Luxlink IRGM-7004 User manual

WARRANTY
All fiber optic transmission systems, products and accessories
manufactured by Liteway, Inc. and it’s subsidiaries are fully tested
prior to shipment and are warranted against defective materials
and workmanship for a period of five full years from the date of the
original shipment. Should a problem occur, a Return Material
Authorization Number (RMA) must be obtained from Liteway Inc.
at [phone] and the item returned to Liteway, Inc. 166
Haverford Road, Hicksville, NY 11801, USA, prepaid. Liteway Inc.
will then, at its option repair or replace the defective item.
Liteway, Inc. maximum liability under this warranty is limited to the
cost of the defective item only. No contingent liabilities of any kind
are either assumed or implied.
Any items returned to Liteway, Inc. that have been misused,
abused, damaged, modified, connected or adjusted in any way
contrary to the instructions furnished by Liteway, Inc. or repaired
by unauthorized personnel will not be covered by this warranty.
Any non-warranty repairs required will be quoted at the current
rate for such services.
Important Notices
CAUTION ! AVOID DIRECT EXPOSURE TO BEAM.
All –5, -7, -8, and -9 Models use laser diodes. These solid-state
laser diodes are located in the optical ports of these units. Laser
diodes produce invisible radiation that may be harmful to human
eyes. Never look directly into the optical port of any fiber optic
unit designed to operate with single-mode optical fiber.
NOT FOR LIFE SUPPORT SYSTEMS
Liteway, Inc. does not authorize or warrant any of its products or
accessories for use in critical life support systems or applications
of any kind.
© Copyright 2017 Liteway, Inc. 123390 Rev E
OPERATING INSTRUCTIONS
LuxLink®
Fiber Optic DC Time Code
Transmission System
Models;
IRGM-7004
IRGP-7001
The IRGM-7004 is an optical transmitter that converts an
unmodulated DCLS (TTL) electrical IRIG A through E input signal into
four individual optical output signals for distribution over separate
fiber optic cables to IRGR-7001 receivers. The IRGP-7001 is a
receiver/repeater for use in an un-modulated DCLS (TTL) IRIG
distribution network
Technical Specifications
Data Rate 1 pulse/sec to 10,000 pulse/sec
Protocols IRIG A, B, D, E, or G, all DCLS
In / Out Impedance 50 ohms
In / Out Signal Level 0/5 volts (TTL), 40 mA
Rise / Fall Time 20 nsec typical
Bit Error Rate 10E9 minimum
Signal Connectors BNC
Operating Wavelength 850 (-1), 1300 (-3,-7), 1550 (-9)
Optical Loss Budget 0 – 12 dB
Optical Connectors ST (multimode), FCPC (single-mode)
Fibers Type Multimode (-1,-3), Single-mode (-7,-9)
Temperature Range -35º to +75ºC
Power Requirements 11-24 VAC/DC @150 mA
Physical
Size(mm)IRGM-7004 5.0”(127)L x 7.0”(178)D x 1.0” (25.4)W
Physical
Size(mm)IRGP-7001 5.0”(127)L x 3.0”(76)D x 1.0” (25.4)W
All specifications measured with 1Km of 62.5u multimode fiber.
All specifications are subject to change without prior notice.
!

Installation Instructions
The diagram below shows the typical installation using the IRGM-
7004, and IRGP-7001 for IRIG time code distribution
Both should be connected as shown and a DC time code signal
applied to the transmitter. The receiver will reproduce this signal with
no adjustments.
The IRGP-17001 is the same as the IRGR-7001 but in addition it has
a local IRIG output and an internal optical transmitter to retransmit the
received optical signal to another receiver or receiver/repeater
For best results it is important that properly terminated 50 ohm coaxial
cables be used or rise and fall times may be affected.
123390 Rev E
Power Terminal Block Connections
Pin Function
1 Alarm output for use with optional Alarm Sensing Unit ALM-1000. No other connections should be made to this
terminal
2 +11 to 24 DC or AC Volts input
3 AC or DC return (Common to Housing)
Be certain to check all connections, settings and voltages before
applying power
Indicator Lights
Indicator Lights when
Pwr Proper power is present.
Alrm The loss of signal alarm is activated when there
are no time code signals present
Sig A time code signal is being transmitted or
received.