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VTAC HSD USER MANUAL: SECTION 3

VIRGINIA PANEL CORPORATION

1/9/19

3-1

 

For the most current information available, visit vpc.com

TOOLS REQUIRED

Phillips Head Screwdriver

VTAC HSD RAIL(S) REMOVAL INSTRUCTIONS

1.  If working with a receiver, use a Phillips head screwdriver to 

remove strain relief by removing screws (

Figure A

).  

 

 

The ITA will require removal of backshell first. See 

Section 2 

of this 

User’s Manual for instructions.

2.  After removing strain relief/backshell, use a Phillips head 

screwdriver to remove the two Phillips flat head screws that are 

holding the frame halves together (

Figure A

).

 

For ITA use Phillips head screwdriver to loosen the two captive 
screws on the back of the rear frame (

Figure B

).

3.  Pull halves apart.

4.  Remove VTAC HSD Rail(s).

VTAC HSD RAIL(S) INSTALLATION INSTRUCTIONS

1.  To install VTAC HSD Rail(s), orient rail(s) as shown in (

Figure A

).  

 

Figure C

 illustrates the identifiers to aid in orientation (receiver rails 

shown). The receiver rails are marked with ‘RR’ (receiver right) 
and ‘RL’ (receiver left) when viewing from mating face. The ITA 
rails are marked with ‘IR’ (ITA right) and ‘IL’ (ITA left) when viewing 
from rear/wiring side. 

 

2.     Place rail(s) ledge on flat surface shown in (

Figure D

), then put 

halves together and tighten the two Phillips flat head screws using 

a Phillips head screwdriver.

 

 

NOTE:  Receiver/ITA frame halves are keyed to be placed together 
only one direction.

VTAC HSD RAIL(S) INSTALLATION/REMOVAL INSTRUCTIONS

PART # 310 130 XXX AND 410 130 XXX

Figure A. VTAC HSD Rail(s) install/removal (receiver shown).

Figure D. VTAC HSD Rail(s) install/removal 

(receiver shown).

Figure C. VTAC HSD Rail(s) - Identifiers.

‘RR’ RECEIVER 

RIGHT

‘RL’ RECEIVER 

LEFT

BLACK POSITION 

AI INDICATOR

FLAT SURFACE

PHILLIPS 

FLAT HEAD 

SCREWS (2)

TOP

BOTTOM

TOP OF 

RAIL

Figure B. ITA frame separation.

PHILLIPS 

CAPTIVE 

SCREWS (2)

Summary of Contents for VTAC HSD

Page 1: ...LE INSERT INSTALLATION REMOVAL INSTRUCTIONS SECTION 8 SMALL PCB AND RETENTION INSERT USAGE SECTION 9 VTAC HSD VERTICAL INSERT PART IDENTIFICATION SECTION 10 VTAC HSD VERTICAL INSERT PCB INSTALLATION I...

Page 2: ...e upper left corner The front and rear of the VTAC HSD 90 Series receiver module are shown in Figure C The front has the position A1 notch The front side mates with the VTAC HSD 90 Series ITA module T...

Page 3: ...ll be visible in the upper left corner The front and rear of the VTAC HSD 90 Series ITA Module are shown in Figure C The front mates with the VTAC HSD 90 Series Receiver Module The rear has the positi...

Page 4: ...ying receptacle on the bottom When holding the i2 MX receiver the top can be determined when the letters and numbers are oriented as shown in Figure B The top position is designated by a black marking...

Page 5: ...ha keying receptacle on the bottom When holding the i2 MX ITA the top can be determined when the letters and numbers are readable The top position is designated by a black marking around the upper slo...

Page 6: ...t be extracted simultaneously to prevent damage to VTAC HSD Inserts NOTE The extraction tools are magnetic to aid in stacking them together 2 The indivdual patchcords can be identified by a blue inser...

Page 7: ...insert will always be on top as shown in Section 2 1 Figure A VTAC HSD INSERT REMOVAL INSTRUCTIONS 1 Group the required number of extraction tools together for the given VTAC HSD patchcord shown in F...

Page 8: ...l always be on top as shown in Section 2 1 Figure A VTAC HSD INSERT REMOVAL INSTRUCTIONS 1 Group the required number of extraction tools together for the given VTAC HSD patchcord shown in Figure B The...

Page 9: ...be flush or below the module rear face as shown in Section 2 1 Figure C When plugging a stack of inserts the blue insert will always be on top as shown in Section 2 1 Figure A VTAC HSD INSERT REMOVAL...

Page 10: ...e rear wiring side of the module shown in Figure A The VTAC HSD Insert s can only go into one side Once in place gently pull the wire to ensure the insert s is fully seated NOTE To be fully seated The...

Page 11: ...d Screwdriver Flat Head Screwdriver 1 4 Nut Driver hollow shaft VTAC Extraction Tool Kit Receiver and ITA Part 910 112 130 REMOVAL INSTRUCTIONS 1 Disengage the ITA from the receiver 2 Using a flat hea...

Page 12: ...10 130 XXX STRAIN RELIEF CLAMP NUT BACKSHELL SCREWS REMOVAL INSTRUCTIONS CONTINUED 4 Using a Phillips head screwdriver loosen the six screws captive that secure the backshell halves Remove the half wi...

Page 13: ...G All inserts within each patchcord must be extracted simultaneously to prevent damage to VTAC HSD Inserts NOTE The extraction tools are magnetic to aid in stacking them together 2 While grasping the...

Page 14: ...stall VTAC HSD Rail s orient rail s as shown in Figure A Figure C illustrates the identifiers to aid in orientation receiver rails shown The receiver rails are marked with RR receiver right and RL rec...

Page 15: ...ystems in which the modules are oriented horizontally 2 Using a 3 32 Allen wrench tighten the top screw 1 to 2 full revolutions while pushing lightly against the face of the module 3 Maintain this pre...

Page 16: ...UCTIONS 1 Using the Phillips head screwdriver fasten the strain relief to the rear wiring side of the VTAC HSD 90 Series Module with the 2 56 screws provided as shown in Figure A 2 Torque screws to 2...

Page 17: ...Ended Insert is shown in Figure A The Rear Mating Side is shown in Figure B The Rear Mating Side mates with the VTAC HSD Right Angle Insert The Pin 1 position is shown in Figure C The VATC HSD Double...

Page 18: ...nguishing features The top of the VTAC HSD Right Angle Insert is opposite the Compliant Pins shown in Figure A The Compliant Pins and PCB Mounting Surface mates with the PCB The Compliant Pins and PCB...

Page 19: ...r orientation of the VTAC HSD Retention Insert Figure A as well as distinguishing features The top of the VTAC HSD Retention Insert Insert is opposite the PCB Mounting Surface shown in Figure A The Al...

Page 20: ...art 910 112 132 INSERT INSTALLATION INSTRUCTIONS 1 Load the desired number of inserts into the tool The insert s should be loaded starting from the center of the tool and evenly distributed outward Th...

Page 21: ...112 132 INSERT INSTALLATION INSTRUCTIONS 4 Push each insert to the rear of the tool Ensure that the rear of each insert is against the rear of the tool as shown in Figure D Make sure that the insert s...

Page 22: ...d onto the contacts and hold the board in position as shown in Figure G 8 Place the other half of the tool on the top and hold the two halves together with the board in between them Make sure that the...

Page 23: ...ide up as shown in Figure J 10 Using the press gentlely push the base and top of tool together until the contacts are seated Be careful not to over press 11 Remove the base the tool as shown in Figure...

Page 24: ...shown in Figure A The VTAC HSD Double Ended Insert s can only go in one way 3 Engage Module with VTAC HSD Double Ended Insert s onto VTAC HSD Right Angle Insert s as shown in Figure B 4 Attach bracket...

Page 25: ...own in Figure A The VTAC HSD Double Ended Insert s can only go in one way 3 Engage Module with VTAC HSD Double Ended Inserts onto VTAC HSD Right Angle Inserts as shown in Figure B 4 Attach the bracket...

Page 26: ...rear wiring side of the module shown in Figure A Section 7 2 and Section 7 3 The VTAC HSD Double Ended Insert s can only go in one way 4 Insert VTAC HSD Right Angle Inserts into Module and VTAC HSD Do...

Page 27: ...t is opposite the compliant pins as shown in Figure A The faces of the contact are symmetrical The first pin location can either be Pin 1 or Pin 8 Figure B The compliant pins are used to mount the ins...

Page 28: ...its base Notice the alignment pins on either side of the base These alignment pins will be later used to locate the PCB and the base Figure B 3 Load the desired number of inserts into the base as sho...

Page 29: ...ure C 8 Press the top insertion tool onto the base pushing the compliant pins of the insert into the PCB Do not over press Remove the PCB from the tool and verify the installation of each insert in th...

Page 30: ...e parts of the system modules Receiver ITA and contacts ITA frame is not lined up when in the process of engagement with receiver This may indicate that the ITA is out of alignment or that a module is...

Page 31: ...will be identified in section 2 2 Applicable Documents 2 1 Content The following documents form a part of this specification to the extent specified herein Unless other wise specified the latest edit...

Page 32: ...ltage 1050 VDC test voltage at sea level EIA 364 20 Test between adjacent contacts at 0 5 mA Cross Talk 30dB to 6 25 GHz 40dB to 6 25 GHz Cross talk between adjacent differential pair within the same...

Page 33: ...13 Cross Talk Between Pairs Same Insert 5 14 Dielectric Withstanding Voltage 5 11 Durability 8 15 7 Examination of Product 1 16 1 13 1 Insert Insertion Force 2 Insert Retention 3 Insertion Loss 3 12...

Page 34: ...available visit vpc com Figure 2 Insertion loss SFP cables de embedded at 0 cycles and 10 000 cycles Figure 3 Return loss comparison between SFP cable only and SFP cable with terminated to VTAC inser...

Page 35: ...ifferential pairs in two VTAC inserts at 0 cycles and 10 000 cycles The crosstalk between the two differential pairs within the SFP cable without VTAC is shown for reference Figure 6 Crosstalk between...

Page 36: ...nal testing sequence as determined by development product and reliability quality engineering 4 3 Acceptance Acceptance is based on verification that product meets requirements of Table 3 1 Failures a...

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