Push Bending Profile Table - Revision history

Mcone: /* Other Pages */

2009-01-02T04:08:06Z

‎Other Pages

2009-01-02T03:08:24Z

‎Profile Values

2009-01-02T03:05:30Z

‎Profile Values

2009-01-02T03:04:52Z

‎Profile Values

2009-01-02T03:04:13Z

‎Profile Values

2009-01-02T03:03:32Z

‎Profile Values

2009-01-01T21:04:07Z

‎How it Works

2009-01-01T20:27:31Z

‎Other Pages

2009-01-01T20:22:41Z

‎About Push Bending Profile Tables

2009-01-01T20:22:17Z

‎About Push Bending Profile Tables

← Older revision		Revision as of 04:08, 2 January 2009
Line 96:		Line 96:
	*See [[CNC Bender v11-20080424]] for information on the first version to enable Push Bending		*See [[CNC Bender v11-20080424]] for information on the first version to enable Push Bending
	*See [[Push Bending]]		*See [[Push Bending]]
		+	*See [[Helical Coil]]

@@ Line 79: / Line 79: @@
 |+Sample Profile Table Setup
 |-
-| [[image:Cncbender_v11_profiletable.png|500px]]
+| [[image:Cncbender_v11_profiletable.jpg|500px]]
 |}
 |}

@@ Line 71: / Line 71: @@
 | This controls the gear in degrees relative to the Feed axis.  The value can be as low as 0.002 degrees per millimeter.  If the value is set to 1, then the rotation axis rotates 1 degree for every 1 millimeter the Feed axis moves forward.  If the value is less than 0.002, then the rotate does not move.
 <br>
-Since the twisting action is electronically geared to the Feed axis, speed changes in the Feed axis will not change the pitch of the helix.  Feed speed 1 or 10 makes no difference.  Also, it precisely decelerates its rate of twist as the Feed axis enters its deceleration.  The effect is precise and repeatable coil production since the twist is completely and precisely dependent on the Feed axis in Push Bending.
+Since the twisting action is electronically geared to the Feed axis, speed changes in the Feed axis will not change the pitch of the helix.  Feed speed 1 or 10 makes no difference.  Also, it precisely decelerates its rate of twist as the Feed axis enters its deceleration in order to prepare for a hitch feed motion.  The effect is precise and repeatable coil production since the twist is completely and precisely dependent on the Feed axis in Push Bending.
 <br><br>
 (This feature replaces the Twist Velocity in [[CNC Bender v11-20081230]])

@@ Line 71: / Line 71: @@
 | This controls the gear in degrees relative to the Feed axis.  The value can be as low as 0.002 degrees per millimeter.  If the value is set to 1, then the rotation axis rotates 1 degree for every 1 millimeter the Feed axis moves forward.  If the value is less than 0.002, then the rotate does not move.
 <br>
-Since the twisting action is electronically geared to the Feed axis, speed changes in the Feed axis will not change the pitch of the helix.  Also, it precisely decelerates its rate of twist as the Feed axis enters its deceleration.  The effect is precise and repeatable coil production since the twist is completely and precisely dependent on the Feed axis in Push Bending.
+Since the twisting action is electronically geared to the Feed axis, speed changes in the Feed axis will not change the pitch of the helix.  Feed speed 1 or 10 makes no difference.  Also, it precisely decelerates its rate of twist as the Feed axis enters its deceleration.  The effect is precise and repeatable coil production since the twist is completely and precisely dependent on the Feed axis in Push Bending.
 <br><br>
 (This feature replaces the Twist Velocity in [[CNC Bender v11-20081230]])

@@ Line 71: / Line 71: @@
 | This controls the gear in degrees relative to the Feed axis.  The value can be as low as 0.002 degrees per millimeter.  If the value is set to 1, then the rotation axis rotates 1 degree for every 1 millimeter the Feed axis moves forward.  If the value is less than 0.002, then the rotate does not move.
 <br>
-Since the twisting action is electronically geared to the Feed axis, the speed changes in the Feed axis will not change the pitch of the helix.  Also, it precisely decelerates its rate of twist as the Feed axis enters its deceleration.  The effect is precise and repeatable coil production since the twist is completely and precisely dependent on the Feed axis in Push Bending.
+Since the twisting action is electronically geared to the Feed axis, speed changes in the Feed axis will not change the pitch of the helix.  Also, it precisely decelerates its rate of twist as the Feed axis enters its deceleration.  The effect is precise and repeatable coil production since the twist is completely and precisely dependent on the Feed axis in Push Bending.
 <br><br>
 (This feature replaces the Twist Velocity in [[CNC Bender v11-20081230]])

@@ Line 87: / Line 87: @@
 ==How it Works==
-See this diagram as an illustration of the three foundation
+See this diagram as an illustration of the three foundation values used to calculate the bend angle in push bending.
 [[image:push_bend_profile_diagram_three_foundational_values.jpg|400px]]

@@ Line 93: / Line 93: @@
 == Other Pages ==
 *See [[CNC Bender v11-20080424]] for information on the first version to enable Push Bending
 *See [[Push Bending]]

@@ Line 6: / Line 6: @@
 <table width="600">
 <tr>
 <td width="200">
 This is a sample Push Bend Profile Table.  Each profile row contains a profile setup for a given radius.  An unlimited number of profile values can be entered.  Using this method of calculation, it is possible to calculate different Push Bends by indicating the new bend angles.<br><br>
 Because we use this method of calculation, it is possible to correct push bent parts using measuring center connections.  Correct the bend value, and the push bend values are automatically calculated during [[AutoBuild]].
 </td>
 <td>
 [[image:pushbend_inbender.jpg|200px]]