VDLPC60-TDN-18IR
High Resolution IR Camera with Mechanism Driven
True Day & Night Feature
SONY 1/3" super HAD CCD IR
Lamp Synchronizing Camera will be in B/W position when IR Lamp on [OUR IR Lamp
Board] Day
Night Decide by CDS The IR Lamp boards has CDS for light sensing 3mm
Lens RS-232
Control[Need to open the case] AGC gain & auto White Balance, color gain (red,
blue) & hue controlled by RS-232C via optional software and cable adaptor. Push
Lock Mode[Need to open the case] Convergence works at faster operating speed than
ATW without a operating frame or other limitations. Digital
Signal Processor Regulated and excellent colored picture is provided by quality-reliable
digital signal processor. DIP
SWITCH CONTROL[Need to open the case] Flicker-less on/off. Backlight compensation
on/off. AGC/manual gain control. Shutter speed control. Auto White Balance for
indoor/outdoor/push lock Wide
voltage input operation It allows wide range of voltage input upon various needs
on operating circumstances. (8V~18V)
High Impact Aluminum Housing
All Weatherproof for Outdoor-Use True
day/night function with OLPF and glass
At night [B/W mode] the color is killed
Low Power Consumption
Wide Operating Voltage Range DC8V - DC18V AC/DC Power Board available
Line Lock - Button Type Adjustment
DC-Iris Controlled Vari-focal Lens
VDLPC60-TDN-18IR
High Resolution IR Camera with Mechanism Driven
True Day & Night Feature
$449.99
What
is a True Day & Night Mechanism? For
a camera to called a TRUE Day & Night unit, it needs to feature some key engineering
components. Without these core mechanical elements, it is only imitating a True
Day & Night Camera. Here is a list of core features of a True Day & Night
Camera: |
Unique
Design of True Day & Night Mechanism - SOLENOID
 TRUE
DAY NIGHT (TDN) Function using Solenoid TDN Mechanism exists only at Ambush. OLPF
filter and Glass can be switched upon certain level of light without any other
influence. Only
light level makes this mechanism to work. Also it's very reliable, being able
to withstand even at high temperature since it uses LCP material that endures
over 200¡É. |
Controlling
Processor of TDN mechanism-
MICOM Chipset 
MICOM, Ambush's own technology, is a Main Chipset for TDN camera. MICOM continuously
controls and adjusts Gamma and iris level upon certain external light condition.
Meaning MICOM judges the timing for the camera from switching Color to BW or vise
versa. |
Color
Killing Function This
function is recommended when TDN is not being used because it enables peak performance
to a camera in low illumination. By controlling the burst perfectly, the camera
changes to BW mode and achieves clear images with higher sensitivity. |
Featuring
3D Gimble
for Better Camera Rotation and Angle
|
Horizontal resolution
(Normal / High) | 330
/ 450 TV lines [COLOR state]
360 / 560 TV lines [B/W state] |
| Pick-up
device | 1/3"
Interline CCD | |
Scanning System | 525
lines interlaced (NTSC)
625 lines interlaced (PAL) |
| Synchronization | Standard
composite signal
1Vpp composite video into
75 Ohms |
Light
sensitivity (Normal / High)
-30 IRE [COLOR]
0.8 / 0.1Lux (Scene) with
F1.2 Lens
-30 IRE [B/W] W/O IR Lamp 0.2 / 0.2Lux (Scene) with F1.2 Lens
With
IR Lamp 0.0 / 0.0Lux (Scene) with F1.2 Lens | | Electronics
Iris | 1/60~1/100,000
(NTSC)
1/50~1/100,000 (PAL) | | Signal
to Noise Ratio | 46
dB or more (AGC off) | | Gamma
| 0.45
| | AGC
| on
(4-26dB Max) | | Input
voltage | DC
12V[DC 8.0V ~ 18.0V] 24VAC | | Power
Consumption | 2.1W(Normal)
/ 2.4W(High) or less | Ambient
Temperature | |
-Operation | -10¢ªto
+55¢ªC | |
-In storage | -20¢ªto
+70¢ªC |
Relative humidity | |
-Operation | Under
90% Non-condensing | |
-In storage | Under
95% Non-condensing | | Weight
| 580
grams | |
