2
e.
H
ome position as tracking, patterns, presets
f.
Memory function after power off, it automatically returns to the original station after
power on.
g.
Built-in temperature sensor, with temperature display function, can control internal air
cooling system by manual or auto.
h.
Coordination display function, the compass direction way could setup to the North.
i.
PELCO-D coordination searching, coordination setup functions.
j.
It stores 255 preset positions, data memorize after power off.
k.
Proportional pan function, it could recognize many normal using cameras.
l.
With wiper for the PTZ, it could solve the disadvantages side of cleaning camera lens.
m. IP Grade: IP66.
n.
4 Alarm input, 1 Alarm output (Optional).
o.
It could analyze dome camera fault problem, some fault details information, such as
pan/tilt information, and self-testing information could be displayed on the screen.
p.
IR lamp opening threshold could be adjusted. It could be used at different environment.
q.
Infrared lights and cameras really achieve three-compartment isolation; completely solve
the infrared lamp rapidly aging and camera lens fog problem.
r.
Constant current dimming design, more stable infrared lamp life up to 30,000 hours.
s.
This PTZ applies with the 3
rd
generation high-power IR light, multiple angles with the
adjustable of brightness, could maximally achieve the best illumination.
t.
4 different IR lamp light compensation, it meets different requirement.
III. Setup of PTZ Camera
1. Protocol &PTZ address selecting
Diagram 1
2. Setup of Coding Switch of PTZ Camera .
As diagram 1 shows
，
SW1 is used to set address of
the PTZ camera from 1 – 255. The coding switches from DIP-8 to DIP-1 are equivalent to a 8-bit
binary digital. DIP-8 is MSB while DIP-1 is LSB. The state “ON” of each bit means 1 while
“OFF” means 0. Following table shows states of coding switches of some addresses.
PTZ address selecting
SW1
：
DIP1
—
DIP8 selecting address
DIP10: 120
Ω
Resistor to selecting
Protocol selecting
SW1
SW2
