LX-5100 SeriesSelf-Setting Analog Clock Slaves |
Features:
- Silent Operation
- Simple Setup; Self-Setting with Time Code Input
- Reads ESE, ASCII, SMPTE or EBU Time Code (IRIG-B optional)
- Stand-Alone, Impulse & Reader Modes
- Sweep or Step Second Hand
- 5", 12" or 16" Dial
- Viewing Distance 20', 60' or 80'
- Battery Back-up
- Time Zone Offset
- Time Code Loss Indicator
- Variable Brightness Lighted-Dial Option
- Rackmount, 220-240 VAC (110-120 VAC is standard) & UL Options available
- Various Options available
The LX-5105 / LX-5112 / LX-5116 are Wall Mount Analog Clocks with a 5", 12" and 16" viewing
diameter, respectively. The units are designed to operate as Time Code Readers, Stand-Alone
Clocks or Impulse Clocks. They can read, decode and display time information from most any
Master Clock or other source of time code. A rear-mounted DIP
switch permits the clock to display time as received from a source of SMPTE/EBU, ASCII or
ESE Time Code™ (the Impulse Clock mode may be replaced with an IRIG-B input mode as a
factory option). After a very simple "set-up" procedure and receipt of time code, the unit
automatically sets itself to the exact time and continuously slaves to the time code (If
time code is lost, an error indicator is lit and the clock continues counting while
referencing an internal crystal time base).
Other user defined modes of operation allow these clocks to be synchronized to a Master Clock
with a 1 PPS alternating 12 or 24 VDC "Favag" type output or to be set to real time and allowed
to run based on its internal crystal oscillator. The second hand is completely silent and can
be programmed for "Sweep" mode or "Step" mode.
The initial set-up allows the unit to have its hours (and/or minutes) offset to that of
another time zone. Also, since the clock can continuously track time code, there is no need
to twice annually compensate for daylight saving time (assuming the Master Clock automatically
adjusts itself accordingly).
142 Sierra St. El Segundo, CA 90245
Phone: (310)322-2136 Fax: (310)322-8127
Copyright © 2009, ESE
Last modified APR 10, 2009