Wavetronix Click 400 (900 MHz radio) (CLK-400) - User Guide User Manual
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CHAPTER 12 • CLICK 172/174
In order to mimic a traditional system, the rack card’s processor will sequence activation of
the primary and secondary outputs to signal the speed and duration detected by the radar
sensor. The duration of both outputs will be exactly the same.
With a 4-channel card, output channels 1 & 2 are paired to form one dual-loop emulation
system. Channel 1 is the primary channel for this pair, and channel 2 is the secondary. (The
other dual-loop emulation system is formed using output channels 3 & 4. Channel 3 is the
primary channel for this pair, and channel 4 is the secondary.) If any input channel (e.g.
lane 1) is assigned to both a primary and a secondary output channel, then the rack card is
automatically configured to provide dual loop-emulation (see Figure 12.6).
Output Channel 1
= Primary Channel
Dual-Loop
Emulation
System
Event message
from sensor
12
Speed
Duration
Input Channel (lane)
Output Channel 2
= Secondary Channel
“1r”
55
Figure 12.6 – Dual-Loop Emulation System
After you have configured the sensor using SmartSensor Manager, assign lane numbers to
each lane. The Click 172/174 cards will read the assigned lane numbers and display this
information during the configuration of the cards. The Click 172/174 card reads the first
character of the lane name that can take on a value of 0 to 9 and the direction the traffic is
flowing. For instance, if the innermost lane is named “1NB” and the direction of travel in
SmartSensor Manager is shown going from left to right, then the Click 172/174 will display
this lane as “1r.” If the inside lane on the other side of the median is named “1SB” and is
configured in SmartSensor Manager as going from right to left, the Click 172/174 will dis-
play this lane as “1L.”
Note
Lane names do not automatically contain a number as the first character. You must
change the lane name in SmartSensor Manager from “Lane_01” to “1Lane_01” or
“1NB.” In SmartSensor Manager HD, it is easiest to rename the lanes starting at the
lane furthest away from the sensor.
- Click 421 (bluetooth to serial converter) (CLK-421) - User Guide Click 342 (lean managed ethernet switch) (CLK-342) - User Guide Click 341 (lean managed ethernet switch) (CLK-341) - User Guide Click 340 (lean managed ethernet switch) (CLK-340) - User Guide Click 331 (unmanaged ethernet switch) (CLK-331) - User Guide Click 330 (unmanaged ethernet switch) (CLK-330) - User Guide Click 304 (RS-232 to RS-485 converter) (CLK-304) - User Guide Click 305 (RS-232 to RS-485 converter) (CLK-305) - User Guide Click 301 (serial to ethernet converter) (CLK-301) - User Guide Click 100 (16 output contact closure) (CLK-100) - User Guide Click 104 (4-channel DIN rail contact closure) (CLK-104) - User Guide Click 110 (4-channel contact closure eurocard) (CLK-110) - User Guide Click 112 (detector rack card) (CLK-112) - User Guide Click 114 (detector rack card) (CLK-114) - User Guide Click 120 (screw terminal relay) (CLK-120) - User Guide Click 121 (spring cage relay) (CLK-121) - User Guide Click 200 (surge suppression) (CLK-200) - User Guide Click 201 (1 amp AC to DC converter) (CLK-201) - User Guide Click 202 (2 amp AC to DC converter) (CLK-202) - User Guide Click 203 (UPS and battery) (CLK-203) - User Guide Click 204 (4 amp AC to DC converter) (CLK-204) - User Guide Click 210 (AC circuit breaker) (CLK-210) - User Guide Click 211 (AC outlet) (CLK-211) - User Guide Click 221 (DC surge protector) (CLK-221) - User Guide Click 222 (system surge protector) (CLK-222) - User Guide Click 223 (dual-485 surge protector) (CLK-223) - User Guide Click 230 (AC surge protector) (CLK-230) - User Guide Click 250 (wireless surge protector) (CLK-250) - User Guide