User's Manual
Table Of Contents
- Health Limits
- Contents
- Before You Begin
- Developing the Installation Site Plan
- Installing and Configuring the MPI 6000
- Lane Tuning Guidelines
- Optimizing MPI 6000 Reader System Performance
- General Software Information
- Configuration Commands and Responses
- Configuring the MPI 6000
- Required Commands to Set Up MPI 6000 Reader
- System Interface Command Group Commands
- System Identify
- Set Communications Baud Rate
- Get Communications Baud Rate
- Set Time and Date
- Get Time and Date
- Firmware Download
- Reset Reader
- Get Stored Tag Response Message
- Get Number of Stored Tag Response Messages
- Delete All Stored Tag Response Messages
- Get System Startup Status
- Get Lane Controller Interface Status
- Get System Interface Status
- Get DigBrd Hdwr Remote Inventory
- Get DigBrd CPU Boot Fmwr Remote Inventory
- Get DigBrd CPU Appl Fmwr Remote Inventory
- Get DigBrd FPGA UDP/IP Core Fmwr Remote Inventory
- Get UDP/IP Core Lane Controller Parameters
- Set UDP/IP Core IP Address
- Get UDP/IP Core IP Address
- Get UDP/IP Core Port Number
- Configuring the MPI 6000
- Tag Command Processing
- System Diagnostics and Preventive Maintenance
- Acronyms and Glossary
- Block Diagrams
- System Technical Specifications
- Hardware Interfaces
MPI 6000 Multi-Protocol Reader System Guide
3-4
Figure 3-1 Connector Locations on MPI 6000 Enclosure
Power
The MPI 6000 requires 19V DC to 28V DC or 19V AC to 27V AC RMS voltage
source.
Table 3-1 lists the MPI 6000 external power connector specifications.
RF Antenna Connector
The MPI 6000 Reader typically is connected to an AA3152 Universal Toll Antenna
by a single low-loss RF cable. The antenna configuration is designed for overhead
mounting on a gantry or sign structure. Figure 3-2 shows the antenna connector on the
MPI 6000 enclosure.
Table 3-1 MPI 6000 Power Connection Specifications
Connector Type
Two-Pin Terminal Block
Wire Gauge
12 – 30 AWG
Voltage
19V to 28V DC or 19V to 27V AC RMS
Note If AC is used do not ground one end of the AC
input, the AC supply must float.
Polarity
Either, power supply is polarity independent
Current
2 amps