HPS-BPWDMXLED QUATTRO
Hanson
ProSystems
–
www.hansonprosystems.com
User
Manual
Page
23 of
28
Battery Functions:
The fixture has the ability of being battery powered. The switch for the battery
on / off and charge is set on the rear panel of the fixture. It is showed as the following diagram, and the
functions are described below.
There are three switches on the rear panel of the fixture. The first is for AC power, the second is for the
battery operations and the third is for the transceiver.
●
AC Power:
When you use the fixture with the AC power, not the battery, switch the AC power to
ON, and switch the battery to battery OFF.
●
Battery Power:
When you use the fixture with the battery instead of AC power switch AC power to
OFF, and then switch the battery to battery ON.
●
AC Power and Charge:
When charging the fixture switch to charge. At the same time, if the
switch for AC power is ON, the fixture will be at work during the process of charge, but will
consume some power from the charge; if the switch for AC power is OFF, the fixture will be off and
not working but charging.
●
Transceiver Power:
When you use the fixture in DMX wireless mode, turn the transceiver switch
to ON. When using wired DMX the transceiver must be in the OFF position. If not the signals could
interfere with each other.
Wireless DMX Internal Transceiver:
The ORIGINAL has a built in DMX512 wireless transceiver that transmits standard DMX512 protocol
data (generated by a DMX console). Each fixture has the ability to transmit and receive DMX signal
generated from the DMX console. This eliminates connecting any cables, making the fixture completely
wireless. This fixture has all the FCC certifications with FCC ID ZTA-HPS-DMX-WTR. This device
complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions: 1.This
device may not cause harmful interference, and 2.This device must accept any interference received,
including interference that may cause undesired operations.
HPS-BPWDMXLED QUATTRO
Hanson
ProSystems
–
www.hansonprosystems.com
User
Manual
Page
24 of
28
Wireless DMX Control:
When you use the fixture in wireless DMX mode you must use a
compatible wireless transceiver like the HPS-DMX-WTR. To enable the Wireless DMX do the following
steps:
1.
Connect the fixture to a suitable power outlet or use the internal battery.
2.
Turn the fixture ON.
3.
On the fixture turn receiver switch to the ON position.
4.
Locate the Receiver Frequency Selector button and the LED indicator on the right side of the
fixture. Here you must assign the desired ID code / frequency for the fixture by pushing down
the selector button. This will change colors to represent different ID codes / frequencies. See
page 25 for ID codes / frequencies and diagram.
5.
Select a color ID code / frequency for the fixture. Keep in mind that ID code red is your starting
point on the transceiver HPS-DMX-WTR.
6.
Gently pull out the built in wireless antenna. This is located on the right side of the fixture next
to the Receiver Frequency Selector button and the LED indicator. See below diagram for
location.
7.
Connect the transceiver HPS-DMX-WTR to a suitable power outlet. Locate the ON/OFF
switch and turn on the unit.
8.
On the front of the HPS-DMX-WTR transceiver unit you will find two different buttons labeled
PA and ID. PA is for the Wireless DMX distance and we recommend to always leave on 3. ID
is to select the ID code / frequency to match the color code on your fixture. See page 25 for ID
codes / frequencies and diagram.
9.
Select the ID number that matches the color code on the fixture.
10. Using a standard DMX controller run a DMX cable from the DMX out of the controller to the
DMX in of the transceiver HPS-DMX-WTR.
11. Now your fixture and transceiver HPS-DMX-WTR will communicate and the LED indicator
located under the Receiver Frequency Selector button will flash green. If there is no signal the
LED indicator returns to the original color you selected.
12. The wireless HPS-DMX-WTR transmitter can reach 400-500 meters, which would be about
1,312 feet in the case of no barriers. And with barriers, the signal can be reached 150 meters,
which would be about 492 feet. This will vary according to the surrounding conditions.
