User Manual

REES Cables & Connectors
Standard Cables
Separation (m)
Cable Camera to CCU Operation Notes
TV36 200 Lighting current 6A max
102.00.019 Full R937 options available
17mm dia (.67”)
Minikevlar 100 Lighting current 6A max
102.00.042 R937 has reduced options
11mm dia (.43”)
R90 Series Cables
Special Cables
Separation (m)
Cable Camera to CCU Operation Notes
Minicable 100 Lighting current 5A max
R000CAB014 R937 has reduced options
8.8mm dia (.35”)
Spiral cable 100 Lighting Current 5A max
8.8mm dia (.35”) R937 has reduced options
50mm dia coils (2”)
Flatform Cable Full application specifications
are required before this cable
can be considered.
Rees Flatform Cables
Flatform festoon cables are available to
special order.
Rees Minicable Spiral
Special expandable spiral versions
for the Rees Minicable are available.
Video Control Cable CAB.00640
This cable combines a video cable and a two core
control cable into one figure of 8 assembly. Cores
are constructed in PVC (cellular polyethylene for
the coaxial) with PVC jackets.
The CAB.00640 cable is designed for use in air
and is mainly used in applications specifying
Rees Operator Control Units, where it is used as
the interconnecting cable to any master control
and video switching matrix used, and where
RS485 control system philosophies have been
adopted.
Cores
1 screened twisted pair
1 coaxial
Mechanical
Diameter................................................6.15mm (.24”) & 11.30mm (.44”)
Video Cable CAB.00650
This is a high quality coaxial cable intended for fixed installation. It com-
prises 1 x 1.15mm (.45”) plain copper conductor with solid polyethylene
dielectric, plain copper wire braid and black PVC sheath.
Mechanical
Diameter ..............................................10.3mm (.405”)
Minimum installation bend radius .......125mm (4.9”)
Weight in air ........................................0.15kg/m (.33lb/yd)
Operating temperature range ...............-30°C to 85°C (-22°F to 185°F)
Electrical
Characteristic Impedance .....................75 ohms
Attenuation ...........................................1.6 dB per 100m (328’) at 10 MHz.