Checkpoint Systems Inc. TR7240 Manual De Usuario
Checkpoint Systems, Inc.
– Field Service Installation Document – CKP P/N
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8. Use interpedestal network cable to connect “Interpedestal OUT” of AP to “Interpedestal IN” of next AP.
9. Use interpedestal network cable to connect “Interpedestal OUT” of next AP to “Interpedestal IN” of PN.
10. Connect 12 VDC to the WRTZ reader using power supply system.
9. Use interpedestal network cable to connect “Interpedestal OUT” of next AP to “Interpedestal IN” of PN.
10. Connect 12 VDC to the WRTZ reader using power supply system.
Wiring of Interpedestal Network Chain
This connection diagram applies for all E10 2.0 model antennas (assuming RFID-enabled kit hardware is installed,
either as upgrade or a pre-built Dual RF/RFID system). Note that custom-cabling from the last PN antenna’s
NETWORK port to the Evolve TR7240 board may apply. “Groups” of pedestals can be chained together in order
to reduce the number of Ethernet drops required. There is a disatvantage to this where any shutdown to board
functionality will disable (MV) to all subsequent pedestals; this is a customer education opportunity (basically,
their decision to make) during planning.
either as upgrade or a pre-built Dual RF/RFID system). Note that custom-cabling from the last PN antenna’s
NETWORK port to the Evolve TR7240 board may apply. “Groups” of pedestals can be chained together in order
to reduce the number of Ethernet drops required. There is a disatvantage to this where any shutdown to board
functionality will disable (MV) to all subsequent pedestals; this is a customer education opportunity (basically,
their decision to make) during planning.
Dual Aisle Configurations
2.1 One Reader Two Aisles (1R2A)
2.1.1 One Reader for One and Half Aisle (1.5 Aisles)
2.1.1 One Reader for One and Half Aisle (1.5 Aisles)
Figure 4:
AP Pedestal configured for 1.5 Aisles of RFID detection
The “Half Aisle” covers the distance of 2 meters, but performance may be lower than one aisle configuration.
The calibration for half aisle is the same as performed for one aisle. Also, the RunTime Benchmark (RTBM)
procedure is the same, only pick test is performed per aisle.
The calibration for half aisle is the same as performed for one aisle. Also, the RunTime Benchmark (RTBM)
procedure is the same, only pick test is performed per aisle.
1. Use interpedestal coax cable to connect RX3 of AA to RX5 of PN.
2. Use interpedestal coax cable to connect RX4 of AA to RX6 of PN.
3. Use interpedestal network cable to connect “Interpedestal OUT” of AA to “Interpedestal IN” of PN.
4. Connect 12 VDC to the WRTZ reader using power supply system.
2. Use interpedestal coax cable to connect RX4 of AA to RX6 of PN.
3. Use interpedestal network cable to connect “Interpedestal OUT” of AA to “Interpedestal IN” of PN.
4. Connect 12 VDC to the WRTZ reader using power supply system.