Data Communication and Telecommunication Surge Suppression

Transcription

1 Data Communication and Telecommunication Surge Suppression Technical Data TD E Effective September 2006 New Information Contents ECCP EDDP EMTJ EPCH Coaxial or twinaxial-based networked equipment running IBM 3270, AS400, Ethernet, satellite/cable/ closed circuit TV and most other wideband, communication interfaces Hubs, bridges, routers, switches and other networked equipment running 10Base-T and 100Base-T Ethernet, RS-422, RS-423, RS-232, Analog Dial-up, CSU/DSU, DDS, ISDN, T1 and most other communication environments LAN interface technologies such as Ethernet, 10/100Base-T, CAT5, CAT5e, CAT6 and Power over Ethernet (PoE) Protected patch panels CAT5 Ethernet, 100Base-T, T1, ISDN, and telco protocols ERAK ESIP ETSP Rack-mount and wall-mount standoff protectors 10Base-T and 100Base-T Ethernet, PoE, Cable, CCTV, RS-422, RS-232, ISDN, T1, DDS, Dial-up, and most other communication interfaces Parallel and serial devices such as printers and external modems, point-of-sale terminals, mainframes, dumb terminals, and most other devices using Subminiature D connectors. Includes Ethernet, RS-232, RS-422 and LAN/WAN interfaces Networked equipment connected to RS-422, RS-232, Muxes, DDS, Analog Dial-up, ISDN, T1 and most other communication interfaces

2 ECCP Series Data Line Surge Protection Introduction The ECCP Series of data communication line surge protectors will ensure the reliable operation of coaxial or twinaxial based networked equipment running IBM 3270, AS400, Ethernet, satellite/ cable/closed circuit TV and most other wideband, communication interfaces. ECCPs Offer: State-of-the-art, avalanche diode and thyristor technology. Compact, in-line installation. High-speed, high-energy handling capability. Low shunt capacitance to reduce signal loss. You Receive: Affordable, superior, equipment protection. Improved reliability and maximized system up-time. Protection at the interface card. Adaptability to most industry applications. The ECCP Series devices guard sensitive data networks against lightning induced surges, ac power interference, electrostatic discharge and ground loop energies. Typical applications include: CCTV cameras, residential cable installations, terminals, file servers, repeaters and mainframes using Ethernet and most other communication applications. High-speed avalanche diode technology is used in conjunction with low capacitance circuitry, enabling the protectors to function at a much greater bandwidth without causing signal degradation. This, in combination with their small size, makes the ECCP exceedingly versatile. Standard units protect both center conductor(s) and shield circuits. A separate grounding wire on all units provides an isolated path to ground without adding an additional ground connection to the shield or network ground point. ECCPs can also be specially configured to accommodate other standard connector interfaces (F, N, BNC, etc.). A wide selection of clamping voltages is available. Installation To install, insert the protector in series between the incoming communication line and the I/O port of the equipment to be protected. The protector ground wire must be connected to the metal chassis of the equipment being protected. Units should be installed at both ends of the data cable for the most effective protection. Warranty Caution GROUND WIRE MUST BE GROUNDED DIRECTLY TO THE METAL CHASSIS OF THE EQUIPMENT BEING PROTECTED. THE EQUIPMENT CHASSIS MUST BE CONNECTED TO EARTH THROUGH A PROPERLY GROUNDED AC POWER RECEPTACLE. Eaton Corporation offers a standard 5-year warranty for data communications surge protection. For more information, visit 2 EATON CORPORATION Data Communication and Telecommunication Surge Suppression Technical Data TD E Effective: September 2006

3 Technical Data TABLE 1. ECCP ELECTRICAL SPECIFICATIONS SPECIFICATION STANDARD CLAMP VOLTAGE 8/20 microseconds for ECCP-CMS. 1.5 GHz for ECCP-CMS. PEAK PULSE CURRENT (10/1000 US S.C. WAVEFORM AT VCL) RESPONSE TIME MAXIMUM SHUNT CAPACITANCE SERIES RESISTANCE Ethernet 7.5 Volts 132 Amps < 5 Nanoseconds <30 pf None -0.5 db CCTV 7.5 Volts 132 Amps < 5 Nanoseconds <30 pf None -0.5 db Cable/Satellite TV 90 Volts 20 ka < 5 Nanoseconds 1 pf None <1 db AS400/3X Twinaxial 10 Volts 103 Amps < 5 Nanoseconds <30 pf None -0.5 db INSERTION LOSS AT 40 MHZ TABLE 2. ECCP SYSTEM APPLICATION AND CATALOG NUMBERS CONNECTOR TYPE ETHERNET 10BASE-2 ETHERNET 10BASE-5 CCTV CABLE/SATELLITE TV AS400/3X TWINAXIAL BNC TEE Configuration (Figure A) ECCP-2DT (EN) BNC Male/Female Straight (Figure B) ECCP-2DA (EN) BNC Male/Female Straight (Not Shown) ECCP-CCTV Twinaxial Female/Female (Figure C) ECCP-2BM F/F Twinaxial Male/Female (Figure D) ECCP-2BM M/F N Series Female/Female (Figure E) ECCP-2DA N (EN) F/F N Series Male/Female (Figure F) ECCP-2DA N (EN) M/F F Series Female/Female (Figure G) ECCP-CMS F/F & M/F See Ordering Guidelines below. ECCP-CMS types are not UL listed. Note: See Figure 1 below. Special configurations available (82.5) Figure A 1.45 (36.8) 3.43 (87.1) Figure B 0.90 (22.9) 4.70 (119.4) Figure C 4.70 (119.4) Figure D 4.40 (111.8) Figure E 0.77 (19.6) 4.40 (111.8) Figure F 0.90 (22.9) 3.33 (84.6) Figure G 0.90 (22.9) FIGURE 1. ECCP CONNECTOR TYPE CONFIGURATIONS Note: All specifications and dimensions are subject to change without notice. Ordering Guidelines Note: Do not include any dashes, brackets or hyphens in the catalog numbers when ordering. Example: ECCP-2DA N (EN) F/F = ECCP2DANENFF. EATON CORPORATION Data Communication and Telecommunication Surge Suppression Technical Data TD E Copyright

4 EDDP Series Data Line Surge Protection Introduction The EDDP Series of data communication line protectors will ensure the reliable operation of hubs, bridges, routers, switches and other networked equipment running 10Base-T and 100Base-T Ethernet, RS-422, RS-423, RS-232, Analog Dial-up, CSU/DSU, DDS, ISDN, T1 and most other communication environments. EDDPs Offer: State-of-the-art, avalanche diode and thyristor technology. Compact, in-line installation. High-speed, high-energy handling capability. Low shunt capacitance to reduce signal loss. You Receive: Ideal for LAN Hubs, Concentrators and Mu Multiport Interfaces Affordable, superior, equipment protection. Improved reliability and maximized system up-time. Protection at the interface card. Adaptability to most industry applications. Transient surges can enter electronic equipment through any pathway provided. If a facility has a reliable ac power protection system in place, transient surge energies can still be generated within a building by sources such as inductive load switching, ground loop currents and electrostatic discharge. These surge energies are clamped by the ac power protector into the communication ground, damaging expensive communications hardware. Eaton protectors are specifically designed to give added security to electronic devices with extremely low tolerance for voltage rises or ground loop energies. This protection is particularly important for equipment networked at distances greater than 30 feet (9 m) and installations in high lightning areas. EDDP models protect virtually any communication interface including: 10Base-T and 100Base-T Ethernet, RS-422, RS-232, RS-423 and most high-speed LAN/WAN interfaces. Combined into a compact interface unit, the devices exhibit an extremely fast response time of less than 5 nanoseconds. All these features make EDDP protectors the most cost-effective and versatile devices of their kind available today. Whether you need to protect a single communication line, or an entire installation, Eaton s EDDP Series protectors are an easy, cost-effective solution to overvoltage problems. Installation To install, insert the protector in series between the incoming communication line and the I/O port of the equipment to be protected. The protector ground wire must be connected to the metal chassis of the equipment being protected. Units should be installed at both ends of the data cable for the most effective protection. Warranty Caution GROUND WIRE MUST BE GROUNDED DIRECTLY TO THE METAL CHASSIS OF THE EQUIPMENT BEING PROTECTED. THE EQUIPMENT CHASSIS MUST BE CONNECTED TO EARTH THROUGH A PROPERLY GROUNDED AC POWER RECEPTACLE. Eaton Corporation offers a standard 5-year warranty for data communications surge protection. For more information, visit 4 EATON CORPORATION Data Communication and Telecommunication Surge Suppression Technical Data TD E Effective: September 2006

5 Technical Data TABLE 3. EDDP ELECTRICAL SPECIFICATIONS SPECIFICATION STANDARD CLAMP VOLTAGE PEAK PULSE CURRENT (10/1000 US S.C. WAVEFORM AT VCL) RESPONSE TIME 10/100Base-T 7.5 Volts 132 Amps < 5 Nanoseconds <40 pf RS-422, RS-485, RS-423 RS Volts 60 Amps < 5 Nanoseconds <40 pf CSU/DSU 60 Volts 50 Amps < 5 Nanoseconds <75 pf Non-Span T1 (Fused) Dial-up Modem/Fax (Fused) 240 Volts 75 Amps < 5 Nanoseconds <95 pf MAXIMUM SHUNT CAPACITANCE TABLE 4. EDDP SYSTEM APPLICATION AND CATALOG NUMBERS CONNECTOR TYPE Single RJ21 Protects 25 Pairs (50 Wires) (Figure A) Double RJ21 Protects 50 Pairs (100 Wires) Not Shown 4-Position RJ45/RJ11 Hub Protector (Figure B) 8-Position RJ45/RJ11 Hub Protector (Not Shown) 12-Position RJ45/RJ11 Hub Protector (Figure C) See Ordering Guidelines below. 10BASE-T ETHERNET, RS-422, RS-485, RS BASE-T RS-232 CSU/DSU NON- SPAN T1 (FUSED) DIAL-UP MODEM/ FAX (FUSED) EDDP-25-E EDDP-25-T EDDP-25-B EDDP-25-G EDDP-50-E EDDP-50-T EDDP-50-B EDDP-50-G EDDP-H4-E EDDP-H4-E-C5 EDDP-H4-T EDDP-H4-B EDDP-H4-G EDDP-H8-E EDDP-H8-E-C5 EDDP-H8-T EDDP-H8-B EDDP-H8-G EDDP-H12-E EDDP-H12-E-C5 EDDP-H12-T EDDP-H12-B EDDP-H12-G Note: See Figure 2 below. Special configurations available. Figure A: Figure B: Figure C: FIGURE 2. EDDP CONNECTOR TYPE CONFIGURATIONS Note: All specifications and dimensions are subject to change without notice. Ordering Guidelines Note: Do not include any dashes, brackets or hyphens in the catalog numbers when ordering. Example: EDDP-H4-T = EDDPH4T. EATON CORPORATION Data Communication and Telecommunication Surge Suppression Technical Data TD E Copyright

6 EMTJ Series Data Line Surge Protection Introduction The EMTJ Series of surge protectors for RJ45 and RJ11 connectors will ensure the reliable operations of devices in a wide variety of environments. We offer protection for LAN interface technologies such as Ethernet,10/100Base-T, CAT5, CAT5e, CAT6, and Power over Ethernet. For WAN and Telco applications, we offer protection for ISDN, T-1, E-1, DDS, analog dial-ups, and more. Additionally, our Custom Products Division provides a solution for almost any application that sends data, voice or video over copper interconnects. EMTJs Offer: State-of-the-art, avalanche diode and thyristor technology. Compact, in-line installation. High-speed, high-energy handling capability. Low shunt capacitance to reduce signal loss. You Receive: Ideal for RJ11 and RJ 45 Style Twisted Pair Interfaces Affordable, superior, equipment protection. Improved reliability and maximized system up-time. Protection at the interface card. Adaptability to most industry applications. The EMTJ Series devices guard sensitive data networks against lightning induced surges, ac power interference, electrostatic discharge, and ground loop energies. Typical applications include: NICs, switches, hubs, repeaters, bridges, routers, point-of-sale terminals, modems, fax machines, telephones and most other types of communications equipment utilizing RJ45 or RJ11 modular telephone jacks. High-speed avalanche diode technology is used in conjunction with low capacitance circuitry, enabling the protectors to function at a much greater bandwidth without causing signal degradation. Standard units are available with up to 8 wires protected on the RJ45 devices, and up to 6 wires protected on the RJ11 device. All this, in combination with their small size, makes the EMTJ exceedingly versatile. Installation To install, insert the protector in series between the incoming communication line and the I/O port of the equipment to be protected. The protector ground wire must be connected to the metal chassis of the equipment being protected. Units should be installed at both ends of the data cable for the most effective protection. Warranty Caution GROUND WIRE MUST BE GROUNDED DIRECTLY TO THE METAL CHASSIS OF THE EQUIPMENT BEING PROTECTED. THE EQUIPMENT CHASSIS MUST BE CONNECTED TO EARTH THROUGH A PROPERLY GROUNDED AC POWER RECEPTACLE. Eaton Corporation offers a standard 5-year warranty for data communications surge protection. For more information, visit 6-inch RJ11 or RJ45, Male/Male Adapter 0.92 (23.4) 1.47 (37.3) 3.60 (91.4) All Products (Except CAT6 - PPC) 14 Awg Ground Wire, 10-inch Length with #6 Fork Terminal 9' Cord Set RJ11 or RJ 45 Male/Male Adapter 1' Cord Set RJ11 or RJ45 Male/Male Adapter 0.92 (23.4) 3.60 (91.4) 14 Awg Ground Wire, 10-inch Length with #6 Fork Terminal FIGURE 3. EMTJ SCHEMATIC 1.47 (37.3) CAT 6 - PPC Only 6 EATON CORPORATION Data Communication and Telecommunication Surge Suppression Technical Data TD E Effective: September 2006

7 Technical Data TABLE 5. EMTJ ELECTRICAL SPECIFICATIONS SPECIFICATION Note: Subject to change without notice. STANDARD CLAMP VOLTAGE PEAK PULSE CURRENT (10/1000 US S.C. WAVEFORM AT VCL) RESPONSE TIME MAXIMUM SHUNT CAPACITANCE 10Base-T RS/422/ Volts 132 Amps < 5 Nanoseconds <40 pf 100Base-T Ethernet CAT5/5e 12 Volts 97 Amps < 5 Nanoseconds <25 pf 1000Base-T Ethernet CAT6 7.5 Volts 132 Amps < 5 Nanoseconds <5 pf (Device Only) Power over Ethernet Pins 1, 2, 3 & Volts Pins 1, 2, 3 & Amps < 5 Nanoseconds <25 pf (Ethernet Lines Only) Pins 4, 5, 7 & 8 60 Volts Pins 4, 5, 7 & 8 50 Amps RS Volts 60 Amps < 5 Nanoseconds <40 pf Digital, ISDN, DDS, T-1/E-1, CSU/DSU 60 Volts 50 Amps < 5 Nanoseconds <75 pf Analog Dial-up/Modem Fax 240 Volts 75 Amps < 5 Nanoseconds <95 pf TABLE 6. EMTJ SYSTEM APPLICATION AND CATALOG NUMBERS APPLICATION WIRES PROTECTED 10BASE-T ETHERNET 100BASE-T ETHERNET RS-422/RS-423 RS-232 CSU/DSU ISDN RJ-11 RJ-11 RJ-11 2 Wire, 2 Center Pins 4 Wire, 4 Center Pins 6 Wire, All Pins 1, 2, 3, 6 1, 2, 4, 5 1, 2, 7, 8 4 Wire, 4 Center Pins 8 Wire, All Pins EMTJ04E/RJ45 EMTJ08E/RJ45 EMTJ-C5E EMTJ04E/RJ11 EMTJ06E/RJ11 EMTJ04E/RJ45-C EMTJ08E/RJ45 EMTJ04T/RJ45 EMTJ08T/RJ45 EMTJ-ISDN EMTJ-DIGITAL EMTJ-ISDN APPLICATION WIRES PROTECTED DDS T1 DIAL-UP MODEM/ FAX 1000BASE-T ETHERNET CAT6 POWER OVER ETHERNET RJ-11 RJ-11 RJ-11 2 Wire, 2 Center Pins 4 Wire,4 Center Pins 6 Wire, All Pins 1, 2, 3, 6 1, 2, 4, 5 1, 2, 7, 8 4 Wire, 4 Center Pins 8 Wire, All Pins EMTJ-DDS EMTJ-DIGITAL EMTJ-T1 EMTJ-DIGITAL EMTJ02G/RJ11 EMTJ04G/RJ11 EMTJ06G/RJ11 EMTJ08G/RJ45 CAT6-PPC EMTJ-PoE 60V See Ordering Guidelines below. With pins 1 and 8 passed through. Not UL listed. Note: All specifications and dimensions are subject to change without notice. Ordering Guidelines Note: Do not include any dashes, brackets or hyphens in the catalog numbers when ordering. Example: EMTJ04E/RJ45-C = EMTJ04ERJ45C. EATON CORPORATION Data Communication and Telecommunication Surge Suppression Technical Data TD E Copyright

8 EPCH Series Data Line Surge Protection Ideal for 19" Relay Rack Applications Supporting Hubs, Routers, Switches, ISDN, T1, Telco and Other High-Speed Communications/Networking Equipment Introduction The EPCH Series of Protected Patch Panels helps ensure the reliable operation of equipment utilizing CAT5 Ethernet, 100Base-T, T1, ISDN, and telco protocols where system availability is absolutely critical. EPCHs Offer: State-of-the-art, avalanche diode and thyristor technology. Self-resetting, 1500 watt, bi-directional circuit. Convenient, integral, wiring management system. You Receive: Affordable, superior, equipment protection. Improved reliability and maximized system up-time. Adaptability to most industry applications. The EPCH Series is a 110 IDC (Insulation Displacement Contact) to RJ45 patch panel with built-in surge protection. These devices help guard sensitive, high-speed communication equipment from system damage, data loss and downtime resulting from the effects of lightning, surges, electrostatic discharge and other induced voltages on data lines. EPCH units include industrystandard, 19-inch rack-mounting for structured cabling environments, TIA/EIA-568-A compliance, and an extremely fast response time of less than 5 nanoseconds. Convenient, built-in, all-wire protection makes this patch panel cost-effective and a real time saver. Designed for high-speed data, voice and multimedia applications in structured cabling environments for medium to large-size businesses today, these units incorporate the latest in communication protection technology for mission-critical installations. The self-resetting, 1500 watt, bi-directional circuit provides maximum reliability. Overvoltages are safely shunted to ground via an 11-inch braided wire and chassis frame for maximum protection. Installation Remove power to the unprotected equipment. Mount the patch panel to your 19-inch relay rack using the supplied hardware. Disconnect the incoming data lines from the equipment. Attach the ground strap to your rack. The installer should confirm a proper rack to earth ground connection. Consult with an electrician if needed. Try to keep the resistance from the supplied fork terminal ground to the rack frame minimal. It is imperative that both the EPCH and the equipment to be protected are properly grounded for effective operation. Using a 110 punch-down tool, install the cable AWG wire matching the color code on the 110 IDC. Maintain pair twist, up to point of termination, for maximum performance (untwist less than 0.5 of an inch). Connect the patch panel to the equipment. Note: These protectors reset themselves after protecting equipment from surges. In the event that lightning or other extreme surge events have exceeded the maximum capability of the protector, these devices are designed to self-destruct in a "fail-safe" mode rather than allow damage to equipment. Installations often require a protector at each end of the data line (call our technical support group with any questions). Warranty Eaton Corporation offers a standard 5-year warranty for data communications surge protection. For more information, visit 8 EATON CORPORATION Data Communication and Telecommunication Surge Suppression Technical Data TD E Effective: September 2006

9 Technical Data TABLE 7. EPCH ELECTRICAL SPECIFICATIONS SPECIFICATION STANDARD CLAMP VOLTAGE PEAK PULSE CURRENT (10/1000 US S.C. WAVEFORM AT VCL) RESPONSE TIME 10/100Base-T 12 Volts 97 Amps < 5 Nanoseconds <25 pf CAT5 Ethernet ISDN, T1, DDS (Fused) 60 Volts 50 Amps < 5 Nanoseconds <75 pf Dial-up, Modem/Fax (Fused) 240 Volts 75 Amps < 5 Nanoseconds <95 pf MAXIMUM SHUNT CAPACITANCE TABLE 8. EPCH SYSTEM APPLICATION AND CATALOG NUMBERS CONNECTOR TYPE 12-Port Flush-mount Unit 110 Block to RJ45 (Not Shown) 24-Port Flush-mount Unit 110 Block to RJ45 48-Port Stand-off Unit 110 Block to RJ45 (Not Shown) See Ordering Guidelines below. Not UL listed. 10BASE-T CAT5 ETHERNET ISDN, T1, DDS (FUSED) DIAL-UP MODEM/ FAX (FUSED) All Pins EPCH12-C5 Center 4 Pins (8-Pin Version Available) EPCH12-RJ45-B EPCH12-RJ45-G All Pins EPCH24-C5 All Pins EPCH48-C5 Note: See Figure 4 below. Special configurations available (482.6) 0.62 (15.7) 2.87 (72.8) 3.50 (88.9) FIGURE 4. EPCH CONNECTOR TYPE DIMENSIONS Note: All specifications and dimensions are subject to change without notice. Ordering Guidelines Note: Do not include any dashes, brackets or hyphens in the catalog numbers when ordering. Example: EPCH12-RJ45-B = EPCH12RJ45B. EATON CORPORATION Data Communication and Telecommunication Surge Suppression Technical Data TD E Copyright

10 ERAK Series Data Line Surge Protection Ideal for 19" Relay Racks Supporting LAN Hubs, Concentrators and Multi-Port Interfaces Introduction The ERAK Series of Rack-Mount and Wall-Mount Standoff protectors will ensure the reliable operation of networked equipment connected to 10Base-T and 100Base-T Ethernet, Power over Ethernet (PoE), Cable, CCTV, RS-422, RS-232, ISDN, T1, DDS, dial-up, and most other communication interfaces. ERAKs Offer: State-of-the-art, avalanche diode and thyristor technology. Compact, in-line installation. High-speed, high-energy handling capability. Low shunt capacitance to reduce signal loss. You Receive: Affordable, superior, equipment protection. Improved reliability and maximized system up-time. Protection at the interface card. Adaptability to most industry applications. Transient surges can enter electronic equipment through any pathway provided. Facilities with reliable ac power protectors can still experience surge-related, system downtime. Transient surge energies from sources such as inductive load switching, ground loop currents and electrostatic discharge are clamped by ac protectors into the shared communication ground, resulting in damage to expensive communication hardware. Eaton s ERAK Series includes 16 port, 19-inch relay rack protectors, as well as 16 and 32 port, 5-inch standoff units for wall-mount protection or environments where 19-inch relay rack space is limited. A wide variety of communication interfaces are supported that include 10Base-T and 100Base-T Ethernet, ATM155, CDDI, 100VG-AnyLan, RS-232, RS-422 and high-speed LAN/WAN applications. For telco requirements, we offer protection for dial-up, T1, DDS, ISDN and other lease line environments. These devices exhibit an extremely fast response time of less than 5 nanoseconds. All these features make ERAK protectors the most cost-effective and versatile devices of their kind available today. Whether you need to protect a single network concentrator, or an entire relay rack full of voltage sensitive equipment, Eaton ERAK Series protectors are an easy, cost-effective solution to overvoltage problems. Installation To install, insert the protector in series between the incoming communication line and the I/O port of the equipment to be protected. The protector ground wire must be connected to the metal chassis of the equipment being protected. Units should be installed at both ends of the data cable for the most effective protection. Caution GROUND WIRE MUST BE GROUNDED DIRECTLY TO THE METAL CHASSIS OF THE EQUIPMENT BEING PROTECTED. THE EQUIPMENT CHASSIS MUST BE CONNECTED TO EARTH THROUGH A PROPERLY GROUNDED AC POWER RECEPTACLE. Warranty Eaton Corporation offers a standard 5-year warranty for data communications surge protection. For more information, visit 10 EATON CORPORATION Data Communication and Telecommunication Surge Suppression Technical Data TD E Effective: September 2006

11 Technical Data TABLE 9. ERAK ELECTRICAL SPECIFICATIONS SPECIFICATION STANDARD CLAMP VOLTAGE PEAK PULSE CURRENT (10/1000 US S.C. WAVEFORM AT VCL) RESPONSE TIME MAXIMUM SHUNT CAPACITANCE 10/100Base-T 7.5 Volts 132 Amps < 5 Nanoseconds <40 pf RS-422, RS-485, RS-423, Ethernet RS Volts 60 Amps < 5 Nanoseconds <40 pf ISDN, T1, DDS (Fused) 60 Volts 50 Amps < 5 Nanoseconds <75 pf Dial-up/Modem/Fax (Fused) 240 Volts 75 Amps < 5 Nanoseconds <95 pf Power over Ethernet Pins 1, 2, 3 & Volts Pins 1, 2, 3 & Amps < 5 Nanoseconds <25 pf (Ethernet Lines Only) Pins 4, 5, 7 & 8 60 Volts Pins 4, 5, 7 & 8 50 Amps CCTV 7.5 Volts 132 Amps < 5 Nanoseconds <30 pf Cable TV/Satellite 90 Volts 20 ka (8/20 msec Waveform) < 5 Nanoseconds 1 pf TABLE 10. ERAK SYSTEM APPLICATION AND CATALOG NUMBERS CONNECTOR TYPE 16-Port Flush-mount Unit (Figure A) 16-Port Stand-off Unit (Not Shown) 32-Port Stand-off Unit (Not Shown) 16-Port Flush-mount Unit (Figure B) 16-Port Flush-mount Unit Front-Accessible Modules (Figure C) All Pins Center 2 Pins All Pins Center 2 Pins All Pins Center 2 Pins See Ordering Guidelines below. UL listed. 10/100BASE- T, RS-422, RS- 485 RS-423, ETHERNET ERAK16-E ERAK16-E-C5E RS-232 Note: See Figure 5 below. Special configurations available. ISDN, T1, DDS (FUSED) DIAL-UP/ MODEM/FAX (FUSED) POWER OVER ETHERNET ERAK16-T ERAK16-B ERAK16-PoE- 60V CCTV ERAK16-G ERAK16-E-SO ERAK16-E-C5E- SO ERAK16-T-SO ERAK16-B-SO ERAK16-G-SO ERAK32-E-SO ERAK32-E-C5E- SO ERAK32-T-SO ERAK32-B-SO ERAK32-G-SO CABLE TV/ SATELLITE Coax ERAK16-BNC ERAK16-CMS ERAK16-T1-LP (482.6) 0.75 (19.0) 2U 3.15 (80.0) 1.72 (43.7) 1U (482.6) (482.6) Figure A Figure B 4.25 (107.9) 1.01 (25.6) 1.60 (40.6) Figure C FIGURE 5. ERAK CONNECTOR TYPE CONFIGURATIONS Note: All specifications and dimensions are subject to change without notice. Ordering Guidelines Note: Do not include any dashes, brackets or hyphens in the catalog numbers when ordering. Example: ERAK32T-SO = ERAK32TSO. EATON CORPORATION Data Communication and Telecommunication Surge Suppression Technical Data TD E Copyright

12 ESIP Series Data Line Surge Protection Introduction The ESIP Series of Subminiature D interface protectors will ensure the reliable operation of parallel and serial devices such as printers and external modems, point-of-sale terminals, mainframes, dumb terminals, and most other devices using Subminiature D connectors which are sensitive to destructive transient energies. Standard applications include Ethernet, RS-232, RS-422 and LAN/WAN interfaces. ESIPs Offer: State-of-the-art, avalanche diode and thyristor technology. Compact, in-line installation. High-speed, high-energy handling capability. Low shunt capacitance to reduce signal loss. You Receive: Ideal for Subminiature D Communication Ports Affordable, superior, equipment protection. Improved reliability and maximized system up-time. Protection at the interface card. Adaptability to most industry applications. Transient surges can enter electronic equipment through any pathway provided and damage expensive communications hardware. If a facility has a reliable ac power protection system in place, transient surge energies can still be generated within a building by sources such as inductive load switching, ground loop currents, lightning and electrostatic discharge. ESIP Series protectors combine compact enclosures with extremely fast response times of less than 5 nanoseconds. They are specifically designed to give added security to electronic devices sensitive to voltage rises or ground loop energies and have been particularly effective in areas prone to lightning activity. Subminiature D (9,15 and 25 pin) interface connectors are available in configurations protecting all pins or specific pins as required. All these features make Eaton s ESIP protectors the most costeffective and versatile devices of their kind available today. Installation To install, insert the protector in series between the incoming communication line and the I/O port of the equipment to be protected. The protector ground wire must be connected to the metal chassis of the equipment being protected. Units should be installed at both ends of the data cable for the most effective protection. Caution GROUND WIRE MUST BE GROUNDED DIRECTLY TO THE METAL CHASSIS OF THE EQUIPMENT BEING PROTECTED. THE EQUIPMENT CHASSIS MUST BE CONNECTED TO EARTH THROUGH A PROPERLY GROUNDED AC POWER RECEPTACLE. Warranty Eaton Corporation offers a standard 5-year warranty for data communications surge protection. For more information, visit 12 EATON CORPORATION Data Communication and Telecommunication Surge Suppression Technical Data TD E Effective: September 2006

13 Technical Data TABLE 11. ESIP ELECTRICAL SPECIFICATIONS SPECIFICATION STANDARD CLAMP VOLTAGE PEAK PULSE CURRENT (10/1000 US S.C. WAVEFORM AT VCL) RESPONSE TIME MAXIMUM SHUNT CAPACITANCE RS-422/RS-423/RS Volts 132 Amps < 5 Nanoseconds <30 pf Parallel 7.5 Volts 132 Amps < 5 Nanoseconds <30 pf RS Volts 60 Amps < 5 Nanoseconds <30 pf TABLE 12. ESIP SYSTEM APPLICATION AND CATALOG NUMBERS SERIES PINS PROTECTED DB 9 STANDARD PIN CONFIGURATIONS RS-422/RS-423/ RS-485 RS-232 ETHERNET PARALLEL Protects All Pins EDB9-RS422 EDB9-RS232 DB 15 Protects All 15 Pins (Unless Specified) EDB15-RS422 EDB15-RS232 EDB15-EN (Protects IEEE Pins) AUI DB Wire All 25 Pins Protected 4-Wire Pins (1), 2, 3, 7 & 20 8-Wire Pins (1), 2, 3, 4, 5, 6, 7, 8 & 20 EDB25-RS422 EDB25-RS232 EDB25-PARLL EDB425-RS232 EDB825-RS232 See Ordering Guidelines below. Note: Special configurations available. Note: All specifications and dimensions are subject to change without notice. Ordering Guidelines Note: Do not include any dashes, brackets or hyphens in the catalog numbers when ordering. Example: EDB25-RS232 = EDB25RS232. EATON CORPORATION Data Communication and Telecommunication Surge Suppression Technical Data TD E Copyright

14 ETSP Series Data Line Surge Protection Introduction The ETSP Series of terminal strip protectors will ensure the reliable operation of networked equipment connected to RS-422, RS-232, Muxes, DDS, Analog Dial-up, ISDN, T1 and most other communication interfaces. ETSPs Offer: State-of-the-art, avalanche diode and thyristor technology. Compact, in-line installation. High-speed, high-energy handling capability. Low shunt capacitance to reduce signal loss. You Receive: Affordable, superior, equipment protection. Improved reliability and maximized system up-time. Protection at the interface card. Adaptability to most industry applications. The ETSP Series devices will guard sensitive data networks against lightning induced surges, ac power interference, electrostatic discharge, and ground loop energies. Typical applications include: data communications and instrumentation interfaces using RS-422, RS-232, Muxes, CSU/DSU, T1, PLCs, and most other communication interfaces. When installed on the system I/O ports, ETSPs prevent equipment damage and system errors which are a common result of transient surge energies induced onto the communications interface and ground plane. ETSPs utilize low capacitance avalanche diode arrays for low loss, high-speed protection. These field-proven circuits offer the most dependable protection available for today s highly sensitive electronic systems. Whether you need to protect a single communication line, or an entire installation, Eaton's protectors are an easy, cost-effective solution to overvoltage problems. Installation To install, insert the protector in series between the incoming communication line and the I/O port of the equipment to be protected. The protector ground wire must be connected to the metal chassis of the equipment being protected. Units should be installed at both ends of the data cable for the most effective protection. Caution GROUND WIRE MUST BE GROUNDED DIRECTLY TO THE METAL CHASSIS OF THE EQUIPMENT BEING PROTECTED. THE EQUIPMENT CHASSIS MUST BE CONNECTED TO EARTH THROUGH A PROPERLY GROUNDED AC POWER RECEPTACLE. Warranty Eaton Corporation offers a standard 5-year warranty for data communications surge protection. For more information, visit 14 EATON CORPORATION Data Communication and Telecommunication Surge Suppression Technical Data TD E Effective: September 2006

15 Technical Data TABLE 13. ETSP ELECTRICAL SPECIFICATIONS SPECIFICATION STANDARD CLAMP VOLTAGE PEAK PULSE CURRENT (10/1000 US S.C. WAVEFORM AT VCL) RESPONSE TIME 10Base-T Ethernet 7.5 Volts 132 Amps < 5 Nanoseconds <40 pf RS-422, RS-485, RS Volts 132 Amps < 5 Nanoseconds <40 pf RS-232 or Digital 4 20 ma Current 18 Volts 60 Amps < 5 Nanoseconds <40 pf Loop Analog 4 20 ma Current Loop 27 Volts 40 Amps < 5 Nanoseconds <40 pf CSU/DSU, T1, DDS, ISDN (Fused) 60 Volts 50 Amps < 5 Nanoseconds <75 pf Dial-up/Modem/Fax (Fused) 240 Volts 75 Amps < 5 Nanoseconds <95 pf MAXIMUM SHUNT CAPACITANCE TABLE 14. ETSP SYSTEM APPLICATION AND CATALOG NUMBERS CONNECTOR TYPE See Ordering Guidelines below. With 6 terminals. With 8 terminals. 10BASE-T ETHERNET, RS-422, RS-485, RS- 423 Note: See Figure 6 below. Special configurations available. RS-232 OR DIGITAL 4 20 MA CURRENT LOOP ANALOG 4 20 MA CURRENT LOOP CSU/DSU, T1, DDS, ISDN (FUSED) DIAL-UP/MODEM/ FAX (FUSED) 2 Terminal Barrier Strip (Figure A) ETSP-2B-E ETSP-2B-T ETSP-2B-A ETSP-2B-B ETSP-2B-G 4 Terminal Barrier Strip (Figure A) ETSP-4B-E ETSP-4B-T ETSP-4B-A ETSP-4B-B ETSP-4B-G 6 Terminal Barrier Strip (Figure B) ETSP-6B-E ETSP-6B-T ETSP-6B-A ETSP-6B-B ETSP-6B-G 8 Terminal Barrier Strip (Figure B) ETSP-8B-E ETSP-8B-T ETSP-8B-A ETSP-8B-B ETSP-8B-G 10 Terminal Barrier Strip (Figure B) ETSP-10B-E ETSP-10B-T ETSP-10B-A ETSP-10B-B ETSP-10B-G 32 Terminal Barrier Strip (Not Shown) ETSP-32B-E ETSP-32B-T ETSP-32B-A ETSP-32B-B ETSP-32B-G 2 or 4 Positions 14 to 26 Awg Push Type Terminal Strips (Both Ends) 0.92 (23.4) 1.47 (37.3) 3.60 (91.4) Figure A 6.8 or 10 Positions 14 to 26 Awg Push Type Terminal Strips (Both Ends) 3.30 (83.8) 1.25 (31.7) 5.60 (142.2) Figure B FIGURE 6. ETSP CONNECTOR TYPE DIMENSIONS Note: All specifications and dimensions are subject to change without notice. Ordering Guidelines Note: Do not include any dashes, brackets or hyphens in the catalog numbers when ordering. Example: ETSP-2B-G = ETSP2BG. UL is a federally registered trademark of Underwriters Laboratories Inc. EATON CORPORATION Data Communication and Telecommunication Surge Suppression Technical Data TD E Copyright

16 Eaton Electrical Inc Cherrington Parkway Moon Township, PA United States tel: Eaton Corporation All Rights Reserved Printed in USA Publication No. TD E/ Z4782 September 2006