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There is a button hidden in the pinhole beside the Ethernet socket. It is
used to
reset
the system or
restore
the factory default settings. Sometimes
resetting the
DCS-3220
will return the system back to a normal state. If the
system still has problems after reset, restore the factory settings and install
again:
RESET
:
1.
3.
RESTORE
:
1.
2.
3.
Reset and Restore
Restoring the factory defaults will result in the
loss of any previous settings and will require
running the Installation Wizard to return the
DCS-3220
to user preferred settings.
2. The LED on the front of the camera will begin blinking
orange.
Lightly insert a paper clip (or a similar sized tool) into the
reset hole on the back of the camera, press lightly and
then release the button.
Insert the paperclip or other tool and press and continuously
hold down on the button recessed inside the reset hole.
Wait for the LED on the front of the camera to blink red
and green and hold the button through two cycles of
blinking (about 5-7 seconds.)
Withdraw the tool after the second cycle of the LED
blinking and a factory restore has been completed.
When the LED stops the blinking fast and starts to blink
once a second, the reset is completed.
Reset button
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127
I/O Connector
I/O Connector Definition for the Internet Camera
The DCS-3220 provides a general I/O terminal block with one digital input and
one relay switch for device control. Pin 1 and pin 2 can be connected to an
external sensor and the state of voltage will be monitored from the initial state
‘LOW’. The relay switch of pin 3 and pin 4 can be used to turn the external
device on or off.
The I/O connector provides the physical interface for digital output (DO) and
digital input (DI) that is used for connecting a diversity of external alarm devices
to the Internet Camera such as IR-Sensors and alarm relays.
The digital input is used for connecting external alarm devices and once triggered
images will be taken and e-mailed.
1
SW_COMMON
OUTPUT (open from SW_OPEN at initial state)
(close with SW_OPEN when set DO to ON)
2
SW_NOPEN
OUTPUT (Max. 1A, 24VDC or 0.5A, 125VAC)
3
DI+
INPUT (Max. 50mA, 12VDC)
4
DI-
INPUT (Initial state of DI is low)
I/O Connector
I/O Terminal Block:
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The above diagram shows a typical wiring configuration for a normally closed
PIR motion sensor. Please refer to your specific motion sensor for the power
supply connection to the device since this will be critical to the success of your
installation. Note that the positive from the PIR is connected to the D- of the I/O
port of the camera and the negative from the PIR is connected to the D+ of the
camera I/O port.
Configuring Your Camera for External Trigger Based Recording
I/O Connector (continued)
To configure your camera to record when triggered by an external device,
you must first set your SMTP or FTP settings in order to send snapshots to
your email account or FTP server.
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129
Click the
Network
button under the
Advanced
tab to set the SMTP or FTP
server settings for the
DCS-3220
.
In this window, enter the settings for the SMTP or FTP server to which recorded
snapshots will be sent. For detailed information about each setting, please refer
to
Configuration > Advanced > Network
in the section titled “Using the DCS-
3220 With an Internet Browser” (page 33). Click the apply button when finished.
Configuring Your Camera for External Trigger Based Recording
(continued)
I/O Connector (continued)
Click
Network
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Configuring Your Camera for External Trigger Based Recording
(continued)
I/O Connector (continued)
Next, click the
Applications
button under the
Tools
tab to set
the application settings for the
DCS-3220
.
In this window, follow the steps below to set the application settings for
snapshots to be sent to your email account or FTP server when triggered by a
motion sensor or other external device:
c
Select the weekdays you would like to record and enter the
“Snapshots begin” time and “Snapshots end” time for the weekly
schedule, or select “All the time except for the above schedule” if you
want to enable full time snapshot recording.
d
Check “Event operation.”
e
Set the delay “before detecting next event” to avoid continuous false
alarms following the original event.
f
Set the “snapshot interval” to capture the direction of the moving
object.
5
Check the trigger condition for input and motion detection (in this
case “Input is Low”).
6
Check “Trigger output alarm while input condition matched” and
“Upload snapshots while motion detected.”
7
Select to either send snapshots by email or by FTP.
Click
Applications
Click the apply button when finished. You are now able to send snapshots,
based on triggered recording, to your email account or FTP server.
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