EzUHF radio control system - Revision history

Ivc: /* Failsafe */

2014-11-19T21:55:27Z

Failsafe

← Older revision		Revision as of 21:55, 19 November 2014
Line 50:		Line 50:
	# Position the sticks in the desired failsafe configuration, e.g. throttle low, slight down elevator and slight aileron turn - on multirotor make sure to adjust the travel range for the flight mode switch to land inside the "Failsafe" zone so that the flight controller knows that it has lost signal		# Position the sticks in the desired failsafe configuration, e.g. throttle low, slight down elevator and slight aileron turn - on multirotor make sure to adjust the travel range for the flight mode switch to land inside the "Failsafe" zone so that the flight controller knows that it has lost signal
	# Hold the EzUHF transmitter bind button until a series of single beeps are heard, release button - this can be done on the ground or in the air - the failsafe values are saved by the receiver		# Hold the EzUHF transmitter bind button until a series of single beeps are heard, release button - this can be done on the ground or in the air - the failsafe values are saved by the receiver
	''Important:'' when using a multirotor and NAZA, this has to be done on the ground when ~~NAZA~~ is in one of the failsafe ~~zone (flight mode)~~		''Important:'' when using a multirotor and NAZA, this has to be done on the ground when the flight mode channel is trimmed to trigger one of the NAZA failsafe zones - use the NAZA Assistant to view these zones

	== Firmware upgrade ==		== Firmware upgrade ==

Ivc: /* Failsafe */

2014-11-19T21:54:24Z

Failsafe

← Older revision		Revision as of 21:54, 19 November 2014
Line 49:		Line 49:

	# Position the sticks in the desired failsafe configuration, e.g. throttle low, slight down elevator and slight aileron turn - on multirotor make sure to adjust the travel range for the flight mode switch to land inside the "Failsafe" zone so that the flight controller knows that it has lost signal		# Position the sticks in the desired failsafe configuration, e.g. throttle low, slight down elevator and slight aileron turn - on multirotor make sure to adjust the travel range for the flight mode switch to land inside the "Failsafe" zone so that the flight controller knows that it has lost signal
	# Hold the EzUHF transmitter bind button until a series of single beeps are heard, release button - this can be done on the ground or in the air - the failsafe values are saved by the receiver ~~- important~~: when using a multirotor and NAZA, this has to be done on the ground when NAZA is in one of the failsafe zone (flight mode)		# Hold the EzUHF transmitter bind button until a series of single beeps are heard, release button - this can be done on the ground or in the air - the failsafe values are saved by the receiver
			''Important:'' when using a multirotor and NAZA, this has to be done on the ground when NAZA is in one of the failsafe zone (flight mode)

	== Firmware upgrade ==		== Firmware upgrade ==

Ivc: /* Failsafe */

2014-11-19T21:54:06Z

Failsafe

← Older revision		Revision as of 21:54, 19 November 2014
Line 49:		Line 49:

	# Position the sticks in the desired failsafe configuration, e.g. throttle low, slight down elevator and slight aileron turn - on multirotor make sure to adjust the travel range for the flight mode switch to land inside the "Failsafe" zone so that the flight controller knows that it has lost signal		# Position the sticks in the desired failsafe configuration, e.g. throttle low, slight down elevator and slight aileron turn - on multirotor make sure to adjust the travel range for the flight mode switch to land inside the "Failsafe" zone so that the flight controller knows that it has lost signal
	# Hold the EzUHF transmitter bind button until a series of single beeps are heard, release button - this can be done on the ground or in the air - the failsafe values are saved by the receiver		# Hold the EzUHF transmitter bind button until a series of single beeps are heard, release button - this can be done on the ground or in the air - the failsafe values are saved by the receiver - important: when using a multirotor and NAZA, this has to be done on the ground when NAZA is in one of the failsafe zone (flight mode)

	== Firmware upgrade ==		== Firmware upgrade ==

Ivc: /* Firmware upgrade */

2013-11-01T20:01:28Z

Firmware upgrade

← Older revision		Revision as of 20:01, 1 November 2013
Line 74:		Line 74:
	# Pick the correct .fw-receiver firmware (Rx8ch) and upload the code, should take about 10-20 seconds		# Pick the correct .fw-receiver firmware (Rx8ch) and upload the code, should take about 10-20 seconds
	# Unplug the USB cable and re-insert it to load the new firmware, configure it using the IRC tool		# Unplug the USB cable and re-insert it to load the new firmware, configure it using the IRC tool
	# Re-bind the receiver with the transmitter		# Re-bind the receiver with the transmitter and more importantly configure the failsafe
	# Lastly, enter firmware mode again and hit Fix Fuses to make sure everything is set up		# Lastly, enter firmware mode again and hit Fix Fuses to make sure everything is set up

Ivc: /* Failsafe */

2013-11-01T20:00:58Z

Failsafe

← Older revision		Revision as of 20:00, 1 November 2013
Line 48:		Line 48:
	The UHF receiver will wait 1 second before jumping into failsafe mode if the transmitte signal is lost. To set the failsafe paramters do the following:		The UHF receiver will wait 1 second before jumping into failsafe mode if the transmitte signal is lost. To set the failsafe paramters do the following:

	# Position the sticks in the desired failsafe configuration, e.g. throttle low, slight down elevator and slight aileron turn		# Position the sticks in the desired failsafe configuration, e.g. throttle low, slight down elevator and slight aileron turn - on multirotor make sure to adjust the travel range for the flight mode switch to land inside the "Failsafe" zone so that the flight controller knows that it has lost signal
	# Hold the EzUHF transmitter bind button until a a series fo single beeps are heard, release button - this can be done on the ground or in the air		# Hold the EzUHF transmitter bind button until a series of single beeps are heard, release button - this can be done on the ground or in the air - the failsafe values are saved by the receiver

	== Firmware upgrade ==		== Firmware upgrade ==

Ivc: /* Failsafe */

2013-06-13T11:58:24Z

Failsafe

← Older revision		Revision as of 11:58, 13 June 2013
Line 48:		Line 48:
	The UHF receiver will wait 1 second before jumping into failsafe mode if the transmitte signal is lost. To set the failsafe paramters do the following:		The UHF receiver will wait 1 second before jumping into failsafe mode if the transmitte signal is lost. To set the failsafe paramters do the following:

	# Position the sticks in the desired failsafe ~~configuraiton~~		# Position the sticks in the desired failsafe configuration, e.g. throttle low, slight down elevator and slight aileron turn
	# Hold the EzUHF transmitter bind button until a single ~~beep is~~ heard, this can be done on the ground or in the air		# Hold the EzUHF transmitter bind button until a a series fo single beeps are heard, release button - this can be done on the ground or in the air

	== Firmware upgrade ==		== Firmware upgrade ==

Ivc: /* Firmware upgrade */

2013-06-13T11:57:12Z

Firmware upgrade

← Older revision		Revision as of 11:57, 13 June 2013
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	# Turn on the receiver and hold the bind pushbutton on the receiver for 5 seconds		# Turn on the receiver and hold the bind pushbutton on the receiver for 5 seconds
	# Move the sticks and check the control output on the receiver		# Move the sticks and check the control output on the receiver

			== Failsafe ==
			The UHF receiver will wait 1 second before jumping into failsafe mode if the transmitte signal is lost. To set the failsafe paramters do the following:

			# Position the sticks in the desired failsafe configuraiton
			# Hold the EzUHF transmitter bind button until a single beep is heard, this can be done on the ground or in the air

	== Firmware upgrade ==		== Firmware upgrade ==

Ivc at 10:53, 13 June 2013

2013-06-13T10:53:43Z

← Older revision		Revision as of 10:53, 13 June 2013
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	Receiver:		Receiver:

			# Disconnect any power from the R/C model, power is supplied by the USB connection
	# Hold the pushbutton next to the servo-headers using a plastic tool		# Hold the pushbutton next to the servo-headers using a plastic tool
	# Plug in the USB cable and install the new Immersion RC Custom USB Device driver		# Plug in the USB cable and install the new Immersion RC Custom USB Device driver

Ivc at 00:22, 5 February 2013

2013-02-05T00:22:09Z

← Older revision		Revision as of 00:22, 5 February 2013
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	The ImmersionRC EzUHF is a 433MHz switchable 200mW or 600mW output one-way wireless control system. Suitable for long range (10km+) and critical situations where a good remote control link is required.		[[Image:EzUHF_boxes.jpg\|500px\|right]]The ImmersionRC EzUHF is a 433MHz switchable 200mW or 600mW output one-way wireless control system. Suitable for long range (10km+) and critical situations where a good remote control link is required.

	* [http://www.immersionrc.com/EzUHF.htm ImmersionRC EzUHF product page]		* [http://www.immersionrc.com/EzUHF.htm ImmersionRC EzUHF product page]
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	[[Image:ezuhf_spectrum_norway.png\|250px]]		[[Image:ezuhf_spectrum_norway.png\|250px]]

	~~== Equipment ==~~
	~~[[Image:EzUHF_boxes.jpg\|400px]]~~

	== Drivers ==		== Drivers ==

Ivc at 23:57, 4 February 2013

2013-02-04T23:57:48Z

← Older revision		Revision as of 23:57, 4 February 2013
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	== EzUHF transmitter ==		== EzUHF transmitter ==
	* Model: EzUHF 200/600mW Transmitter silver		* Model: EzUHF 200/600mW Transmitter silver[[Image:EzUHF_transmitter_board.jpg\|400px\|right]]
	* Purchase date: 2012-08-22		* Purchase date: 2012-08-22
	* Transmitter ID: 985		* Transmitter ID: 985
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	== Equipment ==		== Equipment ==
	[[Image:~~ezuhf_boxes~~.jpg\|400px]]		[[Image:EzUHF_boxes.jpg\|400px]]

	== Drivers ==		== Drivers ==