Vix Assure Adept Validator - Installation Overview; System Architecture; Power Supply; Figure 2: Adept Validator Typical System Architecture

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DPU-00084

Revision 2.3

Page 12 of 39

3 Installation Overview

3.1 System Architecture

Figure 2: Adept Validator Typical System Architecture

3.2 Power Supply

Adept Validator can be powered either by Power-Over-Ethernet or by 24V DC power supply.

Table 3: Power Supply Specification

PARAMETER

MIN.

TYP.

MAX.

UNIT

Input Supply Voltage

Specified Input Current on power-up (@24V)

Specified Input Current steady state (@24V)

0.25 (6W)

0.35 (8.4W)

0.7 (16.8W)

Reverse Voltage Protection

-100

Main Page

Table of Contents4
Safety Precautions7
Warnings and Cautions7
EMC and Safety Standards Applied7
FCC RF Radiation Exposure Statement7
FCC Compliance Statement8
ISED Compliance Statement8
Safety9
Introduction10
Purpose10
Scope10
Figure 1: Picture of Adept Validator10
References11
Glossary/Acronyms11
Table 1: Valid Devices11
Table 2: Terminology11
Installation Overview12
System Architecture12
Power Supply12
Figure 2: Adept Validator Typical System Architecture12
Table 3: Power Supply Specification12
Installation Example13
Figure 3: Picture of a Pole-Mounted Adept Validator13
Figure 4: Picture of a Surface-Mounted Adept Validator13
Accessories14
Sams / SIM / Usd14
Figure 5: Picture of Adept Validator Internal14
Back-Up Battery15
1-Wire Assembly (CBL0429)15
Figure 6: 1-Wire Assembly Connection15
Wiring and Terminations16
Example Vehicle Wiring Diagram16
Figure 7: Example Vehicle Wiring Diagram16
Table 4: Cable Connection Mapping17
Connector Termination18
Figure 8: Adept Validator Rear Connectors18
Figure 9: RF Connector Kit19
Table 5: Mating Female Connector Housings 1 & 219
Table 6: Mating Female Crimps for Connectors 1 & 219
Table 7: Mating Female Connector 319
Circuit Breakers20
Cable Recommendations20
Figure 10: Assembled RF Connector20
Table 8: Cable Recommendations20
Power Supply Cable21
Requirements21
Table 9: Maximum Cable Length Recommendations21
Hierarchy for Power Supply22
Length Versus Size22
Figure 11: Typical Bus Power Supply Circuit Breaker and Cable Rating22
Current Capacity23
Vehicle Ground Terminations23
Vehicle Ground Termination Checks23
Hot Plugging23
Figure 12: Cable Current Capacity Chart23
Table 10: Cable Length23
Pole Mounting24
Adept Validator Positioning24
Figure 13: Adept Validator Positioning - Height24
Cradle Kit25
Figure 14: Adept Validator Preferred Pole Mounting Bracing25
Figure 15: Assure Adept Validator Cradle Kit25
Cradle Mounting Instructions26
Figure 16: 3 Cradle Main Parts26
Figure 17: Cradle Front Placement27
Figure 18: Joining Cradle Front and Cradle Rear27
Figure 19: Correct and Incorrect Position of Closed Cradle Arms28
Figure 20: Adept Validator Cradle Mount Shims28
Figure 21: Seals Position on External Cover29
Figure 22: Adept Validator Cradle Mount Cover29
Validator Mounting Instructions30
Figure 23: Rubber Boot Installation30
Figure 24: Adept Validator Cable Connections30
Figure 25: Adept Validator Mounting on Cradle31
Figure 26: Device Locking31
Validator Demounting Instructions32
Figure 27: Device Unlocking32
Figure 28: Adept Validator Removal32
Cradle Demounting Instructions33
Figure 29: Cable Disconnection33
Figure 30: Rubber Boot Removal33
Figure 31: External Cover Removal34
Figure 32: Opening Cradle Arms34
Figure 33: Cradle Front and Rear Separation35
Figure 34: Cradle Front Removal35
Cradle Covering36
Figure 35: Cradle Covering36
Figure 36: Cradle Cover Locking36
Appendix A Cut-Out for Surface Mount Adept Validator37
Figure 37: Cut-Out for Surface Mount Adept Validator37
Appendix B Dimensions and Weight38
Figure 38: Dimensions and Weight38
Appendix C Pole Cut-Out39
Figure 39: Pole Cut-Out39

Vix Assure Adept Validator - Installation Overview; System Architecture; Power Supply; Figure 2: Adept Validator Typical System Architecture

Table of Contents