The CL35-11 model features powerful dual 575W HMI lamps that provide high
CRI, high CCT (6000K) "daylight" sharp white illumination; highly appreciated
for navigation and regarded as having the best "ice light spectra" on the
market. Each lamp may be independently focused or synchronized together for
maximum output. The CL35-11 is constructed of robust acid-proof stainless
steel. The internal components are digitally controlled and monitored and the
brushless digital controlled motors equate to no planned maintenance the first
10 years of operation! This model comes complete with a compact 100-240V
electronic box, OP3G bridge panel remote control, 3m (10') power &
bus/signal cable, and 5m (16.5') control cable.
The CL35-11 UD model is specific for upside down mounting. Like the standard
CL-35, it features powerful dual 575W HMI lamps that provide high CRI, high CCT
(6000K) "daylight" sharp white illumination; highly appreciated for navigation
and regarded as having the best "ice light spectra" on the market. Each lamp
may be independently focused or synchronized together for maximum output. The
CL35-11 UD is constructed of robust acid-proof stainless steel. The internal
components are digitally controlled and monitored and the brushless digital
controlled motors equate to no planned maintenance the first 10 years of
operation! This model comes complete with a compact 100-240V electronic box,
OP3G bridge panel remote control, 3m (10') power & bus/signal cable, and 5m
(16.5') control cable
Features & Benefits:
- Dual heads for independent flood/spot focus
- 100% unlimited horizontal/vertical movement
- Acid-proof stainless steel housing
- Highly efficient HMI technology (85 lm/watt)
- Extra wide beam (120m width @ 3 nautical mls)
- Stepless speed control with optional automatic sweeping
- Brushless digital controlled servo motors (15,000 operating hrs)
- Internal components digitally controlled and monitored
- Open protocol for seamless integration with existing nav system
- Options for surveillance, fixed positions, and multi-unit
synchronization