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Direct RSP PixController
(Refresh-Shutter-Power)
Discontinued Product
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The Direct RSP PixController is a complete electronic kit to construct a Wildlife Trail
Camera System, or Remote Camera Security System.
The Direct RSP PixController uses a Passive Infrared (PIR) sensor which detects body
heat and motion to trigger the camera system. The built
in day/night sensor lets you control taking photos in the day,
night, or 24 hours.
The
Direct RSP PixController controls the "Power" and
"Shutter/Refresh" controls of your digital camera.
These controls are hardwired to the board. The Direct RPS
PixController is perfect for "deep
woods" setups that need to be left for months at a
time. The shutter times can be slower than the Direct
RSS PixController, but the camera will be
powered down for the majority of the time (only be powered up
to take a photo). Camera battery life is totally
dependant on how many total photos are taken.
Setting include a "Charge Mode" setting to keep your
current camera setting for the Olympus D-370 and D-380.
Settings such as date and time will be lost if not in this
mode. When in this mode you will decrease the camera
battery life somewhat.
The User Switch Settings let you adjust the delay between
photos, power on camera delays, shutter/recording hold times,
day/night/24 hour modes, and setup
the Walk-Test PIR mode.
The
"Power Up" mode setting will let adjust the board
for how fast the digital camera will boot up and be ready to
take a photo. The
Fast mode is matched to the speed of either an Olympus D-360L,
D-370, D-380, and D-390 (but not limited to these cameras),
and the Slow mode is longer power up delayed cameras (longer
than a 5 second power up).
Contact our support by email if you need custom
settings, support@pixcontroller.com
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Shutter Time Examples:
Olympus D-360L
~2.5 Seconds
Olympus D-370
~3 Seconds
Olympus D-380
~3 Seconds
Olympus D-390
~4 Seconds
Note: Shutter times can vary depending on camera
flash charge state, and the size of media card used.
Larger media cards can cause the camera to boot up slower.
Attach
"hardwired" Camera Devices such as the Olympus
D-360L, D-370, D-380, or the new Olympus D-390.
With a recommended 4 C Cell battery supply you will get approximately
8+ months of continuous use.
Purchase
NiMH Rechargeable Batteries Here
Note: The camera device must be modified in order to work
with this board.
All PixController
board are built and tested before being shipped, and include a
6 month warranty. Click
here for warranty information.
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User Manuals
Direct RSP Board Overview
Direct RSP User DIP Switch Settings
Direct RSP_V2 User
DIP
Switch Settings "4 power up delays"
NEW!
How
to modify the Sony DSC-P41 Digital Camera
NEW!!
How
to modify the Sony DSC-P32 Digital Camera
NEW!!
How
to modify the Sony DSC-U20/U30 Digital Camera
NEW!!
How
to modify the Minolta X20 Digital Camera
NEW!!
Sony
DSC-P32/U20/U30 & Minolta X20 User DIP Switch Settings
NEW!
How to modify the Olympus D-390 (External
Battery)
How
to modify the Olympus D-370/380 (on/off style)
How to modify the Olympus D-370 and
D-380
How
to Add an External Digital Camera Power Connector/Supply
How to modify the Olympus D-395 NEW!!
How to modify the Olympus D-390 (Internal
Battery) NEW!
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Advanced
Features
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Hardware Mounting Information
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Board Component Layout Diagram

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Direct RSP PixController kit includes the Control
Board,
Camera Shutter/Refresh Cable with board connector,
Camera Power Cable with board connector,
Board Power cable with board connector,
and PIR Lens.
Completed Unit Examples
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Olympus D-390 Example
Pelican 1060 Case
4 C Cell board supply, 3 AA Cell camera supply
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Olympus D-395 Example
Pelican 1060 Case
4 C Cell board supply, (using 2 AA internal batteries)
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External Battery Supply wring diagram

External battery supply wiring diagram for controlling power
on/off to various digital camera. This technique is used for digital
cameras that do not have an on/off button, such as the Olympus D-390 which
has a lens cover slide to turn the power on/off. This example shows
the use of 3 AA batteries, which are commonly used for 3.5V DC supply
cameras. Most digital cameras that run off of 2 internal batteries
can use a setup like this.
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