©Vantage, 12/1/2016 / IS-0471-B
RadioLink® EasyTouch II ScenePoint Relay — MODEL: RR1XXX-XXXX
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I N S T A L L A T I O N
V A N T A G E C O N T R O L S . C O M
V A N T A G E I N S T A L L G U I D E S
2168 West Grove Parkway, Suite 300, Pleasant Grove, UT. 84062 USA
Telephone: 801 229-2800
●
Fax: 801 224-0355
RadioLink® EasyTouch II ScenePoint Relay — MODEL: RR1XXX-XXXX
Overview
EasyTouch II ScenePoint Relay is a single gang wall box station
and communicates to the Vantage Control System via a radio
transceiver. The station is powered via the local line feed.
Before the station is programmed, or if communication is lost,
the station functions in default mode as an independent relay.
Once the station is programmed, buttons can perform any
operation that a standard station supports. The station’s load
may be controlled by any other keypad, IR input, RS-232,
timed event, etc. The EasyTouch II relay station is available in
one* through five button configurations, single gang. Stations
may be ganged together in any combination up to 4-gangs.
The EasyTouch II Scene-
Point relay station joins
Vantage’s premiere line of
backlit stations. An
EasyTouch II can replace a
conventional toggle switch
with a stylish, programmable
station. Each button is
evenly backlit with a built in
diffuser and three color LED
providing an array color
choices,** lighting
only the lettering
on each button. The
backlit lettering color also indicates the button’s status.
Programming provides the user with the option to personalize
the color for ON and OFF status. Additional custom status
colors may be programmed as desired. The EasyTouch II also
features an ambient light sensor for automatic day/night
backlight intensity control* and a built-in IR receiver. See
Design Center software for EasyTouch II ScenePoint faceplate
and button finishes.
*NOTE:
A one button station WILL NOT SUPPORT the built-in
ambient light sensor or the IR sensor. When using the Auto
Backlight feature, create a second EasyTouch II keypad style –
one with the Auto Backlight feature unchecked for 1-button
keypads and another with the Auto Backlight feature checked
for multi-button keypads.
**Notes to Installer
EasyTouch II LEDs
Current technology does not allow LED suppliers to guarantee
color values. It is common to have a slight difference among
LEDs, however, this is not too noticeable with backlit
engraving. Historically, blue and red LEDs are more consistent
than green LEDs. Because of this slight variation it is
recommended that one or two stations be
pre-programmed
with the colors the client is requesting and shown to the client
for their final approval before ordering and installing.
EasyTouch II Auto Backlight
Issue:
The Auto Backlight feature for EasyTouch II will not change all
stations at the same time.
Description:
EasyTouch II incorporate a built-in light sensor. When enabled
through Vantage software the sensor will change the
brightness of the button LEDs. For example, in normal light the
buttons would be bright. In extremely low light conditions, as
at night time with all the lights off, the buttons would be
dimmed to a very low level. Many conditions lend to the
phenomenon of keypads not changing at the same time. The
location of each keypad is primary. In multiple gang situations
more light may be on one part of the multi-ganged station
causing the auto backlight feature to operate differently in that
section of the multi-gang. Many other lighting factors, even
less noticeable to the human eye, can affect, auto backlight
sensors, intended results.
Solution:
Because manufacture variations are inherent in light sensors
and the conditions mentioned above are inevitable, it is not
always practical to use the Auto Backlight feature. This feature
may be turned off in Software. If the Auto Backlight feature is
not working as the client and installer intends, Vantage
Controls recommends using one of the following two
suggestions to control the brightness of EasyTouch II buttons.
1.
Edit the
LED
style for EasyTouch II buttons by creating two
Modes*. Each mode can use the same ON/OFF colors at
very different intensities. Create two Time Controls. One for
Sunrise and one for Sunset. Program the time controls to
assign the appropriate Mode.
-OR-
2.
Create the two Mode LED style as described in step one.
Install a Vantage light sensor and program the light sensor
to change the modes of all the EasyTouch II stations at
once in an area.
Specifications
Description
Specification
Station Dimensions
Height = 4.3” -or- 109mm
Depth = 1.38” -or- 35mm
Width = 2.5” -or- 64mm
Weight
4.9oz. -or- 139g
Voltage
120V ~ 60Hz
Max. Load
16A (1920W @ 120V)
Minimum Load
Required
0 Watts
Load Types
Tungsten, Fluorescent,
General Purpose, and Motor 1H.P.
Arc Suppression
Zero Cross Built-in arc suppression
Built-in Lightning /
Surge Protection
MOV surge suppression
High Voltage meets IEEE C62.41
(6000V & 3000A)
Low Voltage meets ITU-T K.20
Cooling None
required
Backlit Buttons
3 color LEDs
Auto LED Intensity
Yes, Built-in/standard
IR Receiver
Yes, Built-in/standard
Status Indicator
Microprocessor Status LED
Station Equivalent
Counts as one RadioLink Station
Ambient Operating
Temperature
32 - 95°F -or- 0 - 35°C
Ambient Operating
Humidity
5 - 95% non-condensing
UL, CUL and FCC
Listed
Yes
System Requirements
This station is compatible with InFusion Design Center
software. For new projects it is recommended that firmware
and software be kept to the most current release.
Installation
Installation of Vantage products should be
performed or supervised by a
Certified Vantage
Installer.
Turn the circuit breaker off and make sure
no voltage is present where the ScenePoint Relay station is
mounted.
Damage caused by failure to disconnect power may
void warranty and is a risk to the installer. Connect the wires as
follows: Black to LINE, White to NEUTRAL, Red to LOAD,
Green to structure’s safety GROUND. Before turning the circuit
breaker on, check to see that all connections are correct (In
particular, check to see that the correct wires have been
connected to “Line In” and “Load Out”). Note: A Neutral wire
must be connected for proper built-in arc suppression
operation at zero-cross.
