Measure motor resistance and inductance in Granity - Revision history

Tero K at 21:55, 1 March 2016

2016-03-01T21:55:57Z

Tero K at 12:47, 28 February 2016

2016-02-28T12:47:03Z

Tero K: Text replacement - "\[\[([A-Z]{2,3})\]\]" to "{{param|$1}}"

2015-08-28T19:58:45Z

Text replacement - "\[\[([A-Z]{2,3})\]\]" to "{{param|$1}}"

Tero K at 10:26, 16 April 2015

2015-04-16T10:26:15Z

Tero K at 11:51, 15 April 2015

2015-04-15T11:51:22Z

Tero K at 11:39, 15 April 2015

2015-04-15T11:39:02Z

Tero K at 11:37, 15 April 2015

2015-04-15T11:37:39Z

Tero K: /* Execution */

2015-04-15T11:34:48Z

‎Execution

Tero K at 11:33, 15 April 2015

2015-04-15T11:33:30Z

Tero K at 12:03, 14 April 2015

2015-04-14T12:03:03Z

@@ Line 25: / Line 25: @@
 * Error recovering
 * Homing
 ==Execution==

@@ Line 30: / Line 30: @@
 [[File:measureRL.png]]
-[[category:Granity user guide]]
-[[category:IONI features]]
+==Troubleshooting==

@@ Line 1: / Line 1: @@
 [[File:inductance.png|The definition of inductance|thumb]][[Granity]] setup software has a motor resistance and inductance measurement function that works with [[IONI]] drives.
-Using automatic measure is the new recommended approach to set [[MR]] and [[ML]] parameters accurately even when motor data sheet would provide these values. This is because many data sheets unfortunately provide inaccurate values. Some manufacturers have apparently characterized motor inductance at high frequency range (hundreds of kHz) which typically gives a value more than 50% off from the real inductance in typical laminated iron motors.
+Using automatic measure is the new recommended approach to set {{param|MR}} and {{param|ML}} parameters accurately even when motor data sheet would provide these values. This is because many data sheets unfortunately provide inaccurate values. Some manufacturers have apparently characterized motor inductance at high frequency range (hundreds of kHz) which typically gives a value more than 50% off from the real inductance in typical laminated iron motors.
 ==Checklist==
@@ Line 27: / Line 27: @@
 ==Execution==
-To start measurement, click "Measure resistance & inductance" button. The procedure takes about 10 seconds to complete and if sucessfull, the [[MR]] and [[ML]] parameters will be updated by the measured values.
+To start measurement, click "Measure resistance & inductance" button. The procedure takes about 10 seconds to complete and if sucessfull, the {{param|MR}} and {{param|ML}} parameters will be updated by the measured values.
 [[File:measureRL.png]]
 [[category:Granity user guide]]
 [[category:IONI features]]

@@ Line 1: / Line 1: @@
 [[File:inductance.png|The definition of inductance|thumb]][[Granity]] setup software has a motor resistance and inductance measurement function that works with [[IONI]] drives.
-Using automatic measure is the new recommended approach to set [[MR]] and [[ML]] parameters accurately even when motor data sheet would provide these values. This is because many data sheets unfortunately provide inaccurate values. Some manufacturers have apparently characterized motor inductance at high frequency range (hundreds of kHz) which typically gives a value more than 50% off from the real inductance.
+Using automatic measure is the new recommended approach to set [[MR]] and [[ML]] parameters accurately even when motor data sheet would provide these values. This is because many data sheets unfortunately provide inaccurate values. Some manufacturers have apparently characterized motor inductance at high frequency range (hundreds of kHz) which typically gives a value more than 50% off from the real inductance in typical laminated iron motors.
 ==Checklist==

@@ Line 1: / Line 1: @@
 [[File:inductance.png|The definition of inductance|thumb]][[Granity]] setup software has a motor resistance and inductance measurement function that works with [[IONI]] drives.
-Using automatic measure is the new recommended approach to set [[MR]] and [[ML]] parameters accurately even when motor data sheet would provide these values. This is because many data sheets unfortunately provide wildly inaccurate values. Some manufacturers have apparently characterized motor inductance at high frequency range (hundreds of kHz) which typically gives a value more than 50% off from the real inductance.
+Using automatic measure is the new recommended approach to set [[MR]] and [[ML]] parameters accurately even when motor data sheet would provide these values. This is because many data sheets unfortunately provide inaccurate values. Some manufacturers have apparently characterized motor inductance at high frequency range (hundreds of kHz) which typically gives a value more than 50% off from the real inductance.
 ==Checklist==

← Older revision		Revision as of 11:39, 15 April 2015
Line 31:		Line 31:
	[[File:measureRL.png]]		[[File:measureRL.png]]
	[[category:Granity user guide]]		[[category:Granity user guide]]
		+	[[category:IONI features]]

← Older revision		Revision as of 11:37, 15 April 2015
Line 1:		Line 1:
−	[[File:inductance.png\|The definition of inductance\|thumb]][[Granity]] setup software ~~from version 1.6.0~~ has a motor resistance and inductance measurement function that works with [[IONI]] drives.	+	[[File:inductance.png\|The definition of inductance\|thumb]][[Granity]] setup software has a motor resistance and inductance measurement function that works with [[IONI]] drives.

	Using automatic measure is the new recommended approach to set [[MR]] and [[ML]] parameters accurately even when motor data sheet would provide these values. This is because many data sheets unfortunately provide wildly inaccurate values. Some manufacturers have apparently characterized motor inductance at high frequency range (hundreds of kHz) which typically gives a value more than 50% off from the real inductance.		Using automatic measure is the new recommended approach to set [[MR]] and [[ML]] parameters accurately even when motor data sheet would provide these values. This is because many data sheets unfortunately provide wildly inaccurate values. Some manufacturers have apparently characterized motor inductance at high frequency range (hundreds of kHz) which typically gives a value more than 50% off from the real inductance.