PocketWizard Wiki - User contributions [en]

AC5 RF Soft Shield

2015-07-09T14:13:55Z

Sarah:

{| style="float: right;" border="1" cellspacing="0" cellpadding="2"
|align="center" | '''Next recommended reading: [[AC7 RF Hard Shield]] or [[Long Range Performance]]'''
|}

{{ Annotated image |float=right|caption=AC5 RF Soft Shield.
| image=AC5_image.jpg
| image-width= 124
}}
The AC5 RF Soft Shield is a simple solution to reduce interference and improve performance of the FlexTT5 Transceiver. Special RF fabric and a shoe filter shields the FlexTT5 Transceiver from RF noise emitted by some Canon Speedlites (580EX II, 580EX and 430EX). Other Canon flashes, including the 600EX-RT, emit relatively low EMI and work well with the FlexTT5 without shielding. The AC5 allows easy access to all flash controls as well as a full range of flash positions. The AC5 can either be stored on the flash or it can be removed and rolled up making it easily storable in your camera bag. Its portability makes it an attractive RF noise solution. The AC5 RF Soft Shield can be used when using a high-power external battery.

The AC5 is for use with receiving flashes only and is not for use with your on-camera flash.

NOTE: The AC5 is not designed for horizontal use on a boom mount or light pole; for these situations please see the [http://wiki.pocketwizard.com/index.php?title=AC7_RF_Hard_Shield AC7 RF Hard Shield]. The AC7 is also the perfect solution for use with an umbrella with its centered umbrella mount.

=Installing the AC5 RF Soft Shield=

The AC5 RF Soft Shield was designed to block the RF emissions from certain flashes (580EX II, 580EX and 430EX) from interfering with the FlexTT5, allowing the FlexTT5 to work at considerably longer range. For proper performance the AC5 must be installed correctly.

<div style="float: left;"><videoflash>2laBHlESqAQ&loop=0&rel=0&autoplay=0&autohide=1</videoflash></div>

===Assembly===
{{ Annotated image |float=right| caption=AC5 RF Soft Shield installation steps.
| image=Ac5steps_Rev2300dpi.jpg
| image-width= 224
}}
The AC5 has two parts, the RF Fabric Shield and the RF Shoe Filter. To install:

1. Slide the shoe filter onto the FlexTT5 top shoe and lock into place

2. Slide a Canon Speedlite, with the flash head in a vertical position, onto the shoe filter and lock into place.

3. Slide the RF fabric shield down over the flash and tighten the cinch cord. IMPORTANT: Make sure the RF Fabric on the inside of the shield connects to the metallic surface on the underside of the flange on the shoe filter.

{{ Annotated image |float=left| caption=AC5 flange closeup.
| image=AC5 setup-9402-big.jpg
| image-width=200
}}
{{ Annotated image |float=left| caption=AC5 fully cinched around hot shoe.
| image=702AC5_setup-9400_72dpi.jpg
| image-width= 200
}}

4. Use the Velcro strap to tighten the fabric shield around the flash head.

{{ Annotated image |float=left| caption=AC5 RF Soft Shield with velcro.
| image=AC5_image.jpg
| image-width= 250
}}

==When using an external battery:==

3. After step two, plug the external power pack to the Canon flash.

{{ Annotated image |float=right| caption=AC5 RF Soft Shield with battery cord.
| image=AC5battery.jpg
| image-width= 250
}}
4. Position the power cord around the front of the flash.

5. Slide the fabric shield down over the flash stopping just above the power cord.

6. Continue to slide the shield down a little bit on the side opposite the power cord, this will allow the shield to be slipped easily over the plug and cord.

7. Position the cord so that it exits the shield on the back right side of the covered flash.

8. Pull the cinch cord to tighten.

9. Keep the cord away from the radio’s antenna. The AC5 works for handheld or vertically mounted flash, such as on a light stand.

NOTE: The AC5 is not designed for horizontal use on a boom mount or light pole; for these situations please see the AC7 RF Hard Shield. The AC7 is also the perfect solution for use with an umbrella with its centered umbrella mount. [http://wiki.pocketwizard.com/index.php?title=AC7_RF_Hard_Shield Click here to see the AC7 RF Hard Shield.]

Factory Reset

2015-07-09T13:51:54Z

Sarah:

{{recommended reading|Basic Wireless TTL|}}
Sometimes you need to reset either the channels you are using, or reset the radio back to factory defaults. There are two levels of RESET for ControlTL radios:

RESET A, a Simple Reset, allows you to reset learned channels to the channels last set in the Utility (C.1 and C.2 configurations). This reset option will retain all features set via the Utility.

RESET B, a Factory Default Reset, will reset all features and channels to the Factory Default Settings.

'''IMPORTANT:''' Factory Reset and [[Learn Mode]] both use the TEST button for a long time. If you are not sure if you are engaging Learn Mode or Factory Reset, read about the [[Status LED]] to see the difference.

== Reset A - Reset Channels Only ==

RESET A: Returns both C.1 and C.2 to the channels you last set in the PocketWizard Utility. Reset A is primarily used for resetting
channels that were taught in the field.

#Turn the radio off
#While holding TEST, slide the power switch to C.1 (C.1 and C.2 are always reset together).
#Hold TEST for a few moments until you see 2 green blinks, then release TEST. The channels
are restored to their last Utility values. If you’ve never set the channels using the Utility, then
the channels are restored to factory defaults.

== Reset B - Factory Defaults ==
<div style="float: right;"><videoflash>b1ZUvRgk-0Y&loop=0&rel=0&autoplay=0|225|155</videoflash></div>
RESET B Returns all of your radio’s settings, including channels and all settings from the [[PocketWizard Utility]], to factory defaults.

#Turn the radio off
#While holding TEST, slide the power switch to C.1 (C.1 and C.2 are always reset together).
#Hold TEST for ~10 seconds until you see 4 green blinks, then release TEST. The radio is reset to factory defaults.
<br>
<br>

==Firmware Upgrades==

After updating your firmware, always perform a Reset B. While the PocketWizard Utility performs a factory reset automatically when you upgrade the firmware, and has a Factory Reset button on the Update tab, Reset B remains the recommended method after a firmware upgrade.

== Factory Reset from within the Utility ==

You now have the option to perform a “Factory Reset” from within the [[PocketWizard Utility]] for your ControlTL radio. In addition, when you update your radios via the Utility, factory reset will be performed automatically which can be a real time saver. Your previous settings will be saved, and when possible, you will be able to re-load them after the firmware update and factory reset. A large jump in firmware versions or a specific change in the firmware may make it impossible to re-load, so be sure to write down any custom settings for Configuration 1 or Configuration 2 before you reset your radios so you can re-apply them after the upgrade.

== MultiMAX Factory Reset ==

The procedure for resetting a MultiMAX to factory defaults is different from the procedure used for a ControlTL radio.

#Turn the radio off
#While holding C, slide the power switch to TRANSMIT (TRANSMIT and RECEIVE are always reset together).
#When you see the "CLEAR/RESET" message on the LCD, release C. The radio is reset to factory defaults.

== Default Settings ==

When you perform a Factory Reset, the settings below are used.

=== MiniTT1 and FlexTT5 Default Settings ===
{{Utility Tab Quick Links}}
;[[Channel Tab]]
:C.1 = ControlTL Transmit Channel = 1
:::Standard Transmit Channel = 1
:C.2 = ControlTL Transmit Channel = 2
:::Standard Transmit Channel = 2
:ControlTL Transmit Priority at X-Sync = enabled - <span style="background:yellow">Nikon FlexTT5 Only</span>
:Use ControlTL for Receive Channel = enabled - FlexTT5 Only
:C.1 = ControlTL Receive Channel = 1 - FlexTT5 Only
:::Standard Receive Channel = 1 (but disabled) - FlexTT5 Only
:C.2 = ControlTL Receive Channel = 2 - FlexTT5 Only
:::Standard Receive Channel = 2 (but disabled) - FlexTT5 Only

;[[Flash Tab]]
:Rear Curtain Sync Begins At: = Off
:Optimized Rear Curtain Sync / Manual Shutter Speeds = disabled
:Speedlite = Normal E-TTL/i-TTL
:Force TTL Master Mode = enabled - <span style="color:red">Canon MiniTT1 and FlexTT5 Only</span>
:Pre-Flash Boost Mode = Disable Pre-Flash Boost - <span style="color:red">Canon MiniTT1 and FlexTT5 Only</span>
:Remote Beeper = No Change On Wakeup
:Remote Optical Trigger = No Change On Wakeup

;[[HyperSync/HSS Tab]]
:HyperSync Only (Disable HSS/FP) = disabled
:HSS/FP Begins At (HyperSync Ends) = 1/250th
:HyperSync Flash Duration for Standard Channels = 7
:Manual HyperSync For Standard Channels = disabled
:Manual HyperSync Offset (slider) = 0 (but disabled)

:AC9 Flash = AB800 - FlexTT5 Only
:Optimize HyperSync Automation For: = Reduced Clipping - FlexTT5 Only
:P2 HyperSync Flash Duration = 7 - FlexTT5 Only

;[[PowerTracking Tab]]
:[[PowerTracking]] = Full Manual
:Aperture Centered On: = F:11 (but disabled)
:ISO Centered On: = ISO 100 (but disabled)
:AC9 Flash Exposure Compensation = 0.0 - FlexTT5 Only

;[[Modeling Tab]]
:Modeling Light Control = disabled
:Control Mode = Camera Wake (but disabled)
:Modeling Light Autotrack = disabled
:Modeling Light Active = 100% (but disabled)
:Modeling Light Sleep = disabled
:Modeling Light Sleep = 10% (but disabled)
:Modeling Light Sleep Delay After Camera Sleeps = 30 secs (but disabled)
:Modeling Light Delay After AF-Assist = 2 secs (but disabled)

;[[Sleep Tab]]
:Remote TTL Flash Sleep = disabled
:Remote TTL Flash Delay = 600 secs (but disabled)
:Local Flash Sleep = disabled - FlexTT5 Only
:Local Flash Delay = 600 secs (but disabled) - FlexTT5 Only

;[[Misc Tab]]
:Basic Trigger Mode = disabled
:Transmitter Only = disabled - FlexTT5 Only
:Disable Shoe Communications = disabled - FlexTT5 Only
:SpeedCycler = disabled
:Top Shoe Detection Mode = AC3/AC9 - <span style="color:red">Canon MiniTT1 and FlexTT5 Only</span>
:Camera Model = Auto - <span style="color:red">Canon MiniTT1 and FlexTT5 Only</span>

=== [[PowerST4]] Default Settings ===
;[[Channel Tab]]
:Use ControlTL for Rx Channel = enabled
:ControlTL Channel 1, Standard Channel 1

;[[Exposure Tab]]
:Exposure Compensation = 0.0

;[[Sleep Tab]]
:Modeling Light Sleep Mode = enabled
:Modeling Light Sleep Delay = 600 secs/10 minutes

;[[Misc Tab]]
:Ranger RX Head Selection = S-Head
:Digital 1200/2400RX Head Selection = Digital S

===[[PowerMC2]] Default Settings===

;[[Exposure Tab]]
:Flash Exposure Compensation = 0

;[[Sleep Tab]]
:Modeling Light Sleep Mode = enabled
:Modeling Light Sleep Delay = 600 secs
:Hibernate Mode = enabled
:Hibernate Delay = 60 min

=== [[MultiMAX]] Default Settings ===

;Coming Soon

PowerST4

2015-07-09T13:44:10Z

Sarah:

=Receiver with ControlTL for Elinchrom RX=

[[File:PWPOWERST4A_lbox.jpg|right|200px]]

The PowerST4 Receiver enables remote power control of Elinchrom RX flashes using PocketWizard ControlTL technology. With a MiniTT1 Transmitter or FlexTT5 Transceiver on your camera and a PowerST4 plugged into your Elinchrom RX flash, you can now adjust the flash power settings [[PowerTracking#Basic Power Control|directly from the camera]]. Add the [[AC3 ZoneController]] and you can control three different zones of lights in 1/3-stop increments with up to a six-stop range. Utilize PocketWizard’s unique features such as [[HyperSync]] and Optimized [[Rear Curtain Sync]] for maximum control of your lighting.

=Using your PowerST4=
[[File:PWPOWERST4B lbox.jpg|right|300px]]
'''1.''' Connect the PowerST4 to your RX flash pack via the remote port, then power on the flash.

'''2.''' Select Zone A, B, or C with the Zone Switch on your PowerST4. Default = A

'''3.''' Set up your PocketWizard transmitter and take pictures normally.

'''Make sure all your radios are set to the same PocketWizard channel.''' See the Learn Mode and PocketWizard Utility sections for more information
on channels. Default = ControlTL 1

The Status LED blinks '''<span style="color:green;">Green</span>''' every few seconds to indicate normal operation. It will blink '''<span style="color:red;">Red</span>''' in sync with a trigger.

Momentarily pressing TEST/LEARN will test trigger the flash. See the Learn Mode and Reset sections for more information on those functions.

'''NOTE:''' The PowerST4 overrides settings you make directly on your flash. If you would like to change the beeper, modeling light, or optical slave mode on your flash, just set those features on your flash before you turn on your camera’s transmitter. You can also adjust these settings from your transmitter via the PocketWizard Utility. See that section for more information.

If you would like the flash to simply trigger at the output power you set, and not accept power changes from the radio, follow these steps: ''Make sure to allow a few seconds between each step!''

'''1.''' Turn the flash on and change the power level

'''2.''' Then press TEST on the PowerST4.

'''3.''' Wait a few seconds for 3 amber blinks from the PowerST4's LED.

To allow the PowerST4 to control the flash features again, turn the flash OFF and back ON.

'''Note:''' When receiving on Standard Channels, the PowerST4 will be unable to do any form of PowerTracking, or remote Manual Power Control. You must be using a ControlTL radio in ControlTL radio mode for the Elinchrom flash to be able to engage in any form of ControlTL feature.

----

===== [[PowerST4 FAQ]] =====
Having trouble with your PowerST4? Check out our [[PowerST4 FAQ]] page!

===== [[ControlTL]] =====
[[File:controltl.jpg|right]]
PocketWizard’s newest firmware platform taps into the camera’s digital communications to enable an entirely new level of remote flash capability through our proven radio system. [[ControlTL]] allows remote TTL systems as well as [[PowerTracking#Basic Power Control|Manual Power Control]]. ControlTL firmware is configurable and upgradeable for “future-proof” continuous improvement.

===== Manual Power Control =====
[[File:manual_power_control.jpg|right]]
Adjust the manual power settings of your remote Elinchrom flash directly from a [[AC3 ZoneController]], or master flash mounted on your on-camera [[MiniTT1_and_FlexTT5|MiniTT1 or FlexTT5]]. You can independently control the power output of up to three remote groups of lights (you can have as many lights in each group as you want) from full power down to the lowest setting through the user interface on the back of the master flash or with the dials of the AC3 ZoneController. Now you can work with total control with your remote lights, without leaving your shooting position.

===== [[HyperSync]] =====
[[File:Hypersync.jpg|right]]
Our patent pending HyperSync® technology allows photographers to achieve faster X-sync speeds with full power flash. That extra speed can be used to freeze action or cut ambient light - both of which can produce results never possible before. HyperSync works automatically with the PowerST4. All you need is a [[MiniTT1_and_FlexTT5|MiniTT1 or FlexTT5]] on camera to gain the benefits of HyperSync. While performance varies by the camera and flash equipment being used, HyperSync will get the maximum possible out of any configuration.

===== [[PowerTracking]] =====
[[File:powertracking.jpg|right]]
When working with certain manual flashes, you can change any of your settings on your camera and the system adjusts for those settings. Change your camera's exposure compensation to adjust the flash output, or make adjustments in aperture or ISO and the system balances your flash for proper exposure.

==== [[PowerTracking#Basic Power Control|Basic Power Control]] ====

If you have a ControlTL transmitter like the MiniTT1 or FlexTT5 then you can control your flash’s output level remotely. Add the AC3 ZoneController for even more control.

Read the PowerTracking section for more information on using the PowerST4 when no AC3 is present, or when using an AC3 in Auto Mode.

In AC3 Manual Mode, the AC3 Power Dial sets the flash power output as shown in the table below:

<div align="center">
{| class="wikitable" style= border="1"
|-
!colspan=5|Elinchrom PowerST4 Manual Power Output Settings
|-
|'''AC3 Power Dial<br> in Manual'''
|'''300RX'''
|'''600RX'''
|'''RangerRX/<br>1200RX
|'''2400RX'''
|-
| +3
| style="background-color:#A4D3EE;" |5.5
| style="background-color:#A4D3EE;" |6.5
| style="background-color:#A4D3EE;" |7.5
| style="background-color:#A4D3EE;" |8.5
|-
| +2.7
|5.1
|6.1
|7.1
|8.1
|-
| +2.3
|4.8
|5.8
|6.8
|7.8
|-
| +2
| style="background-color:#A4D3EE;" |3.5
| style="background-color:#A4D3EE;" |4.5
| style="background-color:#A4D3EE;" |6.5
| style="background-color:#A4D3EE;" |6.5
|-
| +1.7
|4.1
|5.1
|6.1
|7.1
|-
| +1.3
|3.8
|4.8
|5.8
|6.8
|-
| +1
| style="background-color:#A4D3EE;" |3.5
| style="background-color:#A4D3EE;" |4.5
| style="background-color:#A4D3EE;" |5.5
| style="background-color:#A4D3EE;" |6.5
|-
| +0.7
|3.1
|4.1
|5.1
|6.1
|-
| +0.3
|2.8
|3.8
|4.8
|5.8
|-
| style="color:white; background-color:#919191" |0
| style="background-color:#A4D3EE;" |2.5
| style="background-color:#A4D3EE;" |3.5
| style="background-color:#A4D3EE;" |4.5
| style="background-color:#A4D3EE;" |5.5
|-
| style="color:white; background-color:#919191" | -0.3
|2.1
|3.1
|4.1
|5.1
|-
| style="color:white; background-color:#919191" | -0.7
|1.8
|2.8
|3.8
|4.8
|-
| style="color:white; background-color:#919191" | -1
| style="background-color:#A4D3EE;" |1.5
| style="background-color:#A4D3EE;" |2.5
| style="background-color:#A4D3EE;" |3.5
| style="background-color:#A4D3EE;" |4.5
|-
| style="color:white; background-color:#919191" | -1.3
|1.1
|2.1
|3.1
|4.1
|-
| style="color:white; background-color:#919191" | -1.7
|0.8
|1.8
|2.8
|3.8
|-
| style="color:white; background-color:#919191" | -2
| style="background-color:#A4D3EE;" |0.5
| style="background-color:#A4D3EE;" |1.5
| style="background-color:#A4D3EE;" |2.5
| style="background-color:#A4D3EE;" |3.5
|-
| style="color:white; background-color:#919191" | -2.3
|0.5
|1.5
|2.1 / 2.5*
|3.5
|-
| style="color:white; background-color:#919191" | -2.7
|0.5
|1.5
|1.8/ 2.5*
|3.5
|-
| style="color:white; background-color:#919191" | -3
| style="background-color:#A4D3EE;" |0.5
| style="background-color:#A4D3EE;" |1.5
| style="background-color:#A4D3EE;" |1.5 / 2.5*
| style="background-color:#A4D3EE;" |3.5
|}
</div>
The numbers in the table are within +/- 0.1 stops.

===== [[PocketWizard Utility]] =====
[[File:pw_utility.jpg|right]]
Use the PocketWizard Utility software with the on-board USB port to program the PowerST4 to any PocketWizard [[Channels|channel]] and zone as well as many other custom settings. [[ControlTL]] radios can be upgraded whenever updates and feature enhancements are available.

=== Compatibility:===

<div align="center">
{| border="1" class="wikitable"
|-
!colspan=3|PowerST4 Series Compatiblity
|-
|'''Style'''
|'''Digital'''
|'''Ranger * '''
|-
|300RX
|1200RX
|Ranger RX
|-
|600RX
|2400RX
|Ranger RX Speed
|-
|1200RX
|
|Ranger RX Speed A/s
|}
</div>

''When using a Ranger RX or Digital RX series pack, make sure to set the flash head in use in the [[PocketWizard Utility]], under the [[Misc Tab]] for optimal [[HyperSync]] performance.''

''Note: The PowerST4 is '''not''' compatible with the Ranger RX Quadra. Use a Plus series radio, MultiMAX, or the P2 port of a FlexTT5 as a receiving radio for that pack.''

=====Important Details=====
*In order to connect to Ranger RX series packs, the PowerST4 requires an Elinchrom female 5-pin to male 7-pin [http://www.elinchrom.us/ranger-adaptor-for-skyport-rx-receiver Ranger RX Adapter, (Elinchrom Part # EL 19374)]. The PowerST4 will connect directly to the 5-pin RX port of Style RX and Digital RX series packs/heads.

*For longer range performance, and for general use, we recommend the [http://www.elinchrom.us/ranger-remote-cable-8 Ranger Remote Cable 8' (Elinchrom Part # EL 11107)], or other compatible Elinchrom extension cable. This will allow for raising the PowerST4 antenna above the pack's ground level position, or optimizing reception in other challenging environments like arena cat walks.

Elinchrom has discontinued these cables and they are becoming increasingly difficult to find. [http://michaelbass.blogspot.com/2007/09/sync-cords.html#ElinchromRXcables Michael Bass] offers a custom solution.

<div align="center">
{| border="1" class="wikitable"
|-
!colspan=4|Elinchrom RX Cables & Part Numbers
|-
|'''Elinchrom Part Number'''
|'''Length'''
|'''For Use With'''
|'''Description'''
|-
|[http://www.elinchrom.us/ranger-adaptor-for-skyport-rx-receiver EL 19374]
|Adapter
|Ranger RX
|Female 5-pin to Male 7-pin Elinchrom Adapter
|-
|[http://www.elinchrom.us/ranger-adaptor-cable-8 EL 11110]
|0.66ft (7.9 inches) / 0.2m
|Ranger RX
|Female 5-pin to Male 7-pin Elinchrom Cable
|-
|[http://www.elinchrom.us/ranger-remote-cable-4 EL 11106]
|3.9ft / 1.2m
|Ranger RX
|Female 5-pin to Male 7-pin Elinchrom Cable
|-
|[http://www.elinchrom.us/ranger-remote-cable-8 EL 11107]
|7.9ft / 2.4m
|Ranger RX
|Female 5-pin to Male 7-pin Elinchrom Cable
|-
|[http://www.elinchrom.us/ranger-remote-cable-157 EL 11108]
|15.8ft / 4.8m
|Ranger RX
|Female 5-pin to Male 7-pin Elinchrom Cable
|-
|[http://www.elinchrom.us/ranger-remote-cable-315 EL 11109]
|31.5ft / 9.6m
|Ranger RX
|Female 5-pin to Male 7-pin Elinchrom Cable
|-
|
|
|
|
|-
|[http://www.elinchrom.us/cable-remote-12m-5-poles-m-f EL 11100]
|3.9ft / 1.2m
|Style RX, Digital RX
|Female 5-pin to Male 5-pin Elinchrom Cable
|-
|[http://www.elinchrom.us/cable-remote-24m EL 11101]
|7.9ft / 2.4m
|Style RX, Digital RX
|Female 5-pin to Male 5-pin Elinchrom Cable
|-
|[http://www.elinchrom.us/cable-remote-48m EL 11102]
|15.8ft / 4.8m
|Style RX, Digital RX
|Female 5-pin to Male 5-pin Elinchrom Cable
|-
|[http://www.elinchrom.us/cable-remote-96m EL 11103]
|31.5ft / 9.6m
|Style RX, Digital RX
|Female 5-pin to Male 5-pin Elinchrom Cable
|-
|[http://www.elinchrom.us/cable-remote-192m EL 11104]
|63ft / 19.2m
|Style RX, Digital RX
|Female 5-pin to Male 5-pin Elinchrom Cable
|}
</div>
If you own the [http://www.elinchrom.us/hand-remote-set Elinchrom EL 19342 Hand Remote Set] then you can use its cable with your PowerST4.

The following Elinchrom cables are '''not''' compatible with the PowerST4: EL 11085, EL 11086, EL 11087. Those cables are for older analog Elinchrom Style S packs which are not compatible with the PowerST4.

If you wish to make your own extension cables, these links may help. These are suggestions for connectors only. You'll need to source your own wire. The 5-pin connector on the PowerST4 seems to be a standard 5-pin 240 degree DIN (unfortunately not the more common 180 degree like used in MIDI cables). You might find connectors from places like SwitchCraft:

*[http://www.switchcraft.com/productsummary.aspx?Parent=526 http://www.switchcraft.com/productsummary.aspx?Parent=526]

*[http://www.switchcraft.com/productsummary.aspx?Parent=812 http://www.switchcraft.com/productsummary.aspx?Parent=812 (suggested locking connectors)]

*5-pin Female might be = 13EL3FX

*5-pin Male might be = 12CL5MX

*7-pin Male connector is probably a DIN 270 degree = 15CL7MX

====Specifications:====

<div align="center">
{| border="1" class="wikitable"
|-
|'''Frequency'''
|340.00 - 354.00 US FCC/IC <br>433.42 - 434.42 MHz - CE
|-
|'''Channels'''
|52 Channels over 26 Frequencies - US FCC/IC <br> 35 Channels over 5 Frequencies - CE
|-
|'''Antenna'''
|2.7" (6.9 cm) rubberized
|-
|'''Mounting'''
|Five-pin remote socket
|-
|'''Zone Select Switch'''
|A-B-C
|-
|'''Status Indicator'''
|LED: Green, Amber, Red Status indications
|-
|'''USB'''
|USB Compliant 2.0, Mini-B Connector, 5VDC regulated, 100mA, Pin 1 Positive, Pin 4 Ground
|-
|'''Operating Temperature'''
|Above -15° C (5° F) and below 50° C (120° F)
|-
|'''Storage Temperature'''
|Above -30° C (22° F) and below 85° C (185° F)
|-
|'''Construction'''
|high impact plastic, rubberized antenna, ''RoHS Compliant''
|-
|'''Power'''
|Receives power from attached flash
|-
|'''Dimensions'''
|3.6" (9.2cm) long x 2.2" (5.5 cm) wide x 1" (2.5 cm) tall
|-
|'''Weight'''
|.77 ounces (21.83 grams)
|-
|'''Requirements'''
|Must be used in conjunction with a MiniTT1 or FlexTT5 on camera for power control capability.<br>May be paired with any PocketWizard transmitter or transceiver for simple triggering.
|}
</div>

AC3 ZoneController

2015-07-08T21:05:42Z

Sarah:

[[File:AC3A_lbox.jpg|right|200px]]
__TOC__

The AC3 ZoneController for Canon and Nikon is the gem of the ControlTL® product line. Add it to your on-camera MiniTT1® Transmitter or FlexTT5® Transceiver and you instantly have three zones of flash control. Whether working in TTL or Manual mode, you now have control over all your flashes directly from the camera’s position. Put your flashes wherever you want, without worrying about having to access them during a shoot. With the AC3 ZoneController, you are in total control of your flash.

''There are '''two separate versions of the AC3''' - one with a Nikon hotshoe, and one with a Canon shoe. Make sure to purchase the proper version for use with your system!''

{| border="0" align="center" style="text-align:center;"

|}

====Features====

*Three independent zones of flash control
*6 stops of flash control in 1/3rd stop increments
*Turn zones on and off remotely
*Two dedicated AC3 versions - one for Nikon, and one for Canon systems.
*Works in PowerTracking, E-TTL II, CLS/i-TTL or Manual mode
*Works with Canon or Nikon Speedlights, AlienBees, White Lightning, Einstein™ E640, and Elinchrom RX flashes.
*Put your flashes where you want, without worrying about accessing them during a shoot.

----

====AC3 Quick Start How-To====

#Slide the AC3 onto your on-camera MiniTT1 or FlexTT5. Power on the transmitter, then the camera.
#Set up remote Speedlights on FlexTT5 radios normally. Power on the flash, then the FlexTT5.
#*Set all Speedlights on remote FlexTT5 radios to normal TTL Mode. Do not use Manual or MASTER / REMOTE on your remote Speedlights. The AC3 will use either Nikon or Canon TTL commands to control manual power levels when the AC3 Mode Switch is set to M (Manual).
#*Use the FlexTT5 Zone Switch to assign Zone A, B, or C to the Speedlight.
#On the AC3, set the Mode Switches to M (Manual) or A (Auto) for the zones in use.
#*Adjust flash output power with the Power Dials:
#**+ = Black numbers on a white background increase flash output by the stops shown.
#**– = White numbers on a black background decrease flash output by the stops shown.
#**Note: Make sure the camera is awake (half-press the shutter button) when changing settings to assure AC3 settings are transmitted to remote ControlTL radios.
#Take pictures normally. ''(Note: if you are using Canon radios, your first shot will be a calibration shot and will not trigger your remote flashes)''

----

====Operation====

[[File:AC3Labeled.png|center|500px]]

''Make sure the camera is awake (half-press the shutter button) when changing settings to assure AC3 settings are transmitted to remote ControlTL radios.''

=====Mode Switches=====

''The mode switches control the modes of operation for ControlTL receiving radios. It also controls zone on/off for PocketWizard Standard Channel Receivers with Quad-Triggering Zones, like the MultiMAX, Plus III, or flash packs with built-in PocketWizard radios, when using Standard Channels 17 or higher.''

*'''0 = OFF''' - Flashes will not trigger. Set unused zones to 0.
*'''M = Manual Mode''' - ControlTL compatible flashes will use the manual power output value set on the AC3 Power Dial. See the [[#Power Dials|power dial]] chart below for more info.
*'''A = Auto Mode''' - ControlTL compatible flashes will use the Flash Exposure Compensation (FEC) as set on the AC3 Power Dial. Nikon Speedlights will perform i-TTL exposures. When compatible studio flashes are used, PowerTracking will engage (see the [[PowerTracking]] Wiki page or in the AC9 AlienBees Adapter, PowerST4 or PowerMC2 Quick Guides for more information).

''Manual and Auto modes can be used at same time. Manual zones will not be calculated as part of the E-TTL exposure. Zones set to 0/ (OFF) will not trigger.''

FEC NOTE: In Auto Mode, Flash Exposure Compensation (FEC) can be set in more than one place and the values are used together - all positive and negative FEC values will be combined.
*FEC can be set:
**On each zone independently using the AC3 Power Dial when the zone is set to A (Auto)
**On each remote Speedlite using the camera’s FEC control. All AC3 zones set to A (Auto) will be affected equally.

If the combined FEC adjustments are more or less than your flash’s
capabilities, then the flash will operate at maximum or minimum
output accordingly

=====Release Button=====
Press the release button to remove the AC3 from your transmitter.
=====Status LED=====
The green Status LED blinks occasionally to indicate normal operation.
=====Power Dials=====
Sets the flash output power.

<div align="center">
{| class="wikitable" border="1" align="center"
|-
!colspan=4|AC3 Power Control Chart (Manual)
|-
|'''AC3 Power Dial Setting'''
|'''Speedlights
|'''Most ControlTL<br>Studio Strobes<br>(5-stop Range)'''
|'''White Lightning X800,<br> X1600 & X3200 Only;<br>Low Range Mode'''
|-
| +3
| style="background-color:#A4D3EE;" |1/1
| style="background-color:#A4D3EE;" |1/1
| style="background-color:#A4D3EE;" |1/4
|-
| +2.7
|1/2 + 0.7
|1/2 + 0.7
|1/8 + 0.7
|-
| +2.3
|1/2 + 0.3
|1/2 + 0.3
|1/8 + 0.3
|-
| +2
| style="background-color:#A4D3EE;" |1/2
| style="background-color:#A4D3EE;" |1/2
| style="background-color:#A4D3EE;" |1/8
|-
| +1.7
|1/4 + 0.7
|1/4 + 0.7
|1/16th + 0.7
|-
| +1.3
|1/4 + 0.3
|1/4 + 0.3
|1/16 + 0.3
|-
| +1
| style="background-color:#A4D3EE;" |1/4
| style="background-color:#A4D3EE;" |1/4
| style="background-color:#A4D3EE;" |1/16
|-
| +0.7
|1/8 + 0.7
|1/8 + 0.7
|1/32 + 0.7
|-
| +0.3
|1/8 +0.3
|1/8 +0.3
|1/32 + 0.3
|-
| style="color:white; background-color:#919191" |0
| style="background-color:#A4D3EE;" |1/8
| style="background-color:#A4D3EE;" |1/8
| style="background-color:#A4D3EE;" |1/32
|-
| style="color:white; background-color:#919191" | -0.3
|1/16 + 0.7
|1/16 + 0.7
|1/64 + 0.7
|-
| style="color:white; background-color:#919191" | -0.7
|1/16 + 0.3
|1/16 + 0.3
|1/64 + 0.3
|-
| style="color:white; background-color:#919191" | -1
| style="background-color:#A4D3EE;" |1/16
| style="background-color:#A4D3EE;" |1/16
| style="background-color:#A4D3EE;" |1/64
|-
| style="color:white; background-color:#919191" | -1.3
|1/32 + 0.7
|1/32 + 0.7
|1/128 + 0.7
|-
| style="color:white; background-color:#919191" | -1.7
|1/32 + 0.3
|1/32 + 0.3
|1/128 + 0.3
|-
| style="color:white; background-color:#919191" | -2
| style="background-color:#A4D3EE;" |1/32
| style="background-color:#A4D3EE;" |1/32
| style="background-color:#A4D3EE;" |1/128
|-
| style="color:white; background-color:#919191" | -2.3
|1/64 + 0.7
|1/32
|1/128
|-
| style="color:white; background-color:#919191" | -2.7
|1/64 + 0.3
|1/32
|1/128
|-
| style="color:white; background-color:#919191" | -3
| style="background-color:#A4D3EE;" |1/64
| style="background-color:#A4D3EE;" |1/32
| style="background-color:#A4D3EE;" |1/128
|}
</div>

----
====Specifications====

<div align="center">
{| border="1"
|-
|'''Compatiblity'''
|Canon E-TTL II '''OR''' Nikon CLS/i-TTL<br>Elinchrom RX, AlienBees, White Lightning, Einstein™ E640 Flash
|-
|'''Mounting'''
|Hot Shoe
|-
|'''Selector Switch'''
|Off, Manual, Auto (PowerTracking, E-TTL II, CLS/i-TTL)
|-
|'''Adjustment Range'''
|Auto = +/- 3 stops, 1/3 stop increments
|-
|'''Status Indicator'''
|LED: Green status indicator
|-
|'''Operating Temperature'''
|Above -15° C (5° F) and below 50° C (120° F)
|-
|'''Storage Temperature'''
|Above -30° C (22° F) and below 85° C (185° F)
|-
|'''Construction'''
|high impact plastic - ''RoHS Compliant''
|-
|'''Power'''
|Receives power from attached radio
|-
|'''Dimensions'''
|2" (5cm) wide x 1.7" (4.2 cm) long x .9" (2.1cm) tall
|-
|'''Weight'''
|.82 ounces (23.25 grams)
|-
|'''Requirements'''
|Dedicated AC3 Version for Nikon and Canon systems. Must be used in conjunction with a MiniTT1 or FlexTT5 on camera.
|}
</div>

----
====Power Control for Non-Compatible Cameras====

You can use your MiniTT1 or FlexTT5 with an AC3 ZoneController on nearly *any* camera with a basic hot shoe to get Manual Power Control for Mamiya, Leica, Hassleblad, mirrorless cameras, etc. Trigger any ControlTL receiver in sync up to 1/125 on some models of camera.

You can read more about this exciting feature on our [[Power Control for Non-Compatible Cameras]] page.

Learn Mode

2015-07-08T20:46:17Z

Sarah:

{{recommended reading|Mounting|}}

[[File:Learnmode.jpg]]

Learn Mode allows you to change channels in a ControlTL radio when you are away from your computer by using any PocketWizard transmitter to teach a new channel. This allows you to change to a different channel or frequency when shooting at an event and you don't have access to the [[PocketWizard Utility]].

It is '''highly recommended''' that you use your computer to set your channels whenever possible, but this handy mode is provided for special situations.

{|
|
|}

== Important ==
'''IMPORTANT: Learn Mode is not required for normal operation of your radios.''' It is intended as a tool for resolving channel conflicts in the field. Most photographers can use the default channels safely. <u>If you wish to operate on different channels, then the [[PocketWizard Utility]] is the recommended method for setting channels</u>.

See the [[PocketWizard Utility]] section for more information on setting channels from within the Utility. See the [[Channels]] section for more information on channels and frequencies.

== Standard or ControlTL? ==

When Learn Mode is engaged on a ControlTL radio, that radio will listen to all the frequencies and channels that it can. As soon as it hears a trigger from another PocketWizard transmitter, it learns a channel.

A ControlTL transmitter like the FlexTT5 or MiniTT1 transmits on two channels with each trigger: ControlTL and Standard. You need to make sure the radio you are teaching learns the proper one. '''You need it to learn a ControlTL if you are using Canon or Nikon Speedlights in TTL mode.'''

To teach ControlTL radios to use Standard channels, use a Standard transmitter like a Plus II or MultiMAX as the teaching radio for all learning radios including the MiniTT1 or FlexTT5 to be used as the primary transmitter.

To teach ControlTL radios to use a ControlTL channel, teach the ControlTL transmitter you will be using first, then use it to to teach all the radios you want to receive on ControlTL channels. If all you have to teach with is a Standard radio like a Plus II or MultiMAX, you can use it to teach a different ControlTL channel. See the table below for corresponding channels.

If you are using a ControlTL transmitter like the MiniTT1 or FlexTT5 on your camera, and you want to have your flash respond to power settings from the AC3 or perform [[PowerTracking]], make sure your radios learn a ControlTL channel. Standard Channels on the Plus II and MultiMAX can be used for triggering only.

====Transmitting channel ====

A MiniTT1 or FlexTT5 learning from another PocketWizard transmitter will learn both a Standard channel as well as a corresponding ControlTL channel for transmitting. See below for more information about corresponding channels.

==== Receiving channel ====

A FlexTT5 Transceiver can only receive on one channel at a time. It receives on *either* a ControlTL *or* a Standard channel, not both simultaneously. When being taught from a Standard transmitter it will learn to receive only on a Standard channel. When being taught from a ControlTL transmitter, it is designed to learn the ControlTL channel, but you need to verify that using the information below.

== Engaging Learn Mode ==
<div style="float: right;"><videoflash>vV0tLU03OAg&loop=1&rel=0&autoplay=0|225|155</videoflash></div>
Follow the steps below to put your PowerST4 in Learn Mode.

'''IMPORTANT: Hold radios at least 2 feet apart when teaching/learning. Your flash may trigger during teach/learn.'''

# Prepare your ControlTL radio for Learn Mode:
#:[[MiniTT1 and FlexTT5]] - turn the radio on and select the configuration to be taught, C.1 or C.2. Wait 3 or 4 seconds until you see the normal green blinks indicating the radio is ready to go with good batteries. Learning takes a lot of power for the MiniTT1 so be sure you are starting with a good coin cell battery.
#:[[File:Learn_Mode_1.jpg]]
#:[[PowerST4]] - Plug the PowerST4 radio into a compatible flash and turn it ON.
#Press and hold TEST on the radio to be taught for several seconds. The led will pulse <span style="color:red;">red</span> becuase you are transmitting!
#:[[File:Learn_Mode_2.jpg]]
#When the Status LED blinks <span style="color:orange;">amber</span> 4 times, Learn Mode is engaged (<span style="color:orange;">amber</span> pulsing)! Quickly release TEST and ...
#:[[File:Learn_Mode_3.jpg]]
#Immediately press and hold TEST on the teaching transmitting radio (MiniTT1, FlexTT5, MultiMAX or Plus II).
#:[[File:Learn_Mode_4.jpg]]
#When the Status LED blinks green, the channel is learned:
#:[[File:Learn_Mode_5.jpg]]
#*1 <span style="color:green;">green</span> blink = Low Standard channel learned (1 through 16, including Plus 1 through 4)
#*2 <span style="color:green;">green</span> blinks = High Standard channel learned (MultiMAX 17 through 32)
#*3 <span style="color:green;">green</span> blinks = ControlTL channel learned for MiniTT1 or FlexTT5
#*If you see no green blinks during the LEARN cycle then the radio did not learn a new channel and will use the previous one. Hold the radios farther apart and try teaching again.

For remote E-TTL II to function, the ControlTL channel must be learned. If you see only 1 or 2 green blinks after teaching then a Standard channel was learned and E-TTL II will not function. If you desire E-TTL II functionality, teach the FlexTT5 again from the MiniTT1 or FlexTT5 to be used as the primary transmitter and look for 3 green blinks.

=== Programming FlexTT5 units for ControlTL operation when teaching with a Standard PocketWizard ===

If you are using a FlexTT5 as a transmitter in your system, and you want it to learn a different ControlTL channel from a Standard transmitter, you need to follow this sequence to make sure all of your FlexTT5 radios transmit and receive on the same channel.

#Teach a transmitting FlexTT5 with a standard PocketWizard.
#:[[File:Learn_Mode_5.jpg]]
#Use the programmed FlexTT5 transmitter to teach all other FlexTT5 receivers. Make sure you see 3 green blinks which confirms the ControlTL channel was learned. If you see only 1 or 2 blinks after teaching, then the FlexTT5 is listening on a Standard channel and will not receive TTL or {{PowerTracking]] information. Teach it again if you need TTL or PowerTracking.
#:[[File:Learn_Mode_6.jpg]]
#Reprogram the FlexTT5 transmitter (the first one you taught) with one of the FlexTT5 receivers. This assures all FlexTT5 radios will send and receive on the same ControlTL channel.
#:[[File:Learn_Mode_7.jpg]]

== Special Notes ==

*On a transmitting radio like a MiniTT1 or FlexTT5, when you are holding TEST to engage Learn Mode, you are also transmitting! Make sure remote equipment that you do not want to trigger is turned off.
*Activating LEARN in a MiniTT1 causes a large drain on the coin cell battery. To maintain the best battery life, use the [[PocketWizard Utility]] to teach channels to the MiniTT1 whenever possible.
*For a MiniTT1 or FlexTT5 only the configuration set, C.1 or C.2, will be taught. The other configuration will retain its settings.
*For a MiniTT1 or FlexTT5 all other settings as set in the [[PocketWizard Utility]] will remain in effect. If you wish to reset your radio to [[Factory Defaults]], follow that procedure, then engage Learn Mode.
*Learn Mode is only used by ControlTL radios like the MiniTT1, FlexTT5 or PowerST4. Standard radios like the Plus II and MultiMAX do not learn channels, but can be used to teach ControlTL radios different channels.
*Radios from different world regions cannot be used together with Learn Mode. CE radios cannot teach or learn US FCC/IC channels and frequencies, and vice versa. See the [[Channels]] section for more information on channels and frequencies.
*A Sekonic Meter cannot be used to teach. Its brief trigger mode is not compatible with LEARN.
*Custom IDs from MultiMAX radios are not learned.
*When teaching a ControlTL transmitter from another ControlTL transmitter, usually only the ControlTL channel is learned and not the Standard Channel. Even though your teaching radio is transmitting on two channels, Standard and ControlTL, the learning radio only hears the one it received first which is usually the ControlTL channel. The Standard channel that the radio being taught will use is based on the table below.

== Corresponding Channels Table ==

When you teach a ControlTL transmitter, like a MiniTT1, from a Standard transmitter, like a Plus II, the ControlTL transmitter learns to transmit on the Standard channel you taught it with '''and''' uses a corresponding ControlTL channel from the table below.

{| border="1"
|-
!If you taught it<br/>this Standard Channel
!It will also transmit<br/>on this ControlTL Channel
|-align="center"
|style="background-color:#33CCFF;"|1
|1
|-align="center"
|style="background-color:#33CCFF;"|2
|2
|-align="center"
|style="background-color:#33CCFF;"|3
|3
|-align="center"
|style="background-color:#33CCFF;"|4
|4
|-align="center"
|style="background-color:#33CCFF;"|5
|style="background-color:#C8C8C8;"|1
|-align="center"
|style="background-color:#33CCFF;"|6
|style="background-color:#C8C8C8;"|2
|-align="center"
|style="background-color:#33CCFF;"|7
|style="background-color:#C8C8C8;"|3
|-align="center"
|style="background-color:#33CCFF;"|8
|style="background-color:#C8C8C8;"|4
|-align="center"
|style="background-color:#33CCFF;"|9
|1
|-align="center"
|style="background-color:#33CCFF;"|10
|2
|-align="center"
|style="background-color:#33CCFF;"|11
|3
|-align="center"
|style="background-color:#33CCFF;"|12
|4
|-align="center"
|style="background-color:#33CCFF;"|13
|style="background-color:#C8C8C8;"|1
|-align="center"
|style="background-color:#33CCFF;"|14
|style="background-color:#C8C8C8;"|2
|-align="center"
|style="background-color:#33CCFF;"|15
|style="background-color:#C8C8C8;"|3
|-align="center"
|style="background-color:#33CCFF;"|16
|style="background-color:#C8C8C8;"|4
|-align="center"
|style="background-color:#33CCFF;"|17
|5
|-align="center"
|style="background-color:#33CCFF;"|18
|6
|-align="center"
|style="background-color:#33CCFF;"|19
|7
|-align="center"
|style="background-color:#33CCFF;"|20
|8
|-align="center"
|style="background-color:#33CCFF;"|21
|9
|-align="center"
|style="background-color:#33CCFF;"|22
|10
|-align="center"
|style="background-color:#33CCFF;"|23
|11
|-align="center"
|style="background-color:#33CCFF;"|24
|12
|-align="center"
|style="background-color:#33CCFF;"|25
|13
|-align="center"
|style="background-color:#33CCFF;"|26
|14
|-align="center"
|style="background-color:#33CCFF;"|27
|15
|-align="center"
|style="background-color:#33CCFF;"|28
|16
|-align="center"
|style="background-color:#33CCFF;"|29
|17
|-align="center"
|style="background-color:#33CCFF;"|30
|18
|-align="center"
|style="background-color:#33CCFF;"|31
|19
|-align="center"
|style="background-color:#33CCFF;"|32
|20
|-
|}

This is also true if you are teaching one ControlTL transmitter with another - the ControlTL channel will be learned and the Standard channel will be based on the table below.

{| border="1"
|-
!If you taught it<br/>this ControlTL Channel
!It will also transmit<br/>on this Standard Channel
|-align="center"
|1
|style="background-color:#33CCFF;"|1
|-align="center"
|2
|style="background-color:#33CCFF;"|2
|-align="center"
|3
|style="background-color:#33CCFF;"|3
|-align="center"
|4
|style="background-color:#33CCFF;"|4
|-align="center"
|5
|style="background-color:#33CCFF;"|17
|-align="center"
|6
|style="background-color:#33CCFF;"|18
|-align="center"
|7
|style="background-color:#33CCFF;"|19
|-align="center"
|8
|style="background-color:#33CCFF;"|20
|-align="center"
|9
|style="background-color:#33CCFF;"|21
|-align="center"
|10
|style="background-color:#33CCFF;"|22
|-align="center"
|11
|style="background-color:#33CCFF;"|23
|-align="center"
|12
|style="background-color:#33CCFF;"|24
|-align="center"
|13
|style="background-color:#33CCFF;"|25
|-align="center"
|14
|style="background-color:#33CCFF;"|26
|-align="center"
|15
|style="background-color:#33CCFF;"|27
|-align="center"
|16
|style="background-color:#33CCFF;"|28
|-align="center"
|17
|style="background-color:#33CCFF;"|29
|-align="center"
|18
|style="background-color:#33CCFF;"|30
|-align="center"
|19
|style="background-color:#33CCFF;"|31
|-align="center"
|20
|style="background-color:#33CCFF;"|32
|-
|}

You will notice in this table that it is not possible to teach Standard channels 5-16 from a ControlTL transmitter.

AC3 ZoneController

2015-07-08T20:37:42Z

Sarah:

[[File:AC3A_lbox.jpg|right|200px]]
__TOC__

The AC3 ZoneController for Canon and Nikon is the gem of the ControlTL® product line. Add it to your on-camera MiniTT1® Transmitter or FlexTT5® Transceiver and you instantly have three zones of flash control. Whether working in TTL or Manual mode, you now have control over all your flashes directly from the camera’s position. Put your flashes wherever you want, without worrying about having to access them during a shoot. With the AC3 ZoneController, you are in total control of your flash.

''There are '''two separate versions of the AC3''' - one with a Nikon hotshoe, and one with a Canon shoe. Make sure to purchase the proper version for use with your system!''

{| border="0" align="center" style="text-align:center;"
|-
|'''Nikon'''
|-
|<videoflash>J5cXswxJpz0&loop=0?rel=0&autohide=1|425|240</videoflash>
|}

====Features====

*Three independent zones of flash control
*6 stops of flash control in 1/3rd stop increments
*Turn zones on and off remotely
*Two dedicated AC3 versions - one for Nikon, and one for Canon systems.
*Works in PowerTracking, E-TTL II, CLS/i-TTL or Manual mode
*Works with Canon or Nikon Speedlights, AlienBees, White Lightning, Einstein™ E640, and Elinchrom RX flashes.
*Put your flashes where you want, without worrying about accessing them during a shoot.

----

====AC3 Quick Start How-To====

#Slide the AC3 onto your on-camera MiniTT1 or FlexTT5. Power on the transmitter, then the camera.
#Set up remote Speedlights on FlexTT5 radios normally. Power on the flash, then the FlexTT5.
#*Set all Speedlights on remote FlexTT5 radios to normal TTL Mode. Do not use Manual or MASTER / REMOTE on your remote Speedlights. The AC3 will use either Nikon or Canon TTL commands to control manual power levels when the AC3 Mode Switch is set to M (Manual).
#*Use the FlexTT5 Zone Switch to assign Zone A, B, or C to the Speedlight.
#On the AC3, set the Mode Switches to M (Manual) or A (Auto) for the zones in use.
#*Adjust flash output power with the Power Dials:
#**+ = Black numbers on a white background increase flash output by the stops shown.
#**– = White numbers on a black background decrease flash output by the stops shown.
#**Note: Make sure the camera is awake (half-press the shutter button) when changing settings to assure AC3 settings are transmitted to remote ControlTL radios.
#Take pictures normally. ''(Note: if you are using Canon radios, your first shot will be a calibration shot and will not trigger your remote flashes)''

----

====Operation====

[[File:AC3Labeled.png|center|500px]]

''Make sure the camera is awake (half-press the shutter button) when changing settings to assure AC3 settings are transmitted to remote ControlTL radios.''

=====Mode Switches=====

''The mode switches control the modes of operation for ControlTL receiving radios. It also controls zone on/off for PocketWizard Standard Channel Receivers with Quad-Triggering Zones, like the MultiMAX, Plus III, or flash packs with built-in PocketWizard radios, when using Standard Channels 17 or higher.''

*'''0 = OFF''' - Flashes will not trigger. Set unused zones to 0.
*'''M = Manual Mode''' - ControlTL compatible flashes will use the manual power output value set on the AC3 Power Dial. See the [[#Power Dials|power dial]] chart below for more info.
*'''A = Auto Mode''' - ControlTL compatible flashes will use the Flash Exposure Compensation (FEC) as set on the AC3 Power Dial. Nikon Speedlights will perform i-TTL exposures. When compatible studio flashes are used, PowerTracking will engage (see the [[PowerTracking]] Wiki page or in the AC9 AlienBees Adapter, PowerST4 or PowerMC2 Quick Guides for more information).

''Manual and Auto modes can be used at same time. Manual zones will not be calculated as part of the E-TTL exposure. Zones set to 0/ (OFF) will not trigger.''

FEC NOTE: In Auto Mode, Flash Exposure Compensation (FEC) can be set in more than one place and the values are used together - all positive and negative FEC values will be combined.
*FEC can be set:
**On each zone independently using the AC3 Power Dial when the zone is set to A (Auto)
**On each remote Speedlite using the camera’s FEC control. All AC3 zones set to A (Auto) will be affected equally.

If the combined FEC adjustments are more or less than your flash’s
capabilities, then the flash will operate at maximum or minimum
output accordingly

=====Release Button=====
Press the release button to remove the AC3 from your transmitter.
=====Status LED=====
The green Status LED blinks occasionally to indicate normal operation.
=====Power Dials=====
Sets the flash output power.

<div align="center">
{| class="wikitable" border="1" align="center"
|-
!colspan=4|AC3 Power Control Chart (Manual)
|-
|'''AC3 Power Dial Setting'''
|'''Speedlights
|'''Most ControlTL<br>Studio Strobes<br>(5-stop Range)'''
|'''White Lightning X800,<br> X1600 & X3200 Only;<br>Low Range Mode'''
|-
| +3
| style="background-color:#A4D3EE;" |1/1
| style="background-color:#A4D3EE;" |1/1
| style="background-color:#A4D3EE;" |1/4
|-
| +2.7
|1/2 + 0.7
|1/2 + 0.7
|1/8 + 0.7
|-
| +2.3
|1/2 + 0.3
|1/2 + 0.3
|1/8 + 0.3
|-
| +2
| style="background-color:#A4D3EE;" |1/2
| style="background-color:#A4D3EE;" |1/2
| style="background-color:#A4D3EE;" |1/8
|-
| +1.7
|1/4 + 0.7
|1/4 + 0.7
|1/16th + 0.7
|-
| +1.3
|1/4 + 0.3
|1/4 + 0.3
|1/16 + 0.3
|-
| +1
| style="background-color:#A4D3EE;" |1/4
| style="background-color:#A4D3EE;" |1/4
| style="background-color:#A4D3EE;" |1/16
|-
| +0.7
|1/8 + 0.7
|1/8 + 0.7
|1/32 + 0.7
|-
| +0.3
|1/8 +0.3
|1/8 +0.3
|1/32 + 0.3
|-
| style="color:white; background-color:#919191" |0
| style="background-color:#A4D3EE;" |1/8
| style="background-color:#A4D3EE;" |1/8
| style="background-color:#A4D3EE;" |1/32
|-
| style="color:white; background-color:#919191" | -0.3
|1/16 + 0.7
|1/16 + 0.7
|1/64 + 0.7
|-
| style="color:white; background-color:#919191" | -0.7
|1/16 + 0.3
|1/16 + 0.3
|1/64 + 0.3
|-
| style="color:white; background-color:#919191" | -1
| style="background-color:#A4D3EE;" |1/16
| style="background-color:#A4D3EE;" |1/16
| style="background-color:#A4D3EE;" |1/64
|-
| style="color:white; background-color:#919191" | -1.3
|1/32 + 0.7
|1/32 + 0.7
|1/128 + 0.7
|-
| style="color:white; background-color:#919191" | -1.7
|1/32 + 0.3
|1/32 + 0.3
|1/128 + 0.3
|-
| style="color:white; background-color:#919191" | -2
| style="background-color:#A4D3EE;" |1/32
| style="background-color:#A4D3EE;" |1/32
| style="background-color:#A4D3EE;" |1/128
|-
| style="color:white; background-color:#919191" | -2.3
|1/64 + 0.7
|1/32
|1/128
|-
| style="color:white; background-color:#919191" | -2.7
|1/64 + 0.3
|1/32
|1/128
|-
| style="color:white; background-color:#919191" | -3
| style="background-color:#A4D3EE;" |1/64
| style="background-color:#A4D3EE;" |1/32
| style="background-color:#A4D3EE;" |1/128
|}
</div>

----
====Specifications====

<div align="center">
{| border="1"
|-
|'''Compatiblity'''
|Canon E-TTL II '''OR''' Nikon CLS/i-TTL<br>Elinchrom RX, AlienBees, White Lightning, Einstein™ E640 Flash
|-
|'''Mounting'''
|Hot Shoe
|-
|'''Selector Switch'''
|Off, Manual, Auto (PowerTracking, E-TTL II, CLS/i-TTL)
|-
|'''Adjustment Range'''
|Auto = +/- 3 stops, 1/3 stop increments
|-
|'''Status Indicator'''
|LED: Green status indicator
|-
|'''Operating Temperature'''
|Above -15° C (5° F) and below 50° C (120° F)
|-
|'''Storage Temperature'''
|Above -30° C (22° F) and below 85° C (185° F)
|-
|'''Construction'''
|high impact plastic - ''RoHS Compliant''
|-
|'''Power'''
|Receives power from attached radio
|-
|'''Dimensions'''
|2" (5cm) wide x 1.7" (4.2 cm) long x .9" (2.1cm) tall
|-
|'''Weight'''
|.82 ounces (23.25 grams)
|-
|'''Requirements'''
|Dedicated AC3 Version for Nikon and Canon systems. Must be used in conjunction with a MiniTT1 or FlexTT5 on camera.
|}
</div>

----
====Power Control for Non-Compatible Cameras====

You can use your MiniTT1 or FlexTT5 with an AC3 ZoneController on nearly *any* camera with a basic hot shoe to get Manual Power Control for Mamiya, Leica, Hassleblad, mirrorless cameras, etc. Trigger any ControlTL receiver in sync up to 1/125 on some models of camera.

You can read more about this exciting feature on our [[Power Control for Non-Compatible Cameras]] page.

High Speed Sync

2015-07-08T20:31:26Z

Sarah:

{{recommended reading|PowerTracking|}}

The MiniTT1 and FlexTT5 support High Speed Sync (HSS) for Canon and FP Sync for Nikon. No configuration is necessary for the radios.
*If you have a Nikon camera, adjust the Flash Sync Speed setting in the Custom menu to 1/250s (AutoFP) for most cameras. The D600 and D610 need to be set to 1/200s (AutoFP).
*If you are using a Canon flash as an on-camera flash, attached to the transmitting radio, the Master flash needs to be set to HSS via the flash's menu. It is not necessary to set remote Canon flashes to HSS.

HSS/FP is seamlessly engaged with the default settings at appropriate shutter speeds, letting you synchronize flashes that support HSS/FP at any speed.

Keep in mind that flashes actually pulse and act as a continuous light in this mode, which significantly reduces effective flash power.

{|
|
|}

Read more about the available options for high speed photography with any flash: [[Understanding HyperSync and High Speed Sync]].

See details from Canon about High Speed Sync with Speedlites at [http://www.canon.co.jp/imaging/flashwork/ettl2/high/index.html canon.co.jp].

See details from Nikon about FP Sync with Speedlights at [http://www.nikonusa.com/Learn-And-Explore/Nikon-Camera-Technology/ftlzi4zp/1/Auto-FP-High-speed-Sync.html nikonusa.com].

PowerMC2

2015-07-08T20:07:36Z

Sarah:

<div align="left">
{| border="1" class="wikitable"
|-
|<b>SAFETY NOTICE:</b>

We have identified a potentially hazardous issue with the PocketWizard® PowerMC2 receiver when used in combination with the Paul C. Buff Einstein™ E640 flash units, especially the CE/433 MHz version sold in Europe. You may have received a previous message from Paul C. Buff, Inc. regarding this issue.

In rare circumstances, if the PowerMC2 is connected to the Einstein flash and the Einstein flash is connected to a power outlet, exposed metal components like the USB port or antenna spring on the PowerMC2 can become electrified, posing a potentially serious shock hazard. If the PowerMC2’s antenna cover is broken, removed, or in any way damaged, DISCONTINUE USE IMMEDIATELY and contact PocketWizard.

Customers in the United States may continue to safely use the Einstein flash and PowerMC2 with the power cord supplied by Paul C. Buff and a properly wired USA-style three-pronged power outlet ([http://en.wikipedia.org/wiki/NEMA_connector#NEMA_5 NEMA 5]) or with the Vagabond battery pack. If a properly wired NEMA 5 power outlet is unavailable in your location, ALWAYS UNPLUG THE FLASH PRIOR TO HANDLING THE POWERMC2.

The issue has been corrected for all PowerMC2 units sold by PocketWizard’s authorized distributor in the USA after February 15, 2014. Customers owning affected units are advised to immediately contact PocketWizard Technical Support toll free at +1 877-393-0045 or via our [http://www.pocketwizard.com/contact/inquiry/ inquiry page] to arrange for the return of affected units for free servicing to reduce the risk of electrical shock. We urge you to contact us regardless of the condition of your PowerMC2. We greatly apologize for this inconvenience.

<b>Affected units:</b>

*All units with the CE logo on the back, or any serial number beginning M2Cxxxxxxx are affected and correctable.
:[[File:PowerMC2_Affected_CE_label.png|none|left|123px]]

*Units with the FCC logo on the back and with a serial number M2U192000 or lower are affected and correctable.
:[[File:PowerMC2_Affected_FCC_label.png|none|left|123px]]

<b>Corrected units:</b>

*Units sold by PocketWizard’s authorized distributor in the USA after February 15th, 2014, or have serial number M2U194000 and higher, already have corrective safety features and warnings installed. Identifying features are “www.pwpatents.com” on the serial number sticker, and/or a yellow warning label.
:[[File:PowerMC2_Corrected_FCC_label.png|none|left|123px]]
:[[File:PowerMC2_Warning_Sticker.png|none|left|123px]]
|}
</div>

==Receiver with ControlTL® for Einstein™ E640 Flash==

[[File:PWPOWERMC2.jpg|right|300px]]

The PowerMC2 Receiver Module enables remote power control of Einstein™ E640 flashes using PocketWizard [[ControlTL]] technology. With a [[MiniTT1_and_FlexTT5|MiniTT1 Transmitter or FlexTT5 Transceiver]] on your camera and a PowerMC2 plugged into your Einstein™ E640 flash, you can now adjust the flash power settings directly from the camera position. Add the [[AC3 ZoneController]] and you can control three different zones of lights in 1/3-stop increments with up to a six-stop range. Utilize PocketWizard’s unique features such as [[HyperSync]] and Optimized [[Rear Curtain Sync]] for maximum control of your lighting.

==Special Warning==

When connecting the PowerMC2 to the [[PocketWizard Utility]], make sure to disconnect the PowerMC2 from any attached flash first.

<span style="color:red;">Do not connect the PowerMC2 to USB while also connected to the Einstein E640 flash.</span> Damage to your PowerMC2, Einstein, or Computer's USB port could result.

==Using your PowerMC2==

[[File:PowerMC2Einstein.jpg|right|300px]]
'''1.''' Connect the PowerMC2 to your Einstein™ E640 Flash via the remote port, then power on the flash.

'''2.''' Select the Channel and Zone A, B, or C via the E640’s LCD.

'''3.''' Set up your PocketWizard transmitter and take pictures normally.

'''4.''' Adjust the camera’s Flash Exposure Compensation (FEC) to adjust the power of your remote flash. See the [[#Basic Power Control|Basic Power Control]] section for more information about FEC.

'''Make sure all your radios are set to the same PocketWizard [[Channels|channel]].'''

The Status LED blinks '''<span style="color:green;">Green</span>''' every few seconds to indicate normal operation. It will blink '''<span style="color:red;">Red</span>''' in sync with a trigger.

Momentarily pressing TEST will test trigger the flash.

Your PowerMC2 needs to be on the same channel as your transmitter. [[Channels]] can be set via the Einstein’s built-in LCD. The PowerMC2 is capable of receiving on either ControlTL Channels for use with ControlTL radios like the MiniTT1 and FlexTT5 or [[Channels#Standard_Channels|Standard Channels]] for triggering with the [[Plus II]], [[MultiMAX]], and [[Sekonic]] meters.

To set the channel, press the Einstein’s™ FUNCTION button until the Channel selection box is highlighted, and then change channels with the ADJUST buttons. Press the FUNCTION button again to specify a zone. When using ControlTL Channels, or Standard Channels 17-32, you can specify zone A, B, or C.

'''Note:''' When receiving on Standard Channels, the PowerMC2 will be unable to do any form of PowerTracking, or remote Manual Power Control. You must be using a ControlTL radio in ControlTL radio mode for the Einstein to be able to engage in any form of ControlTL feature.

----
===== [[PowerMC2 FAQ]] =====
Having trouble with your PowerMC2? Check out our [[PowerMC2 FAQ]] page!

===== [[ControlTL]] =====
[[File:controltl.jpg|right]]
PocketWizard’s newest firmware platform taps into the camera’s digital communications to enable an entirely new level of remote flash capability through our proven radio system. ControlTL allows remote [[Basic Wireless TTL|TTL]] systems as well as Manual Power Control. ControlTL firmware is configurable and [[PocketWizard Utility|upgradeable]] for “future-proof” continuous improvement.

===== Manual Power Control =====
[[File:manual_power_control.jpg|right]]
Adjust the manual power settings of your remote Einstein flash directly from a [[AC3 ZoneController]], or master flash mounted on your on-camera [[MiniTT1_and_FlexTT5|MiniTT1 or FlexTT5]]. You can independently control the power output of up to three remote groups of lights (you can have as many lights in each group as you want) from full power down to the lowest setting through the user interface on the back of the master flash or with the dials of the AC3 ZoneController. Now you can work with total control with your remote lights, without leaving your shooting position.

===== [[HyperSync]] =====
[[File:Hypersync.jpg|right]]
Our patent pending HyperSync® technology allows photographers to achieve faster X-sync speeds with full power flash. That extra speed can be used to freeze action or cut ambient light - both of which can produce results never possible before. HyperSync works automatically with the PowerMC2. All you need is a MiniTT1 or FlexTT5 on camera to gain the benefits of HyperSync. While performance varies by the camera and flash equipment being used, HyperSync will get the maximum possible out of any configuration.

===== [[PowerTracking]] =====
[[File:powertracking.jpg|right]]
When working with certain manual flashes, you can change any of your settings on your camera and the system adjusts for those settings. Change your camera's exposure compensation to adjust the flash output, or make adjustments in aperture or ISO and the system balances your flash for proper exposure.

''Note that Flash Exposure Compensation can also be dialed in on a per-flash basis, by changing the PowerMC2's settings in the [[Exposure Tab]] of the [[PocketWizard Utility]].''

====[[PowerTracking#Basic Power Control|Basic Power Control]]====

With only a MiniTT1 or FlexTT5 on your camera, your camera’s FEC (Flash Exposure Compensation) control will adjust your flash power output level for all your PowerMC2-connected flashes as shown in the table below.

<div align="center">
{| border="1" class="wikitable"
|-
|'''Camera FEC/EC <br> - or -<br>AC3 Power Dial in Manual'''
|'''Einstein E640 Power Output'''
|-
| +3
| style="background-color:#A4D3EE;" |1/1
|-
| +2.7
|1/2 + 0.6
|-
| +2.3
|1/2 + 0.3
|-
| +2
| style="background-color:#A4D3EE;" |1/2
|-
| +1.7
|1/4 + 0.6
|-
| +1.3
|1/4 + 0.3
|-
| +1
| style="background-color:#A4D3EE;" |1/4
|-
| +0.7
|1/8 + 0.6
|-
| +0.3
|1/8 + 0.6
|-
|0
| style="background-color:#A4D3EE;" |1/8
|-
| -0.3
|1/16 + 0.6
|-
| -0.7
| 1/16 + 0.3
|-
| -1
| style="background-color:#A4D3EE;" |1/16
|-
| -1.3
| 1/32 + 0.6
|-
| -1.7
|1/32 + 0.3
|-
| -2
| style="background-color:#A4D3EE;" |1/32
|-
| -2.3
|1/64 + 0.6
|-
| -2.7
| 1/64 + 0.3
|-
| -3
| style="background-color:#A4D3EE;" |1/64
|}
</div>

====Specifications====

<div align="center">
{| border="1" class="wikitable"
|-
|'''Frequency'''
|340.00 - 354.00 US FCC/IC <br>433.42 - 434.42 MHz - CE
|-
|'''Channels'''
|52 Channels over 26 Frequencies - US FCC/IC <br> 35 Channels over 5 Frequencies - CE
|-
|'''Antenna'''
|2.7" (6.9 cm) rubberized
|-
|'''Mounting'''
|Eight-pin remote socket
|-
|'''Zone Select Switch'''
|A-B-C Plus channel "D" if receiving on a MultiMAX channel.
|-
|'''Status Indicator'''
|LED: Green, Amber, Red Status indications
|-
|'''USB'''
|USB Compliant 2.0, Mini-B Connector, 5VDC regulated, 100mA, Pin 1 Positive, Pin 4 Ground<BR>
''<span style="color:red;">DO NOT CONNECT RADIO TO USB WHILE ALSO CONNECTED TO EINSTEIN FLASH.</span>
|-
|'''Operating Temperature'''
|Above -15° C (5° F) and below 50° C (120° F)
|-
|'''Storage Temperature'''
|Above -30° C (22° F) and below 85° C (185° F)
|-
|'''Construction'''
|high impact plastic, rubberized antenna, ''RoHS Compliant''
|-
|'''Power'''
|Receives power from attached flash
|-
|'''Dimensions'''
|4.66" (11.84 cm) long x 1.29" (3.27 cm) wide x .43" (1.09 cm) depth
|-
|'''Weight'''
|.77 ounces (21.83 grams)
|-
|'''Requirements'''
|Must be used in conjunction with a MiniTT1 or FlexTT5 on camera for power control capability.<br>May be paired with any PocketWizard transmitter or transceiver for simple triggering.
|}
</div>