Acumen DataBridge SDR2-CF Manuel d'utilisateur Page 18

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Click! 512
www.wavetronix.com
4
Click! 512 Bid Specication
1.0 General. This item shall govern the purchase and installa-
tion of a vehicle alert module (VAM) equivalent to the Wave-
tronix Click!™ 513. Test results and other documentation dem-
onstrating performance and capabilities shall be provided.
2.0 Product Description. The VAM shall be a trac alert
module for use with serial devices, such as the Wavetronix
SmartSensor.
3.0 Physical. The VAM shall not exceed 0.29 lbs. (0.1 kg) in
weight.
The VAM shall not exceed 4.5 in. × 4 in. × 0.9 in. (11.4 cm x 10.2
cm x 2.3 cm) in its physical dimensions.
The VAM shall operate in the temperature range of -29°F to
165°F (-34°C to 74°C).
4.0 Mounting. The VAM shall mount to a DIN rail with hot-
swappable power and communication buses for quick installa-
tion and replacement.
5.0 Power. The VAM shall operate using less than 0.8 W of
average power at 10 VDC to 30 VDC.
6.0 Connections. The VAM shall include the following con-
nections for power and communication:
6.1 Power. The VAM shall include a 5-position connector,
with two contact points reserved for connecting power
through the bus.
The VAM shall supply voltage input monitoring with set-
table thresholds of 11.7 or 22.9 VDC.
6.2 Serial Ports. The VAM shall include the following
four independent physical serial ports:
RS-232 front: DB-9 female DCE connector with DIP
switch override to select between programming and
run mode
RS-485 top: 5-position connector for connecting from
T-bus
RS-232 top: Pluggable screw terminal
RS-485 top: Pluggable screw terminal and an RJ-11 jack
6.3 Digital Input Ports. The VAM shall include two multi-
function digital input ports with the following features:
Low-level AC input monitoring via clamp-on split-core
current transformers with 1 W 120 VAC load threshold
suitable for monitoring incandescent or LED signal
indication status
Contact closure input monitoring circuit that also
serves to monitor low-level DC logic with a threshold of
2.5 V
DC voltage input monitoring with selectable thresholds
of 9, 11.7 and 23.4 VDC
Maximum input event frequency of 250 Hz
6.4 Contact Closure Output Ports. The VAM shall feature
two solid state contact closure output ports with 250 Hz
of output signaling capability.
7.0 Communication. The VAM shall have the following com-
munication capabilities:
7.1 Serial Protocol Conversion. The VAM shall allow
communications with any serial device that has a serial
connection by converting 3-wire half-duplex RS-485 com-
munication to half-duplex RS-232 communication, and
vice versa.
8.0 Baud Rate. The VAM shall operate at a baud rate of 9600
bps.
9.0 Conguration Features. The VAM shall have a push-
buon on the faceplate that:
Sets device to run mode
Sets device to set up mode
Sets device to serial convert mode
Resets to device factory defaults
The front of the VAM shall include a red power LED, as well as
green and yellow TX and RX LEDs that shall illuminate when
corresponding data is successfully transmied or received.
These LEDs, as well as the blue LED next to them, shall also
act as operation mode indicators for operation modes selected
with the push-buon.
The VAM shall include two banks of user-programmable
LEDs, one yellow and one red, to display submenu selections
and application information.
The VAM shall be supported by a user-friendly graphical user
interface that will control the program parameters.
The VAM shall have DIP switches that will be used to select
run mode versus programming mode, multi-function inputs
and supply voltage monitor thresholds.
10.0 Testing Features. The VAM shall feature a self-test for
system conguration. This test shall be accessed by using the
push-buon on the faceplate.
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