Standalone Management - Revision history

Dane944: /* VVT */

2026-04-19T01:32:24Z

VVT

← Older revision		Revision as of 01:32, 19 April 2026
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	=== Coolant sensor ===		=== Coolant sensor ===
	==== 2 Wire ====		==== 2 Wire ====
	~~==== 3 Wire ====~~

	=== Knock Sensor(s) ===		=== Knock Sensor(s) ===

Dane944 at 01:29, 19 April 2026

2026-04-19T01:29:30Z

← Older revision		Revision as of 01:29, 19 April 2026
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			<br clear="all">

	==== VVT Settings (EXPERIMENTAL- WIP) ====		==== VVT Settings (EXPERIMENTAL- WIP) ====

Dane944: /* Wiring */ Updated wordage in the VVT wiring and added in the pinout for the connector

2026-04-19T01:28:54Z

Wiring: Updated wordage in the VVT wiring and added in the pinout for the connector

← Older revision		Revision as of 01:28, 19 April 2026
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	==== Wiring ====		==== Wiring ====
	~~The~~ VVT ~~idle~~ valve ~~wiring~~ can be found in the manual in section 3.5.4.4 (Page 47/225 MS3X/V3.57 Hardware Guide). This section has been copied below.		How to wire the VVT valve can be found in the manual in section 3.5.4.4 (Page 47/225 MS3X/V3.57 Hardware Guide). This section has been copied below.

			The diagram shows the idle valve however the same principle applies.

	<u>2-wire PWM idle valve (MS3X)</u>		<u>2-wire PWM idle valve (MS3X)</u>
Line 142:		Line 144:
	Note the diode. The MS3X mid-current outputs are configured for low-frequency valves (e.g. boost or nitrous solenoids.) For high frequency valves such as idle valves or VVT solenoids it is necessary to connect a diode from signal to 12V in the loom. Alternatively a small jumper wire can be installed inside the case to make all outputs high-frequency capable - this is detailed in the assembly section. (c) 2014-8 James Murray 2018-08-01		Note the diode. The MS3X mid-current outputs are configured for low-frequency valves (e.g. boost or nitrous solenoids.) For high frequency valves such as idle valves or VVT solenoids it is necessary to connect a diode from signal to 12V in the loom. Alternatively a small jumper wire can be installed inside the case to make all outputs high-frequency capable - this is detailed in the assembly section. (c) 2014-8 James Murray 2018-08-01

	<br clear="all">It is heavily advised to wire in the 1N4001 diode for the 07k VVT solenoid.
			<br clear="all">It is '''heavily advised''' to wire in the 1N4001 diode for the 07k VVT solenoid.
			[[File:MS3X VVT connector setup.png\|left\|thumb\|MS3X VVT Connector Pin Wiring - 12v and line to ECU]]











	==== VVT Settings (EXPERIMENTAL- WIP) ====		==== VVT Settings (EXPERIMENTAL- WIP) ====
	[[File:Ms3x VVT settings screenshot.png\|left\|thumb\|Tuner Studio MS3X VVT settings]]		[[File:Ms3x VVT settings screenshot.png\|left\|thumb\|Tuner Studio MS3X VVT settings]]

Dane944: /* VVT Timing Table (EXPERAMENTAL - WIP) */ Misspelling fix

2026-04-18T21:19:02Z

VVT Timing Table (EXPERAMENTAL - WIP): Misspelling fix

← Older revision		Revision as of 21:19, 18 April 2026
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	<br clear="all">It is heavily advised to wire in the 1N4001 diode for the 07k VVT solenoid.		<br clear="all">It is heavily advised to wire in the 1N4001 diode for the 07k VVT solenoid.
	==== VVT Settings (~~EXPERAMENTAL~~ - WIP) ====		==== VVT Settings (EXPERIMENTAL- WIP) ====
	[[File:Ms3x VVT settings screenshot.png\|left\|thumb\|Tuner Studio MS3X VVT settings]]		[[File:Ms3x VVT settings screenshot.png\|left\|thumb\|Tuner Studio MS3X VVT settings]]

Line 153:		Line 153:

	<br clear="all">		<br clear="all">
	==== VVT Timing Table (~~EXPERAMENTAL~~ - WIP) ====		==== VVT Timing Table (EXPERIMENTAL- WIP) ====
	[[File:MS3x VVT table.png\|left\|thumb\|MS3X VVT Timing Table]]		[[File:MS3x VVT table.png\|left\|thumb\|MS3X VVT Timing Table]]

Dane944: /* Wiring */ notes added to the VVT wiring

2026-04-18T21:18:27Z

Wiring: notes added to the VVT wiring

← Older revision		Revision as of 21:18, 18 April 2026
Line 142:		Line 142:
	Note the diode. The MS3X mid-current outputs are configured for low-frequency valves (e.g. boost or nitrous solenoids.) For high frequency valves such as idle valves or VVT solenoids it is necessary to connect a diode from signal to 12V in the loom. Alternatively a small jumper wire can be installed inside the case to make all outputs high-frequency capable - this is detailed in the assembly section. (c) 2014-8 James Murray 2018-08-01		Note the diode. The MS3X mid-current outputs are configured for low-frequency valves (e.g. boost or nitrous solenoids.) For high frequency valves such as idle valves or VVT solenoids it is necessary to connect a diode from signal to 12V in the loom. Alternatively a small jumper wire can be installed inside the case to make all outputs high-frequency capable - this is detailed in the assembly section. (c) 2014-8 James Murray 2018-08-01

	<br clear="all">		<br clear="all">It is heavily advised to wire in the 1N4001 diode for the 07k VVT solenoid.
	==== VVT Settings (EXPERAMENTAL - WIP) ====		==== VVT Settings (EXPERAMENTAL - WIP) ====
	[[File:Ms3x VVT settings screenshot.png\|left\|thumb\|Tuner Studio MS3X VVT settings]]		[[File:Ms3x VVT settings screenshot.png\|left\|thumb\|Tuner Studio MS3X VVT settings]]

Dane944 at 21:16, 18 April 2026

2026-04-18T21:16:01Z

← Older revision		Revision as of 21:16, 18 April 2026
Line 142:		Line 142:
	Note the diode. The MS3X mid-current outputs are configured for low-frequency valves (e.g. boost or nitrous solenoids.) For high frequency valves such as idle valves or VVT solenoids it is necessary to connect a diode from signal to 12V in the loom. Alternatively a small jumper wire can be installed inside the case to make all outputs high-frequency capable - this is detailed in the assembly section. (c) 2014-8 James Murray 2018-08-01		Note the diode. The MS3X mid-current outputs are configured for low-frequency valves (e.g. boost or nitrous solenoids.) For high frequency valves such as idle valves or VVT solenoids it is necessary to connect a diode from signal to 12V in the loom. Alternatively a small jumper wire can be installed inside the case to make all outputs high-frequency capable - this is detailed in the assembly section. (c) 2014-8 James Murray 2018-08-01

			<br clear="all">
	==== VVT Settings (EXPERAMENTAL - WIP) ====		==== VVT Settings (EXPERAMENTAL - WIP) ====
	[[File:Ms3x VVT settings screenshot.png\|left\|thumb\|Tuner Studio MS3X VVT settings]]		[[File:Ms3x VVT settings screenshot.png\|left\|thumb\|Tuner Studio MS3X VVT settings]]
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			<br clear="all">
	==== VVT Timing Table (EXPERAMENTAL - WIP) ====		==== VVT Timing Table (EXPERAMENTAL - WIP) ====
	[[File:MS3x VVT table.png\|left\|thumb\|MS3X VVT Timing Table]]		[[File:MS3x VVT table.png\|left\|thumb\|MS3X VVT Timing Table]]
Line 163:		Line 163:


			<br clear="all">
	== Helpful links ==		== Helpful links ==

Dane944: /* 2-wire PWM idle valve (MS3X) */ Addition of the VVT settings and Timing Table

2026-04-18T21:15:29Z

2-wire PWM idle valve (MS3X): Addition of the VVT settings and Timing Table

@@ Line 132: / Line 132: @@
 === VVT ===
 The VVT idle valve wiring can be found in the manual in section 3.5.4.4 (Page 47/225 MS3X/V3.57 Hardware Guide). This section has been copied below.
-==== 2-wire PWM idle valve (MS3X) ====
+<u>2-wire PWM idle valve (MS3X)</u>
 The MS3X connector allows direct connection of 2-wire idle valves.
 [[File:MS3x VVT wiring diagram.png|left|thumb|MS3X VVT idle valve wiring diagram]]
@@ Line 140: / Line 142: @@
 Note the diode. The MS3X mid-current outputs are configured for low-frequency valves (e.g. boost or nitrous solenoids.) For high frequency valves such as idle valves or VVT solenoids it is necessary to connect a diode from signal to 12V in the loom. Alternatively a small jumper wire can be installed inside the case to make all outputs high-frequency capable - this is detailed in the assembly section. (c) 2014-8 James Murray 2018-08-01
-<br clear="all">
 == Helpful links ==

Dane944 at 04:27, 17 April 2026

2026-04-17T04:27:06Z

← Older revision		Revision as of 04:27, 17 April 2026
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	[[File:MS3x VVT wiring diagram.png\|left\|thumb\|MS3X VVT idle valve wiring diagram]]		[[File:MS3x VVT wiring diagram.png\|left\|thumb\|MS3X VVT idle valve wiring diagram]]

	~~<nowiki>*</nowiki>~~Note the diode. The MS3X mid-current outputs are configured for low-frequency valves (e.g. boost or nitrous solenoids.) For high frequency valves such as idle valves or VVT solenoids it is necessary to connect a diode from signal to 12V in the loom. Alternatively a small jumper wire can be installed inside the case to make all outputs high-frequency capable - this is detailed in the assembly section. (c) 2014-8 James Murray 2018-08-01		Note the diode. The MS3X mid-current outputs are configured for low-frequency valves (e.g. boost or nitrous solenoids.) For high frequency valves such as idle valves or VVT solenoids it is necessary to connect a diode from signal to 12V in the loom. Alternatively a small jumper wire can be installed inside the case to make all outputs high-frequency capable - this is detailed in the assembly section. (c) 2014-8 James Murray 2018-08-01

	<br clear="all">		<br clear="all">

Dane944: /* 2-wire PWM idle valve (MS3X) */

2026-04-17T04:23:59Z

2-wire PWM idle valve (MS3X)

← Older revision		Revision as of 04:23, 17 April 2026
Line 134:		Line 134:
	The VVT idle valve wiring can be found in the manual in section 3.5.4.4 (Page 47/225 MS3X/V3.57 Hardware Guide). This section has been copied below.		The VVT idle valve wiring can be found in the manual in section 3.5.4.4 (Page 47/225 MS3X/V3.57 Hardware Guide). This section has been copied below.

	=== 2-wire PWM idle valve (MS3X) ===		==== 2-wire PWM idle valve (MS3X) ====
	The MS3X connector allows direct connection of 2-wire idle valves.		The MS3X connector allows direct connection of 2-wire idle valves.
	[[File:MS3x VVT wiring diagram.png\|left\|thumb\|MS3X VVT idle valve wiring diagram]]		[[File:MS3x VVT wiring diagram.png\|left\|thumb\|MS3X VVT idle valve wiring diagram]]

Dane944: /* VVT */

2026-04-17T04:23:50Z

VVT

← Older revision		Revision as of 04:23, 17 April 2026
Line 134:		Line 134:
	The VVT idle valve wiring can be found in the manual in section 3.5.4.4 (Page 47/225 MS3X/V3.57 Hardware Guide). This section has been copied below.		The VVT idle valve wiring can be found in the manual in section 3.5.4.4 (Page 47/225 MS3X/V3.57 Hardware Guide). This section has been copied below.

	~~3.5.4.4~~ 2-wire PWM idle valve (MS3X)		=== 2-wire PWM idle valve (MS3X) ===

	The MS3X connector allows direct connection of 2-wire idle valves.		The MS3X connector allows direct connection of 2-wire idle valves.
	[[File:MS3x VVT wiring diagram.png\|left\|thumb\|MS3X VVT idle valve wiring diagram]]		[[File:MS3x VVT wiring diagram.png\|left\|thumb\|MS3X VVT idle valve wiring diagram]]