Strand Vision.Net Light Controller User Manual
- June 3, 2024
- Strand
Table of Contents
Strand Vision.Net Light Controller User Manual
INTRODUCTION
OUR GOAL
We are committed to providing you the highest quality in customer service. Our comprehensive resources are available to help your business succeed and ensure you get the full benefit of being a Strand customer.
TECHNICAL SUPPORT
Our Service and Support team is tasked with online and field support,
repair, demo, commissioning, mainte- nance contracts, and technical training
for fixtures and systems. In addition, this team plays a large role in a
Systems sales, responsible for administering final commissioning, record-
keeping, and organizing services. Refer to the back cover of this User Manual
for contacts in your region or visit
www.strandlighting.com/support
CUSTOMER SERVICE
Customer Service is responsible for boxed goods and spare parts quotations,
order entry and fulfilment, project delivery, lead times, and general account
management. They also manage all after sales warranty fulfilment, RGA, and
repairs invoicing in tandem with our After Sales Service & Support team. Visit
our website to find a customer service agent in your region.
ADDITIONAL DOCUMENTATION
Additional product documentation, including DMX maps, software, and
photometric reports, are available for download on our website.
For more information on installing DMX512 control systems, the following
publication is available for purchase from the United States Institute for
Theatre Technology (USITT), “Recommended Practice for DMX512: A Guide for
Users and Installers, 2nd edition” (ISBN: 9780955703522).
USITT Contact Information:
USITT
315 South Crouse Avenue, Suite 200
Syracuse, New York 13210-1844 USA
Phone: 800-938-7488 or
+1-315-463-6463
Fax: 866-398-7488 or
+1-315-463-6525
Website: www.usitt.org
ABOUT THIS DOCUMENT
Read all instructions before installing or using this product. Retain this
User Manual for future reference. Additional product information and
descriptions may be found on the product data sheet(s) which can be downloaded
from the Strand website at
www.strandlighting.com.
This User Manual provides necessary information regarding safety,
installation, operation and routine mainte- nance for Strand VL2600 Series.
Familiarizing yourself with this information will help you to get the most out
of your product
WARNING: It is important to read ALL accompanying safety and installation instructions to avoid damage to the product and potential injury to yourself or others.
SAFETY WARNINGS AND NOTICES
Read this user manual in full before attempting to install, operate or
maintain the fixture to which it relates. This user manual is intended to
provide general guidance to such suitably qualified personnel. Installation
and opera- tion of the fixture are to be performed by qualified personnel
only.
When using electrical equipment, basic safety precautions should always be
followed including the following:
READ AND FOLLOW ALL SAFETY INSTRUCTIONS.
- For indoor, dry location use Do not use outdoors unless fixture is suitably IP rated.
- Use safety tether when mounting.
- Equipment should be mounted in locations and at heights where it will not be readily subjected to tampering by unauthorized personnel.
- Not for residential Do not use this equipment for other than intended use.
- Note distance requirement(s) from combustible materials or illuminated Do not mount near gas or electric heaters.
- Install only in locations with adequate Ensure sure that ventilation slots are not blocked.
- Ensure that the voltage and frequency of the power supply match the power requirements of the fixture.
- The fixture must be earthed/grounded to the appropriate conductor.
- Do not operate fixture outside the specified ambient temperature range.
- Do not connect the fixture to any dimmer pack.
- The use of accessory equipment not recommended by the manufacturer may cause an unsafe condition and void warranty.
- Refer service to qualified This fixture contains no user serviceable parts.
- Prior to first use, carefully inspect fixture to ensure no damage has occurred during shipping.
- Materials used in the manufacturing process can cause strong odors when the product is These odors dissipate over time.
- Prior to each use, carefully inspect power cables and replace any damaged cables.
- Exterior surfaces of the luminaire will be hot during Take appropriate precautions.
- Continuous use of the fixture may shorten the Power down the fixture when not in use.
- Do not cycle power on and off Disconnect mains power if the fixture is not used for an extended period.
- Clean fixtures regularly, particularly when working in a dusty environment.
- Never touch power cables or wires while the fixture is powered on.
- Avoid entangling power wires with other cables.
- In the event of a serious operating problem, immediately discontinue using the fixture.
- It is hazardous to operate luminaires without lens or Shields, lenses, or ultraviolet screens shall be changed if they have become visibly damaged to such an extent that their effectiveness is impaired, for example, by cracks or deep scratches.
- Original packing materials can be reused for transporting the fixture.
- Do not look directly at the LED light beam while the fixture is on.
- This is a Class A In a domestic environment this product may cause radio interference, in which case, the user may be required to take adequate measures.
- The light source contained in this luminaire shall only be replaced by the manufacturer or service agent or similarly qualified person.
SAVE THESE INSTRUCTIONS
WARNING: Refer to National Electrical Code® and local codes for cable specifications. Failure to use proper cable can result in damage to equipment or danger to personnel. Caution Against Direct Sunlight Through Front Lens Assembly.
COMPLIANCE NOTICE
FCC DECLARATION OF CONFORMITY
This equipment has been tested and found to comply with the limits for a Class
A digital device pursuant to Part 15 of FCC Rules. These limits are designed
to provide reasonable protection against harmful interference when this
equipment is operated in a commercial environment. This equipment generates,
uses, and can radiate radio frequency energy and, if not installed and used in
accordance with Vari-Lite Strand system, service, and safety guidelines, may
cause harmful interference to radio communications.
As tested under this standard:
FCC 47CFR 15B clA*CEI
Issued:2009/10/01 Title 47 CFR Part 15 Subpart B Unintentional Radiators Class
A
Operation of this equipment in a residential area is likely to cause harmful
interference, in which case the user will be required to correct the
interference at his/her own expense.
EU DECLARATION OF CONFORMITY
We, Vari-Lite LLC., 10911 Petal Street, Dallas, Texas 75238, declare under our
responsibility for the products contained herein are in conformity with the
essential requirements of the following European Directives and harmonized
standards:
Low Voltage Director (LVD), 2006/95/EC
EN 60589-2-17:1984+A1:1987+A2:1990 used in conjunction with
60598-1:2008/A11:2009
Electromagnetic Compatibility Directive (EMC), 2004//108/EC
EN 55022:2010, EN55024:2010
HOW TO OBTAIN WARRANTY SERVICE
A copy of the Limited Warranty card was included in the shipping package for
this product.
To obtain warranty service, please contact customer service at
1-214-647-7880, or
entertainment.service@ signify.com and request a Return Material
Authorization (RMA) for warranty service. You will need to provide the model
and serial number of the item being returned, a description of the problem or
failure and the name of the registered user or organization. If available, you
should have your sales invoice to establish the date of sale as the beginning
of the warranty period. Once you obtain the RMA, pack the unit in a secure
shipping container or in its original packing box. Be sure to clearly indicate
the RMA number on all packing lists, correspondence, and ship- ping labels. If
available, please include a copy of your invoice (as proof of purchase) in the
shipping container.
With the RMA number written legibly on or near the shipping address label, return the unit, freight prepaid, to:
Vari-Lite LLC
Attention: Warranty Service (RMA# __ )
10911 Petal Street
Dallas, Texas 75238 USA
As stated in the warranty, it is required that the shipment be insured and FOB our service center.
IMPORTANT! When returning products to Vari-Lite Strand for repairs (warranty or out-of-warranty) from a country other than the USA, “Vari-Lite LLC”, must appear in the address block as the Importer of Record (IOR) on all shipping documentation, Commercial Invoices, etc. This must be done in order to clear customs in a timely manner and prevent returns.
DESCRIPTION
FEATURES
Strand Vision.Net is a fully integrated lighting management system designed to meet the most demanding lighting environments. Scalable from a single room to large multi-building campuses, our decentralized control approach delivers unparalleled flexibility and maximum reliability. Designed to integrate with all Strand dimming systems, low voltage switching cabinets, Vari-Lite and Strand fixtures, Vision.Net can control any lighting load with intuitive precision.
Advanced programming of Vision.Net components can be done using Designer
for Vision.Net. Certification is required to access Designer for Vision.net
software. Register for certification courses on our website
COMPONENTS
The document provides installation and operation instructions for the following products:
- Net Control Stations on page 7
- NET PORTABLE STATIONS
- NET KEYSWITCH STATIONS
- NET WALL STATIONS
- NET DIN Rail Enclosures on page 11
- NET DIN RAIL ENCLOSURE – LARGE
- NET DIN RAIL ENCLOSURE – SMALL
- NET DIN Rail Rack Trays on page 13
- NET DIN RAIL RACKMOUNT TRAY – HORIZONTAL
- NET DIN RAIL RACKMOUNT TRAY – VERTICAL
- NET GATEWAY on page 14
- NET GATEWAY MODULE – DMX/RDM INTERFACE (4 port)
- NET GATEWAY MODULE – RS485 INTERFACE (1 port)
- NET MODULES on page 15
- DATA SPLITTER (4 WAY)
- DIGITAL I/O (4 PORT)
- DIGITAL INPUT (8 PORT)
- DMX512 (1 UNIVERSE)
- RS232 AND USB (Also available in a single-gang US back-box format)
- NET SENSORS on page 16
- NET TOUCHSCREENS on page 18
- NET PORTABLE TOUCHSCREEN (10.1”)
- NET TOUCHSCREEN PROCESSOR
- NET TOUCHSCREEN (10.1”)
Read all instructions before installing or using this product. Retain this manual for future reference. Additional product information and descriptions may be found on the product specification sheet
VISION.NET CONTROL STATIONS
This section describes Vision.Net Portable Stations, Vision.Net Keyswitch Stations, and Vision.Net Wall Stations.
STANDARD STATION OVERVIEW
The Standard Button Station is a Button Station with Raise/Lower. This station
is a push button station that has 6 full sized buttons and the last button
space is split into 2 half sized buttons. By default, the left half is Raise
and the right half is Lower. Configuration can be changed to other functions
using Designer for Vision.Net soft- ware. This station fits into a single gang
back box.
The Button Station hardware underneath the faceplate is identical to a
standard Button Station (All 8 buttons are present underneath). Only buttons 3
and 5 have access through the faceplate and are available to the user.
When ordered, each Vision.net station can be custom configured for your
facility by indicating the number of buttons or sliders that are required in
each gang position.
The Button / Slider Station combination has a 7 Button Station on the left
side and a 4 Slider Station on the right. This fits into a two gang station.
For this station, the custom configuration chart would be used for both the
first gang and the second gang.
STATION ENGRAVING
There are two types of engraving options available; Button Keypad Engraving
to label the buttons themselves and Faceplate Engraving to label the
surrounding faceplate.
Both horizontal and 45-degree printing is available for custom engraving.
HARDWARE
CONTROL STATIONS
Control stations are used to control the lighting in a room or zone. These
stations can be push button stations, slider fader stations or slider and
button combination stations
BUTTON STATIONS
A Button Station is a push button station that has 7 buttons that can be
configured to perform different functions. All button stations have the same
number of physical buttons (7) and any unused buttons are masked by the
faceplate. So a single button station is a 7 button station where the
faceplate has only a single button exposed. (Button #4…in the middle.)
BUTTON STATIONS WITH RAISE/LOWER
A Button with Raise / Lower Station is a push button station that has 6 full
sized buttons and the last button space is split into two half sized buttons
for a total of 8 buttons. The left half is Raise and the right half is Lower.
NOTE: Remember that this is an 8 button station and that the bottom split buttons can be set to any buttontype…not just Raise and Lower. This configuration can be adjusted using Vision.net Designer software
SLIDER BASE STATION
A Slider Base Station is a multiple gang panel that has a button station and a
slider station for channel control. The first slider is a Grand Master, the
others are controlling channels. You can configure the station to have channel
sliders 1 through 16 with a separate Grand Master. Shown is a 7 channel slider
base for a 3 gang back box. For this type of station, the bottom button is
permanently configured to be a Manual button.
These sliders could be used for controlling the different channels of house
lighting. (Or- chestra section, wall sconces, aisle lights and down lights
SLIDER EXTENSION
A Slider Extension is a potentiometer station that allows you to expand the
number of channels (up to 16 sliders) that can be controlled using sliders.
Shown is an 8 slider station for a 2-gang back box.
SUBMASTER BASE
A Submaster Base is a multiple gang panel that has a button station and a
slider station for submaster control. The first slider is a Grand Master, the
others are controlling submasters. You can configure the station to have from
1 to 16 sliders. Shown is a 3 submaster base for a 2-gang back box. For this
type of station, the bottom button is permanently configured to be a Manual
button
These submasters could be used to control all channels of house lighting
together and to store basic stage lighting looks for simple events (All house
lights, stage wash and podium looks).
NOTE: There is a paperclip hole on the hardware itself that allows recording at the station itself. Just set the levels and insert a paperclip to press and hold. When the Learn function has occurred, the station will beep to learn levels using Designer for Vision.Net.
UNDERSTANDING THE STATIONS
Vision.net products are controlled by the Strand Vision.net (SVN) protocol.
All Vision.net control devices must be connected to the Vision.net system and
given a unique ID (or address) in order to interact properly. The ID
identifies the device on the network and allows the device to avoid network
collisions when transmitting data.
On a multiple gang station, the first “gang” of the station has all the
“intelligence” to connect to the Vision.net RS485 network. The other “gangs”
in the station are “dumb” and simply connect via a ribbon cable jumper thru
back to the first “gang” of the station.
PORTABLE STATIONS
Portable station is a wired Vision.net button/slider station that is
available for remote operation. It is mounted in an enclosure and tethered for
connection into a Vision.net system. The tethered connection can be temporary
or permanent.
Portable stations can be standard Vision.net stations that reside in an
enclosure and connect to the Vision.net system via a permanently mounted 6-pin
XLR connector. This gives the advantage of keeping the station pro- gramming
consistent to the portable station.
Portable stations can also be stations that contain no processing but connect
to the Vision.Net system via a per- manently mounted Smart Jack. This gives
the advantage of keeping the programming in the Smart Jack itself.
INFRARED
Some button stations have infrared capabilities. An infrared remote is
necessary to take advantage of this fea- ture.
CONNECTIVITY
Stations are normally daisy chained together. In the event that it is not
convenient to daisy chain all stations, a Vision.net Four-Way Data Splitter
can be used.
UNDERSTANDING BUTTON ALIGNMENT
Many button stations are specified with fewer than the maximum capacity of
buttons. To simplify manufacturing, these are still full button stations
however only the quantity of buttons that are specified is exposed. The
following graphics show 1, 2 and 4 standard button station options are
discussed so that a basic understand of button alignment can be understood.
SINGLE BUTTON STATION
ALIGNMENT
A single button station has all buttons behind the faceplate, but only
button #4 (the one in the middle of the station) is exposed.
Single Button Station Alignment
TWO BUTTON STATION ALIGNMENT
For a two button station, buttons #3 and #5 are the only exposed buttons.
Two Button Station Alignment
FOUR BUTTON STATION ALIGNMENT
For a four button station, buttons #1, #3, #5 and #7 are the only exposed
buttons
Four Button Station Alignment
OPERATION MODES
Vision.net stations can be set in either Standard Mode or Configurable
Mode. The default setting for the unit is Station ID 1. A station, configured
in either Standard or Configurable Mode, can be reset to the factory default
as follows. Setting station mode (factory default):
Step 1. Unplug the station from the network.
Step 2. Re-plug the station while pressing and holding any button
for at least 3 seconds.
Step 3. The station will beep three times when it enters Standard
Mode. The station will be in Factory Test Mode for 30 seconds. During that
time, it will allow all buttons and sliders to beep when pressed or moved.
Step 4. Unplug and re-plug to bypass the 30 second test
-
STANDARD MODE
In Standard Mode, you can change the unit’s Station ID.
To assigning a Station’s ID
Step 1. Reset the station to the factory default, Device ID 1 as described above.
Step 2. Press and hold Buttons 3 and 6 for 3 or more seconds to enter programming mode. When in program- ming mode, all button LED’s are off, except for Button 1 which should be flashing. All other Stations on the network will blink with either one or two quick blinks every 2 seconds.
Step 3. Pressing Button 2 increases the assigned Station ID number by 1.
Step 4. Stations with a single blink every 2 seconds are already set to this Station ID. Pressing and holding any button on a blinking station that has the 2 blink pattern for 3 or more seconds, will set it to the current ID. It will blink in with the single blink pattern in confirmation.
Step 5. Complete the programming mode by pressing and holding Button 1 on the first station
NOTE: This is only accessible on a fully populated station. All others stations will need to assign the station’s ID from Designer for VIsion.Net. -
CONFIGURABLE MODE
In Configurable Mode, VisionNet products are controlled by the Vision.net System protocol (VNS). All Vision. net devices must be given a Station ID (or address), which identifies the device on the network and allows it to avoid network collisions when transmitting data. Station IDs are in the range of 1 to 1023. The Network ID for the panel will be pre-assigned at 1 by the factory and will need to be set to the required address and programmed as required for your installation. Vision.net stations are programmed and have their ID’s set using the Vision.net Designer software. -
OPERATION
This section discusses the Operation instruction of stations in their defaulted state.
SELECTING A SCENE
Typically a 7-button station provides access to seven presets (1-7). To
select a Preset, press and release the appropriate button on the keypad. The
LED will change to its active state. PROGRAMMING
Programming only by Certified Technicians.
STATION TROUBLESHOOTING
In order to determine if a Vision.net 4.5 Network device is communicating,
a network test signal can be sent. See either Standard Mode or Configurable
Mode for instructions.
STANDARD MODE
To enter standard mode:
Step 1. Press and hold Buttons 1, 3 and 6 for 3 or more seconds to
enter programming mode, when in pro- gramming mode, Button 1 will blink once
every 2 seconds and transmit a Set Station ID command on the SVN485 network.
Step 2. Verify that all other stations on the network are also
blinking. If they are not, look for a broken wire or a mis-wire between the
previous blinking station.
Step 3. Cancel programming mode by tapping Button 1 two more times.
CONFIGURABLE MODE
The network test signal can be sent using the Designer for Vision.Net
software.
VISION.NET DIN RAIL ENCLOSURES
INSTALLATION AND SET UP
To prepare the Vision.Net DIN Rail Enclosure for installation:
Step 1. Place enclosure on a flat surface.
Step 2. To remove cover, use a #2 Philips screwdriver to remove the
screws from the bottom of the cover, and loosen the upper screws. Slide cover
upwards to disengage keyhole mounts.
Step 3. Remove accessories from the enclosure.
Step 4. Determine appropriate knockouts and mounting holes to use
for your specific application. If grounding the enclosure, note the desired
orientation of the ground stud prior to removing knockouts.
Step 5. To remove a knockout, position the tip of a flat head
screwdriver against the stamped edge and pressing down sharply and tapping the
screwdriver with a hammer. Once the knockout is dislodged use a pair of pliers
to grab the knockout, twisting back and forth until the attachment points
snap. Repeat as needed.
MOUNTING
The enclosure must be mounted using at least four points of contact. If
installed below grade to an exterior wall take care to install a vapor barrier
between enclosure and wall to avoid rusting of enclosure.
To surface mount the Vision.Net DIN Rail Enclosure:
Step 1. Prepare surface as needed for mounting of enclosure. Mark
locations on surface for the four mounting holes located on the rear of the
enclosure.
Step 2. Mount enclosure using 5/16” rounded head fasteners. If
mounting to a hollow wall, concrete or block use appropriate anchors where
required.
To flush mount the Vision.Net DIN Rail Enclosure:
Step 1. Prepare surface as needed for mounting. Mark locations in
wall cavity for the four mounting holes located on the left and right side of
the enclosure.
Step 2. Mount enclosure using 1/4” rounded head fasteners or
similar. If mounting to a hollow wall, concrete or block use appropriate
anchors where required.
VOLTAGE BARRIER INSTALLATION
To install voltage barriers for the Vision.Net DIN Rail Enclosure (if
required):
Step 1. Determine placement of voltage barriers. The small
enclosure includes two static horizontal, and one adjustable vertical barriers
and the large enclosure includes three static horizontal, and three adjustable
vertical barriers that mounts on the DIN rail.
Step 2. Install required horizontal barriers by removing and
reinstalling the corresponding #2 Phillips head screws.
Step 3. Install the vertical barriers to the desired DIN rail.
Barriers can be adjusted after installation of DIN devices and secured in
place by tightening the #2 Phillips head screw. Do not over-tighten.
Step 4. To protect wiring from abrasion, install edge grommet on
barriers. Cut the required length of grommet and press into the notches of the
barrier.
(SHOWN WITHOUT COVER)
- VERTICAL VOLTAGE BARRIER REPOSITIONABLE LEFT AND RIGHT ONE INCLUDED (SMALL) THREE INCLUDED (LARGE) AS REQUIRED
- HORIZONTAL VOLTAGE BARRIER TWO INCLUDED (SMALL) THREE INCLUDED (LARGE) AS REQUIRED
- GROUND BOND STUD/NUT LOCATION (GRN)
VISION.NET DIN RAIL RACK TRAYS
INSTALLATION
To install Vision.Net DIN Rail Rack Mount Trays:
Step 1. Unpack rack tray. Rack trays include cage nuts and 10-32 screws
for mounting the tray and blanking cover. If your rack rails are pre-drilled
validate the required screw size. Test fit the position of tray in rack to
determine the desired mounting location. Both trays utilize 3U of space.
Step 2. Insert cage nuts (if required) into rack rail at required
locations. The holes on the top and bottom of the tray will support the tray
itself and the middle holes are for mounting the blanking cover.
Step 3. Align tray into rack and insert four screws while
supporting tray from below. Do not over-tighten screws as damage may occur to
rack rails or cage nuts may become stripped.
Step 4. Run all required wiring, following standard safety procedures
as well as the requirements for your DIN rail components being installed.
Secure wiring as required using nylon cable ties to the pre- drilled holes in
the tray.
Step 5. Install blanking cover using 4 screws.
WARNING: Observe maximum load rating for each tray.
- Horizontal Tray: 30 lb. (13.6 kg)
- Vertical Tray: 15 lb. (6.8 kg
VISION.NET GATEWAY
Vision.Net Gateway, Gateway Module – DMX/RDM Interface (4 port) and Gateway
Module – RS485 Interface (1 port) configuration instructions can be found in
the Vision.Net Gateway Operation manual available for down- load on our
website.
Refer to the product quick start guides for complete installation
instructions. Power requirements are listed below.
POWER REQUIREMENTS
The Vision.net Gateway module may be powered via either a Power over
Ethernet Plus (PoE) supply or from an external DC power supply connected via a
set of screw terminals. DC and PoE power connections are not intend- ed as a
redundant power solution. A CR1225 backup battery (pre-installed) is used for
the real-time clock.
External modules are powered through a DIN rail bus system from the Gateway
module.
PoE REQUIREMENTS
PoE PSE TYPE | DESCRIPTION | |
---|---|---|
Gateway standalone | 802.3af | 12W @ the gateway |
VISION.NET MODULES
Mounting and installation instructions for Vision.Net modules can be found in the quick start guides available for download from our website.
Configuration and programming of the Vision.Net modules is to be performed only by Certified Technicians.
VISION.NET SENSORS
OCCUPANCY SENSORS
This section provides installation and programming instructions for the
following Vision.net Products:
- 63059CM – net Ceiling Occupancy Sensor
- 63059HB – Vision.net High Bay Ceiling Occupancy Sensor
IMPORTANT INFORMATION. PLEASE READ!
This unit is intended for installation in accordance with the National Electric Code® and local regulations. It is also intended for permanent installation in indoor applications only. Before any electrical work is performed, disconnect power at the circuit breaker or remove the fuse to avoid shock or damage to the control. It is recom- mended that a qualified electrician perform this installation.
DESCRIPTION
The Vision.net Low-Voltage Ceiling Occupancy Sensor is a multiple
technology, occupancy-sensing low-voltage device that is designed for use with
a Vision.net architectural control system. Each sensor may be programmed to
act as a Vision.net button (like Preset, Preset/Off, Toggle, Smart, Console)
providing the ability to execute any Vision.net command across the
architectural control network.
Vision.net Ceiling Occupancy Sensors (63059CM, 63059HB)
INSTALLATION
The Ceiling Occupancy Sensor may be mounted in a junction box or directly
to the ceiling depending on local code. The unit must have an unobstructed
view of the area to be monitored. If the unit is subject to “false trig-
gering” from activity beyond the desired area of coverage, a portion of the
lens may be masked to achieve the desired response. Simply install the Field
of View Customizing Template (provided with unit).
To install ceiling occupancy sensors:
Step 1. Check for any obstructions located behind the desired mounting
location. Step 2. Drill 1-1/2 inch hole in the desired mounting
location.
Step 3. Place Ceiling Occupancy Sensor through the hole and secure
with supplied washer and locknut.
Step 4. The lens may be removed to install the Field of View
Customizing Template. Simply rotate the lens cover slightly counter-clockwise
and remove.
Step 5. Trim the template for the desired effect and install on
interior of the lens. (Carefully placement of the template is necessary to
ensure proper function.)
Step 6. Replace lens cover and verify that the unit is securely mounted
WIRING
Ceiling Occupancy Sensors should be connected to a Vision.Net station.
To connect wiring to ceiling occupancy sensors:
Step 1. If conduit is required by local code, route low voltage
wiring into adjacent junction box and secure with included 1/2- inch nipple.
Step 2. Connect low voltage network to Interface Board with (4) #18
AWG (.75 mm2) wires according to the wiring diagram below.
Note: Up to eight (8) Occupancy Sensors may be linked in parallel
VISION.NET TOUCHSCREENS
POWER REQUIREMENTS
Vision.net Touchscreen operates on 24VDC. It is powered through the
Touchscreen control PCB (pre-installed on the back of the touchscreen) via an
external AC to DC power supply. It may alternatively be powered from a PoE+
(IEEE802.3at) compliant supply, using the RJ45 ethernet connector.
MOUNTING / INSTALLATION
To mount the touchscreen:
Step 1. For surface and flush mount options, install the back box
in the required location.
Step 2. Fix the bezel in place, using the two supplied screws in
position A (the screws are over length to accomodate varying thicknesses when
flush mounting)
Step 3. Connect the required cables to the screen connectors (see
“Connecting Power” on page 3).
Step 4. Mount the touchscreen by inserting the screen assembly
into the bezel. Spring tabs on the touch- screen click into slots “B” on the
bezel, securing the touchscreen.
TECHNICAL SUPPORT
GLOBAL 24HR TECHNICAL SUPPORT
Call: +1 214 647 7880
entertainment.service@signify.com
NORTH AMERICA SUPPORT
Call: 800-4-STRAND (800-478-7263)
entertainment.service@signify.com
EUROPEAN CUSTOMER SERVICE CENTER :
Call: +31 (0) 543 542 531
entertainment.europe@signify.com
References
- Vision Net - Vision Net
- Home | Vari-Lite
- Support/Training | Vari-Lite
- USITT - A Lifetime of Learning | United States Institute for Theatre Technology
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