Zero Energy State - Revision history

Mcone at 20:44, 17 October 2008

2008-10-17T20:44:16Z

Mcone at 22:08, 3 October 2007

2007-10-03T22:08:27Z

Mcone at 23:36, 20 September 2007

2007-09-20T23:36:06Z

Mcone at 14:10, 1 August 2007

2007-08-01T14:10:09Z

Mcone at 14:09, 1 August 2007

2007-08-01T14:09:48Z

Mcone at 14:08, 1 August 2007

2007-08-01T14:08:40Z

Mcone at 14:08, 1 August 2007

2007-08-01T14:08:17Z

Mcone at 15:14, 7 February 2007

2007-02-07T15:14:41Z

New page

In this state, all axes are completely disabled, and energy to all axes is blocked or stopped.

CNC benders designed by [[SMT Industries]] enter a true ZERO ENGERY STATE when an operator steps on the safety mat. We refer to this as the [[Safe Mode Cycle Hold]] state. It is only enabled using the safety mat or safety scanners.

With the exception of the chuck close output, no axis or valve can move when in this state.

Many benders in the industry '''do not''' enter a zero energy state in this condition. This means that that the dies and axes are being held in position by the servo controller. While this may be convenient for the control developers, it is, in our opinion, not a safe practice for operators.

--[[User:Mcone|Mcone]] 10:14, 7 February 2007 (EST)

← Older revision		Revision as of 20:44, 17 October 2008
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	Many benders in the industry '''do not''' enter a zero energy state in this condition. This means that that the dies and axes are being held in position by the servo controller. While this may be convenient for the control developers, it is, in our opinion, not a safe practice for operators.		Many benders in the industry '''do not''' enter a zero energy state in this condition. This means that that the dies and axes are being held in position by the servo controller. While this may be convenient for the control developers, it is, in our opinion, not a safe practice for operators.
		+
		+	<br>
		+	<br>
		+
		+	Read about [[Safe Mode Motion Auto Recovery]]

@@ Line 1: / Line 1: @@
 [[image:cncbender_logo.jpg|400px]]
-In this state, all motion-controlled axes are completely disabled, and energy to all axes is blocked or stopped.  CNC benders designed by [[SMT Industries]] enter a true ZERO ENGERY STATE when an operator steps on the safety mat. We refer to this as the [[Safe Mode Cycle Hold]] state.  It is only enabled using the safety mat or safety scanners.
+In this state, all motion-controlled axes are completely disabled, and energy to all axes is blocked or stopped.  CNC benders designed by [[SMT Industries]] enter a true ZERO ENERGY STATE when an operator steps on the safety mat. We refer to this as the [[Safe Mode Cycle Hold]] state.  It is only enabled using the safety mat or safety scanners.
 <br>
 <br>

← Older revision		Revision as of 23:36, 20 September 2007
Line 1:		Line 1:
		+	[[image:cncbender_logo.jpg\|400px]]
		+
	In this state, all motion-controlled axes are completely disabled, and energy to all axes is blocked or stopped. CNC benders designed by [[SMT Industries]] enter a true ZERO ENGERY STATE when an operator steps on the safety mat. We refer to this as the [[Safe Mode Cycle Hold]] state. It is only enabled using the safety mat or safety scanners.		In this state, all motion-controlled axes are completely disabled, and energy to all axes is blocked or stopped. CNC benders designed by [[SMT Industries]] enter a true ZERO ENGERY STATE when an operator steps on the safety mat. We refer to this as the [[Safe Mode Cycle Hold]] state. It is only enabled using the safety mat or safety scanners.
	<br>		<br>

@@ Line 1: / Line 1: @@
-In this state, all motion-controlled axes are completely disabled, and energy to all axes is blocked or stopped.
+In this state, all motion-controlled axes are completely disabled, and energy to all axes is blocked or stopped.  CNC benders designed by [[SMT Industries]] enter a true ZERO ENGERY STATE when an operator steps on the safety mat. We refer to this as the [[Safe Mode Cycle Hold]] state.  It is only enabled using the safety mat or safety scanners.
+<br>
-CNC benders designed by [[SMT Industries]] enter a true ZERO ENGERY STATE when an operator steps on the safety mat. We refer to this as the [[Safe Mode Cycle Hold]] state.  It is only enabled using the safety mat or safety scanners.
+<br>
 In fact, the only actuator that can be changed in this state by the operator is the CHUCK CLOSE/OPEN valve.
 Many benders in the industry '''do not''' enter a zero energy state in this condition.  This means that that the dies and axes are being held in position by the servo controller.  While this may be convenient for the control developers, it is, in our opinion, not a safe practice for operators.

@@ Line 1: / Line 1: @@
-In this state, all axes are completely disabled, and energy to all axes is blocked or stopped.
+In this state, all motion-controlled axes are completely disabled, and energy to all axes is blocked or stopped.
 CNC benders designed by [[SMT Industries]] enter a true ZERO ENGERY STATE when an operator steps on the safety mat. We refer to this as the [[Safe Mode Cycle Hold]] state.  It is only enabled using the safety mat or safety scanners.
-With the exception of the chuck close output, no motion-controlled axis can move when in this state.
+In fact, the only actuator that can be changed in this state by the operator is the CHUCK CLOSE/OPEN valve.
 Many benders in the industry '''do not''' enter a zero energy state in this condition.  This means that that the dies and axes are being held in position by the servo controller.  While this may be convenient for the control developers, it is, in our opinion, not a safe practice for operators.

← Older revision		Revision as of 14:08, 1 August 2007
Line 6:		Line 6:

	Many benders in the industry '''do not''' enter a zero energy state in this condition. This means that that the dies and axes are being held in position by the servo controller. While this may be convenient for the control developers, it is, in our opinion, not a safe practice for operators.		Many benders in the industry '''do not''' enter a zero energy state in this condition. This means that that the dies and axes are being held in position by the servo controller. While this may be convenient for the control developers, it is, in our opinion, not a safe practice for operators.
−
−	~~--[[User:Mcone\|Mcone]] 10:14, 7 February 2007 (EST)~~