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WX-501-0536 • 01.22

If it is received by a Click 510 the LEDs will light up in sequence; if it is received by the computer, the message 

will appear as the digits 1–8 in HyperTerminal.

 

ASCII sequence –

 Sends an ASCII sequence—a lowercase alphabet—across the communication channel. This 

pattern should be sent by the Click 510 to a computer; if it is received by a Click 510, it will only register in the 

yellow (receive) system LED.

 

ASCII text –

 Sends an ASCII text message—“The Click Tester has been powered on for XX hr XX min XX sec!”—

across the communication channel. This pattern should be sent by the Click 510 to a computer; if it is received 

by a Click 510, it will only register in the yellow (receive) system LED.

The four test patterns, as well as several other types of data packets, can also be sent from your computer to a Click 510 

via HyperTerminal. The following commands can be sent (you can also see this menu by typing “m” in HyperTerminal):

 

1 . . . 8 –

 Lights up the corresponding LED on the Click 510. For example, typing a 5 causes the fifth LED to illu-

minate. The yellow LEDs are numbers 1–4 and the red LEDs are numbers 5–8.

 

f –

 Causes all the submenu LEDs to flash at once (this is the same as LED flash on the 510 menu).

 

s –

 Causes each submenu LED to flash in sequence (this is the same as LED sequence on the 510 menu). The 

sequence will begin playing upon reception, but may be interrupted by a subsequent message.

 

a –

 Sends a message to the Click 510 that causes it to send an ASCII sequence back (the same sequence found 

in the ASCII sequence option on the 510 menu).

 

t –

 Sends a message to the Click 510 that causes it to send an ASCII text message back (the same message 

found in the ASCII text option on the 510 menu).

 

m –

 Sends a message to the Click 510 that causes it to send back a menu featuring the commands in this list.

Baud Rate

Manual baud rate configuration is the third option presented in the menu selection process. In some cases it may 

be more convenient to automatically discover the baud rate of a connected sensor. If so, consider Autobaud, the 

next menu option.

Summary of Contents for 0536

Page 1: ...e features of v2 0 operate differently than that of the v1 0 product which had a custom platform The following documentation is specific to v2 0 If you have an earlier version of the Click 510 you will need to refer to previous documentation Contact Wavetronix Support for assistance Physical Features The Click 510 physical features are used for easy installation and configuration T Bus Connector R...

Page 2: ...ther Click modules While it can be used to convert RS 485 communications to RS 232 this is not its normal usage Instead on the Click 510 this port is normally used to upgrade the Click 510 program or reprogram the unit for custom applications However if you are using a modified RS 232 DB 9 serial cable connector with the DTR pin removed it can be used to convert RS 485 communications to RS 232 Not...

Page 3: ...e Click 510 is installed on a T bus with active power and RS 485 If you are going to use your Click 510 in conjunction with a computer serial port and terminal program make sure there is a serial connection between the computer and the Click 510 or between the computer and another device on the same T bus as the Click 510 Remember that if you want to use the RS 232 DB 9 port on the front of the mo...

Page 4: ...en Flashing Green On with Red Flashing Autobaud Green Solid Green Solid Latency Test Yellow Solid Yellow Solid Reset Red Flashing Red Flashing Note The LED state during the mode selection process can be either flashing or solid If the current mode is a flashing mode the corresponding blue or green LED will flash during mode selection see column 2 of the table above However once a flashing mode is ...

Page 5: ... 1 second Sends data every 0 25 to 1 second Switch Sends data every time the push button is pressed Note If you would like to have the Click 510 emulate a sensor but not actively transmit any data use submenu 1 to select the Switch option As long as you don t press the push button the sensor will be passive This will allow you to use the Click 510 in conjunction with a Click 100 172 or 174 Once th...

Page 6: ...will be sent 1st LED 2nd LED 3rd LED 4th LED Submenu 1 Yellow LEDs 1 second 0 25 1 second Switch Submenu 2 Red LEDs LED flash LED sequence ASCII sequence ASCII text Test Pattern submenu 1 allows you to select when the Click 510 sends out data packets Submenu 1 selections are displayed on the device as the row of yellow LEDs see the table above 0 25 to 1 second Sends data every 0 25 to 1 second 1 s...

Page 7: ...yperTerminal 1 8 Lights up the corresponding LED on the Click 510 For example typing a 5 causes the fifth LED to illu minate The yellow LEDs are numbers 1 4 and the red LEDs are numbers 5 8 f Causes all the submenu LEDs to flash at once this is the same as LED flash on the 510 menu s Causes each submenu LED to flash in sequence this is the same as LED sequence on the 510 menu The sequence will beg...

Page 8: ...ate has been set to match the sensor The discovery process attempts all the baud rates listed in the figure above SmartSensor V autobaud discovery requests are sent at each baud rate If a response to a request is received the Click 510 baud rate will be set to match the SmartSensor baud rate Each baud rate is attempted 10 times with a longer wait time on each successive iteration During the discov...

Page 9: ...r to the tables that come up in HyperTerminal as shown in the figure below If you are not connected to the computer and want a general idea of the delay time you can refer to the submenu LEDs on the device The device will show results for each packet size starting with the 16 byte size shown by the first yellow LED When each yellow LED illuminates the corresponding delay time information will be s...

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