CNC Bender ProControl 10-20070330 - Revision history

Mcone: /* NEW: Tube Support Location is now Programmable */

2008-03-19T23:59:21Z

‎NEW: Tube Support Location is now Programmable

Mcone: /* NEW: Added the COMDEF/CIO Tab Menu in Low Level */

2007-04-03T17:01:49Z

‎NEW: Added the COMDEF/CIO Tab Menu in Low Level

Mcone: /* NEW: Tube Support Location is now Programmable */

2007-04-03T16:59:13Z

‎NEW: Tube Support Location is now Programmable

Mcone: /* NEW: Servo Module Programmable Switch Logic is now Controllable */

2007-04-03T16:58:58Z

‎NEW: Servo Module Programmable Switch Logic is now Controllable

Mcone: /* NEW: Servo Module Programmable Switch Logic is now Controllable */

2007-04-03T16:58:44Z

‎NEW: Servo Module Programmable Switch Logic is now Controllable

Jesralian: /* NEW: Added the COMDEF/CIO Tab Menu in Low Level */

2007-04-03T16:08:40Z

‎NEW: Added the COMDEF/CIO Tab Menu in Low Level

Jesralian: /* NEW: Servo Module Programmable Switch Logic is now Controllable */

2007-04-03T15:53:04Z

‎NEW: Servo Module Programmable Switch Logic is now Controllable

Jesralian at 15:51, 3 April 2007

2007-04-03T15:51:43Z

Show changes

Jesralian: /* NEW: Added the COMDEF/CIO Tab Menu in Low Level */

2007-04-03T15:46:27Z

‎NEW: Added the COMDEF/CIO Tab Menu in Low Level

Jesralian: /* NEW: SetDefaultJogSpeeds now Receives Velocity Parameters */

2007-04-03T15:45:30Z

‎NEW: SetDefaultJogSpeeds now Receives Velocity Parameters

@@ Line 33: / Line 33: @@
 The LSL parameter is reserved for the '''Limit Switch''' Lower value.  This is where the output for the tube support switches to active.  The appropriate value is usually a Feed axis value of 0 units (millimeters).  The LSU parameter is reserved for the Limit Switch Upper value.  The appropriate value is the position to control at which forward feed position the tube support begins to drop.  The value is always indicated in millimeters.  Floating point values are allowed.  The integer value after the LSL or LSU indicates the index position of the CIO inside the COMDEF.  In this case, the index is 0, which is the first position in the list of CIO objects.
-The [[CIO object]] is a SERVO MODULE COMMAND.  The [[Modbus OpCode]] for setting programmable limit switches is 2013 for the first axis in a card, and 2014 for the second axis in a card.  See the CIO library's "[[FeedAxisPLS5]]" CIO object to see how to setup a new CIO that an address any programmable limit switch.  The first word value controls which output to address:
+The [[CIO object]] is a SERVO MODULE COMMAND.  The [[Modbus Opcode]] for setting programmable limit switches is 2013 for the first axis in a card, and 2014 for the second axis in a card.  See the CIO library's "[[FeedAxisPLS5]]" CIO object to see how to setup a new CIO that an address any programmable limit switch.  The first word value controls which output to address:
 <br><br>
 Word 1 value...<br>

@@ Line 157: / Line 157: @@
 =NEW: Added the COMDEF/CIO Tab Menu in Low Level=
-This new menu allows operators to quickly load either the [[COMDEF Dictionary Editor]] or [[CIO Dictionary Editor]] from within CNC Bender.
+This new menu allows operators to quickly load either the [[COMDEF Editor]] or [[CIO Editor]] from within CNC Bender.
 [[image:Cncbender_comdef_cio_menu.jpg ]]

@@ Line 29: / Line 29: @@
 =NEW: Tube Support Location is now Programmable=
-The '''tube-support up/down location''' relative to the Feed axis can now be changed at the CNC Bender operator station.  It is changed in the '''[[InitAxes processlist]]''' in the Low Level menu.  Every time the axes are initialized, CNC Bender sets this value.  It can be changed by adjusting the [[COMDEF]] line: <tt>FeedAxisPLS5 = LSL0:0, LSU0:1500</tt>
+The '''tube-support up/down location''' relative to the Feed axis can now be changed at the CNC Bender operator station.  It is changed in the '''[[InitAxes Processlist]]''' in the Low Level menu.  Every time the axes are initialized, CNC Bender sets this value.  It can be changed by adjusting the [[COMDEF]] line: <tt>FeedAxisPLS5 = LSL0:0, LSU0:1500</tt>
 The LSL parameter is reserved for the '''Limit Switch''' Lower value.  This is where the output for the tube support switches to active.  The appropriate value is usually a Feed axis value of 0 units (millimeters).  The LSU parameter is reserved for the Limit Switch Upper value.  The appropriate value is the position to control at which forward feed position the tube support begins to drop.  The value is always indicated in millimeters.  Floating point values are allowed.  The integer value after the LSL or LSU indicates the index position of the CIO inside the COMDEF.  In this case, the index is 0, which is the first position in the list of CIO objects.

@@ Line 21: / Line 21: @@
 =NEW: Servo Module Programmable Switch Logic is now Controllable=
-The [[I2T Servo Modules]] used on CNC Bender systems have a feature called '''"[[Programmable Limit Switch]]"'''.  A programmable limit switch is controlled by two positions along or around an axis.  The first position is the LOW and the second position is the HIGH.  The low and high values are floating point values.  There are eight programmable limit switches per servo axis.  The first use of this feature is the [[Tube-Support]] Up/Down setting.  See the Tube-Support Location section for an example and details for how to use the programmable limit switch values.
+The [[I2T Servo Module]] is used on CNC Bender systems have a feature called '''"[[Programmable Limit Switch]]"'''.  A programmable limit switch is controlled by two positions along or around an axis.  The first position is the LOW and the second position is the HIGH.  The low and high values are floating point values.  There are eight programmable limit switches per servo axis.  The first use of this feature is the [[Tube-Support]] Up/Down setting.  See the Tube-Support Location section for an example and details for how to use the programmable limit switch values.
 <br>

@@ Line 21: / Line 21: @@
 =NEW: Servo Module Programmable Switch Logic is now Controllable=
-The [[I2T servo modules]] used on CNC Bender systems have a feature called '''"[[Programmable Limit Switch]]"'''.  A programmable limit switch is controlled by two positions along or around an axis.  The first position is the LOW and the second position is the HIGH.  The low and high values are floating point values.  There are eight programmable limit switches per servo axis.  The first use of this feature is the [[Tube-Support]] Up/Down setting.  See the Tube-Support Location section for an example and details for how to use the programmable limit switch values.
+The [[I2T Servo Modules]] used on CNC Bender systems have a feature called '''"[[Programmable Limit Switch]]"'''.  A programmable limit switch is controlled by two positions along or around an axis.  The first position is the LOW and the second position is the HIGH.  The low and high values are floating point values.  There are eight programmable limit switches per servo axis.  The first use of this feature is the [[Tube-Support]] Up/Down setting.  See the Tube-Support Location section for an example and details for how to use the programmable limit switch values.
 <br>

← Older revision		Revision as of 15:53, 3 April 2007
Line 20:		Line 20:

	=NEW: Servo Module Programmable Switch Logic is now Controllable=		=NEW: Servo Module Programmable Switch Logic is now Controllable=
−
−	~~CNC Bender now allows users to enter the User Interface tab menu in the [[Low Level menu]].~~

	The [[I2T servo modules]] used on CNC Bender systems have a feature called '''"[[Programmable Limit Switch]]"'''. A programmable limit switch is controlled by two positions along or around an axis. The first position is the LOW and the second position is the HIGH. The low and high values are floating point values. There are eight programmable limit switches per servo axis. The first use of this feature is the [[Tube-Support]] Up/Down setting. See the Tube-Support Location section for an example and details for how to use the programmable limit switch values.		The [[I2T servo modules]] used on CNC Bender systems have a feature called '''"[[Programmable Limit Switch]]"'''. A programmable limit switch is controlled by two positions along or around an axis. The first position is the LOW and the second position is the HIGH. The low and high values are floating point values. There are eight programmable limit switches per servo axis. The first use of this feature is the [[Tube-Support]] Up/Down setting. See the Tube-Support Location section for an example and details for how to use the programmable limit switch values.

@@ Line 159: / Line 159: @@
 =NEW: Added the COMDEF/CIO Tab Menu in Low Level=
-This new menu allows operators to quickly load either the COMDEF or CIO dictionary editors from within CNC Bender.
+This new menu allows operators to quickly load either the [[COMDEF Dictionary Editor]] or [[CIO dictionary editor]] from within CNC Bender.
 [[image:Cncbender_comdef_cio_menu.jpg ]]
 =NEW: Automatic Shutdown for BENDER SYSTEM=

@@ Line 134: / Line 134: @@
 =NEW: SetDefaultJogSpeeds now Receives Velocity Parameters=
-The SetDefaultJogSpeeds command controls  the DIRECT AXIS JOG SPEEDS for the MANUAL page.  Before this version the SetDefaultJogSpeeds COMDEF could not take in parameters.  All values were only controllable in the CIO Dictionary setup software.  Now, the value can be adjusted in the '''InitAxes Run''' tab in the Low Level menu.  The axis speeds are addressed in order of axis number, Feed, Rotate, Bend, Horizontal Shift:
+The [[SetDefaultJogSpeeds]] command controls  the DIRECT AXIS JOG SPEEDS for the [[MANUAL page]].  Before this version the SetDefaultJogSpeeds COMDEF could not take in parameters.  All values were only controllable in the CIO Dictionary setup software.  Now, the value can be adjusted in the '''InitAxes Run''' tab in the Low Level menu.  The axis speeds are addressed in order of axis number, Feed, Rotate, Bend, Horizontal Shift:
 <tt>SetDefaultJogSpeeds = vel0:75, vel1:20, vel2:5, vel3:50</tt>