbonate with the additional protection of a polythene coated metal screen, it's identical die cast end plates are sealed in position to form a very strong unit.

Sizes 1, 2, 3 and 4 tapped to accept ¾ B.S.P.P.

Sizes 5 and above supplied with standard hole positions to accept a flanged fixing to BS10 table D (1" pipe).

 

 

HB CAT.pdf

HBP HBP2 CAT.pdf

HB Instructions.pdf

 

 

 

 

 

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호크 Hawke Desiccant Transformer Breathers 라인업 소개

 

안녕하세요 TIATIP 입니다.

 

Hawke 에서 소개되는 Desiccant Transformer Breathers 제품군에 대해 소개드립니다.

 

 

 

 

Hawke

Desiccant Transformer Breathers

Our full range

 

 

Why choose Hawke?

When specifying products used in critical electrical supply applications you need the utmost confidence. Hawke has many years of experience in the manufacture and supply of Desiccant Breathers to the electrical supply industry where control of humidity ingress is essential for the safe operation of large transformers.

 

 

Why choose a Hawke Desiccant Breather?

Hawke Desiccant Breathers are made up of four basic parts, making assembly as simple as possible and therefore keeping servicing time down to a minimum.

Hawke Breathers are filled with a Desiccant gel which changes colour from orange to clear as it absorbs water vapour. Attached to every Hawke Breather is a Desiccant colour change indicator, which allows easy assessment of the breather status. When the desiccant becomes saturated it can be reactivated or replaced, dependant on the type of breather.

 

 

1. HB Type

 

Ideal for a large range of transformer sizes.

 

 

 

2. HBP Type

Provides an economical protection device for smaller transformers.

 

 

 

 

3. Multiple Breather Units

 

 

Where the oil volume of the transformer requires larger volumes

of desiccant gel.

 

 

 

4. Breather Dryer Unit

 

 

Highly efficient, specialist drying unit for use on all HB products.

 

 

 

5. Mounting Brackets

 

 

 

 

HB CAT.pdf

HBP HBP2 CAT.pdf

 

 

 

 

 

 

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호크 Hawke InstrumEx Connector 기술사양

 

안녕하세요 TIATIP 입니다.

 

오늘 이 시간에는 Hawke Exd Connector Series 가운데 InstrumEx 사양을 살펴보도록 하겠습니다.

 

Hawke

Hazardous Area Connector

InstrumEx

Tamb: -40°C to +60°C. II2 GD Exde IIC ExtD T85. IP66, 67

and DTS01 deluge protected.

 

 

 

 

 

Overview

 

This revolutionary design allows the live mate and de-mating of signal and low power in hazardous areas safely and quickly. The InstrumEx connector is available with two insert options:

The 4-way option will accept cores ranging between 0.5mm² and 2.5mm² and can operate up to a maximum current of 10A (AC1) at 250V AC & 2.5A (DC1) 60V DC.

The 8-way option, designed predominantly for Ethernet applications, will accept cores ranging between 0.14mm² and 0.37mm² and can carry 1A (AC1) at 60V AC & 0.5A (DC1)60V DC. InstrumEx connectors include an integral Hawke cable gland for easy termination of both armoured and un-armoured cables.

 

 

 

 

 

 

1. Pre-Terminated

All BR Connectors are supplied with pre-terminated and encapsulated tails to suit your requirements.

 

 

 

 

2. Electrical Insert With Key

Easy to assemble electrical insert allows crimped or soldered connections.

 

 

 

 

 

3. Integral Keying

Machined key and keyway ensures connector alignment. Unique 5 position insert keying system prevents cross-mating.

 

 

 

 

4. Quick Connect

Unique 4 start ACME thread offers a smooth and quick fully mating action in less than two turns. Earth continuity is achieved via a 360° contact clip.

 

 

 

 

5. Keyed Positions

Secondary keying on the actual insert bodies guarantees contact alignment, preventing pin damage.

 

 

 

 

6. Anti-rotation

Profiled Spigot and connector body prevent cable rotation, eliminating cable damage.

 

 

 

 

7. Reversible Armour Clamp

The InstrumEx incorporates our proven and patented armour termination method to accomodate different types of armour or braid.

 

 

 

 

8. Versatile LSFZH Rear Seal

Accommodates a wide range of cable sizes and provides highly effective cable grip and ingress protection.

 

 

 

 

 

HAWKE

Hazardous Area Connector

InstrumEx

Tamb: -40°C to +60°C. II2 GD Exde IIC ExtD T85. IP66, 67

and DTS01 deluge protected.

InstrumEx Connector Dimensions

 

 

 

 

 

How it works

The InstrumEx connectors are designed to provide ease of installation and speed of use, whilst providing a flexible safe and reliable method for mating and disconnection of circuits which are energised.

 

Stage 1.

 

 

The two mating halves are easily engaged and disengaged by two full turns of the ACME custom engaging thread, during which time the pins and socket are protected by the Exd flameproof protection concept. The outer shell of the connector combined with the integral Hawke cable gland seal ensure that the internal connections are protected to the Exe increased safety protection concept.

 

 

Stage 2.

 

 

During connector engagement and disengagement any sparking of the contacts is contained within an arc &lsqo quenching section’ which is housed within the Exd flamepath areas.

 

 

 

Stage 3. 

 

When the connector halves are disengaged, the socket section is protected to IP30 and must have the protective cap fitted immediately to restore the full Exe increased safety requirements and IP rating. The pins and socket inserts are interchangeable between all three connector components: i.e. Bulkhead Receptacle, In-Line Receptacle and Connector Plug. In all installations, the "live" side of the connector must always contain the socket insert.

 

 

 

 

 

Ex Connectors InstrumEx.pdf

Ex Connectors InstrumEx Bro.pdf

Ex Connectors InstrumEx Manual.pdf

Ex Connectors Master Catalogue 20130819.pdf

 

 

 

 

 

 

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호크 Hawke ControlEx Connector 기술사양

 

안녕하세요 TIATIP 입니다.

 

오늘 이 시간에는 Hawke Exd Connector Series 가운데 ControlEx 사양을 살펴보도록 하겠습니다.

 

 

 

Hawke

Hazardous Area Connector

ControlEx

Tamb: -40°C to +60°C. II2 GD Exd IIC ExtD T95. Extb IIIC Db. IP66, 67

and DTS01 deluge protected.

 

 

 

 

Overview

 

The 3rd generation of ControlEx connectors include many features and refinements as a result of consumer feedback, which makes them particularly suitable for control and low/medium power applications.

The robust stainless steel body can hold up to 60 contacts and will accept conductor sizes ranging between 0.5mm² and 35mm², operating up to 125A and 660V.

 

 

 

 

1. Threaded Bulkhead

The threaded bulkhead connector utilises industry standard threads and also incorporates an integral 'o' ring seal.

 

 

 

 

2. Fully Inspectable Flameproof Barrier

Provides direct inspection of the flameproof seal and offers users the peace of mind that the connector is safe for installation.

 

 

 

 

3. Keying Position

The unique visual 5 position insert keying system (3 on Ex16) along with the the integral machined keyways prevent contact damage and ensures safe use by eliminating the possibility of misconnection of adjacent circuits.

 

 

 

 

 

4. ACME Thread At Mating Interface

Unique ACME thread offers a smooth and quick fully mating action.

 

 

 

 

5. Easy Fieldwireable

Pin and socket inserts are numbered front and back to assist wiring and avoid termination errors. Crimp and solder inserts available.

 

 

 

 

 

 

6. Keyway Tube

Provides an extended installation keyway, which assists connector assembly by making pin/socket insertion quick and easy.

 

 

 

 

7. Spacer Tube

Improves accessibility for soldering/crimping conductors, as the spacer tube is retrofitted once electrical termination is complete.

 

 

 

 

8. Running Coupler

Allows the connector to be installed onto a pre-assembled cable gland. Connector is rear loading and includes locking engaging nut.

 


 

 

Hawke

Hazardous Area Connector

ControlEx

Tamb: -40°C to +60°C. II2 GD Exd IIC ExtD T95. Extb IIIC Db. IP66, 67

and DTS01 deluge protected.

ControlEx Connector Dimensions

 

 

 

 

 

For connector plugs and connector receptacles, cable glands are required to terminate incoming cables. These can be selected from the cable gland section of our website. These cable glands include but are not restricted to 501/453/Universal and the ICG 653/Universal. For portable applications we recommend the ICG 653/Universal cable gland.

 

 

Ordering Information

 

For ordering information and codes, please see order codes tab.

 

Order Codes

When ordering, select the relevant code from each block as shown in the example below:

ControlEx/Exd-32-S-CP-V-19 x 1.5-S-S-FLFPC-A

 

 

 

 

 

 

 

 

Ex Connectors ControlEx.pdf

Ex Connectors ControlEx Inline connector termination.pdf 

Ex Connectors ControlEx Hook up procedure.pdf

Ex Connectors ControlEx CP.pdf

Ex Connectors ControlEx Bulkhead receptacle termination procedur

Ex Connectors ControlEx BR.pdf

Ex Connectors Master Catalogue 20130819.pdf

Ex Connectors Controlex Config 20140531.pdf

 

 

 

 

 

 

 

내 기술지원 및 구매상담처

CUSTOMER SUCCESS IDK

deric@jadongwha.com

www.tiatip.com

  

 

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호크 Hawke PowerEx Connector 기술사양

 

안녕하세요 TIATIP 입니다.

 

오늘 이 시간에는 Hawke Exd Connector Series 가운데 PowerEx 사양을 살펴보도록 하겠습니다.

 

 

 

Hawke

Hazardous Area Connector

PowerEx

Tamb: -40°C to +60°C. II2 GD Exd IIC ExtD T85. IP66, 67

and DTS01 deluge protected.

 

 

 

 

 

Overview

 

The PowerEx range of connectors have been designed specifically for the extremely demanding requirements of higher power applications.

Inserts are available with 1 to 4 contacts with a conductor acceptance range of between 50mm2 and 630mm2 operating up to 780A and 750V as standard. Other voltages available on special request.

 

 

 

Hawke

PowerEx Features

 

 

 

 

 

1. Running Coupler

Allows the connector to be installed onto a pre-assembled cable gland.

 

 

 

2. Keying Position

The unique visual 5 position insert keying system along with the the integral machined keyway prevents contact damage and ensures safe use by eliminating the possibility of misconnection of adjacent circuits.

 

 

 

3. Internal Earth

Internal earth fitted as standard. Sized to suit cables earthing facility.

 

 

 

4. Easy Fieldwireable

Insert assembled outside connector shell to assist wiring and allow greater flexibility.

 

 

 

 

5. Multilam Technology

Tried and tested multiple high contact force, low resistance multilams used in all contacts.

 

 

 

 

6. Acme Thread At Mating Interface

Unique ACME thread offers a smooth and quick fully mating action.

 

 

 

Hawke

Hazardous Area Conn

PowerEx

Tamb: -40°C to +60°C. II2 GD Exd IIC ExtD T85. IP66, 67 and DTS01 deluge protected.

PowerEx Connector Dimensions

 

 

 

For connector plugs and connector receptacles, cable glands are required to terminate incoming cables. These can be selected from the cable gland section of our website. These cable glands include but are not restricted to 501/453/Universal and the ICG 653/Universal.

 

 

 

 

Ordering Information

 

For ordering information and codes, please see order codes tab.

 

When ordering, select the relevant code from each block as shown in the example below: PowerEx/Exd-50-S-CR-A-4-50-S-FLFRC-A

 

 

 

 

Ex Connectors-Power.pdf

Manual_PowerEx.pdf

 

 

 

 

 

 

 

내 기술지원 및 구매상담처

CUSTOMER SUCCESS IDK

deric@jadongwha.com

www.tiatip.com

  

 

 

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호크 Hawke Exd Connector Range 라인업 소개

 

안녕하세요 TIATIP 입니다.

 

오늘은 호크 Hawke 제품군 가운데 PowerEx, ControlEx, 그리고 InstrumEx로 대표되는 Exd Connector Range 에 대하여 살펴보겠습니다.

 

 

 

 

Hawke

Exd Connector Range

For Harsh and Hazardous Locations

 

 

 

 

 

For customers who demand the best

 

For those who demand quality, reliability and above all, safety, Hawke International is the obvious choice.

 

 

 

 

 

 

 

 

1. PowerEx Series

 

Hazardous Area Connector
IEC Ex ATEX

 

 

 

2. ControlEx Series

 

Hazardous Area Connector
IEC Ex ATEX

 

 

 

3. InstrumEx Series

 

Hazardous Area Connector
IEC Ex ATEX

 

 

 

 

 

 

Hawke_Connectors_Catalogue 1.pdf

 

 

 

 

 

 

 

내 기술지원 및 구매상담처

CUSTOMER SUCCESS IDK

deric@jadongwha.com

www.tiatip.com

  

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