RacecapturePro MK3 hardware install - Revision history

Brentp at 21:32, 19 July 2021

2021-07-19T21:32:56Z

← Older revision		Revision as of 21:32, 19 July 2021
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	===Guides===		===Guides===
	* See our comprehensive [[RaceCapturePro_Sensors Sensor Guide]] for information on connecting various types of analog sensors.		* See our comprehensive [[RaceCapturePro_Sensors\|Sensor Guide]] for information on connecting various types of analog sensors.
	* Also see our guide on [[RaceCapturePro_Calibrate_Sensor\|Calibrating an Analog Sensor]]		* Also see our guide on [[RaceCapturePro_Calibrate_Sensor\|Calibrating an Analog Sensor]]

2020-06-21T17:37:04Z

Mounting Orientation

← Older revision		Revision as of 17:37, 21 June 2020
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	* Mount as flat as possible for best performance from the built-in accelerometer / gyro.		* Mount as flat as possible for best performance from the built-in accelerometer / gyro.
			* Once mounted, you can zero out the channels by performing the calibration in Setup / Accel/Gyro.

	===Alternative Mounting===		===Alternative Mounting===

2019-11-06T00:25:17Z

Analog Sensor inputs

← Older revision		Revision as of 00:25, 6 November 2019
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	\|}		\|}

	Note: You can use an analog port to monitor the states of 12v switches, lights, or other 5v-12v On/Off devices. It is recommended that you use a ~~10k resister~~ inline. Map the input to 0-3.0v = 0; and 3.01V+ = 1. Even if 12v is applied, ~5V will be the max displayed.		Note: You can use an analog port to monitor the states of 12v switches, lights, or other 5v-12v On/Off devices. It is recommended that you use a 10K 1/4 watt resistor inline. Map the input to 0-3.0v = 0; and 3.01V+ = 1. Even if 12v is applied, ~5V will be the max displayed.

	===Connecting Sensors===		===Connecting Sensors===

2019-11-06T00:24:19Z

Analog Sensor inputs

← Older revision		Revision as of 00:24, 6 November 2019
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	\| Raw voltage / linear formula / interpolated map		\| Raw voltage / linear formula / interpolated map
	\|}		\|}

			Note: You can use an analog port to monitor the states of 12v switches, lights, or other 5v-12v On/Off devices. It is recommended that you use a 10k resister inline. Map the input to 0-3.0v = 0; and 3.01V+ = 1. Even if 12v is applied, ~5V will be the max displayed.

	===Connecting Sensors===		===Connecting Sensors===
	Connect each analog sensor to the respective analog sensor input on the main connector.		Connect each analog sensor to the respective analog sensor input on the main connector.

2019-11-06T00:13:50Z

Output Mode

← Older revision		Revision as of 00:13, 6 November 2019
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	===[[GPIO_Output\|Output Mode]]===		===[[GPIO_Output\|Output Mode]]===
	When configured for output mode, RaceCapture can sink a 1A load per port, suitable for driving indicators, relays, sending signals to other systems and driving small devices.		When configured for output mode, RaceCapture connects that port to ground and can sink a 1A load per port, suitable for driving indicators, relays, sending signals to other systems and driving small devices. [[GPIO_Output\|Click here for more info.]]

	====Output Behaviour====		====Output Behaviour====

2019-07-26T22:09:59Z

GPIO

← Older revision		Revision as of 22:09, 26 July 2019
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	'''Important Note:''' when sensing large inductive loads, such as sensing brake light state or sensing the on/off state of a motor, connect a '''10K 1/4 watt resistor''' in-line with the GPIO input to protect RaceCapture/Pro from a large inductive spike.		'''Important Note:''' when sensing large inductive loads, such as sensing brake light state or sensing the on/off state of a motor, connect a '''10K 1/4 watt resistor''' in-line with the GPIO input to protect RaceCapture/Pro from a large inductive spike.

	===Output Mode===		===[[GPIO_Output\|Output Mode]]===
	When configured for output mode, RaceCapture can sink a 1A load per port, suitable for driving indicators, relays, sending signals to other systems and driving small devices.		When configured for output mode, RaceCapture can sink a 1A load per port, suitable for driving indicators, relays, sending signals to other systems and driving small devices.

2019-06-09T22:51:31Z

Power requirements

← Older revision		Revision as of 22:51, 9 June 2019
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	\|}		\|}

	~~Note:~~		==Powering Notes==
	* You can also power via the RJ45 connector, useful when plugging in to OBDII.		* You can also power via the RJ45 connector, useful when plugging in to OBDII.
	* Power can not be passed between RJ45 and the main connector, to prevent backfeeding of circuits in the vehicle.		* Power can not be passed between RJ45 and the main connector, to prevent backfeeding of circuits in the vehicle.

2019-06-09T22:51:06Z

Powering

← Older revision		Revision as of 22:51, 9 June 2019
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	\| 5A max		\| 5A max
	\|}		\|}

			Note:
			* You can also power via the RJ45 connector, useful when plugging in to OBDII.
			* Power can not be passed between RJ45 and the main connector, to prevent backfeeding of circuits in the vehicle.

	=Sensors=		=Sensors=

2019-05-29T16:16:57Z

2019-04-22T17:52:24Z

Mounting Orientation

← Older revision		Revision as of 17:52, 22 April 2019
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	==Mounting Orientation==		==Mounting Orientation==
	The default and recommended mounting orientation is flat with indicators facing ~~forward~~ for visibility.		The default and recommended mounting orientation is flat with indicators facing aft for driver visibility (if mounted forward of the driver).

	[[file:RaceCapturePro_MK3_installation_orientation.png]]		[[file:RaceCapturePro_MK3_installation_orientation.png]]