Pineapple Technology Inc. DTXPRO800VH Manual Do Utilizador
PINEAPPLE TECHNOLOGY, INC
VI. DTXPRO-800 INSTALLATION PROCEDURES
DTXPRO-800VH OPERATING AND SERVICE MANUAL
THE INFORMATION PROVIDED HEREIN IS PINEAPPLE TECHNOLOGY INCORPORATED PROPRIETARY INFORMATION AND
CANNOT BE COPIED OR DISTRIBUTED WITHOUT PRIOR AUTHORIZATION
CANNOT BE COPIED OR DISTRIBUTED WITHOUT PRIOR AUTHORIZATION
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VI. DTXPRO-800VH INSTALLATION PROCEDURES
To ensure long and reliable trouble-free service from the DTXPRO-800VH transmitter the following
steps for installation are recommended:
1. MECHANICAL INSTALLATION: The DTXPRO-800VH was designed to be installed in a
To ensure long and reliable trouble-free service from the DTXPRO-800VH transmitter the following
steps for installation are recommended:
1. MECHANICAL INSTALLATION: The DTXPRO-800VH was designed to be installed in a
building protected from the weather. The building should have a hard-surface floor such as
concrete with a moisture barrier. This barrier could be pressure-treated wood sub flooring which
could be anchored to the concrete and to the transmitter to make the installation earthquake
resistant. Allow a minimum of three feet around the transmitter cabinet for service access..
Provisions for air inlet and exhaust from the room must allow air flow with minimal obstruction.
In the event that the room temperature exceeds 35º Celsius (95º F), cooling air must be
provided so that the room temperature will not exceed 35
concrete with a moisture barrier. This barrier could be pressure-treated wood sub flooring which
could be anchored to the concrete and to the transmitter to make the installation earthquake
resistant. Allow a minimum of three feet around the transmitter cabinet for service access..
Provisions for air inlet and exhaust from the room must allow air flow with minimal obstruction.
In the event that the room temperature exceeds 35º Celsius (95º F), cooling air must be
provided so that the room temperature will not exceed 35
o
Celsius under worst-case conditions.
Note: This equipment is HEAVY and must be handled by professional movers with proper
equipment. Any damage caused by the installers is not covered under warranty. Check to
ensure the installing crews have proper insurance coverage.
equipment. Any damage caused by the installers is not covered under warranty. Check to
ensure the installing crews have proper insurance coverage.
2. GROUNDING: Transmitter grounding is VERY IMPORTANT and must be done correctly for
safety and operational reasons. The single point grounding technique can be effective to protect
multiple pieces of equipment installed inside an equipment rack cabinet. Treat the rack the
same as you would a building, a copper bus bar has been mounted inside the cabinet to act as
both an entrance panel and reference ground for all conductors entering and leaving the rack. It
is recommended the customer install an AC surge protector at this point in shunt to ground, and
install a series impedance between the panel and the equipment. The chassis of each piece of
equipment has been bonded to this buss bar with a single copper braid or strap. Redundant
ground connections by means of the AC cable and the shields of audio cables should be
avoided when possible. Finally, connect the rack‘s access panel to the building reference
ground using a heavy gauge wire such as #2 AWG stranded copper or solid copper buss one
(1) inch wide by 1/8 inch thick for connections. The bonding between the transmitter and the
ground rods must be good quality and protected from corrosion. The ground wires should run
over the floor and be connected to the ground rods located outside the building. The wire should
not go through the concrete floor but over and around it.
multiple pieces of equipment installed inside an equipment rack cabinet. Treat the rack the
same as you would a building, a copper bus bar has been mounted inside the cabinet to act as
both an entrance panel and reference ground for all conductors entering and leaving the rack. It
is recommended the customer install an AC surge protector at this point in shunt to ground, and
install a series impedance between the panel and the equipment. The chassis of each piece of
equipment has been bonded to this buss bar with a single copper braid or strap. Redundant
ground connections by means of the AC cable and the shields of audio cables should be
avoided when possible. Finally, connect the rack‘s access panel to the building reference
ground using a heavy gauge wire such as #2 AWG stranded copper or solid copper buss one
(1) inch wide by 1/8 inch thick for connections. The bonding between the transmitter and the
ground rods must be good quality and protected from corrosion. The ground wires should run
over the floor and be connected to the ground rods located outside the building. The wire should
not go through the concrete floor but over and around it.
3. AC WIRING: AC voltage for the transmitter is normally 110 VAC. Connections to the AC main
should be made as follows:
--- RED and BLACK wires are connected to the 110 VAC.
--- A WHITE wire is connected to NEUTRAL.
---A GREEN wire is connected to SAFETY GROUND.
NOTE: All wiring of this type must be done by a QUALIFIED ELECTRICIAN and must conform
to local and national wiring codes.
Consult with your electrician to ensure that the proper breaker size is selected for the main
circuit.
--- A WHITE wire is connected to NEUTRAL.
---A GREEN wire is connected to SAFETY GROUND.
NOTE: All wiring of this type must be done by a QUALIFIED ELECTRICIAN and must conform
to local and national wiring codes.
Consult with your electrician to ensure that the proper breaker size is selected for the main
circuit.