Setting device bus address - Revision history

Esa: /* Ioni/Ionicube */

2017-09-01T09:23:08Z

‎Ioni/Ionicube

2015-10-08T15:38:19Z

ioni covered

2015-06-02T13:59:18Z

2013-08-16T21:02:54Z

2013-08-09T21:36:25Z

2013-08-06T18:38:07Z

‎Stub

2013-08-06T18:37:34Z

‎Stub

2013-08-06T18:35:47Z

‎Stub

2013-06-16T22:40:53Z

‎Stub

2013-01-05T13:23:43Z

‎Bus termination

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 When chaining multiple [[IONICUBE 1X]] motherboards (where all of them have address 1), it is necessary to utilize software parameter {{param|SMO}}. Procedure for setting unique address for each device with SMO:
-#Disconnect or unpower all other devices that the ones with already unique address (i.e. have only one IONIBUCE connected to SM bus, or powered on)
+#Disconnect or unpower all other devices that the ones with already unique address (i.e. have only one IONICUBE connected to SM bus, or powered on)
 #Connect to drive with Granity
 #Adjust SMO parameter value so that device will receive a desired bus address. I.e. if using IONICUBE 1X, set SMO values 0, 1, 2, 3 to the different drives (drive addresses will become 1, 2, 3, 4). Or when IONICUBE (4 axis) is being used, set SMO values of drives on the first board 0, second board 4, third 8 etc (drive addresses will become 1 - 12).

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 {{ArgonManualNav}}All [[SimpleMotion V2]] compatible devices have a settable address that identifies the device on a multidrop communication bus. Each device sharing the same bus must have an unique address number to make error free communication possible. For example configuring bus address is required to establish a connection with [[Granity]] software.
 ===Argon===
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 |-
 |}
 ==Bus termination==
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 {{next|[[Argon user guide/Wiring]]}}
-[[Category:Argon user guide]]

@@ Line 1: / Line 1: @@
 {{ArgonManualNav}}All [[SimpleMotion V2]] compatible devices have a settable address that identifies the device on a multidrop communication bus. Each device sharing the same bus must have an unique address number to make error free communication possible. For example configuring bus address is required to establish a connection with [[Granity]] software.
-==Setting bus address==
-The method of how address is set depends on device hardware implementation. This chapter lists methods for Granite Devices products.
 ===Argon===
 [[File:Dipswitch.png|thumb|DIP switch of Argon. In this case the DIP has value 01001.]]
@@ Line 94: / Line 93: @@
 *If bus stub is too long
 [[Category:Argon user guide]]

@@ Line 1: / Line 1: @@
-All [[SimpleMotion V2]] compatible devices have a settable address that identifies the device on a multidrop communication bus. Each device sharing the same bus must have an unique address number to make error free communication possible. For example configuring bus address is required to establish a connection with [[Granity]] software.
+{{ArgonManualNav}}All [[SimpleMotion V2]] compatible devices have a settable address that identifies the device on a multidrop communication bus. Each device sharing the same bus must have an unique address number to make error free communication possible. For example configuring bus address is required to establish a connection with [[Granity]] software.
 ==Setting bus address==
 The method of how address is set depends on device hardware implementation. This chapter lists methods for Granite Devices products.

@@ Line 94: / Line 94: @@
 *If bus stub is too long
-[[Category:Software]]
+[[Category:Argon user guide]]
-[[Category:Setup guides]]
-[[Category:Granity]]
-[[Category:Argon]]
-[[Category:SimpleMotion]]
-[[Category:Development]]
-[[Category:Troubleshooting]]

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 Methods to eliminate the stub on [[SimpleMotion V2 port]] cable E-stop cable if longer than 30cm E-stop cable is needed:
-*Cut the A and B wires from the cable near connector, this ends the RS485 bus next to connector and minimizes stub
+*Cut the RS485_A and RS485_B wires from the cable near connector, this ends the RS485 bus next to connector and minimizes stub
-*Alternatively, connect termination resistor at end of A and B pair and set DIP switch termination off
+*Alternatively, connect termination resistor at end of RS485_A and RS485_B wires and set DIP switch termination off
 ==Troubleshooting==

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 If an E-stop button is connected with RJ45 cable after the last device, a bus '''stub''' is formed. Stub must not be longer than 30 cm or 1 foot to ensure reliable bus operation.
-Methods to eliminate the stub on E-stop cable if longer than 30cm E-stop cable is needed:
+Methods to eliminate the stub on [[SimpleMotion V2 port]] cable E-stop cable if longer than 30cm E-stop cable is needed:
-*Cut the A and B wires from the cable near connector or leave only the E-stop & enable button wires and GND left
+*Cut the A and B wires from the cable near connector, this ends the RS485 bus next to connector and minimizes stub
 *Alternatively, connect termination resistor at end of A and B pair and set DIP switch termination off

@@ Line 84: / Line 84: @@
 If an E-stop button is connected with RJ45 cable after the last device, a bus '''stub''' is formed. Stub must not be longer than 30 cm or 1 foot to ensure bus operation.
-Methods to elimiate the stub on E-stop cable:
+Methods to elimiate the stub on E-stop cable if longer than 30cm E-stop cable is needed:
-*Cut the A and B wires (orange and orange/white) from the cable near connector and leave only the E-stob button wires left (green/white and blue/white)
+*Cut the A and B wires (orange and orange/white) from the cable near connector or leave only the E-stob button wires left (green/white and blue/white)
-*Alternatively, connect termination resistor at end of A and B pair and leave DIP switch termination off.
+*Alternatively, connect termination resistor at end of A and B pair and set DIP switch termination off
 ==Troubleshooting==