ENERGY /// POLYMERIC SURGE ARRESTERS (IEEE) BOWTHORPE EMP POLYMERIC SURGE ARRESTERS (IEEE)

Transcription

1 ENERGY /// POLYMERIC SURGE ARRESTERS (IEEE) BOWTHORPE EMP POLYMERIC SURGE ARRESTERS (IEEE)

2 ADVANCED OVER VOLTAGE PROTECTION TE Connectivity (TE) has leveraged decades of design and development experience to create the sgle column high voltage surge arrester series, designed to protect power equipment and apparatus from lightng and switchg over voltages. Alumum Fittgs Silicone Rubber Housg Glass Fiber Rods Alumum Crimp ZnO Varistors Qualification Testg The basic construction comprises ZnO varistors assembled with an open cage design. The followg IEEE C62.11 design type tests have been carried out on all polymeric surge arresters. Tests performed on metal oxide blocks: Discharge voltage characteristics test Sgle impulse withstand ratg test Accelerated agg test Switchg surge energy ratg test Duty cycle test Temporary over voltage test Tests performed on complete surge arresters: Contamation test (PAA) Bendg moment test Internal partial discharge test Short-circuit test Weather agg 1000 hour test Insulation withstand tests on surge arrester housg: Dry Lightng impulse voltage withstand test Wet Power frequency voltage withstand test Wet Switchg Impulse voltage withstand test (PBA) Alumum Heat Sk ENERGY /// POLYMERIC SURGE ARRESTERS (IEEE)

3 Technical Data PAA PBA PCA Maximum System Voltage Umax System Voltage Unom Lightng impulse classifyg current: ka High current impulse (4/10 µs) ka Energy ratg class B D E Switchg surge energy ratg kj/ MCOV Rated short circuit current ka Cantilever load* Maximum design cantilever load lbf Ultimate strength lbf * As defed IEEE C62.11 December 2012 Electrical Performance Maximum System Voltage Um () Duty cycle voltage Ur () Energy ratg class Long Duration Current 2000 µs (A) Lightng impulse classifyg current (8/20 µs) (ka) High current impulse 4/10 µs (ka) Switchg surge energy ratg (kj/) MCOV Arrester Type B PAA D PBA E PCA B PAA D PBA E PCA B PAA D PBA E PCA B PAA D PBA E PCA B PAA D PBA E PCA D PBA E PCA D PBA E PCA D PBA E PCA D PBA E PCA PAGE 3

4 Electrical Characteristics Maximum System Voltage Um Duty cycle voltage Ur MCOV Energy ratg Class Max. Ures tested with current wave Switchg impulse discharge voltage (45/90 µs) Normalized lightng impulse discharge voltage (8/20 µs) Normalized FOW discharge voltage (1/20 µs) 250 A 500 A 1000 A 2000 A 1.5 ka 3 ka 5 ka 10 ka 20 ka 5 ka 10 ka B B D D D E E E B B B B B D D D D D E E E E E B B B D D D E E E * TOV curves are given on technical data sheets for selected surge arrester (on request) Surge arresters with other characteristics are available on request ENERGY /// POLYMERIC SURGE ARRESTERS (IEEE)

5 Mechanical Characteristics TOV Capability (without prior energy) Leakage Overall height Mimum between Mimum between Cantilever load 1 sec* Tc 10 sec* Tc phase centers phase to ground Maximum design cantilever load lbf. Ultimate strength lbf. Weight lbs Drawg Reference M7 Product code BOW PAA BOW PAA BOW PBA BOW PBA BOW PBA BOW PCA BOW PCA BOW PCA BOW PAA BOW PAA BOW PAA BOW PAA BOW PAA BOW PBA BOW PBA BOW PBA BOW PBA BOW PBA BOW PCA BOW PCA BOW PCA BOW PCA BOW PCA BOW PAA BOW PAA BOW PAA BOW PBA BOW PBA BOW PBA BOW PCA BOW PCA BOW PCA1-42 PAGE 5

6 Electrical Characteristics Maximum System Voltage Um Duty cycle voltage Ur MCOV Energy ratg Class Max. Ures tested with current wave Switchg impulse discharge voltage (45/90 µs) Normalized lightng impulse discharge voltage (8/20 µs) Normalized FOW discharge voltage (1/20 µs) 250 A 500 A 1000 A 2000 A 1.5 ka 3 ka 5 ka 10 ka 20 ka 5 ka 10 ka B B B D D D D E E E E D D D E E E D D D E E E D D D E E E * TOV curves are given on technical data sheets for selected surge arrester (on request) Surge arresters with other characteristics are available on request ENERGY /// POLYMERIC SURGE ARRESTERS (IEEE)

7 Mechanical Characteristics TOV Capability (without prior energy) Leakage Overall height Mimum Mimum Cantilever load between between 1 sec* Tc 10 sec* Tc phase phase to Maximum Ultimate centers ground design strength cantilever load Weight Drawg Reference M7 Product code lbf. lbf. lbs BOW PAA BOW PAA BOW PAA BOW PBA BOW PBA BOW PBA BOW PBA BOW PCA BOW PCA BOW PCA2E BOW PCA2E BOW PBA BOW PBA BOW PBA BOW PCA2E BOW PCA3E BOW PCA3E BOW PBA BOW PBA BOW PBA BOW PCA3E BOW PCA3E BOW PCA3E BOW PBA BOW PBA BOW PBA BOW PCA3E BOW PCA3E BOW PCA3E-132 PAGE 7

8 Electrical Characteristics Maximum System Voltage Um Duty cycle voltage Ur MCOV Energy ratg Class Max. Ures tested with current wave Switchg impulse discharge voltage (45/90 µs) Normalized lightng impulse discharge voltage (8/20 µs) Normalized FOW discharge voltage (1/20 µs) 250 A 500 A 1000 A 2000 A 1.5 ka 3 ka 5 ka 10 ka 20 ka 5 ka 10 ka D D D E E E E E E E E E E E E E * TOV curves are given on technical data sheets for selected surge arrester (on request) Surge arresters with other characteristics are available on request ENERGY /// POLYMERIC SURGE ARRESTERS (IEEE)

9 Mechanical Characteristics TOV Capability (without prior energy) Leakage Overall height Mimum between Mimum between Cantilever load 1 sec* Tc 10 sec* Tc phase centers phase to ground Maximum design cantilever load lbf. Ultimate strength lbf. Weight lbs Drawg Reference M7 Product code BOW PBA BOW PBA BOW PBA BOW PCA31E BOW PCA31E BOW PCA31E BOW PCA33E BOW PCA33E BOW PCA33E BOW PCA33E BOW PCA331E BOW PCA331E BOW PCA331E BOW PCA332E BOW PCA333E BOW PCA333E-312 PAGE 9

10 PAA Termation Options L1 M16 stud assembly L2 Le Clamp to suit cables up to 0.62 approximately 50 kcmil L5 Le Clamp to suit cables up to 1.38 approximately 1250 kcmil L6 Alumum Stem Ø30 x high L21 4 Hole NEMA Pad E1 2 x M10 x 0.79 Hexagonal headed set screws and sprg washers E2 Groundg Clamp to suit cables up to.62. E5 Groundg Clamp to suit cables from to M7 Pedestal Base with 3 x.59. slots on PCD M8 Set of x 3. Polyfiber Base Insulators supplied with M5 pedestal base with 3 x slots on PCD Example: PAA22 60 L1 E1 M7-45 Arrester Housg Duty Cycle Voltage Denotes IEEE configuration Mountg Base Groundg Termal Le Termal ENERGY /// POLYMERIC SURGE ARRESTERS (IEEE)

11 PBA Termation Options L1 M16 stud assembly L2 Le Clamp to suit cables up to 0.62 approximately 50 kcmil L5 Le Clamp to suit cables up to 1.38 approximately 1250 kcmil L6 Alumum Stem Ø30 x high L21 4 Hole NEMA Pad E1 2 x M10 x 0.79 Hexagonal headed set screws and sprg washers E2 Groundg Clamp to suit cables up to.62. E5 Groundg Clamp to suit cables from to M7 Pedestal Base with 3 x.59. slots on PCD M8 Set of x 3. Polyfiber Base Insulators supplied with M5 pedestal base with 3 x slots on PCD Example: PAA22 60 L1 E1 M7-45 Arrester Housg Duty Cycle Voltage Denotes IEEE configuration Mountg Base Groundg Termal Le Termal PAGE 11

12 PCA Termation Options L1 M16 stud assembly L2 Le Clamp to suit cables up to 0.62 approximately 50 kcmil L5 Le Clamp to suit cables up to 1.38 approximately 1250 kcmil L6 Alumum Stem Ø30 x high L21 4 Hole NEMA Pad E1 2 x M10 x 0.79 Hexagonal headed set screws and sprg washers E2 Groundg Clamp to suit cables up to.62. E5 Groundg Clamp to suit cables from to M7 Pedestal Base with 3 x.59. slots on PCD M8 Set of x 3. Polyfiber Base Insulators supplied with M5 pedestal base with 3 x slots on PCD Example: PAA22 60 L1 E1 M7-45 Arrester Housg Duty Cycle Voltage Denotes IEEE configuration Mountg Base Groundg Termal Le Termal ENERGY /// POLYMERIC SURGE ARRESTERS (IEEE)

13 Surge Counter Options The TE Connectivity range of surge counters and monitorg struments are fully tested for use with any manufacturer s ZnO surge arrester. The surge counters are designed for stallation the ground connections of a sgle phase surge arrester. Fully weatherproofed and sealed for life, housed a one piece gravity die cast alumum case and epoxy power coated to enhance their already high degree of resistance to surface corrosion. SC12 The glass viewg wdow (SC12 and SC13) is sealed place usg a silicon rubber adhesive, and a desiccator is enclosed to ensure any residual moisture trapped durg sealg is absorbed for the service life of the counter. Mountg is effected by means of an tegrally cast lug at the rear of the case, providg a sgle clearance hole for the galvanized steel M12 bolt supplied. Fully tested for use with any manufacturer s ZnO surge arrester. Available options: SC12 The SC12 gives a visual dication of the quantity of surges the arrester has received via an tegrated 6 digit cyclometer. SC13 The SC12 can be supplied with an auxiliary volt free contact rated at 1 A V for connection to remote signallg equipment. SC13 The SC13 provides additional measurement of total leakage current. The analog strument provides a means of monitorg the leakage current through the surge arrester and over the surface of the surge arrester housg. Significant changes after stallation may dicate deterioration the surge arrester or a build up of surface contamation. The SC13 can be supplied with an auxiliary volt free contact rated at 1 A V for connection to remote signallg equipment. PAGE 13

14 Arrester Ranges Available Porcela surge arresters For system voltages up to 800 Standard: IEC Le Discharge Class: 2, 3, 4, 5 High Current short circuit up to 65 ka Porcela surge arresters Transmission le surge arresters For system voltages up to 500 Standard: IEC and IEEE C62.11 Le Discharge Class: 2, 3 ( IEC), Intermediate or Station (IEEE ) Short Circuit ratg up to 65 ka Fast actg disconnect - DD5-130 Transmission le arresters ENERGY /// POLYMERIC SURGE ARRESTERS (IEEE)

15 Cable sheath surge arresters For cable sheath protection up to 10 ratg Standard: IEC Le discharge: class 1 Cable sheath arresters PAGE 15

16 TE Connectivity (NYSE: TEL) is a $13 billion world leader connectivity. The company designs and manufactures products at the heart of electronic connections for the world s leadg dustries cludg automotive, energy and dustrial, broadband communications, consumer devices, healthcare, and aerospace and defense. TE Connectivity s long-standg commitment to novation and engeerg excellence helps its customers solve the need for more energy efficiency, always-on communications and ever-creasg productivity. With nearly 90,000 employees over 50 countries, TE Connectivity makes connections the world relies on to work flawlessly every day. To connect with the company, visit te.com. Mg Nuclear power plants OEMs Overhead distribution Petrochemical plants Railways Street lightg Substations Transmission les Underground distribution Wdfarms Solar Hydro-electric WHEREVER ELECTRICITY FLOWS, YOU LL FIND TE ENERGY te.com/energy FOR MORE INFORMATION: TE Technical Support Centers USA: +1 (800) France: +33 (0) UK: Germany: +49 (0) Spa: Canada: +1 (905) Mexico: +52 (0) Lat/S. America: +54 (0) Netherlands: +31 (0) Cha: +86 (0) te.com/energy TE Connectivity Ltd. family of companies. All Rights Reserved. EPP-2534-BRO-1/16-EN-AMS-ARRESTER Bowthorpe EMP, EMP (logo), TE, TE Connectivity and TE connectivity (logo) are trademarks of the TE Connectivity Ltd. family of companies. Other logos, product and Company names mentioned here may be trademarks of their respective owners. While TE has made every reasonable effort to ensure the accuracy of the formation this brochure, TE does not guarantee that it is error-free, nor does TE make any other representation, warranty or guarantee that the formation is accurate, correct, reliable or current. TE reserves the right to make any adjustments to the formation contaed here at any time without notice. TE expressly disclaims all implied warranties regardg the formation contaed here, cludg, but not limited to, any implied warranties of merchantability or fitness for a particular purpose. The dimensions this brochure are for reference purposes only and are subject to change without notice. Specifications are subject to change without notice. Consult TE for the latest dimensions and design specifications. ENERGY /// POLYMERIC SURGE ARRESTERS (IEEE)