Agilent Technologies 3070 Series Site Preparation Download Page 293

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Agilent Technologies 1989–2002

Agilent 3070 / 79000 Site Preparation

10-132

Chapter 10: Site Preparation – Power Requirements for Older Systems: Tester Power Requirements (Series I/II)

Single-Phase Earthed

05M

220

05F

230

05J

240

Table 10-32

3070 Series II family power requirements with E1135A/B PDU (continued)

System
Power Option Voltage

Full-Load Amps (FLA)

for:

N
G

Summary of Contents for 3070 Series

Page 1: ...Agilent 3070 79000 Board Test Systems Site Preparation June 2002 ...

Page 2: ...ct to change without notice AGILENT TECHNOLOGIES INC MAKES NO WARRANTY OF ANY KIND WITH REGARD TO THIS MATERIAL INCLUDING BUT NOT LIMITED TO THE IMPLIED WARRANTIES OF NONINFRINGEMENT MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE Agilent shall not be liable for errors contained herein nor for direct indirect general special incidental or consequential damages in connection with the furnishin...

Page 3: ...imum voltage Vrms Vpk or Vdc and temperature to which the wire may be subjected in a fault condition Example The system is connected to a source whose output is set for 50 Vrms The source could be set for as high as 300 Vrms intentionally or unintentionally Therefore the external wiring connected between this source and the system must be rated for 300 Vrms Acoustic Level for Agilent 3070 79000 Sy...

Page 4: ...8 EN50082 1 1992 1kV Power Line 0 5kV Signal Lines Attestation is provided according to article 10 2 of the Directive by a Technical Contruction File Technical File Number 97 0900 010 TCF Rev A Dated 25 February 1997 Supplementary Information This product also herewith complies with the requirements of the Low Voltage Directive 72 23 EEC and the protection requirements of the EMC Directive 89 336 ...

Page 5: ...84 EN50082 1 1992 3V m IEC 801 4 1988 EN50082 1 1992 1kV Power Line 0 5kV Signal Lines Attestation is provided according to article 10 2 of the Directive by a Technical Contruction File Technical File Number 95 0900 001 TCF Rev A Dated 31 March 1995 Supplementary Information This product also herewith complies with the requirements of the Low Voltage Directive 72 23 EEC and the EMC Directive 89 33...

Page 6: ...on File Technical File Number 97 0900 030 TCF Rev A Dated 12 February 1998 Supplementary Information This product also herewith complies with the requirements of the Low Voltage Directive 72 23 EEC inclusive 93 68 EEC and with the requirements of the Machinery Directive 89 392 EEC inclusive 93 68 EEC and with the protection requirements of the EMC Directive 89 336 EEC and carries the CE mark accor...

Page 7: ...tation is provided according to article 10 2 of the Directive by a Technical Contruction File Technical File Number 99 0900 001 TCF Rev A Dated 5 February 1999 Supplementary Information This product also herewith complies with the requirements of the Low Voltage Directive 72 23 EEC inclusive 93 68 EEC and with the requirements of the Machinery Directive 89 392 EEC inclusive 93 68 EEC and with the ...

Page 8: ...ad and is equivalent to turning off the PDU on the rear of the pod Press the Emergency Shutdown Switch if you need to power down the testhead and its associated equipment in an emergency DO NOT use the Emergency Shutdown Switch as a substitute for correct power down unboot procedures i e executing the testhead power off command To restore power after pressing the Emergency Shutdown Switch switch t...

Page 9: ...warranty begins on the 31st day from delivery 6 Warranty does not apply to defects resulting from a improper or inadequate maintenance or calibration b software interfacing parts or supplies not supplied by Agilent c unauthorized modification or misuse d operation outside the published environmental specifications for the product or e improper site preparation or maintenance 7 TO THE EXTENT ALLOWE...

Page 10: ...ngers from pulling down a test fixture and electrical shock if Agilent Performance Port is installed WARNING Keep your hands away from the indicated areas of the testhead to avoid pinched fingers when rotating the testhead WARNING Do not rotate the testhead past 65 degrees with a fixture installed or the fixture could fall off the testhead causing personal injury CAUTION ESD Devices sensitive to e...

Page 11: ... WARNING Calls attention to a procedure practice or condition that could cause bodily injury or death CAUTION Calls attention to a procedure practice or condition that could cause damage to equipment or permanent loss of data NOTE Contains important information Hazard see WARNING and CAUTION below Laser product or laser subsystem Hazardous voltage Alternating current ac Direct current dc Mains gro...

Page 12: ...of covers or shields are for use by service trained personnel only Under certain conditions dangerous voltages may exist even with the equipment switched off To avoid dangerous electrical shock DO NOT perform procedures involving cover or shield removal unless you are qualified to do so DO NOT operate damaged equipment Whenever it is possible that the safety protection features built into this pro...

Page 13: ...1 3 Agilent s Responsibilities 1 3 Customer s Responsibilities 1 3 The Site Preparation Process 1 5 The Site Prep Visit 1 5 Site Planning 1 5 Site Plan Implementation 1 5 Site Verification Visit 1 5 Receiving the System 1 5 Site Prep Checklist 1 6 2 Site Preparation System Overview System Overview 2 2 Testhead 2 9 Controller 2 9 Test Development Station Center Server 2 9 Support Bay 2 10 xDSL POTS...

Page 14: ...t 3 9 Vacuum Specialist 3 9 Compressed Air Specialist 3 9 Communications Specialist 3 9 Scheduling Preparations 3 10 4 Site Preparation Structural Requirements Floor Requirements 4 2 Introduction 4 2 Anti Static Surface 4 4 Immobilization for the EFS Board Handler 4 5 Moving Access Requirements 4 6 Introduction 4 6 Dimensions of the Crated System 4 6 Dimensions of the Uncrated System 4 8 Ramp Requ...

Page 15: ...s 5 3 Introduction 5 3 Air Temperature Specifications 5 3 Cooling Requirements 5 4 Humidity Requirements 5 5 6 Site Preparation Power Requirements Customer Responsibilities 6 1 How to use this Chapter 6 1 Identifying Your System 6 2 About the PDU 6 2 Power Requirements 6 5 Mains Disconnect 6 5 Power Drop 6 5 Connecting Power to the PDU 6 8 Is PDU Re wiring Necessary 6 11 Introduction 6 11 PDU Wiri...

Page 16: ...acuum Requirements 7 4 Vacuum System 7 4 Vacuum Recommendations 7 4 Connecting Vacuum to the Testhead 7 5 Vacuum Guidelines 7 9 Vacuum Examples 7 9 Vacuum Control Assembly 7 17 Compressed Air and Vacuum Primer 7 19 Introduction 7 19 Compressed Air 7 19 Vacuum 7 19 8 Site Preparation Communications Cabling Requirements Local Area Network Requirements 8 2 Introduction 8 2 Agilent Local Area Network ...

Page 17: ...ing the Testhead and Support Bay 9 15 Immobilizing and Leveling the System 9 15 Re shipping a 3070 and 79000 System 9 16 Special Option to Part Number Listing 9 17 10 Site Preparation Power Requirements for Older Systems Introduction 10 2 Series 3 Power Requirements and Connections Prior to May 2001 10 5 Sizing the Input Wires and Circuit Breakers 10 5 Series 3 79000 Power Distribution 10 9 327X 1...

Page 18: ... 220 240 V Single Phase Earthed 05M 05F 05J 10 107 200 240 V Single Phase Non Earthed AWX 0EB 0EJ 0EC 10 108 Tester Power Requirements Series I II 10 109 Identifying the PDU PDK Type 10 109 Connecting a Pigtail to the E1135C PDU 10 112 44964A B PDU Electrical Requirements 10 113 E1099A PDU Electrical Requirements 10 114 E1170 80003 PDK Electrical Requirements 10 124 E1131A PDU Electrical Requireme...

Page 19: ... Input Voltage 11 9 Agilent 6621A and 6624A Line Voltage Settings 11 9 Agilent 6634A Line Voltage Settings 11 15 6634B Line Voltage Settings 11 17 Agilent 6642A Line Voltage Settings 11 18 Rewire the Inputs to the Outlets 11 20 327X 1 Module System AC Outlets 11 29 79000 1 Module System AC Outlets 11 40 317X 2 Module System AC Outlets 11 51 307X 4 Module 1 PDU System AC Outlets 11 62 307X 4 Module...

Page 20: ... Agilent 3070 79000 Site Preparation 1 1 1 1 1 1 Site Preparation Process 03066 90114 Rev Z 06 2002 In this Chapter The Importance of Site Preparation 1 2 Responsibilities 1 3 The Site Preparation Process 1 5 Site Prep Checklist 1 6 ...

Page 21: ... assigning people to do various preparation tasks and scheduling your preparations Chapter 4 Site Preparation Structural Requirements describes floor access and storage requirements Chapter 5 Site Preparation Environmental Requirements describes air quality temperature humidity and electromagnetic shielding requirements Chapter 6 Site Preparation Power Requirements describes for Series 3 systems p...

Page 22: ...alled the Verifying Site Preparation Visit and the Agilent CEs will bill up to 2 hours to Agilent Technologies INSTALLATION After all components of the system have been moved to the site compressed air and vacuum have been installed and primary power has been run to the system location an Agilent representative will complete the system installation For systems with the power cord pre installed the...

Page 23: ...all box from the testhead 1 but not remove the system from the pallet The Agilent representative will remove the testhead from the pallet You may inventory the shipment using the enclosed packing list You may leave the smaller boxes for the Agilent representative to unpack when the system is installed INSPECTION You must inspect the system for physical damage If you believe that your system was da...

Page 24: ...s Make a system plan drawing that you and the Agilent representative can use to install your system If you need help call your Agilent representative Schedule all site preparation activities Site Plan Implementation Implement the plan Use Chapters 4 through 11 and the system plan drawing Work with your specialists Site Verification Visit The site verification visit allows the Agilent representativ...

Page 25: ..._______ Structural Specialist ___________________________________________________ Environmental Specialist _______________________________________________ Electrical Specialist ___________________________________________________ Vacuum Specialist ____________________________________________________ Compressed Air Specialist _____________________________________________ Communications Specialist __...

Page 26: ... Power What power option is your system Opt ______ AC mains power verified Mains disconnect1 installed if the system does not have an E1135C PDU Do you need to install power conditioning equipment Do you need to install a new transformer What system drop wire size is required Wire Size ______ What system drop breaker size is required Breaker Size ______ Power cable installed for mains Connect Main...

Page 27: ...ort Bay Uncrating Instructions p n s E4000 90013 and E4000 90014 for a Series 3 system attached to the ramp of the shipping pallet and Chapter 9 Site Preparation Receiving and Moving Instructions for further information Chapter 9 Site Preparation Receiving and Moving Instructions Insurance coverage arranged for arrival System inspected for physical damage Shipment inventoried Equipment moved to in...

Page 28: ... Site Preparation System Overview 03066 90114 Rev Z 06 2002 In this Chapter System Overview 2 2 This chapter presents information that will help you understand the parts of the 3070 Series I II 3 and 79000 families of board test systems There are no tasks presented in this chapter ...

Page 29: ...is a physically smaller version of the 307X Series II having only one module The main difference between the 3070 Series I and the 3070 Series II systems is the latter has twice the test pin capability and in the Series II the controller is mounted in the testhead pod The Series II systems also have redesigned testheads which include space for more equipment Figure 2 4 on page 2 6 shows a 3070 Ser...

Page 30: ... Agilent Technologies 1989 2002 Agilent 3070 79000 Site Preparation 2 3 Chapter 2 Site Preparation System Overview System Overview Figure 2 1 307X Series I system Support Bay Testhead Control Bay ...

Page 31: ... Agilent Technologies 1989 2002 Agilent 3070 79000 Site Preparation 2 4 Chapter 2 Site Preparation System Overview System Overview Figure 2 2 317X Series I system Testhead ...

Page 32: ... Agilent Technologies 1989 2002 Agilent 3070 79000 Site Preparation 2 5 Chapter 2 Site Preparation System Overview System Overview Figure 2 3 3070 Series II system L ...

Page 33: ...echnologies 1989 2002 Agilent 3070 79000 Site Preparation 2 6 Chapter 2 Site Preparation System Overview System Overview Figure 2 4 3070 Series 3 system with HP UX controller and an optional external support bay ...

Page 34: ...nologies 1989 2002 Agilent 3070 79000 Site Preparation 2 7 Chapter 2 Site Preparation System Overview System Overview Figure 2 5 3070PC Series 3 system using a Windows controller pc sys wpg 88 4 mm 3 5 in Wider Pod ...

Page 35: ...2 Agilent 3070 79000 Site Preparation 2 8 Chapter 2 Site Preparation System Overview System Overview Figure 2 6 79000 E2190A Functional Test System Performance Ports VXI Mainframe 3070 Module 79000d wpg Controller DUT Power Supplies ...

Page 36: ...y They include peripherals and specialized software for board test The controller for the Series 3 3070PC is a Visualize P class using the NT 4 0 operating system Site preparation for the controller hardware is minimal and is identical to that of a general purpose computer of the same type Voltage and current requirements vary with location but must be considered during site preparation Planning y...

Page 37: ...stributes ac power to the rest of the system The MPUs supply dc power to the testhead modules The DUT power supplies provide operating power to the device board under test The support bay does not supply power to the control bay and peripherals Mains power is wired to the support bay as part of the installation process In the 3070 Series II family system the support bay is present in 307X systems ...

Page 38: ...9 2002 Agilent 3070 79000 Site Preparation 3 1 3 3 3 3 Site Preparation Planning 03066 90114 Rev Z 06 2002 In this Chapter Choosing The Site 3 2 The System Plan Drawing 3 3 Assigning Specialists 3 8 Scheduling Preparations 3 10 ...

Page 39: ...e these criteria to choose a prospective location and then qualify that location using the system dependent criteria System Dependent Criteria System dependent criteria come in two categories those that are easily modified if needed and those that are not easily modified The easy criteria will probably not disqualify a prospective location but the difficult criteria might Easier criteria are stora...

Page 40: ... Before installing the 3070 79000 system you should determine whether the operator will stand or sit and whether the operator will work from the right or left side of the testhead this is not as important with a 4 module testhead These decisions will determine whether the monitor and keyboard should be on the right or left If you want the monitor and keyboard to be in front of the testhead as show...

Page 41: ... layouts Left to Right Layout with Board Handler Support Bay Strip Printer Monitor Keyboard Control Bay Testhead 11 ft 3 4 m 9 ft 2 7 m Conveyor Support Bay Strip Printer Monitor Keyboard Control Bay Testhead 12 ft 3 7 m 9 ft 2 7 m Support Bay Strip Printer Monitor Keyboard Control Bay Testhead 12 ft 3 7 m 9 ft 2 7 m Right to Left Layout Left to Right Layout SiteP6 wpg ...

Page 42: ...e System Plan Drawing Figure 3 2 Recommended Series I 3X79 telecom system layouts Left to Right Layout Control Bay Testhead Strip Printer Keyboard 12 ft 3 7 m 9 ft 2 7 m xDSL POTS Bay Support Bay Testhead Strip Printer Monitor Keyboard Control Bay 9 ft 2 7 m 14 ft 4 3 m xDSL POTS Right to Left Layout sitepx wpg ...

Page 43: ... layouts Monitor Support Bay Keyboard Testhead Strip Printer Controller 3 7 m 12 ft 3 m 9 ft Controller Testhead Strip Printer Support Bay Monitor Keyboard 3 7 m 12 ft 3 m 9 ft Support Bay Strip Printer Controller Monitor Keyboard Board Handler Conveyor Conveyor 3 m 9 ft 3 7 m 12 ft Right to Left Layout Left to Right Layout with Board Handler Left to Right Layout 3070 S2 WPG ...

Page 44: ... layouts Monitor Support Bay Keyboard Testhead Strip Printer Controller 3 3 m 11 ft 3 m 9 ft Right to Left Layout Testhead Strip Printer Support Bay Monitor Keyboard 3 3 m 11 ft 3 m 9 ft Left to Right Layout Controller Support Bay Controller Monitor Keyboard Board Handler Conveyor Conveyor 3 m 9 ft 3 3 m 11 ft with Board Handler Left to Right Layout 3070 S3 WPG Strip Printer ...

Page 45: ...stem The HP UX System Administrator Manual is a good tool for your system administrator it will arrive with the system Agilent also offers an excellent course in system administration for HP UX based systems The Administering Agilent 3070PC Systems manual describes the NT system administration specific to 3070PC administration it will arrive with the system It does not describe general Windows NT ...

Page 46: ...ist will plan and install your system s vacuum control system Vacuum lines should be marked on the system plan drawing The information pertaining to vacuum control is in Chapter 7 Site Preparation Compressed Air and Vacuum Requirements of this manual Compressed Air Specialist The compressed air specialist will plan and install the compressed air supply for your system Air lines should be marked on...

Page 47: ...eduling Preparations When the system plan drawing has been made and the specialists know what to do make a tentative schedule Use the schedule to balance the work With this plan estimate when the site will be ready for the system Make sure that you schedule extra time if any delays occur you can use the extra time to finish preparations ...

Page 48: ...989 2002 Agilent 3070 79000 Site Preparation 4 1 4 4 4 4 Site Preparation Structural Requirements 03066 90114 Rev Z 06 2002 In this Chapter Floor Requirements 4 2 Moving Access Requirements 4 6 Storage Space Requirements 4 12 ...

Page 49: ...f the system The controller test development centers and test development stations present no special load bearing concern Table 4 1 shows the approximate weights of fully loaded systems Table 4 1 System weights System Type Product Weight 3070 Series I Testhead 370 kg 750 lb Support Bay 205 kg 450 lb Testhead and Support Bay on Pallet 725 kg 1600 lb 307X Series I Testhead 454 kg 1000 lb Testhead o...

Page 50: ...ng each leg 185 kg 400 lb 317X Series I Testhead 410 kg 900 lb Testhead on pallet 480 kg 1060 lb 317X Series II Testhead 454 kg 1000 lb Testhead on pallet 525 kg 1160 lb Maximum floor point loading each leg 275 kg 600 lb 317X 3070PC Series 3 Testhead 429 kg 945 lb Testhead on pallet 525 kg 1160 lb Maximum floor point loading each leg 275 kg 600 lb 327X Series II Testhead 340 kg 750 lb Testhead on ...

Page 51: ...reminder as you plan your system area here are some suggestions Anti static flooring Plan to use an anti static floor covering or mats Grounding straps Plan for foot straps in conjunction with anti static flooring and wrist 3X79CT POTS Bay off pallet 1 Channel 165 kg 365 lb 4 Channel 170 kg 345 lb 8 Channel 195 kg 430 kg 307X Quick Verify 136 kg 300 lb Quick Verify on pallet 150 kg 330 lb Controll...

Page 52: ...ficient to use the built in leveling pads to stabilize the system However if the system includes the 44990A EFS Board Handler in an automated test cell the integration specialist will need to bolt the testhead to the floor Also if local building codes require equipment to be anchored to the floor due to potential seismic activity earthquakes you will need to bolt the system to the floor The shippi...

Page 53: ...n the same pallet the Support Bay is shipped on a separate pallet The 317X and 317X Series II and Series 3 systems do not include a Support Bay The large testhead crate may be too large to move to your system s destination If you cannot move it to its final destination you will need to unpack the testhead and roll it on its casters see Chapter 9 Other smaller boxes containing the controller and te...

Page 54: ...in Height 1600 mm 63 in 3X7X Series II 3 Support Bay Length 1120 mm 44 in Width 860 mm 31 in Height 1600 mm 63 in 327X Series II Quick Verify Length 875 mm 25 6 in Width 625 mm 24 in Height 980 mm 38 6 in 79000 Testhead Length 2095 mm 82 5 in Width 1080 mm 42 5 in Height 902 mm 33 5 in 3X79 Series II POTS Bay Length 1120 mm 44 in Width 860 mm 34 in Height 1860 mm 73 in Table 4 2 Dimensions of the ...

Page 55: ...traint imposed by the cabling between them Be very careful not to damage system cables during moving Table 4 3 on page 4 8 describes the dimensions of the uncrated testhead and Support Bay Chapter 9 describes moving the tester on its casters Table 4 3 Dimensions of the uncrated system System Type Dimension Measurement 307X Series I Testhead with Support Bay Length 2100 mm 83 in Width 1000 mm 40 in...

Page 56: ... mm 34 2 in Height 900 mm 35 in 327X Series II Support Bay Length 940 mm 37 in Width 600 mm 24 in Height 1320 mm 52 in 327X Series II Quick Verify Length 744 mm 29 3 in Width 600 mm 24 in Height 720 mm 28 3 in 307X and 317X Series 3 Testhead without Support Bay Length 1680 mm 66 in Width 790 mm 31 in Height 902 mm 35 5 in 307XPC and 317X Series 3 Testhead without Support Bay Length 88 4 mm 3 5 in ...

Page 57: ...on Structural Requirements Moving Access Requirements 79000 Testhead Length 1410 mm 55 5 in Width 795 mm 31 3 in Height 902 mm 33 5 in 3X79 POTS Bay Length 1080 mm 42 5 in Width 840 mm 33 in Height 1600 mm 63 in Table 4 3 Dimensions of the uncrated system continued System Type Dimension Measurement ...

Page 58: ...clines up to 8 percent before the leveling feet drag on the floor Hallway and Door Width Requirements As a rough guide if you have room to move a 4 foot by 8 foot 1 25 m x 2 5 m sheet of plywood parallel to the floor through hallways and doors you will be able to move the crated testhead If you cannot move the testhead crate all the way you must remove it from its crate in a receiving area and pus...

Page 59: ...system area To be safer still always place a recent backup in a different area or building Documentation Storage You will use system documentation often in the life of your 3070 79000 family system Plan book shelf storage for the documentation near the system where your people will be using it Four of the system documents that you will need are HP UX manuals These manuals discuss system administra...

Page 60: ...area The following items are a collection of do s and don t s with respect to fixture storage Don t store fixtures on painted shelves The bottom of the fixture will scrape small particles of paint off the shelf which will fall into and contaminate the testhead s interface pins If possible cover your fixtures when not in use especially when the air contains a high level of particulates Don t store ...

Page 61: ...s 5 2 Air Temperature Requirements 5 3 Humidity Requirements 5 5 Introduction The Agilent 3070 79000 family systems can operate in a wide range of environmental conditions but do require some minimum site management for continued optimum use This chapter provides site environment requirements for reliable use of 3070 79000 family systems including air quality air temperature and humidity ...

Page 62: ...ves generally cannot be filtered out of the air by normal filtration methods and the techniques that must be used for their removal are complex and costly If the source of corrosive contaminants cannot be eliminated the system should be installed in an enclosed environment with a fresh air supply at positive pressure Particulate Contaminants Particulate contaminants hard particles consist of smoke...

Page 63: ... located on the ASRU card This sensor constantly monitors the temperature of the air that has been drawn through the testhead after it cools the system components If the temperature sensor finds that the air temperature inside the testhead has changed 5 C 9 F since the last time the system ran AutoAdjust All it will again run AutoAdjust All Therefore to ensure uninterrupted use it is important tha...

Page 64: ... temperature and humidity specifications Cooling Requirements Design the site cooling capability using the heat dissipation estimates in Table 5 2 The numbers are for testheads with fully loaded modules Serial Test power supplies and fully loaded support bays Table 5 2 System heat dissipation Number of Modules Dissipation 3X7X Series I Testhead with Support Bay 1 Module 5100 BTU 1 5 kW 2 Modules 8...

Page 65: ...ts Humidity Requirements The 3070 79000 family board test system is designed to operate in the range from 5 percent to 80 percent relative humidity non condensing If the system is subjected to condensation as if moved from a cold loading dock into a warm and damper environment allow at least 24 hours for the system to recover before powering up ...

Page 66: ... representative will verify the power and complete the system installation and verification How to use this Chapter 1 Read Identifying Your System on page 6 2 You must know what type of system you have and where the system s PDU there may two is located to prepare your site 2 Read Power Requirements on page 6 5 In most cases this section will describe all you need to do to prepare your site 3 If y...

Page 67: ... the testhead Figure 6 1 on page 6 3 shows rear views of the 3070 Series I and Series II systems Figure 6 2 on page 6 4 shows rear views of the 3070 Series 3 and 79000 systems NOTE An older systems may have been upgraded to replace a PDU which was no longer available or for current reduction as described in Chapter 11 Site Preparation Series 3 79000 Current Reduction Conversion If so you will have...

Page 68: ... II systems 317X Series II Testhead E1135A or E1135B PDU 317X Series I Testhead 307X Series II Testhead with Support Bay 307X Series I Testhead with Support Bay SYS_ID WPG E1170 80003 PDK PDU 1 Main E1135A or E1135B PDU 2 Branch E1135A or E1135B E1135A or E1135B PDU Main E1135A or E1135B PDU Branch View with rear door open Port3 Port2 In 0ut E1135B or E1135C PDU Main 327X Series II Testhead ...

Page 69: ...with Support Bay SYS_ID2 WPG E1135B C PDU Main E1135B C PDU Main E1135B C PDU Branch Single phase options w phase voltage less than 250 volts View with rear door open 317X Series 3 Testhead Port1 Port0 Port2 Port3 In 0ut Port1 Port0 Port3 Port2 In 0ut Port2 Port3 E1135B or E1135C PDU Main 79000 Testhead Mains Disconnect Mains Disconnect Mains Disconnect Port3 Port2 In 0ut E1135B or E1135C PDU Main...

Page 70: ...le where it can be easily reached by the system operator If a circuit breaker is used it must meet all of the above requirements plus Be rated for a minimum of 10 000 amps interrupting capacity AIC if used on a 200 240 volt circuit or 14 000 AIC if used on a higher voltage circuit Power Drop A separate power drop should be provided for the testhead due to its high current requirements Separate pow...

Page 71: ... Sizing the Input Wires and Circuit Breakers below Figure 6 3 Wiring diagram Sizing the Input Wires and Circuit Breakers Table 6 1 on page 6 7 shows the full load amps FLA for each system type FLA was calculated as follows For the 3X7X a fully loaded system with 3 STC cards in every module For the 79000 a fully loaded system with 6 STC cards in the module 3070 79000 System Circuit Breaker or Fuses...

Page 72: ... Voltage line to neut line to line Full Load Amps FLA for 327X 79000 317X 307X xDSL POTS Bay 200 240V 3 Phase Delta 3PD 200 220 230 240 13 13 13 13 14 14 14 14 18 18 18 18 24 24 24 24 12 12 12 12 208 220V 3 Phase Wyel 3PY 120 208 127 220 13 13 14 14 18 18 24 24 12 12 380 415V 3 Phase Wye w Neutral 3PN 220 380 230 400 240 415 9 9 9 10 10 10 10 10 10 16 16 16 10 10 10 L1 L3 L2 G L1 L3 L2 G L1 L3 L2 ...

Page 73: ...country where the system will be installed International E1135 61610 uses 5x6 mm2 5 conductor cord with a IEC 60309 plug and mating receptacle see Figure 6 4 on page 6 9 North America E1135 61611 uses 10 AWG 5 conductor cord with NEMA plug that mates with NEMA L21 30 see Figure 6 5 on page 6 10 The female receptacle is available locally 1 Service with Oil resistant jacket Table 6 2 Beginning seria...

Page 74: ...r or 3 30A Fuses SO Plug International wpg PDU 2 5 m 8 2 ft of 5x6mm2 SO cord cord and male receptacle supplied by Agilent E1135 61610 Power cord with female receptacle supplied by Agilent Conductors and service sized in accordance with local codes Site ac voltage source Voltage measured at the power receptacle or PDU with the system on should be 6 10 of nominal Any problems should be reported to ...

Page 75: ...ft of 10 AWG 5 conductor SO Cord cord and male receptacle supplied by Agilent E1135 61611 Power cord with female receptacle supplied by the customer 30A 3 Ph Breaker or 3 30A Fuses Conductors and service sized in accordance with local codes Site ac voltage source Power Receptacle Voltage measured at the power receptacle or PDU with the system on should be 6 10 of nominal Any problems should be rep...

Page 76: ...0 volts 2 220 volts delta option 3PD No re wiring is necessary options 3PY and 3PD have the same internal wiring 3 220 volts wye with neutral opt 3PN Re wiring is necessary because the internal circuits are wired phase to neutral and the internal components would be under powered Whenever you switch from a non neutral to a neutral configuration or vice versa you must re wire the PDU If you determi...

Page 77: ...o Chapter 10 Site Preparation Power Requirements for Older Systems NOTE Beginning in November 2000 only 3 phase power options are available for 3070 79000 and E2197A products NOTE Beginning in May 2001 the PDU includes 20 centimeter long 8 inch power cords with female plugs hard wired to the output terminal block This means that the testhead outlet boxes can be unplugged rather than un wired from ...

Page 78: ...gure 6 28 on page 6 36 200 240V 3 phase Delta 3PD 200 Figure 6 7 on page 6 16 Figure 6 12 on page 6 21 Figure 6 17 on page 6 25 Figure 6 22 on page 6 29 Figure 6 24 on page 6 31 Figure 6 29 on page 6 37 220 Figure 6 7 on page 6 16 Figure 6 12 on page 6 21 Figure 6 17 on page 6 25 Figure 6 22 on page 6 29 Figure 6 24 on page 6 31 Figure 6 29 on page 6 37 230 Figure 6 7 on page 6 16 Figure 6 12 on p...

Page 79: ...on page 6 37 380 415V 3 Phase Wye w Neutral 3PN 220 380 Figure 6 9 on page 6 18 Figure 6 14 on page 6 23 Figure 6 19 on page 6 27 Figure 6 25 on page 6 32 Figure 6 27 on page 6 34 Figure 6 31 on page 6 39 230 400 Figure 6 9 on page 6 18 Figure 6 14 on page 6 23 Figure 6 19 on page 6 27 Figure 6 25 on page 6 32 Figure 6 27 on page 6 34 Figure 6 31 on page 6 39 240 415 Figure 6 9 on page 6 18 Figure...

Page 80: ...989 2002 Agilent 3070 79000 Site Preparation 6 15 Chapter 6 Site Preparation Power Requirements PDU Wiring Diagrams 327X 1 Module System AC Outlets Figure 6 6 327X 1 module system Outlet 2 Testhead Rear View Outlet 3 Outlet 1 ...

Page 81: ...t Technologies 1989 2002 Agilent 3070 79000 Site Preparation 6 16 Chapter 6 Site Preparation Power Requirements PDU Wiring Diagrams Figure 6 7 327X Options 3PY 3PD 32 111 wpg AC mains input cord plug provided ...

Page 82: ... Agilent Technologies 1989 2002 Agilent 3070 79000 Site Preparation 6 17 Chapter 6 Site Preparation Power Requirements PDU Wiring Diagrams Figure 6 8 327X Options 3PY 3PD ...

Page 83: ...ent Technologies 1989 2002 Agilent 3070 79000 Site Preparation 6 18 Chapter 6 Site Preparation Power Requirements PDU Wiring Diagrams Figure 6 9 327X Option 3PN 32 111n wpg AC mains input cord plug provided ...

Page 84: ... Agilent Technologies 1989 2002 Agilent 3070 79000 Site Preparation 6 19 Chapter 6 Site Preparation Power Requirements PDU Wiring Diagrams Figure 6 10 327X Option 3PN ...

Page 85: ... Agilent 3070 79000 Site Preparation 6 20 Chapter 6 Site Preparation Power Requirements PDU Wiring Diagrams 79000 1 Module System AC Outlets Figure 6 11 79000 1 module system Outlet 2 Testhead Rear View E2190_ol wpg Outlet 1 Outlet 3 ...

Page 86: ... Technologies 1989 2002 Agilent 3070 79000 Site Preparation 6 21 Chapter 6 Site Preparation Power Requirements PDU Wiring Diagrams Figure 6 12 79000 Options 3PY 3PD 79 111 wpg AC mains input cord plug provided ...

Page 87: ... Agilent Technologies 1989 2002 Agilent 3070 79000 Site Preparation 6 22 Chapter 6 Site Preparation Power Requirements PDU Wiring Diagrams Figure 6 13 79000 Options 3PY 3PD ...

Page 88: ...nt Technologies 1989 2002 Agilent 3070 79000 Site Preparation 6 23 Chapter 6 Site Preparation Power Requirements PDU Wiring Diagrams Figure 6 14 79000 Option 3PN 79 111n wpg AC mains input cord plug provided ...

Page 89: ...0 79000 Site Preparation 6 24 Chapter 6 Site Preparation Power Requirements PDU Wiring Diagrams Figure 6 15 79000 Option 3PN 317X 2 Module System AC Outlets Figure 6 16 317X 2 module system Outlet 0 Testhead Rear View Outlet 2 Outlet 3 Outlet 1 ...

Page 90: ...t Technologies 1989 2002 Agilent 3070 79000 Site Preparation 6 25 Chapter 6 Site Preparation Power Requirements PDU Wiring Diagrams Figure 6 17 317X Options 3PY 3PD 31 111 wpg AC mains input cord plug provided ...

Page 91: ... Agilent Technologies 1989 2002 Agilent 3070 79000 Site Preparation 6 26 Chapter 6 Site Preparation Power Requirements PDU Wiring Diagrams Figure 6 18 317X Options 3PY 3PD ...

Page 92: ...ent Technologies 1989 2002 Agilent 3070 79000 Site Preparation 6 27 Chapter 6 Site Preparation Power Requirements PDU Wiring Diagrams Figure 6 19 317X Option 3PN 31 111n wpg AC mains input cord plug provided ...

Page 93: ...te Preparation 6 28 Chapter 6 Site Preparation Power Requirements PDU Wiring Diagrams Figure 6 20 317X Option 3PN 307X 4 Module System AC Outlets Figure 6 21 307X 4 module system Outlet 0 Support Bay Rear View Testhead Rear View Outlet 2 Outlet 3 Outlet 1 ...

Page 94: ... Technologies 1989 2002 Agilent 3070 79000 Site Preparation 6 29 Chapter 6 Site Preparation Power Requirements PDU Wiring Diagrams Figure 6 22 3070 Options 3PY 3PD AC mains input cord plug provided 30 111 1 wpg ...

Page 95: ... Agilent Technologies 1989 2002 Agilent 3070 79000 Site Preparation 6 30 Chapter 6 Site Preparation Power Requirements PDU Wiring Diagrams Figure 6 23 3070 Options 3PY 3PD ...

Page 96: ... Agilent Technologies 1989 2002 Agilent 3070 79000 Site Preparation 6 31 Chapter 6 Site Preparation Power Requirements PDU Wiring Diagrams Figure 6 24 3070 Options 3PY 3PD support bay 30 111 2 wpg ...

Page 97: ...nt Technologies 1989 2002 Agilent 3070 79000 Site Preparation 6 32 Chapter 6 Site Preparation Power Requirements PDU Wiring Diagrams Figure 6 25 3070 Option 3PN 30 111n 1 wpg AC mains input cord plug provided ...

Page 98: ... Agilent Technologies 1989 2002 Agilent 3070 79000 Site Preparation 6 33 Chapter 6 Site Preparation Power Requirements PDU Wiring Diagrams Figure 6 26 3070 Option 3PN ...

Page 99: ... Agilent Technologies 1989 2002 Agilent 3070 79000 Site Preparation 6 34 Chapter 6 Site Preparation Power Requirements PDU Wiring Diagrams Figure 6 27 3070 Option 3PN support bay 30 111n 2 wpg ...

Page 100: ...s E2197A xDSL POTS Bay AC Outlets The instruments in the xDSL POTS bay except the Kikusui power supply are plugged into the E1135C PDU With the E2197A xDSL POTS bay the 6811B ringer supply is plugged into the E1135C PDU and the isolation transformer is removed See the Telecom Theory and Repair Manual Chapter 4 for additional information ...

Page 101: ...hapter 6 Site Preparation Power Requirements PDU Wiring Diagrams Figure 6 28 E2197A xDSL POTS Bay shown with POTS options POTS 3ph WPG Outlet 1 Line Filter PDU Mains Input 5 6 7 8 To Gnd 1 2 3 4 To Gnd See Table See Table See Table See Table Customer Instruments 200 240 Volts ...

Page 102: ...logies 1989 2002 Agilent 3070 79000 Site Preparation 6 37 Chapter 6 Site Preparation Power Requirements PDU Wiring Diagrams Figure 6 29 E2197A xDSL POTS Bay Options 3PD 3PY 21 111 wpg AC mains input cord plug provided ...

Page 103: ... Agilent Technologies 1989 2002 Agilent 3070 79000 Site Preparation 6 38 Chapter 6 Site Preparation Power Requirements PDU Wiring Diagrams Figure 6 30 E2197A xDSL POTS Bay Options 3PD 3PY ...

Page 104: ...nologies 1989 2002 Agilent 3070 79000 Site Preparation 6 39 Chapter 6 Site Preparation Power Requirements PDU Wiring Diagrams Figure 6 31 E2197A xDSL POTS Bay Option 3PN 21 111n wpg AC mains input cord plug provided ...

Page 105: ... Agilent Technologies 1989 2002 Agilent 3070 79000 Site Preparation 6 40 Chapter 6 Site Preparation Power Requirements PDU Wiring Diagrams Figure 6 32 E2197A xDSL POTS Bay Option 3PN ...

Page 106: ...were connected directly to the outlets on the rear of the PDU in the Support Bay Beginning in June 1999 the DUT power supplies were set to 220 or 2403 volts4 input in all systems reducing the current demand and service conductor size Beginning in June 1999 the equipment connected to the outlets on the E1135C in the 3070 were redistributed for improved load balancing 5 Beginning in June 1999 all of...

Page 107: ...rements were re calculated and empirically checked verifying lower current requirements when all the above enhancements were implemented Beginning in July 2000 all three phase systems were shipped with power cords The power cord used is based on the power option and country code Beginning in November 2000 power options are ordered on the E1135C PDU instead of the 3070 79000 xDSL POTS bays For exam...

Page 108: ...n1 OLD Power Options Description line to neutral line to line 3PD 200 240 V 3 phase Delta 0ED 200 V 3 phase Delta 05C 220 V 3 phase Delta 05H 230 V 3 phase Delta 0E6 240 V 3 phase Delta 3PY 208 220 V 3 phase Wye AWW 120 208 V 3 phase Wye with Neutral 05E 127 220 V 3 phase Wye with Neutral 3PN 380 415 V 3 phase Wye with Neutral 0E5 220 380 V 3 phase Wye with Neutral 05L 230 400 V 3 phase Wye with N...

Page 109: ...he test fixture to the testhead Vacuum is used primarily to actuate the test fixture that is to make contact between the board under test and the probes in the fixture Compressed air is sometimes also used for air assisted solenoid actuated valves used to switch the vacuum and for air actuated test fixtures The site preparation requirements for compressed air and vacuum are different depending on ...

Page 110: ...r volumes Connecting Air to the Testhead Install compressed air lines using rigid line to a point near the testhead An air cutoff valve is recommended for situations when the air line must be disconnected When the system is installed connect the air to the testhead with a flexible line that has a Hansen Series Table 7 1 Compressed air specifications for 3070 79000 systems Description Measurement M...

Page 111: ...is shown in Figure 7 1 on page 7 3 Figure 7 1 Compressed air connection to the testhead Air Quality The compressed air must be oil free and must meet the humidity specifications in Table 7 1 We recommend that the air be filtered to remove contaminants such as oil and aerosols The filter should filter 0 3 micron particles AIR2 WPG 03066 67911 Air Output for external applications Air Input connector...

Page 112: ...with a qualified vendor of vacuum pumps that can give you advice based on your requirements Vacuum Recommendations Table 7 2 shows the vacuum recommendations for a typical 3070 79000 family system Table 7 2 Vacuum recommendations for 3070 79000 systems Description Measurement Recommended Flow Rate of Pump 18 9 l s at STP 40 SCFM 1 Use this value as a guideline Vacuum specification is dependent on ...

Page 113: ...ide the testhead so they usually do not need external vacuum solenoids In order to turn off vacuum and remove the vacuum hoses before servicing this testhead you should install a vacuum cut off valve near the system Figure 7 2 on page 7 6 shows the four vacuum ports at the back of the 307X Series I and II testhead and their outlets near the modules Figure 7 3 on page 7 7 shows the 317X Series I an...

Page 114: ...ter 7 Site Preparation Compressed Air and Vacuum Requirements Vacuum Requirements Figure 7 2 307X Series I II vacuum ports Vacuum Outlet 2 site_prep5 wpg Top of Testhead Rear of Testhead 2 3 0 1 Vacuum Ports 1 inch male connectors Vacuum Outlet 0 Vacuum Outlet 3 Vacuum Outlet 1 ...

Page 115: ...ation 7 7 Chapter 7 Site Preparation Compressed Air and Vacuum Requirements Vacuum Requirements Figure 7 3 317X Series I II system vacuum ports Vacuum Outlet 2 Vacuum Outlet 3 site_prep18 wpg Top of Testhead Rear of Testhead 2 3 Vacuum Ports 1 inch male connectors ...

Page 116: ...ad with Support Bay E1135C PDU Main E1135C PDU Main E1135C PDU Branch View with rear door open 317X Series 3 Testhead Port2 Port3 In 0ut Port3 Port2 In 0ut E1135B or E1135C PDU Main 79000 Testhead Port1 Port0 Port2 Port3 In E1135C PDU Main 3279 Series 3 Testhead 0ut Port3 Port2 Optional Optional E9998 63200 2 Module Manifold E9900 63200 4 Module Manifold Note The E9998 63200 manifold will not work...

Page 117: ...these examples are optional but recommended If the vacuum manifold is used a 2 inch vacuum hose should be used If vacuum ports are connected individually a 1 inch vacuum hose must be used Figure 7 5 on page 7 10 is a schematic representation of a two module 307X system with one vacuum control output used to control both vacuum ports 2 and 3 The vacuum control solenoid is shown to be one of the air...

Page 118: ...apter 7 Site Preparation Compressed Air and Vacuum Requirements Vacuum Requirements Figure 7 5 24 Vdc air piloted solenoid vacuum example Support Bay Testhead 0 1 2 3 Air Line Vacuum Source Pressure Meter 24 Vdc Air Piloted Solenoid Filter site_prep3 wpg 1 inch flexible tubing ...

Page 119: ...ation 7 11 Chapter 7 Site Preparation Compressed Air and Vacuum Requirements Vacuum Requirements Figure 7 6 Individually activated vacuum port control example Support Bay Testhead 0 1 2 3 Air Line Vacuum Source Pressure Meter 24 Vdc Solenoid Filters site_prep2 wpg ...

Page 120: ...r 7 Site Preparation Compressed Air and Vacuum Requirements Vacuum Requirements Figure 7 7 Vacuum with manual cutoff example Support Bay Testhead 0 1 2 3 Vacuum Source Pressure Meter 24 Vdc Solenoid Filter site_prep4 wpg Flow Meter 24 Vdc Solenoid Filter Manual Valve Manual Valve ...

Page 121: ...ows the 3279 and 79000 with the E9945A vacuum option installed The factory default relay wiring is shown however the vacuum solenoid valve is not voltage polarity sensitive The vacuum solenoid valves are air pressure assisted with 280 kPa 40 psi applied to each valve A vacuum filter is not shown since the air passes through the vacuum solenoid before the filter however you may desire to install a ...

Page 122: ...ion Vacuum Source Pressure Meter S3SiteP4 Port 3 _ _ _ _ _ 1 2 3 4 5 6 7 8 9 10 11 12 Remote Shutdown Jumper _ _ _ _ _ 1 2 3 4 5 6 7 8 9 1 0 1 1 1 2 Relay 2 Relay 1 Relay 3 Relay 4 Relay 5 Port 2 System Card E9998 63200 2 Module Manifold Pressure Meter 2 inch Vacuum Hose Manual Cut off Valve E9945A Vacuum components shown above the dotted line Vacuum components below the dotted line are customer s...

Page 123: ...on E9946A Vacuum components shown above the dotted line Vacuum components below the dotted line are customer supplied Vacuum Source Pressure Meter S3Sitep3 wpg Port 3 _ _ _ _ _ 1 2 3 4 5 6 7 8 9 10 11 12 Remote Shutdown Jumper _ _ _ _ _ 1 2 3 4 5 6 7 8 9 1 0 1 1 1 2 Relay 2 Relay 1 Relay 3 Relay 4 Relay 5 Port 2 Port 1 Port 0 E9900 63200 4 Module Manifold System Card 2 inch Vacuum Hose Manual Cut ...

Page 124: ... Source Pressure Meter 79KSitep wpg Port 3 _ _ _ _ _ 1 2 3 4 5 6 7 8 9 10 11 12 Remote Shutdown Jumper _ _ _ _ _ 1 2 3 4 5 6 7 8 9 10 11 12 Relay 2 Relay 1 Relay 3 Relay 4 Relay 5 Port 2 Standard Vacuum Valve System Card Pressure Meter 2 inch Vacuum Hose Manual Cut off Valve Optional Vacuum Valve E3770 67900 Standard Optional Vacuum components shown above the dotted line Vacuum components below th...

Page 125: ...Assembly and Installation Kit shown in Figure 7 11 contains everything necessary to connect the main vacuum supply line to the board test system without internal vacuum valves The E4047A Vacuum Control Assembly is a pre assembled metal housing Features include two 24 Vdc air assisted 3 way vacuum solenoid actuated valves in line vacuum filters air pressure regulator manual valve for 1 channel or 2...

Page 126: ...002 Agilent 3070 79000 Site Preparation 7 18 Chapter 7 Site Preparation Compressed Air and Vacuum Requirements Vacuum Requirements Figure 7 11 E4047A vacuum control assembly 25 20 15 10 5 0 30 KAY P neum at i cs P neum at i cs KAY ...

Page 127: ...ring the flow rate To reduce confusion the industry has agreed on a standard set of conditions for flow rate measurements called standard temperature and pressure STP The standard temperature is zero degrees Celsius 32 degrees Fahrenheit and the standard pressure is one atmosphere 101 3 kPa or 14 7 psi Common units for measuring flow rate are liters per second l s and cubic feet per minute CFM Whe...

Page 128: ...y to handle DUTs with high probe densities If the sum of the probe spring and seal forces divided by the area of the DUT is above 48 kPa 7 psi the fixture will not be able to properly pull the DUT onto the probes The flow requirements for vacuum come from fixture leaks number of fixture cycles per minute the size of the DUT and the need to quickly evacuate the fixture to make a good seal around th...

Page 129: ...8 8 8 Site Preparation Communications Cabling Requirements 03066 90114 Rev Z 06 2002 In this Chapter Local Area Network Requirements 8 2 Gathering Configuration Information for UNIX Startup and Networking 8 10 Gathering Configuration Information for MS Windows Networking 8 13 ...

Page 130: ...you do not have facility LAN If the 3070 79000 system will be your first LAN system now is the time to make your Local Area Network plans Time spent preparing for LAN will save expense and trouble in the future For help contact your area s Agilent LAN specialist Designate a LAN manager at your site and begin developing that person s expertise Agilent Local Area Network Plan Be sure to add LAN plan...

Page 131: ... to it Perhaps this system is a testhead with high usage hp3070b has two workstations with it hp3070b1 and hp3070b2 These two nodes share the disk connected to hp3070b and they boot from that disk This could be a board test system or a Test Development Center Note that if the system has a testhead the disk and the controller must serve two Test Development Stations as well as the testhead and that...

Page 132: ...ation 8 4 Chapter 8 Site Preparation Communications Cabling Requirements Local Area Network Requirements Figure 8 1 An example of 3070 Series I family networkp3070a5 hp3070a hp3070b1 hp3070b1 hp3070b hp3070c1 hp3070c2 hp3070c3 hp3070c4 hp3070c5 hp3070c sitep13 wpg ...

Page 133: ...f the testhead controller and every other new controller in your Series II network An example of the 3070 Series II internal testhead and external LAN connections is shown in Figure 8 2 on page 8 6 The optional LAN Gateway is only used if a HP 9000 712 60 100 controller is used All other Series 700 controllers have an GPIB card installed in the controller Install the LAN Cabling Before the 3070 79...

Page 134: ...Gateway for 712 60 100 Controllers only 15 3 112 2 Sys Card HUB 10BaseT 50 5 Terminator 1250 0207 Test Development Center Router Gateway as needed Public LAN Backbone Public LAN Backbone System 1 on Hub System 2 n on Hub s2lan Testhead Controller BNC Tee 1250 0781 To HP IB Devices Test Development Station External Site Lan Internal Testhead Lan Mod 0 Control Mod 1 Control Mod 2 Control Module 3 Co...

Page 135: ... external site LAN interface LAN0 must have a unique IP address but the internal testhead LAN interface LAN1 within each system is identical including identical System Card and ControlXT Card LAN addresses However the hardware address for each System Card and ControlXT is unique The hardware address not to be confused with the LAN address is assigned at the factory and is marked on each card See t...

Page 136: ...trolXT 15 3 112 6 Mod 2 ControlXT 15 3 112 7 Mod 3 ControlXT HUB 10Base2 Converter 10BaseT 50 5 Terminator 1250 0207 50 5 Terminator 1250 2076 Test Server Test Server Router Gateway as needed Public LAN Backbone Public LAN Backbone System 1 on Hub System 2 n on Hub s3lan 0960 1009 10Base2 Testhead Controller BNC Tee 1250 0781 External Site Lan To AC Power Control Cables E4000 61628 10BaseT 15 3 11...

Page 137: ... 4 Mod 0 ControlXT 10 3 112 5 Mod 1 ControlXT 10 3 112 6 Mod 2 ControlXT 10 3 112 7 Mod 3 ControlXT HUB 10Base2 Converter 10BaseT 50 5 Terminator 1250 0207 50 5 Terminator 1250 2076 Test Server Test Server Router Gateway as needed Public LAN Backbone Public LAN Backbone System 1 on Hub System 2 n on Hub s3 PClan wpg 0960 1009 10Base2 Testhead Controller BNC Tee 1250 0781 External Site Lan To AC Po...

Page 138: ...o it can be entered when the system is set up Choose from the two situations below and follow the associated instructions If the UNIX based controller WILL NOT be connected to a network Complete only the first two items Hostname Required even if the system is non networked and IP Address in Table 8 1 If the UNIX based controller WILL be connected to a network Complete Table 8 1 CAUTION Do not conf...

Page 139: ... host name should contain no more than eight characters for compatibility with the uname command 2 IP Address Required even if the system is non networked Supply a network IP address for this system OR If not connecting to a network supply an IP address that will not be a conflict should this system should ever get connected to a network 3 Will this system be connected to a network Yes No Select e...

Page 140: ...ress If configuring DNS the local network DNS server IP address Do not complete if configuring for NIS 10 NIS Domain Name If configuring NIS the local NIS server name Do not complete if configuring for DNS NOTE Most systems do not use NIS 11 Wait for NIS Server on Bootup Yes No If configuring NIS select either Yes or No Do not complete if configuring for DNS 12 Will this TDS be a Font Server Yes N...

Page 141: ...twork at all the first two items in the table are still necessary for system set up In case of problems see the Administering Agilent 3070 Systems MS Windows Version which is online in the User Manuals Gathering Network Configuration Information Use this section to gather the information needed to configure your computer for a LAN Table 8 2 Windows NT LAN configuration information Task Network Par...

Page 142: ...tion 4 Will a DHCP Server be Used Yes No If yes go to Task 16 Will Other Network Protocols Be Configured 5 IP Address IP Address Subnet Mask Default Gateway The IP address for this workstation This number masks ignores information that is not specific to your local network IP address of the system that is used to route network traffic to other networks 6 Advanced IP Addressing Gateways Gateway s f...

Page 143: ...order of DNS servers that this system uses for resolving host names 11 DNS Domain Suffix Search Order Ordered domain suffix list used when searching for a host 12 Will WINS Be Used Windows Internet Name Services Yes No If no go to Task 16 Will Other Network Protocols Be Configured 13 WINS Address Primary WINS Server Secondary WINS Server 14 WINS Address Checkboxes Enable DNS for Windows Resolution...

Page 144: ...ll Other Network Protocols Be Configured AppleTalk Protocol DLC Protocol NetBEUI Protocol NWLink IPX SPX Compatible Transport Point To Point Tunneling Protocol Streams Environment This list is not exhaustive other protocols can be configured Use this space to document other network protocol information Table 8 2 Windows NT LAN configuration information continued Task Network Parameter Write System...

Page 145: ... 79000 Site Preparation 9 1 9 9 9 9 Site Preparation Receiving and Moving Instructions 03066 90114 Rev Z 06 2002 In this Chapter Inventory The Shipment 9 2 Uncrating The System 9 3 Placing The System 9 15 Re shipping a 3070 and 79000 System 9 16 ...

Page 146: ...eiving and Moving Instructions Inventory The Shipment Inventory The Shipment Use the packing list that came with your system to determine if the system was fully received Carefully examine the boxes for shipping damage If you suspect the system was damaged in shipment contact your Agilent representative ...

Page 147: ...fer to Figure 9 1 on page 9 4 for uncrating a 307X system and Figure 9 2 on page 9 5 for uncrating a 317X system WARNING Follow the unpacking instructions carefully and do not work alone A fully loaded 307X Series I system with the shipping pallet might weigh 725 kilograms 1600 pounds A fully loaded 307X Series II or a 317X system with the shipping pallet might weigh 455 kilograms 1000 pounds Tabl...

Page 148: ...em Figure 9 1 307X Series I pallet Step 6 Steps 9 and 10 Remove Support Bay brackets with 6 mm hex wrench Remove 3 5 inch bolts with the 9 16 inch open end wrench Remove all four pallet support bolts and all sixteen bracket bolts from the pallet with the 9 16 inch open wrench or a socket Remove Testhead Brackets with 5 mm hex driver wrench inst17 wpg ...

Page 149: ...crating Procedure The system is shipped with a 9 16 inch open end wrench and a 5 millimeter hex wrench 307X systems also includes a 6 millimeter hex wrench for the removal of the support bay shipping brackets 1 If you have a long floor jack two meters or six feet long use it on the RAMP END to move the pallet Step 6 Steps 9 and 10 Remove Testhead brackets with 5 mm hex wrench inst18 wpg Remove all...

Page 150: ... procedure 5 Cut the interior strap on the ramp After you have cut the strap the feet of the ramp should swing out If they do not make sure the feet are perpendicular to the ramp when you lower the ramp to the floor The bag labeled See Inside that contains installation instructions also contains the hex wrench or wrenches 5 millimeter for the testhead and 6 millimeter for the support bay if includ...

Page 151: ...move the four seven inch bolts that stabilize the deck of the pallet This prevents the casters from catching on them when you roll the system off of the pallet 12 Before rolling the system off of the pallet Clear all people tools and equipment from the area that the system will roll into Make sure the leveling feet for both the testhead and support bay if included are up Otherwise the feet may dra...

Page 152: ... one end of the pallet To do this you will need an area approximately 8 feet 2 5 meters wide by 18 feet 5 5 meters long Tools Needed to Uncrate the Testhead Utility knife Cordless drill with hex power shank from Agilent MTBU 9 16 inch and 3 4 inch sockets with ratchet and 6 inch 150 millimeter extension Uncrating Procedure 1 Cut the strap around the ramp Lift the ramp off the pallet and set it asi...

Page 153: ... nuts on the shipping brackets on the end of the pallet from which you removed the end board Screw the bolts down clockwise until the platform rises slightly 5 Figure 9 4 Remove two foam blocks from the space between the platform and pallet 6 Figure 9 4 After removing the foam blocks screw the 6 inch bolts up counter clockwise to lower the platform all the way down onto the pallet Alternately lowe...

Page 154: ...llet Ensure that the feet under the ramp are folded down to the floor Place two bolts that you removed from the sides of the pallet in step 3 through the holes in the ramp to keep the ramp from sliding off the pallet Testhead UNCRAT2 WPG Platform Pallet Foam Block Shipping Bracket contacts a metal plate on the pallet Note The 6 inch bolt 6 inch bolt Use cordless drill extension power shank and 3 4...

Page 155: ...emove all four shipping brackets from the testhead and pallet 9 Roll the testhead down the ramp and onto the floor NOTE Advise the customer to save the pallet ramp and shipping materials in case the customer needs to ship the system to another facility The only safe way to ship the testhead is using the pallet and shipping materials provided UNCRAT3 W PG Testhead Bolt Ramp Platform Foot ...

Page 156: ...Wear eye protection when cutting straps In uncrating the Support Bay you will roll the Support Bay down a ramp from the pallet To do this you will need an area approximately 6 feet 2 meters wide by 13 feet 4 meters long Tools Needed to Uncrate the Support Bay Utility knife 7 16 inch socket with ratchet 9 16 inch socket with ratchet Uncrating Procedure 1 Remove the ramp and packing material from th...

Page 157: ... Agilent Technologies 1989 2002 Agilent 3070 79000 Site Preparation 9 13 Chapter 9 Site Preparation Receiving and Moving Instructions Uncrating The System Figure 9 6 Removing the shipping hardware ...

Page 158: ...eceiving and Moving Instructions Uncrating The System 3 Figure 9 7 Remove the two bolts from each corner 1 and pull the block out from under the bay 2 Position the ramp so the block of wood under the ramp locks into the edge of the pallet Then roll the bay down the ramp 3 Figure 9 7 Installing the ramp ...

Page 159: ...mobilize and level all bays by screwing the leveling feet down to the floor The testhead may be difficult to unlock or rotate if it is not level If local building codes require equipment to be anchored to the floor due to potential seismic activity earthquakes you will need to bolt the system to the floor The shipping brackets used to secure the system to the pallet are suitable for this purpose b...

Page 160: ...a Shipment Kit in the U S contact Agilent s Measurement System Knowledge Center MSKC In the U S call 1 800 593 6635 with your MSKC support handle Outside the U S call your local Agilent Service Representative to access the MSKC WARNING When re shipping a support or instrument bay DO NOT use the ramp to move the bay onto the pallet to avoid possible injury due to the bay tipping over on you The ram...

Page 161: ...ble 9 3 Board handler shipment kit special option product numbers Special Option to Part Number Listing 44813A Opt 555 03066 69901 44813A Opt 560 44990 85200 44813A Opt 565 E4000 69901 44813A Opt 566 E4000 69902 44813A Opt 567 E4000 69903 44813A Opt 570 E9900 69901 44813A Opt 571 E9997 69901 44813A Opt 572 E9900 69902 Product Number 44990A EFS Board Handler 44813A Opt 560 ...

Page 162: ...quirements for Older Systems 03066 90114 Rev Z 06 2002 In this Chapter Introduction 10 2 Series 3 Power Requirements and Connections Prior to May 2001 10 5 Series 3 Power Requirements and Connections Prior to May 2000 10 78 Tester Power Requirements Series I II 10 109 Connecting Mains Power To The System 10 143 ...

Page 163: ... PDU see the section Connecting a Pigtail to the E1135C PDU on page 11 84 There are two easy ways to determine whether you have a Series I or a Series II system The Series II system has the Series II logo printed on the front of the testhead and it has the wide pods integrated cabinets on both sides of the testhead See Figure 10 1 on page 10 4 to identify where the power distribution unit PDU or p...

Page 164: ... for Older Systems Introduction The 317X Series II and 307X Series II systems use the E1135B PDU Some 307X Series II systems have one PDU in the testhead cabinet and another in the support bay or Quick Verify cabinet Each PDU requires its own ac mains supply The 327X Series II system uses one E1135B PDU in the testhead ...

Page 165: ... family systems 317X Series II Testhead E1135A or E1135B PDU 317X Series I Testhead 307X Series II Testhead with Support Bay 307X Series I Testhead with Support Bay SYS_ID WPG E1170 80003 PDK PDU 1 Main E1135A or E1135B PDU 2 Branch E1135A or E1135B E1135A or E1135B PDU Main E1135A or E1135B PDU Branch View with rear door open Port3 Port2 In 0ut E1135B or E1135C PDU Main 327X Series II Testhead ...

Page 166: ...res and Circuit Breakers All 3070 and 3070PC systems should be installed with a 30 amp breaker or fuse in each phase of the incoming power The modules and instruments in the testhead are protected by circuit breakers or fuses in the power distribution unit Table 10 1 on page 10 6 shows the Full Load Amp FLA for each system type and for each 3 phase power option Table 10 2 on page 10 7 shows FLA fo...

Page 167: ...6 230 400 9 10 10 16 10 05F 14 0E76 240 415 9 10 10 16 10 05J 14 3 phase Delta 0ED6 200 13 14 18 24 12 AWY 16 05C5 or 6 220 13 14 18 24 12 0E3 16 05H5 or 6 230 13 14 18 24 12 03G 16 0E65 or 6 240 13 14 18 24 12 0EH 16 1 Calculated with a fully loaded 3X7X system with 3 STC cards in every module 2 DUT Power supplies are configured for 200 240 volts ac 3 Calculated with 6 STC cards in the module 4 P...

Page 168: ... single phase power E1135C Power Option Voltage Full Load Amps FLA 1 for 2 327X 79000 317X 307X Testhead Support Bay xDSL POTS Bay3 Opts Current Single Phase Wye w Neutral AWV 120 208 17 19 20 24 15 AWY 16 AWZ 127 220 17 19 20 24 15 AWZ 16 05B 220 380 11 10 12 22 NA 05M 14 05G 230 400 11 10 12 22 NA 05F 14 05K 240 415 11 10 12 22 NA 05J 14 Single Phase Earthed 05M 220 19 20 24 24 15 14 05F 230 19 ...

Page 169: ...4 24 15 0EH 14 Single Phase Center Tap Neutral AWY 100 200 19 20 24 24 15 16 0E3 110 220 19 20 24 24 15 14 0EG 115 230 19 20 24 24 15 14 0EH 120 240 19 20 24 24 15 14 1 Calculated with a fully loaded 3X7X system with 3 STC cards in every module 2 DUT Power supplies are configured for 200 240 volts ac 3 POTS and xDSL bays always require a separate power drop Use the POTS xDSL power option that is o...

Page 170: ... move a system to a location that requires a different power option you may need to reconfigure the PDU and change where equipment is plugged in Find the section in Table 10 3 on page 10 10 3 phase power or Table 10 4 on page 10 13 single phase power that describes Your new system power option System type the number of modules Location of outlets Number of PDUs as well as the figure page number wh...

Page 171: ...eries 3 and 79000 family wiring diagram 3 phase power E1135C Power Option Voltage Testhead 327X Outlet Locations Figure 10 2 on page 10 17 79000 Outlet Locations Figure 10 13 on page 10 28 317X Outlet Locations Figure 10 24 on page 10 39 307X Outlet Locations Figure 10 35 on page 10 50 3 phase xDSL POTS Bay Outlet locations Figure 10 53 on page 10 69 1 phase xDSL POTS Bay1 Opts Current Figure 10 5...

Page 172: ...54 on page 10 70 AWZ Figure 10 58 on page 10 74 0E5 220 380 Figure 10 5 on page 10 20 Figure 10 16 on page 10 31 Figure 10 27 on page 10 42 Figure 10 39 on page 10 54 Figure 10 41 on page 10 56 Figure 10 55 on page 10 71 05M Figure 10 60 on page 10 76 05L 230 400 Figure 10 5 on page 10 20 Figure 10 16 on page 10 31 Figure 10 27 on page 10 42 Figure 10 39 on page 10 54 Figure 10 41 on page 10 56 Fi...

Page 173: ... Figure 10 3 on page 10 18 Figure 10 14 on page 10 29 Figure 10 25 on page 10 40 Figure 10 36 on page 10 51 Figure 10 38 on page 10 53 Figure 10 54 on page 10 70 0EG Figure 10 58 on page 10 74 0E6 240 Figure 10 3 on page 10 18 Figure 10 14 on page 10 29 Figure 10 25 on page 10 40 Figure 10 36 on page 10 51 Figure 10 38 on page 10 53 Figure 10 54 on page 10 70 0EH Figure 10 58 on page 10 74 1 POTS ...

Page 174: ...ure 10 18 on page 10 33 Figure 10 29 on page 10 44 Figure 10 46 on page 10 61 Figure 10 48 on page 10 63 AWV Figure 10 58 on page 10 74 AWZ 127 220 Figure 10 7 on page 10 22 Figure 10 18 on page 10 33 Figure 10 29 on page 10 44 Figure 10 46 on page 10 61 Figure 10 48 on page 10 63 AWZ Figure 10 58 on page 10 74 05B 220 380 Figure 10 9 on page 10 24 Figure 10 20 on page 10 35 Figure 10 31 on page 1...

Page 175: ...page 10 64 Figure 10 51 on page 10 66 Figure 10 60 on page 10 76 05F 230 Figure 10 11 on page 10 26 Figure 10 22 on page 10 37 Figure 10 33 on page 10 48 Figure 10 49 on page 10 64 Figure 10 51 on page 10 66 Figure 10 60 on page 10 76 05J 240 Figure 10 11 on page 10 26 Figure 10 22 on page 10 37 Figure 10 33 on page 10 48 Figure 10 49 on page 10 64 Figure 10 51 on page 10 66 Figure 10 60 on page 1...

Page 176: ...3 Figure 10 29 on page 10 44 Figure 10 46 on page 10 61 Figure 10 48 on page 10 63 AWY Figure 10 58 on page 10 74 0EB 220 Figure 10 7 on page 10 22 Figure 10 18 on page 10 33 Figure 10 29 on page 10 44 Figure 10 46 on page 10 61 Figure 10 48 on page 10 63 0E3 Figure 10 58 on page 10 74 0EJ 230 Figure 10 7 on page 10 22 Figure 10 18 on page 10 33 Figure 10 29 on page 10 44 Figure 10 46 on page 10 6...

Page 177: ...e 10 44 Figure 10 46 Figure 10 48 on page 10 63 Figure 10 58 on page 10 74 0EG 115 230 Figure 10 7 on page 10 22 Figure 10 18 on page 10 33 Figure 10 29 on page 10 44 Figure 10 46 on page 10 61 Figure 10 48 on page 10 63 Figure 10 58 on page 10 74 0EH 120 240 Figure 10 7 on page 10 22 Figure 10 18 on page 10 33 Figure 10 29 on page 10 44 Figure 10 46 on page 10 61 Figure 10 48 on page 10 63 Figure...

Page 178: ... Preparation 10 17 Chapter 10 Site Preparation Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2001 327X 1 Module System AC Outlets Figure 10 2 327X 1 module system Outlet 2 Testhead Rear View Outlet 3 Outlet 1 ...

Page 179: ...gilent 3070 79000 Site Preparation 10 18 Chapter 10 Site Preparation Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2001 Figure 10 3 327X 0ED AWW 05E 05C 05H 0E6 32LLL wpg Unswitched Fused ...

Page 180: ...s 1989 2002 Agilent 3070 79000 Site Preparation 10 19 Chapter 10 Site Preparation Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2001 Figure 10 4 327X 0ED AWW 05E 05C 05H 0E6 ...

Page 181: ...002 Agilent 3070 79000 Site Preparation 10 20 Chapter 10 Site Preparation Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2001 Figure 10 5 327X 0E5 05L 0E7 32LLLN wpg Unswitched Fused ...

Page 182: ...ologies 1989 2002 Agilent 3070 79000 Site Preparation 10 21 Chapter 10 Site Preparation Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2001 Figure 10 6 327X 0E5 05L 0E7 ...

Page 183: ...070 79000 Site Preparation 10 22 Chapter 10 Site Preparation Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2001 Figure 10 7 327X AWX AWY AWV AWZ 0EB 0EJ 0EC 0E3 0EG 0EH 32LL wpg Unswitched Fused ...

Page 184: ...002 Agilent 3070 79000 Site Preparation 10 23 Chapter 10 Site Preparation Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2001 Figure 10 8 327X AWX AWY AWV AWZ 0EB 0EJ 0EC 0E3 0EG 0EH ...

Page 185: ...2002 Agilent 3070 79000 Site Preparation 10 24 Chapter 10 Site Preparation Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2001 Figure 10 9 327X 05B 05G 05K 32LLN wpg Unswitched Fused ...

Page 186: ...ologies 1989 2002 Agilent 3070 79000 Site Preparation 10 25 Chapter 10 Site Preparation Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2001 Figure 10 10 327X 05B 05G 05K ...

Page 187: ...2002 Agilent 3070 79000 Site Preparation 10 26 Chapter 10 Site Preparation Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2001 Figure 10 11 327X 05M 05F 05J 32LN wpg Unswitched Fused ...

Page 188: ...ologies 1989 2002 Agilent 3070 79000 Site Preparation 10 27 Chapter 10 Site Preparation Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2001 Figure 10 12 327X 05M 05F 05J ...

Page 189: ...ation 10 28 Chapter 10 Site Preparation Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2001 79000 1 Module System AC System Figure 10 13 79000 1 module system Outlet 2 Testhead Rear View E2190_ol wpg Outlet 1 Outlet 3 ...

Page 190: ...ilent 3070 79000 Site Preparation 10 29 Chapter 10 Site Preparation Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2001 Figure 10 14 79000 0ED AWW 05E 05C 05H 0E6 79LLL wpg Unswitched Fused ...

Page 191: ... 1989 2002 Agilent 3070 79000 Site Preparation 10 30 Chapter 10 Site Preparation Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2001 Figure 10 15 79000 0ED AWW 05E 05C 05H 0E6 ...

Page 192: ...02 Agilent 3070 79000 Site Preparation 10 31 Chapter 10 Site Preparation Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2001 Figure 10 16 79000 0E5 05L 0E7 79LLLN wpg Unswitched Fused ...

Page 193: ...logies 1989 2002 Agilent 3070 79000 Site Preparation 10 32 Chapter 10 Site Preparation Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2001 Figure 10 17 79000 0E5 05L 0E7 ...

Page 194: ...70 79000 Site Preparation 10 33 Chapter 10 Site Preparation Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2001 Figure 10 18 79000 AWX AWY AWV AWZ 0EB 0EJ 0EC 0E3 0EG 0EH 79LL wpg Unswitched Fused ...

Page 195: ...02 Agilent 3070 79000 Site Preparation 10 34 Chapter 10 Site Preparation Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2001 Figure 10 19 79000 AWX AWY AWV AWZ 0EB 0EJ 0EC 0E3 0EG 0EH ...

Page 196: ...9 2002 Agilent 3070 79000 Site Preparation 10 35 Chapter 10 Site Preparation Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2001 Figure 10 20 79000 05B 05G 05K 79KLLN wpg T1 T2 T3 ...

Page 197: ...logies 1989 2002 Agilent 3070 79000 Site Preparation 10 36 Chapter 10 Site Preparation Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2001 Figure 10 21 79000 05B 05G 05K ...

Page 198: ...s 1989 2002 Agilent 3070 79000 Site Preparation 10 37 Chapter 10 Site Preparation Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2001 Figure 10 22 79000 05M 05F 05J 79KLN wpg ...

Page 199: ...logies 1989 2002 Agilent 3070 79000 Site Preparation 10 38 Chapter 10 Site Preparation Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2001 Figure 10 23 79000 05M 05F 05J ...

Page 200: ...aration 10 39 Chapter 10 Site Preparation Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2001 317X 2 Module System AC Outlets Figure 10 24 317X 2 module system Outlet 0 Testhead Rear View Outlet 2 Outlet 3 Outlet 1 ...

Page 201: ... Site Preparation 10 40 Chapter 10 Site Preparation Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2001 Figure 10 25 317X 0ED AWW 05E 05C 05H 0E6 31LLL wpg Unswitched Fused CHECK COUNTRY CODE FOR FREQUENCY ...

Page 202: ...s 1989 2002 Agilent 3070 79000 Site Preparation 10 41 Chapter 10 Site Preparation Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2001 Figure 10 26 317X 0ED AWW 05E 05C 05H 0E6 ...

Page 203: ...79000 Site Preparation 10 42 Chapter 10 Site Preparation Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2001 Figure 10 27 317X 0E5 05L 0E7 31LLLN wpg Unswitched Fused CHECK COUNTRY CODE FOR FREQUENCY ...

Page 204: ...ologies 1989 2002 Agilent 3070 79000 Site Preparation 10 43 Chapter 10 Site Preparation Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2001 Figure 10 28 317X 0E5 05L 0E7 ...

Page 205: ...070 79000 Site Preparation 10 44 Chapter 10 Site Preparation Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2001 Figure 10 29 317X AWX AWY AWV AWZ 0EB 0EJ 0EC 0E3 0EG 0EH 31LL wpg Unswitched Fused ...

Page 206: ...002 Agilent 3070 79000 Site Preparation 10 45 Chapter 10 Site Preparation Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2001 Figure 10 30 317X AWX AWY AWV AWZ 0EB 0EJ 0EC 0E3 0EG 0EH ...

Page 207: ...002 Agilent 3070 79000 Site Preparation 10 46 Chapter 10 Site Preparation Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2001 Figure 10 31 317X 05B 05G 05K 31LLN wpg Unswitched Fused ...

Page 208: ...ologies 1989 2002 Agilent 3070 79000 Site Preparation 10 47 Chapter 10 Site Preparation Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2001 Figure 10 32 317X 05B 05G 05K ...

Page 209: ...2002 Agilent 3070 79000 Site Preparation 10 48 Chapter 10 Site Preparation Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2001 Figure 10 33 317X 05M 05F 05J 31LN wpg Unswitched Fused ...

Page 210: ...ologies 1989 2002 Agilent 3070 79000 Site Preparation 10 49 Chapter 10 Site Preparation Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2001 Figure 10 34 317X 05M 05F 05J ...

Page 211: ...pter 10 Site Preparation Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2001 307X 4 Module 1 PDU System AC Outlets Figure 10 35 307X 4 module 1 PDU system Outlet 0 Support Bay Rear View Testhead Rear View Outlet 2 Outlet 3 Outlet 1 ...

Page 212: ...e Preparation 10 51 Chapter 10 Site Preparation Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2001 Figure 10 36 3070 1 PDU 0ED AWW 05E 05C 05H 0E6 30LLL_1 wpg Unswitched Fused CHECK COUNTRY CODE FOR FREQUENCY ...

Page 213: ...989 2002 Agilent 3070 79000 Site Preparation 10 52 Chapter 10 Site Preparation Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2001 Figure 10 37 3070 1 PDU 0ED AWW 05E 05C 05H 0E6 ...

Page 214: ...lent 3070 79000 Site Preparation 10 53 Chapter 10 Site Preparation Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2001 Figure 10 38 3070 1 PDU 0ED AWW 05E 05C 05H 0E6 support bay 30LLL_2 wpg ...

Page 215: ...Agilent 3070 79000 Site Preparation 10 54 Chapter 10 Site Preparation Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2001 Figure 10 39 3070 1 PDU 0E5 05L 0E7 30LLLN_1 wpg Unswitched Fused ...

Page 216: ...gies 1989 2002 Agilent 3070 79000 Site Preparation 10 55 Chapter 10 Site Preparation Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2001 Figure 10 40 3070 1 PDU 0E5 05L 0E7 ...

Page 217: ...2 Agilent 3070 79000 Site Preparation 10 56 Chapter 10 Site Preparation Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2001 Figure 10 41 3070 1 PDU 0E5 05L 0E7 support bay 30LLLN_2 wpg ...

Page 218: ...Agilent 3070 79000 Site Preparation 10 57 Chapter 10 Site Preparation Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2001 Figure 10 42 3070 1 PDU 05B 05G 05K 30LLN_1 wpg Unswitched Fused ...

Page 219: ...gies 1989 2002 Agilent 3070 79000 Site Preparation 10 58 Chapter 10 Site Preparation Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2001 Figure 10 43 3070 1 PDU 05B 05G 05K ...

Page 220: ...02 Agilent 3070 79000 Site Preparation 10 59 Chapter 10 Site Preparation Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2001 Figure 10 44 3070 1 PDU 05B 05G 05K support bay 30LLN_2 wpg ...

Page 221: ...lies are connected directly to the E1135C PDU and there are no outlet boxes in the Support Bay as shown in Figure 10 45 Since each of these options are single phase which outlet a DUT power supply connects to does not affect the load balance but knowing where each power supply is plugged in helps when servicing the system Figure 10 45 307X 4 module 2 PDU system Outlet 0 Support Bay Rear View Testh...

Page 222: ...ation 10 61 Chapter 10 Site Preparation Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2001 Figure 10 46 3070 2 PDU AWX AWY AWV AWZ 0EB 0E3 0EJ 0EG 0EC 0EH 30LL_1 wpg Unswitched Fused CHECK COUNTRY CODE FOR FREQUENCY ...

Page 223: ... Agilent 3070 79000 Site Preparation 10 62 Chapter 10 Site Preparation Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2001 Figure 10 47 3070 2 PDU AWX AWY AWV AWZ 0EB 0E3 0EJ 0EG 0EC 0EH ...

Page 224: ...paration 10 63 Chapter 10 Site Preparation Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2001 Figure 10 48 3070 2 PDU AWX AWY AWV AWZ 0EB 0E3 0EJ 0EG 0EC 0EH support bay 30LL_2 wpg CHECK COUNTRY CODE FOR FREQUENCY ...

Page 225: ... Agilent 3070 79000 Site Preparation 10 64 Chapter 10 Site Preparation Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2001 Figure 10 49 3070 2 PDU 05M 05F 05J 30LN_1 wpg Unswitched Fused ...

Page 226: ...gies 1989 2002 Agilent 3070 79000 Site Preparation 10 65 Chapter 10 Site Preparation Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2001 Figure 10 50 3070 2 PDU 05M 05F 05J ...

Page 227: ...02 Agilent 3070 79000 Site Preparation 10 66 Chapter 10 Site Preparation Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2001 Figure 10 51 3070 2 PDU 05M 05F 05J support bay 30LN_2 wpg ...

Page 228: ...uirements and Connections Prior to May 2001 E2195 E2197A xDSL POTS Bay AC Outlets The instruments in the xDSL POTS bay except the Kikusui power supply are plugged into the E1135C PDU With the E2197A xDSL POTS bay the 6811B ringer supply is plugged into the E1135C PDU and the isolation transformer is removed See Communications Test for additional information ...

Page 229: ...tion Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2001 Figure 10 52 E2195A xDLS POTS Bay shown with POTS options OTS1 WPG Outlet 1 Line Filter PDU Mains Input 5 6 7 8 To Gnd 1 2 3 4 To Gnd See Table See Table See Table See Table Customer Instruments ...

Page 230: ...on Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2001 Figure 10 53 E2197A xDLS POTS Bay shown with POTS options Outlet 1 Line Filter PDU Mains Input 5 6 7 8 To Gnd 1 2 3 4 To Gnd See Table See Table See Table See Table Customer Instruments 200 240 Volts ...

Page 231: ...9000 Site Preparation 10 70 Chapter 10 Site Preparation Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2001 Figure 10 54 E2197A xDLS POTS Bay AWW 0ED 05C 05E 05H 0E6 Ringer Supply E2197LLL wpg Switched ...

Page 232: ...070 79000 Site Preparation 10 71 Chapter 10 Site Preparation Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2001 Figure 10 55 E2197A xDLS POTS Bay 0E5 05L 0E7 Ringer Supply E2197LLLN wpg Switched ...

Page 233: ...s 1989 2002 Agilent 3070 79000 Site Preparation 10 72 Chapter 10 Site Preparation Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2001 Figure 10 56 E2195A xDLS POTS Bay AWW 05E ...

Page 234: ...Agilent 3070 79000 Site Preparation 10 73 Chapter 10 Site Preparation Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2001 Figure 10 57 E2195A xDLS POTS Bay AWW 05E E2195LLLN wpg Switched ...

Page 235: ...lent 3070 79000 Site Preparation 10 74 Chapter 10 Site Preparation Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2001 Figure 10 58 E2195A xDSL POTS Bay AWY AWV AWZ 0E3 0EG 0EH E2195LLN wpg ...

Page 236: ...gilent 3070 79000 Site Preparation 10 75 Chapter 10 Site Preparation Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2001 Figure 10 59 E2195A xDSL POTS Bay AWY AWV AWZ 0E3 0EG 0EH Switched ...

Page 237: ... 2002 Agilent 3070 79000 Site Preparation 10 76 Chapter 10 Site Preparation Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2001 Figure 10 60 E2195A xDSL POTS 05M 05F 05J E2195LN wpg ...

Page 238: ...9 2002 Agilent 3070 79000 Site Preparation 10 77 Chapter 10 Site Preparation Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2001 Figure 10 61 E2195A xDSL POTS 05M 05F 05J Switched ...

Page 239: ...ta 0ED 05C 05H 0E6 10 105 100 200 120 240 V Single Phase Center Tap Neutral AWY 0E3 0EG 0EH 10 106 220 240 V Single Phase Earthed 05M 05F 05J 10 107 200 240 V Single Phase Non Earthed AWX 0EB 0EJ 0EC 10 108 Introduction This remaining sections of this chapter describe the electrical power requirements for 3070 Series 3 or 79000 family board test systems which have serial numbers shown in Table 10 ...

Page 240: ...et to 220 240 volt operation and load balanced Table 10 6 Serial numbers of Series 3 79000 systems shipped without power reconfiguration reduction1 see Chapter 11 Site Preparation Series 3 79000 Current Reduction Conversion for how to reduce current requirements System Type 79000 327X 317X 307X Testhead Product E2190A E9997A E9998A E9900A Serial Numbers between US38050119 and US38050109 US38240151...

Page 241: ...in this chapter applies to 3070 79000 Series 3 systems which shipped after June 1999 Table 10 5 or to systems reconfigured to match those which shipped after June 1999 Series 3 systems shipped prior to June 1999 Table 10 6 can substantially reduce their current requirements as shown by comparing the values shown in brackets in the tables with the values beside them which are not shown in brackets ...

Page 242: ... 1 AC mains power must be supplied to the system s Power Distribution Unit PDU 2 For 327X 79000 systems using wire and breaker option AWW a power cord is supplied already wired to the PDU these are the only systems shipped before May 2000 supplied with a power cord Figure 10 62 Opt AWW power plug Agilent makes the following recom mendations Ground Neutral 30 A 120 208 V 3 phase male plug Part numb...

Page 243: ...ion to the chassis In the E1135C the power is connected to the mains disconnect switch and a ground terminal attached to the chassis These connectors can accept wire up to 10 square millimeters 8 AWG For ease of installation in areas where it meets local code requirements Agilent recommends that you use multi strand wire from a box to the PDU If needed convenience outlets must be located near the ...

Page 244: ...minutes for the breaker to cool before this can be done A breaker which cannot be reset may be permanently damaged by a short circuit at the load These breakers are not switches and must not be opened by force If opened by force permanent damage will result Damage caused by intentionally opening the breaker is not covered by warranty The electrician should use the Full Load Amps FLA in Table 10 8 ...

Page 245: ...X 790003 317X 307X 3 phase xDSL POTS Bay 1 phase xDSL POTS Bay4 Opts Current Testhead Support Bay 3 Phase Wye w Neutral AWW 120 208 15 5 14 23 18 42 28 NA 12 AWV 16 05E 127 220 15 14 23 18 42 28 NA 12 AWZ 16 0E5 220 380 13 10 14 10 22 18 NA 10 05M 14 05L 230 400 13 10 14 10 22 18 NA 10 05F 14 0E7 240 415 13 10 14 10 22 18 NA 10 05J 14 3 phase Delta 0ED 200 15 14 23 18 42 28 NA 12 AWY 16 05C 220 15...

Page 246: ...is no longer used If 3 phase Delta power 0ED is not available use the Single Phase power option AWY 307X single phase option AWY systems will require two power drops 1 Calculated with a fully loaded 3X7X system with 3 STC cards in every module 2 DUT Power supplies are configured for 200 240 volts ac 3 Calculated with 6 STC cards in the module 4 POTS and xDSL bays always require a separate power dr...

Page 247: ...Option Voltage Full Load Amps FLA 1 for 2 327X 790003 317X 307X xDSL POTS Bay4 Opts Current Testhead Support Bay Single Phase Wye w Neutral AWV 120 208 25 5 20 43 24 42 28 24 15 AWY 16 AWZ 127 220 25 20 43 24 42 28 24 15 AWZ 16 05B 220 380 18 11 21 12 37 22 NA 05M 14 05G 230 400 18 11 21 12 37 22 NA 05F 14 05K 240 415 18 11 21 12 37 22 NA 05J 14 Single Phase Earthed 05M 220 22 20 36 24 42 28 24 15...

Page 248: ...J 230 NA 20 36 24 42 28 20 15 0EG 14 0EC 240 NA 20 36 24 42 28 20 15 0EH 14 Single PhaseCenter Tap Neutral AWY 100 200 25 20 43 24 43 28 24 15 16 0E3 110 220 25 20 43 24 43 28 24 15 14 0EG 115 230 25 20 43 24 42 28 24 15 14 0EH 120 240 25 20 43 24 42 28 24 15 14 1 Calculated with a fully loaded 3X7X system with 3 STC cards in every module 2 DUT Power supplies are configured for 200 240 volts ac Ta...

Page 249: ...wer Requirements and Connections Prior to May 2000 3 Calculated with 6 STC cards in the module 4 POTS and xDSL bays always require a separate power drop Use the POTS xDSL power options that is the same line as the system power option 5 Values in brackets apply to Series 3 systems with serial numbers less than those listed in Table 10 6 on page 10 79 ...

Page 250: ...is not sufficient for proper operation If the ac source provides more than the minimum voltage then the maximum voltage loss between the source and the system is not as critical CAUTION All power configurations using a neutral are unbalanced so there will be neutral current Therefore the neutral conductor must be the same size as the phase conductors NOTE The wire sizes recommended in this chapter...

Page 251: ...ls of the Mains Disconnect switch Disconnect mains power from the PDU before working on the input side of the Mains Disconnect switch and follow the lock out tag out procedure Working with mains power must be performed only by trained and qualified service personnel Holes are provided in the front side and rear covers for wire egress For safety strain relief cable clamps 0400 0377 must be used on ...

Page 252: ...before starting up the system NOTE If the 3070 79000 system is moved to a different site then the input and output wiring may need to be reconfigured Refer to the PDU Upgrade Manual E4030 90000 Table 10 10 Series 3 and 79000 cross reference tables 3 phase Description E1135C Power Option Voltage Wire and Breaker Size Table Number Wiring Diagram 3 Phase Wye w Neutral AWW 120 208 Table 10 12 on page ...

Page 253: ...es 3 and 79000 cross reference tables single phase Description E1135C Power Option Voltage Wire and Breaker Size Table Number Wiring Diagram Single Phase Wye w Neutral AWV 120 208 Table 10 16 on page 10 99 Figure 10 64 on page 10 104 AWZ 127 220 Table 10 16 on page 10 99 Figure 10 64 on page 10 104 05B 220 380 Table 10 15 on page 10 98 Figure 10 63 on page 10 102 05G 230 400 Table 10 15 on page 10...

Page 254: ...n page 10 107 05J 240 Table 10 17 on page 10 100 Figure 10 67 on page 10 107 Single Phase Non Earthed AWX 200 Table 10 17 on page 10 100 Figure 10 68 on page 10 108 0EB 220 Table 10 17 on page 10 100 Figure 10 68 on page 10 108 0EJ 230 Table 10 17 on page 10 100 Figure 10 68 on page 10 108 0EC 240 Table 10 17 on page 10 100 Figure 10 68 on page 10 108 Table 10 11 Series 3 and 79000 cross reference...

Page 255: ...00 200 Table 10 17 on page 10 100 Figure 10 66 on page 10 106 0E3 110 220 Table 10 17 on page 10 100 Figure 10 66 on page 10 106 0EG 115 230 Table 10 17 on page 10 100 Figure 10 66 on page 10 106 0EH 120 240 Table 10 17 on page 10 100 Figure 10 66 on page 10 106 Table 10 11 Series 3 and 79000 cross reference tables single phase continued Description E1135C Power Option Voltage Wire and Breaker Siz...

Page 256: ...ductors Four current carrying conductors Pigtail required Appendix 10 Connecting a Pigtail to the E1135C PDU Table 10 12 3 Phase Wye with neutral AWW 05E System Type xDSL POTS Bay 327X 79000 317X 307X Breaker Size in Amps1 20 20 20 20 30 30 60 35 Wire Size mm2 American Wire Gauge AWG 2 4 12 4 12 4 12 4 12 10 8 6 10 25 4 10 8 1 Breaker size based on 125 percent of maximum rms current 2 Wire size ba...

Page 257: ...nts and Connections Prior to May 2000 Four current carrying conductors Table 10 13 3 Phase Wye with neutral 0E5 05L 0E7 System Type 327X 79000 317X 307X Breaker Size in Amps1 20 20 30 30 30 30 Wire Size mm2 American Wire Gauge AWG 2 4 12 4 12 4 12 4 12 10 8 6 10 1 Breaker size based on 125 percent of maximum rms current 2 Wire size based on multiconductor cables ...

Page 258: ...rent carrying conductors Four current carrying conductors Pigtail required Appendix 10 Connecting a Pigtail to the E1135C PDU Table 10 14 3 phase delta 0ED 05C 05H 0E6 System Type 327X 79000 317X 307X Breaker Size in Amps1 20 20 30 30 60 35 Wire Size mm2 American Wire Gauge AWG 2 4 12 4 12 10 8 6 10 25 4 6 10 1 Breaker size based on 125 percent of maximum rms current 2 Wire size based on multicond...

Page 259: ...0 Three current carrying conductors Pigtail required Chapter 10 Connecting a Pigtail to the E1135C PDU Table 10 15 Single phase Wye with neutral 05B 05G 05K System Type 327X 79000 317X 307X Breaker Size in Amps1 30 20 30 20 50 30 Wire Size mm2 American Wire Gauge AWG 2 6 10 4 12 6 10 4 12 16 6 6 10 1 Breaker size based on 125 percent of maximum rms current 2 Wire size based on multiconductor cable...

Page 260: ...ctors Pigtail required Appendix 10 Connecting a Pigtail to the E1135C PDU Table 10 16 Single Phase Wye with neutral AWV AWZ System Type xDSL POTS Bay 327X 79000 317X 307X 307X Support Bay Breaker Size in Amps1 20 20 35 30 60 30 60 35 30 20 Wire Size mm2 American Wire Gauge AWG 2 4 12 4 12 6 10 6 10 16 6 6 10 16 6 10 8 6 10 4 12 1 Breaker size based on 125 percent of maximum rms current 2 Wire size...

Page 261: ... a Pigtail to the E1135C PDU Table 10 17 Single phase non earthed AWX 0EB 0EJ 0EC Single phase with center tap neutral AWY 0E3 0EG 0EH Single phase earthed 05M 05F 05J System Type xDSL POTS Bay 327X 79000 317X 307X 307X Support Bay Breaker Size in Amps1 20 20 35 30 60 30 60 35 30 20 Wire Size mm2 American Wire Gauge AWG 2 4 12 4 12 6 10 6 10 16 6 6 10 16 6 10 8 6 10 4 12 1 Breaker size based on 12...

Page 262: ...stems Series 3 Power Requirements and Connections Prior to May 2000 Mains Wiring Diagrams The following diagrams show how the mains are wired See the E1135C Power Distribution Unit Operating and Service Manual E1135 90001 for more information NOTE Set the Voltage Selector switch S1 on the Control Board to 230V for all voltage options ...

Page 263: ... Prior to May 2000 220 380 240 415 V 3 Phase Wye with Neutral 0E5 05L 0E7 220 380 240 415 V Single Phase Wye with Neutral 05B 05G 05K Figure 10 63 220 380 240 415 3 phase Wye with neutral 0E5 05L 0E7 220 380 240 415 Single phase Wye with neutral 05B 05G 05K L3 L2 L1 N N 10A 10A G 1 0 T3 T2 T1 G Connect Input Line here Note L3 is available only on 3 phase power L1 L2 G N L1 L3 L2 N G ...

Page 264: ...9 2002 Agilent 3070 79000 Site Preparation 10 103 Chapter 10 Site Preparation Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2000 120 208 127 220 V 3 Phase Wye with Neutral AWW 05E ...

Page 265: ...to May 2000 120 208 127 220 V Single Phase Wye with Neutral AWV AWZ Figure 10 64 120 208 127 220 V 3 Phase Wye with neutral AWW 05E 120 208 127 220 V Single phase Wye with neutral AWV AWZ L3 L2 L1 N N 10A 10A G 1 0 T3 T2 T1 G Connect Input Line here Note Install jumper between T2 and T3 for Single Phase option for E1135C Neutral is required only for POTS and xDSL Bay L1 L3 L2 N G L1 L2 G N ...

Page 266: ...r 10 Site Preparation Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2000 200 240 3 phase Delta 0ED 05C 05H 0E6 Figure 10 65 200 240 3 phase delta 0ED 05C 05H 0E6 L3 L2 L1 N N 10A 10A G 1 0 T3 T2 T1 G Connect Input Line here L1 L3 L2 G ...

Page 267: ...ements for Older Systems Series 3 Power Requirements and Connections Prior to May 2000 100 200 120 240 V Single Phase Center Tap Neutral AWY 0E3 0EG 0EH Figure 10 66 100 200 120 240 V Single phase center tap neutral AWY 0E3 0EG 0EH L3 L2 L1 N N 10A 10A G 1 0 T3 T2 T1 G Jumper L2 L3 Connect Input Line here L1 L2 G N ...

Page 268: ...Site Preparation Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2000 220 240 V Single Phase Earthed 05M 05F 05J Figure 10 67 220 240 V Single phase earthed 05M 05F 05J Set L3 L2 L1 N N 10A 10A G 1 0 T3 T2 T1 G Connect Input Line here L1 N G ...

Page 269: ...ion Power Requirements for Older Systems Series 3 Power Requirements and Connections Prior to May 2000 200 240 V Single Phase Non Earthed AWX 0EB 0EJ 0EC Figure 10 68 200 240 V Single phase non earthed AWX 0EB 0EJ 0EC L3 L2 L1 N T3 T2 T1 N 10A 10A G 1 0 G Jumper L2 L3 Connect Input Line here L1 L2 G ...

Page 270: ...s NOTE The external mains breaker should be located close to the 3070 family system Some high voltages are present in the test system even with the tester breaker off Having the external breaker close to the system will allow service personnel to turn off all power quickly NOTE You cannot accurately measure the input current of the system s power supplies using conventional 50 60 hertz current pro...

Page 271: ...Series I System All ship dates E1170 80003 PDK See Figure 10 72 on page 10 149 3X7X Series II System Shipped before 7 7 95 E1131A PDU See Figure 10 75 on page 10 155 Shipped 7 7 95 11 21 96 E1135A PDU See Figure 10 76 on page 10 159 Figure 10 80 on page 10 163 Shipped 11 21 96 9 4 98 E1135B PDU See Figure 10 76 on page 10 159 Figure 10 80 on page 10 163 3X7X Series 3 System Shipped before 9 4 98 E...

Page 272: ...er Requirements Series I II Shipped 7 7 95 9 17 98 has an additional E1135A B PDU See Figure 10 76 on page 10 159 Figure 10 80 on page 10 163 E1085A POTS Bay or E2195A xDSL Bay See Chapter 6 Site Preparation Power Requirements or the E2195A xDSL and E1085A POTS Installation and Upgrade Manual E1085 90000 Table 10 18 Identifying PDU PDK type continued ...

Page 273: ...ngly suggested that if the recommended conductor size1 in the following tables is greater than 10 square millimeters 8 AWG that a 450 mm 18 inches to 609 mm 24 inches pig tail be created using 10 square millimeters 8 AWG conductor and the recommended larger cable be connected to the pigtail See Connecting a Pigtail to the E1135C PDU on page 11 84 1 It is difficult to fit conductor size 16 square m...

Page 274: ...ON The two and three phase options are unbalanced Therefore the neutral conductor should be the same size as the line conductors Refer to Figure 10 69 on page 10 144 1 See the 44964B Power Distribution Unit Installation and Service Manual 03066 90032 for more information Table 10 19 44964A B PDU power options Frequency 47 to 63 Hz Voltage Option 0E3 200 V 182 222 V rms 1 phase neutral center tap O...

Page 275: ... 10 123 provide a means of more accurately calculating the power requirements for various system configurations with each power option CAUTION The two and three phase options are unbalanced Therefore the neutral conductor should be the same size as the line conductors Refer to Figure 10 70 on page 10 145 Table 10 20 E1099A PDU power options Frequency 47 to 63 Hz Voltage Option 0E3 200 V 182 222 V ...

Page 276: ...column to the right The currents for single phase and three phase systems should be balanced as closely as possible by plugging the devices into the appropriate outlets as designated in the tables Your system will be shipped from the factory configured for the best current balance that can be obtained Total the device currents listed in each column to obtain the current required for each phase of ...

Page 277: ...3070 79000 Site Preparation 10 116 Chapter 10 Site Preparation Power Requirements for Older Systems Tester Power Requirements Series I II 36 2 amps 27 2 amps for Phase A to B plus 9 amps for the larger of phase B to N or phase A to N currents ...

Page 278: ... 115 230 Volts Single Phase w Center Tap Left Right Outlets J50 J53 J64 J71 Module 1 10 5 10 5 Module 2 10 5 10 5 Module 3 10 5 Module 4 10 5 5 V STC P S 1 3 1 3 1 5 V STC P S 2 3 1 3 1 5 V STC P S 3 3 1 5 V STC P S 4 3 1 Front Panel Outlets J40 J41 J44 J46 J42 J43 J47 J49 DUT Power 1 6 0 6 0 DUT Power 2 6 0 6 0 DUT Power 3 6 0 DUT Power 4 6 0 Aux Equipment 4 0 3 0 1 0 Controller Peripherals 40 0 ...

Page 279: ...ments Series I II Table 10 22 E1099A option 0EB mains requirements Device Current Amps 220 Volts Single Phase Module 1 10 5 Module 2 10 5 Module 3 10 5 Module 4 10 5 5 V STC P S 1 3 1 5 V STC P S 2 3 1 5 V STC P S 3 3 1 5 V STC P S 4 3 1 DUT Power 1 3 0 DUT Power 2 3 0 DUT Power 3 3 0 DUT Power 4 3 0 Aux Equipment 2 0 Controller Peripherals 20 0 Total current ...

Page 280: ...rements Series I II Table 10 23 E1099A option 0EC mains requirements Device Current Amps 240 Volts Single Phase Module 1 9 6 Module 2 9 6 Module 3 9 6 Module 4 9 6 5 V STC P S 1 2 9 5 V STC P S 2 2 9 5 V STC P S 3 2 9 5 V STC P S 4 2 9 DUT Power 1 3 0 DUT Power 2 3 0 DUT Power 3 3 0 DUT Power 4 3 0 Aux Equipment 2 0 Controller Peripherals 20 0 Total current ...

Page 281: ...ps 100 200 Volts Single Phase w Center Tap Left Right Outlets J50 J53 J64 J71 Module 1 11 4 10 5 Module 2 11 4 10 5 Module 3 11 4 Module 4 11 4 5 V STC P S 1 3 4 3 1 5 V STC P S 2 3 4 3 1 5 V STC P S 3 3 4 5 V STC P S 4 3 4 Front Panel Outlets J40 J41 J44 J46 J42 J43 J47 J49 DUT Power 1 6 0 6 0 DUT Power 2 6 0 6 0 DUT Power 3 6 0 DUT Power 4 6 0 Aux Equipment 4 0 3 0 1 0 Controller Peripherals 40 ...

Page 282: ...urrent Amps 115 230 Volts Single Phase w Center Tap Left Right Outlets J50 J53 J64 J71 Module 1 10 5 Module 2 10 5 Module 3 10 5 Module 4 10 5 5 V STC P S 1 3 1 5 V STC P S 2 3 1 5 V STC P S 3 3 1 5 V STC P S 4 3 1 Front Panel Outlets J40 J41 J44 J46 J42 J43 J47 J49 DUT Power 1 6 0 6 0 DUT Power 2 6 0 6 0 DUT Power 3 6 0 DUT Power 4 6 0 Aux Equipment 4 0 3 0 1 0 Controller Peripherals 40 0 Total c...

Page 283: ... Current Amps 120 240 Volts Single Phase w Center Tap Left Right Outlets J50 J53 J64 J71 Module 1 9 6 Module 2 9 6 Module 3 9 6 Module 4 9 6 5 V STC P S 1 2 9 5 V STC P S 2 2 9 5 V STC P S 3 2 9 5 V STC P S 4 2 9 Front Panel Outlets J40 J41 J44 J46 J42 J43 J47 J49 DUT Power 1 6 0 6 0 DUT Power 2 6 0 6 0 DUT Power 3 6 0 DUT Power 4 6 0 Aux Equipment 4 0 3 0 1 0 Controller Peripherals 40 0 Total cur...

Page 284: ...ent Amps 115 230 Volts Single Phase w Center Tap Right Outlets J50 J51 J64 J67 Left OutletsJJ5 2 J53 J68 J71 Module 1 11 0 Module 2 11 0 Module 3 11 0 Module 4 11 0 5 V STC P S 1 3 3 5 V STC P S 2 3 3 5 V STC P S 3 3 3 5 V STC P S 4 3 3 Front Panel Outlets J40 J41 J44 J46 J42 J43 J47 J49 DUT Power 1 6 0 DUT Power 2 6 0 DUT Power 3 6 0 DUT Power 4 6 0 Aux Equipment 4 0 Controller Peripherals 40 0 T...

Page 285: ... with less than a 5 percent drop between the ac source and the system Using an inadequate conductor size can cause a voltage drop across the system drop This could mean that the rms voltage into the PDK is not sufficient for proper operation If the ac source provides more than the minimum voltage then the maximum voltage loss between the source and the system is not as critical NOTE The wire sizes...

Page 286: ... verified to assure that it is adequate to power the test system Sizing the Input Conductors and Breakers To ensure adequate peak voltage for proper system power supply operation a system drop connected to an ac source with the minimum voltage must be sized to handle peak current loads with less than a 5 percent drop between the ac source and the system Using the wrong conductor size can cause a l...

Page 287: ... The electrician has the responsibility to size the service to the receptacle so that the voltage drop from the source to the 3070 system does not exceed 5 percent of the nominal voltage 1 SO Service with Oil resistant jacket Table 10 29 3070 Series I E1131A power requirements for all power options 317X 307X POTS Bay Testhead PDU 1 Support Bay PDU 2 Full Load Amps FLA 36 31 16 16 Breaker Size in A...

Page 288: ...er Systems Tester Power Requirements Series I II Table 10 30 307X Series II E1131A power requirements for all power options 317X 327X 307X POTS Bay Uses E1135 Testhead PDU 1 Support Bay PDU 2 Full Load Amps FLA 36 NA 31 16 16 Breaker Size in Amps 40 NA 40 20 20 SO Cord Wire Size mm2 American Wire Gauge AWG 6 10 NA 10 8 4 12 4 12 ...

Page 289: ...edicated ac mains service should be provided for the test system due to the high current requirements of the system see Table 10 31 on page 10 130and Table 10 32 on page 10 131 Copper conductors should be used for the system drop The service should have a breaker box installed near the system so that power can be quickly removed in case of an emergency A 25 4 millimeter 1 inch hole is provided on ...

Page 290: ...ust verify the source and verify that the system drop conductor is sized correctly NOTE You cannot accurately measure the input current of the system s power supplies using conventional 50 60 hertz current probes because the input current waveforms are rich in harmonics Any current measuring instrument should have a bandwidth exceeding 10 kilohertz Using improper instruments can yield results that...

Page 291: ...sthead Support Bay 3 Phase Wye w Neutral 0EF AWW 120 208 15 23 42 15 05E 127 220 15 23 42 15 0E5 220 380 13 14 22 NA 05L 230 400 13 14 22 NA 0E7 240 415 13 14 22 NA 2 Phase Open Delta w CT Neutral 05A 100 200 18 21 43 NA 1 Calculated with a fully loaded 3X7X system with 3 STC cards in every module 2 DUT Power supplies are configured for 120 volts ac for Opt 0EF 05E and 05A 0E5 05L 0E7 set to 240 v...

Page 292: ...arate power drop Use the POTS xDSL power options that is in the column below on the same line as the system power option Table 10 32 3070 Series II family power requirements with E1135A B PDU System Power Option Voltage Full Load Amps FLA 1 for 2 327X 317X 307X3 xDSL POTS Bay4 Opts Current Testhead Support Bay Single Phase Wye w Neutral 05B 220 380 18 21 37 NA 05G 230 400 18 21 37 NA 05K 240 415 1...

Page 293: ...ower Requirements for Older Systems Tester Power Requirements Series I II Single Phase Earthed 05M 220 22 36 42 24 15 05F 230 22 36 42 24 15 05J 240 22 36 42 24 15 Table 10 32 3070 Series II family power requirements with E1135A B PDU continued System Power Option Voltage Full Load Amps FLA 1 for 2 L1 N G ...

Page 294: ... Single PhaseCenter Tap Neutral AWY 100 200 25 43 42 24 15 0E3 110 220 25 43 42 24 15 0EG 115 230 25 43 42 24 15 0EH 120 240 25 43 42 24 15 1 Calculated with a fully loaded 3X7X system with 3 STC cards in every module 2 DUT Power supplies are configured for 200 240 volts ac 3 2 and 3 phase 307X systems only require one PDU Single Phase systems require one PDU for the testhead and one for the suppo...

Page 295: ...0 134 Chapter 10 Site Preparation Power Requirements for Older Systems Tester Power Requirements Series I II 4 POTS and xDSL bays always require a separate power drop Use the POTS xDSL power options that is in the column below on the same line as the system power option ...

Page 296: ...ct you to another table listing the correct conductor sizes Using a conductor that is too small can cause a larger voltage drop across the system drop This could mean that the peak voltage into the PDU is not sufficient for proper operation If the ac source provides more than the minimum voltage then the maximum voltage loss between the source and the system is not as critical CAUTION All power co...

Page 297: ...d breaker size cross reference table System Power Option Voltage Wire and Breaker Size Table Number 3 Phase Wye w Neutral 0EF AWW 120 208 Table 10 35 on page 10 139 05E 127 220 Table 10 35 on page 10 139 0E5 220 380 Table 10 36 on page 10 139 05L 230 400 Table 10 36 on page 10 139 0E7 240 415 Table 10 36 on page 10 139 2 Phase Open Delta w CT Neutral 05A 100 200 Table 10 37 on page 10 140 L1 L3 L2...

Page 298: ...breaker size cross reference table single phase options System Power Option Voltage Wire and Breaker Size Table Number Single Phase Wye w Neutral 05B 220 380 Table 10 38 on page 10 140 05G 230 400 Table 10 38 on page 10 140 05K 240 415 Table 10 38 on page 10 140 Single Phase Earthed 05M 220 Table 10 40 on page 10 141 05F 230 Table 10 40 on page 10 141 05J 240 Table 10 40 on page 10 141 L1 L2 G N L...

Page 299: ...e 10 41 on page 10 142 0EJ 230 Table 10 41 on page 10 142 0EC 240 Table 10 41 on page 10 142 Single PhaseCenter Tap Neutral AWY 100 200 Table 10 39 on page 10 141 0E3 110 220 Table 10 39 on page 10 141 0EG 115 230 Table 10 39 on page 10 141 0EH 120 240 Table 10 39 on page 10 141 Table 10 34 Conductor and breaker size cross reference table single phase options continued System Power Option Voltage ...

Page 300: ...Series I II Table 10 35 3 phase wye with neutral 0EF 05E System Type POTS Bay 327X 317X 307X Breaker Size in Amps 20 20 30 50 SO Cord Conductor Size mm2 American Wire Gauge AWG 4 12 6 10 6 10 10 8 Table 10 36 3 phase wye with neutral 0E5 05L 0E7 System Type 327X 317X 307X Breaker Size in Amps 20 20 30 SO Cord Conductor Size mm2 American Wire Gauge AWG 4 12 4 12 6 10 ...

Page 301: ...ries I II Table 10 37 2 phase open delta with center tap of one phase 05A System Type 327X 317X 307X Breaker Size in Amps 20 30 50 SO Cord Conductor Size mm2 American Wire Gauge AWG 4 12 6 10 10 8 Table 10 38 Single phase wye w neutral 05B 05G 05K System Type 327X 317X 307X Breaker Size in Amps 30 40 70 SO Cord Conductor Size mm2 American Wire Gauge AWG 4 12 6 10 6 10 ...

Page 302: ...er tap neutral AWY 0E3 0EG 0EH System Type POTS Bay 327X 317X 307X Testhead Support Bay Breaker Size in Amps 20 30 50 50 30 SO Cord Conductor Size mm2 American Wire Gauge AWG 4 12 6 10 10 8 10 8 6 10 Table 10 40 Single phase earthed 05M 05F 05J System Type POTS Bay 327X 317X 307X Testhead Support Bay Breaker Size in Amps 20 25 50 50 30 SO Cord Conductor Size mm2 American Wire Gauge AWG 4 12 6 10 1...

Page 303: ...ion Power Requirements for Older Systems Tester Power Requirements Series I II Table 10 41 Single phase non earthed AWX 0EB 0EJ 0EC System Type POTS Bay 327X 317X 307X Testhead Support Bay Breaker Size in Amps 20 25 50 50 30 SO Cord Conductor Size mm2 American Wire Gauge AWG 4 12 6 10 10 8 10 8 6 10 ...

Page 304: ...Power to the E1135A B PDU 10 157 Introduction Have your electrician connect the mains power to the PDU or PDK as shown on the power installation diagrams in the next few sections Use Table 10 18 on page 10 110 to determine which figure should be used CAUTION Do not turn on power at the external breaker The Agilent representative will verify the power connection and the power itself before starting...

Page 305: ... Chapter 10 Site Preparation Power Requirements for Older Systems Connecting Mains Power To The System 44964A B AC Mains Connection Figure 10 69 44964A B AC mains connection1 1 See the 44964B Power Distribution Installation and Service Manual 03066 90032 for more information ...

Page 306: ...5 Chapter 10 Site Preparation Power Requirements for Older Systems Connecting Mains Power To The System E1099A AC Mains Connection Figure 10 70 E1099A ac mains connection1 1 1 See the E1099A Power Distribution Installation and Service Manual E1099 90000 for more information ...

Page 307: ...Site Preparation Power Requirements for Older Systems Connecting Mains Power To The System Connecting Power to the E1170 80003 PDK Rotate the testhead if necessary to access the top of the PDK Using a T20 Torx driver remove 6 screws to access the mains terminals as shown in Figure 10 71 ...

Page 308: ...s 1989 2002 Agilent 3070 79000 Site Preparation 10 147 Chapter 10 Site Preparation Power Requirements for Older Systems Connecting Mains Power To The System Figure 10 71 Accessing the mains terminals in the E1170 80003 PDK ...

Page 309: ...9000 Site Preparation 10 148 Chapter 10 Site Preparation Power Requirements for Older Systems Connecting Mains Power To The System Using a 1 4 inch flat blade screwdriver connect the mains conductors to the mains terminals as shown in Figure 10 72 ...

Page 310: ...ologies 1989 2002 Agilent 3070 79000 Site Preparation 10 149 Chapter 10 Site Preparation Power Requirements for Older Systems Connecting Mains Power To The System Figure 10 72 Wiring the mains to the E1170 80003 PDK ...

Page 311: ...070 79000 Site Preparation 10 150 Chapter 10 Site Preparation Power Requirements for Older Systems Connecting Mains Power To The System Connecting Power to the E1131A PDU Figure 10 73 shows the location of PDU 1 and PDU 2 in a 307X support bay ...

Page 312: ...ogies 1989 2002 Agilent 3070 79000 Site Preparation 10 151 Chapter 10 Site Preparation Power Requirements for Older Systems Connecting Mains Power To The System Figure 10 73 Locating E1131A PDU 1 and PDU 2 Branch Main ...

Page 313: ...lent 3070 79000 Site Preparation 10 152 Chapter 10 Site Preparation Power Requirements for Older Systems Connecting Mains Power To The System Using a T20 Torx driver remove 5 screws to access the mains terminals as shown in Figure 10 74 ...

Page 314: ...ies 1989 2002 Agilent 3070 79000 Site Preparation 10 153 Chapter 10 Site Preparation Power Requirements for Older Systems Connecting Mains Power To The System Figure 10 74 Accessing the mains terminals in the E1131A PDU ...

Page 315: ...lder Systems Connecting Mains Power To The System The Protective Earth Ground connector is provided for attaching an additional redundant ground conductor for safety in case the mains ground conductor should fail Using a 1 4 inch flat blade screwdriver connect the mains conductors to the mains terminals as shown in Figure 10 75 ...

Page 316: ...chnologies 1989 2002 Agilent 3070 79000 Site Preparation 10 155 Chapter 10 Site Preparation Power Requirements for Older Systems Connecting Mains Power To The System Figure 10 75 Wiring the mains to the E1131A PDU ...

Page 317: ...cessary To implement parallel remote emergency shutdown all systems must have E1131A PDUs older PDUs do not have this capability For wiring instructions see the E1131A Power Distribution Unit Installation and Service Manual E1131 90000 WARNING Hazardous voltages and currents may exist beneath the covers of the PDU even when all PDU circuit breakers are in the standby off position To remove all pow...

Page 318: ...s older PDUs do not have this capability For wiring instructions see the E1135C Power Distribution Unit Operating and Service Manual E1135 90001 section The Branch Control Function WARNING Hazardous voltages and currents may exist beneath the covers of the PDU even when all PDU circuit breakers are in the standby off position To remove all power remove ac mains to both PDUs Table 10 42 E1135A B PD...

Page 319: ...The voltage selector switch S1 inside the PDU DOES NOT set the output voltage of the PDU It sets the PDU s remote shutdown circuitry for the appropriate input voltage range 100 127 volts or 200 240 volts See the E1135C Power Distribution Unit Manual E1135 90001 for the switch location NOTE For all of the power options set the Voltage Selector switch S1 on the Control Board to 230V ...

Page 320: ...ns Power To The System 220 380 240 415 V 3 Phase Wye with Neutral 0E5 05L 0E7 220 380 240 415 V Single Phase Wye with Neutral 05B 05G 05K Figure 10 76 220 380 240 415 V 3 phase wye with neutral 0E5 05L 0E7 220 380 240 415 V single phase wye with neutral 05B 05G 05K Connect Input Line here L1 L3 L2 N G L1 L2 G N Note L3 is available only on 3 phase power ...

Page 321: ...lder Systems Connecting Mains Power To The System 208 or 220 V 3 Phase Wye with Neutral 0EF AWW 05E 200V 2 Phase Open Delta with Phase Center Tap Neutral 05A Figure 10 77 208 or 220 V 3 phase wye with neutral 0EF AWW 05E 200V 2 phase open delta with phase center tap neutral 05A Connect Input Line here L1 L3 L2 G N L1 L3 L2 N G ...

Page 322: ...10 161 Chapter 10 Site Preparation Power Requirements for Older Systems Connecting Mains Power To The System 200 240V Single Phase Center Tap Neutral AWY 0E3 0EG 0EH Figure 10 78 200 240V single phase center tap neutral AWY 0E3 0EG 0EH Connect Input Line here L1 L2 G N ...

Page 323: ...Site Preparation 10 162 Chapter 10 Site Preparation Power Requirements for Older Systems Connecting Mains Power To The System 220 240V Single Phase Earthed 05M 05F 05J Figure 10 79 220 240V single phase earthed 05M 05F 05J Connect Input Line here L1 N G ...

Page 324: ...aration 10 163 Chapter 10 Site Preparation Power Requirements for Older Systems Connecting Mains Power To The System 200 240V Single Phase Non Earthed AWX 0EB 0EJ 0EC Figure 10 80 200 240V single phase non earthed AWX 0EB 0EJ 0EC Connect Input Line here L1 L2 G ...

Page 325: ...002 Agilent 3070 79000 Site Preparation 11 1 11 11 11 11 Site Preparation Series 3 79000 Current Reduction Conversion 03066 90114 Rev Z 06 2002 In this Chapter Introduction 11 2 Series 3 Current Reduction Conversion Procedure 11 4 ...

Page 326: ... recognize it as a problem but it does offer the opportunity for the customer to reduce their current consumption and the size of their service mains NOTE The current reduction conversion uses the existing hardware It does not have a product number For the serial numbers shown for each system type in Table 11 1 several changes were made which significantly reduced the current requirements Several ...

Page 327: ...ustomer engineer CE Current reduction reconfiguration requires familiarity the electro mechanical assemblies in the 3070 79000 testheads and xDSL POTS bay WARNING The hardware portion of this upgrade procedure should be performed only by a 3070 service trained and qualified customer engineer Voltages capable of causing bodily injury or death are present in the system What to Do in Case of Difficul...

Page 328: ... PDU System AC Outlets 11 72 E1085 POTS Bay and E2195 xDSL Bay AC Outlets 11 79 Reconnect the Loads 11 84 Verify the System 11 84 Complete the Conversion 11 84 Connecting a Pigtail to the E1135C PDU 11 84 Current Reduction Conversion Preview 1 Schedule the Conversion 2 Determine the System Type and Power Option 3 Shut Down the System 4 Set the DUT Power Supply s Input Voltage 5 Locate the system t...

Page 329: ...uire the electrician to hard wire the final connection to the system Verify that the electrician has the materials to connect a pigtail to the system if the incoming wire size exceeds 10 square millimeters 8 AWG and a new power drop is not being installed Determine the System Type and Power Option See Chapter 6 for full load amps FLA wire sizes and breaker sizes Determine the system type and power...

Page 330: ...002 Agilent 3070 79000 Site Preparation 11 6 Chapter 11 Site Preparation Series 3 79000 Current Reduction Conversion Series 3 Current Reduction Conversion Procedure Figure 11 1 Identifying the merchandising number Series3 79K wpg ...

Page 331: ... it was originally specified After completing this procedure the FLA will be decreased to match the new power requirements Using this information and the power option requirement for your country determine the power option the PDU is configured for If you are moving the system to a different location you may want to reconfigure the system to a different power option See Table 10 8 on page 10 84 fo...

Page 332: ...Current Reduction Conversion Series 3 Current Reduction Conversion Procedure Figure 11 2 Identifying the original 3070 power requirements Shut Down the System Execute testhead power off Shut down the controller 1 Volts AC ARMS Full Load Amperes Number of Phases MainsLabel1 wpg 1 Log in as superuser Type shutdown h 0 ...

Page 333: ...pair I Manual E4000 90160 Chapter 1 NOTE Option 05A is not available on the Corporate Price List CPL after June 1999 The DUT power supplies input voltage for Japanese systems are set to 220 volts at the factory and the neutral center tap is no longer used If Three Phase Delta power 0ED is not available use the Single Phase power option AWY 307X single phase option AWY systems will require two powe...

Page 334: ...3 Current Reduction Conversion Procedure Table 11 2 DUT power supply line voltage setting three phase System Power Option Voltage DUT Supply Line Voltage 3 Phase Wye w Neutral AWW 120 208 220V 05E 127 220 220V 0E5 220 380 220V 05L 230 400 240V 0E7 240 415 240V Three Phase Delta 0ED 200 220V 05C 220 220V 05H 230 240V 0E6 240 240V L1 L3 L2 N G L1 L3 L2 G ...

Page 335: ...eries 3 Current Reduction Conversion Procedure Table 11 3 DUT power supply line voltage setting single phase System Power Option Voltage DUT Supply Line Voltage Single Phase Wye w Neutral AWV 120 208 220V AWZ 127 220 220V 05B 220 380 220V 05G 230 400 240V 05K 240 415 240V Single Phase Earthed 05M 220 220V 05F 230 240V 05J 240 240V L1 L2 G N L1 N G ...

Page 336: ...Current Reduction Conversion Procedure Single Phase Non Earthed AWX 200 220V 0EB 220 220V 0EJ 230 240V 0EC 240 240V Single PhaseCenter Tap Neutral AWY 100 200 220V 0E3 110 220 220V 0EG 115 230 240V 0EH 120 240 240V Table 11 3 DUT power supply line voltage setting single phase continued System Power Option Voltage DUT Supply Line Voltage L1 L2 G L1 L2 G N ...

Page 337: ...er module move the plastic door on the module aside If your line voltage change requires a change in rating of the fuse rotate FUSE PULL to the left and remove the fuse see Figure 11 4 on page 11 14 3 Grasp the voltage selector PC board with a pair of needle nose pliers and slide it out of its slot 4 To select a voltage orient the PC board so that the desired voltage appears on the top left side o...

Page 338: ...es 3 79000 Current Reduction Conversion Series 3 Current Reduction Conversion Procedure Figure 11 4 6621A and 6624A voltage select PC board V o l t a g e c hoices o n b o t h s i des o f p c b o a r d Voltage Select PC Board Operating voltage is shown in module window F1 6628pow wpg Line input power module ...

Page 339: ... insert the power cord in the ac input socket Your power supply is now configured to operate at the voltage you selected Agilent 6634A Line Voltage Settings The 6634A supply can be set to accept 100 120 220 or 240 volts ac input You can convert line voltage by setting three components two line select switches S2 and S3 and the rear panel fuse F1 To convert the supply from one line voltage to anoth...

Page 340: ...aration 11 16 Chapter 11 Site Preparation Series 3 79000 Current Reduction Conversion Series 3 Current Reduction Conversion Procedure Figure 11 5 6634A line voltage selection 6632ps wpg C26 S2 S3 U1 T1 U2 U3 Terminal Block Line Receptacle GPIB Connector Fuse F1 ...

Page 341: ...you are operating at Using a substitute fuse could result in a fire hazard 6634B Line Voltage Settings The 6634B supply is set at the factory for 120 volt line power The 6634B supply can be set to accept 100 120 220 or 240 volts ac input by setting the jumpers on the power transformer as shown in Figure 11 6 on page 11 18 1 Turn off power to the supply and disconnect the power cord from the power ...

Page 342: ... Conversion Procedure Figure 11 6 6634B line voltage selection Agilent 6642A Line Voltage Settings The 6642A supply can be set to accept 100 120 220 or 240 volts ac input by setting the line voltage select switches 1 Turn off power to the supply and disconnect the power cord from the power source 2 Remove the four screws that secure the two carrying straps and outer cover ...

Page 343: ...pose the select switches see Figure 11 7 on page 11 19 Figure 11 7 6642A line voltage selection 5 Move the line voltage select switches to the positions corresponding to the desired line voltage 6 Replace the top cover and secure the carrying straps 7 Change the line fuse on the rear panel to the proper value for the new line voltage see Table 11 6 AC line voltage switch settings Table 11 6 6642A ...

Page 344: ...nd the section in Table 11 7 on page 11 21 or Table 11 8 on page 11 24 that describes your system configuration the number of modules location of outlets and number of PDUs as well as the figure page number which describes your power option wiring 2 Do NOT plug in the instruments fans etc to the outlets at this time This will be done after the voltages connected to the outlets are tested Use the t...

Page 345: ...tion wiring cross reference three phase Power Configuration Power Option L NVoltage L L Voltage Phases Testhead Outlet Locations 327X Figure 11 8 on page 11 29 79000 Figure 11 19 on page 11 40 317X Figure 11 30 on page 11 51 307X Figure 11 41 on page 11 62 SupportBay Outlet Location 1 PDU Figure11 41 on page 11 62 2 PDU Figure11 51 on page 11 72 Telecom Bays E1085A POTS or E2195A xDSL Figure 11 58...

Page 346: ...ad AWZ Figure 11 60 on page 11 82 0E5 220 380 3 Figure 11 11 on page 11 32 Figure 11 22 on page 11 43 Figure 11 33 on page 11 54 Figure 11 45 on page 11 66 Figure 11 47 on page 11 68 with testhead 05M Figure 11 61 on page 11 83 05L 230 400 3 Figure 11 11 on page 11 32 Figure 11 22 on page 11 43 Figure 11 33 on page 11 54 Figure 11 45 on page 11 66 Figure 11 47 on page 11 68 with testhead 05F Figur...

Page 347: ...1 41 Figure 11 31 on page 11 52 Figure 11 42 on page 11 63 Figure 11 44 on page 11 65 with testhead 0E3 Figure 11 61 on page 11 83 05H 230 3 Figure 11 9 on page 11 30 Figure 11 20 on page 11 41 Figure 11 31 on page 11 52 Figure 11 42 on page 11 63 Figure 11 44 on page 11 65 with testhead 0EG Figure 11 61 on page 11 83 0E6 240 3 Figure 11 9 on page 11 30 Figure 11 20 on page 11 41 Figure 11 31 on p...

Page 348: ...on wiring cross reference single phase Power Configuration Power Option L N Voltage L L Voltage Phases Testhead Outlet Locations 327X Figure 11 8 on page 11 29 79000 Figure 11 19 on page 11 40 317X Figure 11 30 on page 11 51 307X Figure 11 41 on page 11 62 Support Bay Outlet Location 1 PDU Figure 11 41 on page 11 62 2 PDU Figure 11 51 on page 11 72 Telecom Bays E1085A POTS or E2195A xDSL Figure 11...

Page 349: ...gure 11 60 on page 11 82 05B 220 380 1 Figure 11 15 on page 11 36 Figure 11 26 on page 11 47 Figure 11 37 on page 11 58 Figure 11 48 on page 11 69 Figure 11 50 on page 11 71 with testhead 05M Figure 11 61 on page 11 83 05G 230 400 1 Figure 11 15 on page 11 36 Figure 11 26 on page 11 47 Figure 11 37 on page 11 58 Figure 11 48 on page 11 69 Figure 11 50 on page 11 71 with testhead 05FFigure 11 61 on...

Page 350: ... 11 57 on page 11 78 Figure 11 61 on page 11 83 05F 230 1 Figure 11 17 on page 11 38 Figure 11 28 on page 11 49 Figure 11 39 on page 11 60 Figure 11 55 on page 11 76 Figure 11 57 on page 11 78 Figure 11 61 on page 11 83 05J 240 1 Figure 11 17 on page 11 38 Figure 11 28 on page 11 49 Figure 11 39 on page 11 60 Figure 11 55 on page 11 76 Figure 11 57 on page 11 78 Figure 11 61 on page 11 83 Table 11...

Page 351: ...Figure 11 35 on page 11 56 Figure 11 52 on page 11 73 Figure 11 54 on page 11 75 AWY Figure 11 60 on page 11 82 0EB 220 1 Figure 11 13 on page 11 34 Figure 11 24 on page 11 45 Figure 11 35 on page 11 56 Figure 11 52 on page 11 73 Figure 11 52 on page 11 73 0E3 Figure 11 60 on page 11 82 0EJ 230 1 Figure 11 13 on page 11 34 Figure 11 24 on page 11 45 Figure 11 35 on page 11 56 Figure 11 52 on page ...

Page 352: ...4 Figure 11 24 on page 11 45 Figure 11 35 on page 11 56 Figure 11 52 on page 11 73 Figure 11 52 on page 11 73 Figure 11 60 on page 11 82 0EG 115 230 1 Figure 11 13 on page 11 34 Figure 11 24 on page 11 45 Figure 11 35 on page 11 56 Figure 11 52 on page 11 73 Figure 11 52 on page 11 73 Figure 11 60 on page 11 82 0EH 120 240 1 Figure 11 13 on page 11 34 Figure 11 24 on page 11 45 Figure 11 35 on pag...

Page 353: ...reparation 11 29 Chapter 11 Site Preparation Series 3 79000 Current Reduction Conversion Series 3 Current Reduction Conversion Procedure 327X 1 Module System AC Outlets Figure 11 8 327X 1 module system AC outlets Outlet 2 Testhead Rear View Outlet 3 Outlet 1 ...

Page 354: ...0 79000 Site Preparation 11 30 Chapter 11 Site Preparation Series 3 79000 Current Reduction Conversion Series 3 Current Reduction Conversion Procedure Figure 11 9 327X 0ED AWW 05E 05C 05H 0E6 327xLLL wpg T1 T2 T3 CHECK COUNTRY CODE FOR FREQUENCY ...

Page 355: ...gies 1989 2002 Agilent 3070 79000 Site Preparation 11 31 Chapter 11 Site Preparation Series 3 79000 Current Reduction Conversion Series 3 Current Reduction Conversion Procedure Figure 11 10 327X 0ED AWW 05E 05C 05H 0E6 ...

Page 356: ...1989 2002 Agilent 3070 79000 Site Preparation 11 32 Chapter 11 Site Preparation Series 3 79000 Current Reduction Conversion Series 3 Current Reduction Conversion Procedure Figure 11 11 327X 0E5 05L 0E7 T1 T2 T3 327xLLLN wpg ...

Page 357: ...chnologies 1989 2002 Agilent 3070 79000 Site Preparation 11 33 Chapter 11 Site Preparation Series 3 79000 Current Reduction Conversion Series 3 Current Reduction Conversion Procedure Figure 11 12 327X 0E5 05L 0E7 ...

Page 358: ...lent 3070 79000 Site Preparation 11 34 Chapter 11 Site Preparation Series 3 79000 Current Reduction Conversion Series 3 Current Reduction Conversion Procedure Figure 11 13 327X AWX AWY AWV AWZ 0EB 0EJ 0EC 0E3 0EG 0EH T1 T2 T3 327xLL wpg ...

Page 359: ...9 2002 Agilent 3070 79000 Site Preparation 11 35 Chapter 11 Site Preparation Series 3 79000 Current Reduction Conversion Series 3 Current Reduction Conversion Procedure Figure 11 14 327X AWX AWY AWV AWZ 0EB 0EJ 0EC 0E3 0EG 0EH ...

Page 360: ... 1989 2002 Agilent 3070 79000 Site Preparation 11 36 Chapter 11 Site Preparation Series 3 79000 Current Reduction Conversion Series 3 Current Reduction Conversion Procedure Figure 11 15 327X 05B 05G 05K 327xLLN wpg T1 T2 T3 ...

Page 361: ...chnologies 1989 2002 Agilent 3070 79000 Site Preparation 11 37 Chapter 11 Site Preparation Series 3 79000 Current Reduction Conversion Series 3 Current Reduction Conversion Procedure Figure 11 16 327X 05B 05G 05K ...

Page 362: ... 1989 2002 Agilent 3070 79000 Site Preparation 11 38 Chapter 11 Site Preparation Series 3 79000 Current Reduction Conversion Series 3 Current Reduction Conversion Procedure Figure 11 17 327X 05M 05F 05J 327xLN wpg T1 T2 T3 ...

Page 363: ...chnologies 1989 2002 Agilent 3070 79000 Site Preparation 11 39 Chapter 11 Site Preparation Series 3 79000 Current Reduction Conversion Series 3 Current Reduction Conversion Procedure Figure 11 18 327X 05M 05F 05J ...

Page 364: ...paration 11 40 Chapter 11 Site Preparation Series 3 79000 Current Reduction Conversion Series 3 Current Reduction Conversion Procedure 79000 1 Module System AC Outlets Figure 11 19 79000 1 Module System Outlet 2 Testhead Rear View E2190_ol wpg Outlet 1 Outlet 3 ...

Page 365: ... Agilent 3070 79000 Site Preparation 11 41 Chapter 11 Site Preparation Series 3 79000 Current Reduction Conversion Series 3 Current Reduction Conversion Procedure Figure 11 20 79000 0ED AWW 05E 05C 05H 0E6 79LLL wpg Unswitched Fused ...

Page 366: ...gies 1989 2002 Agilent 3070 79000 Site Preparation 11 42 Chapter 11 Site Preparation Series 3 79000 Current Reduction Conversion Series 3 Current Reduction Conversion Procedure Figure 11 21 79000 0ED AWW 05E 05C 05H 0E6 ...

Page 367: ...9 2002 Agilent 3070 79000 Site Preparation 11 43 Chapter 11 Site Preparation Series 3 79000 Current Reduction Conversion Series 3 Current Reduction Conversion Procedure Figure 11 22 79000 0E5 05L 0E7 79LLLN wpg Unswitched Fused ...

Page 368: ...chnologies 1989 2002 Agilent 3070 79000 Site Preparation 11 44 Chapter 11 Site Preparation Series 3 79000 Current Reduction Conversion Series 3 Current Reduction Conversion Procedure Figure 11 23 79000 0E5 05L 0E7 ...

Page 369: ...lent 3070 79000 Site Preparation 11 45 Chapter 11 Site Preparation Series 3 79000 Current Reduction Conversion Series 3 Current Reduction Conversion Procedure Figure 11 24 79000 AWX AWY AWV AWZ 0EB 0EJ 0EC 0E3 0EG 0EH T1 T2 T3 79KLL wpg ...

Page 370: ...9 2002 Agilent 3070 79000 Site Preparation 11 46 Chapter 11 Site Preparation Series 3 79000 Current Reduction Conversion Series 3 Current Reduction Conversion Procedure Figure 11 25 79000 AWX AWY AWV AWZ 0EB 0EJ 0EC 0E3 0EG 0EH ...

Page 371: ... 1989 2002 Agilent 3070 79000 Site Preparation 11 47 Chapter 11 Site Preparation Series 3 79000 Current Reduction Conversion Series 3 Current Reduction Conversion Procedure Figure 11 26 79000 05B 05G 05K 79KLLN wpg T1 T2 T3 ...

Page 372: ...chnologies 1989 2002 Agilent 3070 79000 Site Preparation 11 48 Chapter 11 Site Preparation Series 3 79000 Current Reduction Conversion Series 3 Current Reduction Conversion Procedure Figure 11 27 79000 05B 05G 05K ...

Page 373: ...ogies 1989 2002 Agilent 3070 79000 Site Preparation 11 49 Chapter 11 Site Preparation Series 3 79000 Current Reduction Conversion Series 3 Current Reduction Conversion Procedure Figure 11 28 79000 05M 05F 05J 79KLN wpg ...

Page 374: ...chnologies 1989 2002 Agilent 3070 79000 Site Preparation 11 50 Chapter 11 Site Preparation Series 3 79000 Current Reduction Conversion Series 3 Current Reduction Conversion Procedure Figure 11 29 79000 05M 05F 05J ...

Page 375: ...Preparation 11 51 Chapter 11 Site Preparation Series 3 79000 Current Reduction Conversion Series 3 Current Reduction Conversion Procedure 317X 2 Module System AC Outlets Figure 11 30 317X 2 module system Outlet 0 Testhead Rear View Outlet 2 Outlet 3 Outlet 1 ...

Page 376: ...2002 Agilent 3070 79000 Site Preparation 11 52 Chapter 11 Site Preparation Series 3 79000 Current Reduction Conversion Series 3 Current Reduction Conversion Procedure Figure 11 31 317X 0ED AWW 05E 05C 05H 0E6 317xLLL wpg T1 T2 T3 ...

Page 377: ...gies 1989 2002 Agilent 3070 79000 Site Preparation 11 53 Chapter 11 Site Preparation Series 3 79000 Current Reduction Conversion Series 3 Current Reduction Conversion Procedure Figure 11 32 317X 0ED AWW 05E 05C 05H 0E6 ...

Page 378: ...1989 2002 Agilent 3070 79000 Site Preparation 11 54 Chapter 11 Site Preparation Series 3 79000 Current Reduction Conversion Series 3 Current Reduction Conversion Procedure Figure 11 33 317X 0E5 05L 0E7 317xLLLN wpg T1 T2 T3 ...

Page 379: ...chnologies 1989 2002 Agilent 3070 79000 Site Preparation 11 55 Chapter 11 Site Preparation Series 3 79000 Current Reduction Conversion Series 3 Current Reduction Conversion Procedure Figure 11 34 317X 0E5 05L 0E7 ...

Page 380: ...lent 3070 79000 Site Preparation 11 56 Chapter 11 Site Preparation Series 3 79000 Current Reduction Conversion Series 3 Current Reduction Conversion Procedure Figure 11 35 317X AWX AWY AWV AWZ 0EB 0EJ 0EC 0E3 0EG 0EH 317xLL wpg T1 T2 T3 ...

Page 381: ...9 2002 Agilent 3070 79000 Site Preparation 11 57 Chapter 11 Site Preparation Series 3 79000 Current Reduction Conversion Series 3 Current Reduction Conversion Procedure Figure 11 36 317X AWX AWY AWV AWZ 0EB 0EJ 0EC 0E3 0EG 0EH ...

Page 382: ... 1989 2002 Agilent 3070 79000 Site Preparation 11 58 Chapter 11 Site Preparation Series 3 79000 Current Reduction Conversion Series 3 Current Reduction Conversion Procedure Figure 11 37 317X 05B 05G 05K 317xLLN wpg T1 T2 T3 ...

Page 383: ...chnologies 1989 2002 Agilent 3070 79000 Site Preparation 11 59 Chapter 11 Site Preparation Series 3 79000 Current Reduction Conversion Series 3 Current Reduction Conversion Procedure Figure 11 38 317X 05B 05G 05K ...

Page 384: ... 1989 2002 Agilent 3070 79000 Site Preparation 11 60 Chapter 11 Site Preparation Series 3 79000 Current Reduction Conversion Series 3 Current Reduction Conversion Procedure Figure 11 39 317X 05M 05F 05J 317xLN wpg T1 T2 T3 ...

Page 385: ...chnologies 1989 2002 Agilent 3070 79000 Site Preparation 11 61 Chapter 11 Site Preparation Series 3 79000 Current Reduction Conversion Series 3 Current Reduction Conversion Procedure Figure 11 40 317X 05M 05F 05J ...

Page 386: ... Chapter 11 Site Preparation Series 3 79000 Current Reduction Conversion Series 3 Current Reduction Conversion Procedure 307X 4 Module 1 PDU System AC Outlets Figure 11 41 307X 4 module 1 PDU system Outlet 0 Support Bay Rear View Testhead Rear View Outlet 2 Outlet 3 Outlet 1 ...

Page 387: ... Agilent 3070 79000 Site Preparation 11 63 Chapter 11 Site Preparation Series 3 79000 Current Reduction Conversion Series 3 Current Reduction Conversion Procedure Figure 11 42 3070 1 PDU 0ED AWW 05E 05C 05H 0E6 3070LLL_1 wpg T1 T2 T3 ...

Page 388: ...s 1989 2002 Agilent 3070 79000 Site Preparation 11 64 Chapter 11 Site Preparation Series 3 79000 Current Reduction Conversion Series 3 Current Reduction Conversion Procedure Figure 11 43 3070 1 PDU 0ED AWW 05E 05C 05H 0E6 ...

Page 389: ...2002 Agilent 3070 79000 Site Preparation 11 65 Chapter 11 Site Preparation Series 3 79000 Current Reduction Conversion Series 3 Current Reduction Conversion Procedure Figure 11 44 3070 1 PDU 0ED AWW 05E 05C 05H 0E6 3070LLL_2 wpg ...

Page 390: ... 2002 Agilent 3070 79000 Site Preparation 11 66 Chapter 11 Site Preparation Series 3 79000 Current Reduction Conversion Series 3 Current Reduction Conversion Procedure Figure 11 45 3070 1 PDU 0E5 05L 0E7 3070LLLN_1 wpg T1 T2 T3 ...

Page 391: ...ologies 1989 2002 Agilent 3070 79000 Site Preparation 11 67 Chapter 11 Site Preparation Series 3 79000 Current Reduction Conversion Series 3 Current Reduction Conversion Procedure Figure 11 46 3070 1 PDU 0E5 05L 0E7 ...

Page 392: ... 1989 2002 Agilent 3070 79000 Site Preparation 11 68 Chapter 11 Site Preparation Series 3 79000 Current Reduction Conversion Series 3 Current Reduction Conversion Procedure Figure 11 47 3070 1 PDU 0E5 05L 0E7 3070LLLN_2 wpg ...

Page 393: ...9 2002 Agilent 3070 79000 Site Preparation 11 69 Chapter 11 Site Preparation Series 3 79000 Current Reduction Conversion Series 3 Current Reduction Conversion Procedure Figure 11 48 3070 1 PDU 05B 05G 05K 3070LLN_1 wpg T1 T2 T3 ...

Page 394: ...ologies 1989 2002 Agilent 3070 79000 Site Preparation 11 70 Chapter 11 Site Preparation Series 3 79000 Current Reduction Conversion Series 3 Current Reduction Conversion Procedure Figure 11 49 3070 1 PDU 05B 05G 05K ...

Page 395: ... 1989 2002 Agilent 3070 79000 Site Preparation 11 71 Chapter 11 Site Preparation Series 3 79000 Current Reduction Conversion Series 3 Current Reduction Conversion Procedure Figure 11 50 3070 1 PDU 05B 05G 05K 3070LLN_2 wpg ...

Page 396: ...s are connected directly to the E1135C PDU and there are no outlet boxes in the support bay as shown in Figure 11 51 Since each of these options are single phase which outlet a DUT power supply connects to does not affect the load balance but knowing where each power supply is plugged in helps when servicing the system Figure 11 51 307X 4 module 2 PDU system Outlet 0 Support Bay Rear View Testhead...

Page 397: ... 3070 79000 Site Preparation 11 73 Chapter 11 Site Preparation Series 3 79000 Current Reduction Conversion Series 3 Current Reduction Conversion Procedure Figure 11 52 3070 2 PDU AWX AWY AWV AWZ 0EB 0E3 0EJ 0EG 0EC 0EH 3070LL_1 wpg T1 T2 T3 ...

Page 398: ...002 Agilent 3070 79000 Site Preparation 11 74 Chapter 11 Site Preparation Series 3 79000 Current Reduction Conversion Series 3 Current Reduction Conversion Procedure Figure 11 53 3070 2 PDU AWX AWY AWV AWZ 0EB 0E3 0EJ 0EG 0EC 0EH ...

Page 399: ... Preparation 11 75 Chapter 11 Site Preparation Series 3 79000 Current Reduction Conversion Series 3 Current Reduction Conversion Procedure Figure 11 54 3070 2 PDU AWX AWY AWV AWZ 0EB 0E3 0EJ 0EG 0EC 0EH 3070LL_2 wpg T1 T2 T3 CHECK COUNTRY CODE FOR FREQUENCY ...

Page 400: ...9 2002 Agilent 3070 79000 Site Preparation 11 76 Chapter 11 Site Preparation Series 3 79000 Current Reduction Conversion Series 3 Current Reduction Conversion Procedure Figure 11 55 3070 2 PDU 05M 05F 05J 3070LN_1 wpg T1 T2 T3 ...

Page 401: ...ologies 1989 2002 Agilent 3070 79000 Site Preparation 11 77 Chapter 11 Site Preparation Series 3 79000 Current Reduction Conversion Series 3 Current Reduction Conversion Procedure Figure 11 56 3070 2 PDU 05M 05F 05J ...

Page 402: ...9 2002 Agilent 3070 79000 Site Preparation 11 78 Chapter 11 Site Preparation Series 3 79000 Current Reduction Conversion Series 3 Current Reduction Conversion Procedure Figure 11 57 3070 2 PDU 05M 05F 05J T1 T2 T3 3070LN_2 wpg ...

Page 403: ... Series 3 Current Reduction Conversion Procedure E1085 POTS Bay and E2195 xDSL Bay AC Outlets When the E1135C was introduced the wiring of the E1085A POTS bay was modified by plugging the instruments in the POTS bay except the Kikusui power supply directly into the PDU See the Telecom Theory and Repair Manual Chapter 4 for additional information ...

Page 404: ...e Preparation Series 3 79000 Current Reduction Conversion Series 3 Current Reduction Conversion Procedure Figure 11 58 E1085A POTS E2195A xDSL Bay with E1135C PDU Outlet 1 Line Filter PDU Mains Input 5 6 7 8 To Gnd 1 2 3 4 To Gnd See Table See Table See Table See Table Customer Instruments ...

Page 405: ...79000 Site Preparation 11 81 Chapter 11 Site Preparation Series 3 79000 Current Reduction Conversion Series 3 Current Reduction Conversion Procedure Figure 11 59 E1085A POTS E2195A xDSL AWW 05E E1085 E2195LLLN wpg 120 127 Volt External Instruments ...

Page 406: ...te Preparation 11 82 Chapter 11 Site Preparation Series 3 79000 Current Reduction Conversion Series 3 Current Reduction Conversion Procedure Figure 11 60 E1085A POTS E2195A xDSL AWY AWV AWZ 0E3 0EG 0EH E1085 E2195LLN wpg 100 127 Volt External Instruments ...

Page 407: ...9000 Site Preparation 11 83 Chapter 11 Site Preparation Series 3 79000 Current Reduction Conversion Series 3 Current Reduction Conversion Procedure Figure 11 61 E1085A POTS E2195A xDSL 05M 05F 05J E1085 E2195LN wpg 220 240 Volt External Instruments ...

Page 408: ...rify the System Use full diagnostics to verify that the system is functional See the Repair I Manual Chapter 2 for more information about diagnostics Complete the Conversion After verifying that the 3070 79000 and xDSL POTS bay passes diagnostics complete the conversion 1 Route the cables neatly and secure them using cable ties where strain relief will be helpful 2 Replace the covers on both the 3...

Page 409: ...version Series 3 Current Reduction Conversion Procedure Figure 11 62 Using a pigtail with the E1135C PDU 3070 System Pigtail wp g PDU AC Source Voltage Added Power Receptacle on a short pigtail if the E1135C PDU is used and the existing conductor size of the power drop exceeds 102 mm 8 AWG Power Receptacle Pigtail Circuit Breaker or Fuses ...

Page 410: ...Printed in USA 06 2002 03066 90114 Rev Z ...

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