We are supplying you with 2 cameras,
a PTZ IR and a Fixed IR. IR is the Infra
Red Sensors that only come ON automatically
in the Night and Dark Areas.
PTZ IR Camera Load is approximately
0.7 Amp for Day Time Power Loads with
IR OFF and Continuous Movement.
PTZ IR Camera Load is approximately
1.2 Amp for Night Time Power Loads with
IR ON and Continuous Movement.
Fixed IR Camera Load is approximately
0.3 Amp for Day Time Power Loads with
IR OFF.
Fixed IR Camera Load is approximately
0.8 Amp for Night Time Power Loads with
IR OFF.
Feet to Meters Conversion Table:
(164 feet = 50 meters)
(328 feet = 100 meters)
(820 feet = 250 meters)
(1641 feet = 500 meters)
(2460 feet = 750 meters)
(3280 feet = 1000 meters)
(4921 feet = 1500 meters)
Electrical Cable Conversion Table
between UL Standards and CE Standards
(14 awg (14.5 to 15A) = 4mm² 3
core cable)
Several Voltage Drop
Options:
Option 164 feet = 50 meters
This should be the line-to-line voltage
for multi-voltage and 3 phase systems. For
a 120/240V single phase system select 240V.
For other single phase systems select the
line-to-neutral voltage.
Load current in amperes
These are uncoated copper conductor sizes.
Length of cable in feet (one-way distance)
Estimated voltage drop.
Option 328 feet = 100 meters
This should be the line-to-line voltage
for multi-voltage and 3 phase systems. For
a 120/240V single phase system select 240V.
For other single phase systems select the
line-to-neutral voltage.
Load current in amperes
These are uncoated copper conductor sizes.
Length of cable in feet (one-way distance)
Estimated voltage drop.
Option 820 feet = 250 meters
This should be the line-to-line voltage
for multi-voltage and 3 phase systems. For
a 120/240V single phase system select 240V.
For other single phase systems select the
line-to-neutral voltage.
Load current in amperes
These are uncoated copper conductor sizes.
Length of cable in feet (one-way distance)
Estimated voltage drop.
Option 1641 feet = 500 meters
This should be the line-to-line voltage
for multi-voltage and 3 phase systems. For
a 120/240V single phase system select 240V.
For other single phase systems select the
line-to-neutral voltage.
Load current in amperes
These are uncoated copper conductor sizes.
Length of cable in feet (one-way distance)
Estimated voltage drop
Option 2460 feet = 750 meters
This should be the line-to-line voltage
for multi-voltage and 3 phase systems. For
a 120/240V single phase system select 240V.
For other single phase systems select the
line-to-neutral voltage.
Load current in amperes
These are uncoated copper conductor sizes.
Length of cable in feet (one-way distance)
Estimated voltage drop.
Option 3280 feet = 1000 meters
This should be the line-to-line voltage
for multi-voltage and 3 phase systems. For
a 120/240V single phase system select 240V.
For other single phase systems select the
line-to-neutral voltage.
Load current in amperes
These are uncoated copper conductor sizes.
Length of cable in feet (one-way distance)
Estimated voltage drop.
Option 4921 feet = 1500 meters
This should be the line-to-line voltage
for multi-voltage and 3 phase systems. For
a 120/240V single phase system select 240V.
For other single phase systems select the
line-to-neutral voltage.
Load current in amperes
These are uncoated copper conductor sizes.
Length of cable in feet (one-way distance)
Estimated voltage drop. (estimated at Zero
Voltage at the end of the cable length).
