Universal Remote Control COMPLETE CONTROL MRX-1 User manual

MRX-1 Installation Manual
Network Base Station
COMPLETE
™
Universal Remote Control®
CONTROL
COMPLETE

MRX-1 Installation Manual ©2010 Universal Remote Control, Inc.
The information in this manual is copyright protected. No part of this man-
ual may be copied or reproduced in any form without prior written consent
from Universal Remote Control, Inc.
UNIVERSAL REMOTE CONTROL, INC. SHALL NOT BE LIABLE FOR OPER-
ATIONAL, TECHNICAL OR EDITORIAL ERRORS/OMISSIONS MADE IN
THIS MANUAL.
The information in this manual may be subject to change without prior
notice.
Complete Control is a registered trademark of Universal Remote Control,
Inc.
All other brand or product names are trademarks or registered trademarks
of their respective companies or organizations.
500 Mamaroneck Avenue, Harrison, NY 10528
Phone: [phone] Fax: [phone]

TABLE OFCONTENTS
Introduction 1
Features and Benefits 2
Parts Guide 2
Front and Rear Panel Descriptions 3
Network Installation 4
Optimizing IR Flasher Levels 5
Integrating Optional RFTX-1 to control URC LIghting 6
Integrating Optional Video or Voltage Sensors 7
Integrating RS-232 and Relays 10
Network Discovery 13
Overview of IR Routing 16
Network or RF Setup in CCP 16
IR over Narrow Band via Optional RFX-250 18
Connecting multiple MRX-1’s via RF Out 20
Frequently Asked Questions 21
Specifications 21
USA Limited Warranty Statement 22
Warning 23

Page 1
MRX-1 BASE STATION
Introduction
The MRX-1 Network Base Station receives IR and Serial commands
from any URC Network Controls (like the KP-4000, MX-6000 or MX-
5000) over the network. Each MRX-1 has a unique MAC Address,
which allows correct routing to multiple MRX-1 units throughout the
home.
In installations with URC RF Lighting, the optional RFTX-1 transmitter
will transmit RF commands from all URC Network Control’s. This
enables installations with multiple MRX-1’s and RFTX-1’s to become
whole house lighting control systems capable of multiple room paths
and scenes.
In addition, the MRX-1 offers traditional IR only control from URC
Narrow Band RF Controls via an optional RFX-250.
3. Self-adhesive “Flashers” affix to
the Infrared sensors on the front
panels of your client’s compo-
nents. The Flashers relay com-
mands to components. The flash-
ers plug in to the MRX-1 rear
flasher line outputs via their 10
foot cables. The MRX-1 can also
connect to components with rear
panel IR Inputs via its adjustable
IR Line Outputs.
2. The MRX-1 receives commands and
controls the components via IR or
Serial.
1. The KP-4000 communicates over the
LAN (Local Area Network) to IP con-
trolled components and the URC MRX-
1 Network Base Station.
WiFi Router
IR Controlled Device

Page 2
MRX-1 BASE STATION
Features and Benefits
The Bridge for Network Remotes and Keypads
The MRX-1 enables IR and RS-232 devices to be controlled by URC
Network Controls.
2-Way RS-232 Thermostats, Security Systems, Home Theater AVRS
and Multi-Zone Matrixes
Via the unique URC 2-Way database installers can drag and drop
2-Way pre-programmed modules into any URC Network Control
powered by the MRX-1’s two RS-232 ports. RS-232 components
can display Volume Pop Ups, Status displays, Tuner Modules, 2-
Way Transport Controls, etc.
Whole House URC Lighting via RFTX-1
Via the RFTX-1 transmitter, the MRX-1 can relay commands from
any URC Network Control to URC Lighting devices. By installing
multiple MRX-1/RFTX-1 relay stations around a home, installers can
create seamless coverage of any size house, allowing lighting paths
and whole house scenes.
Utilize MRX-1 Sensor Port to Automate TOAD Devices
The MRX-1 offers URC Network Controls automation capability for
devices that do not have discrete codes. It is equipped with a sen-
sor port compatible with optional URC video or voltage sensors,
thus an installer can program macros that test whether a device is
on or off before issuing input commands etc.
Control Devices with Relays
URC Network Controls can control lifts, screens etc. via the MRX-
1’s NO, NC or Momentary set of contacts.
Traditional Narrow Band RF
Complete Control remotes and keypads can also control the same
IR devices with an optional RFX-250 or RFX-250i.
Parts Guide
The MRX-1 Network Base Station includes:
1 - MRX-1 Network Base Station
1 - 12V-1000mA Power Supply
6 - Visible Emitters with 10 foot plug
in cables including 1 pink sleeved
emitter for the RFTX-1 port
1 - Two Meter 3.5mm Stereo to
3.5mm Stereo (for daisy chaining
multiple MRX-1 with one RFX-
250)
1 - Adjustment Tool
1 - Mounting Plate for wall mounting
the MRX-1

Front and Rear Panel Descriptions
Front
The front panel consists of 4 indicator lights which will illuminate
when in use.
Power: Illuminates when the power supply is connected to an outlet
Status: Flashes in blue when an RF or Network signal is received.
Sensor: Illuminates to indicate that it is sensing the presence of
composite video or AC or DC voltage.
Ethernet: Illuminates when connected to a Network Router
Reset: Press the reset button located under the MRX-1 to restart the
unit.
Rear
The rear panel ports are:
Power: Provides connection to included 12V/1Amp Power Supply.
Ethernet: Provides connection to LAN(Local Area network) via RJ45
cable.
Relay NO, NC, COM: Provides configurable switch closure control.
RS-232 Ports: Two RS232 ports provides direct control.
Sensor: Provides connection to one URC Voltage Sensor (VS-1006)
or to one URC Video Sensor (VID-6) for status in sensor based
macros.
IR IN: Allows MRX-1 control from a base station such as a MRF-260
(IR Routing capability is lost from commands coming from the MRF-
260)
MRX-1 BASE STATION
Page 3
Power Status Sensor Ethernet
Ethernet
Power
Relay:NO,
NC, COM
RS-232 Ports
Sensor
IR IN
IR Outputs: #1-6
RFTX Port: #6
RF IN RF Out
RF ID
Reset: Bottom

Page 4
IR Outputs: Connect emitters for IR control of connected devices.
RFTX Port: Dual port #6 for the RFTX-1 connecting cable or includ-
ed sleeved IR emitter.
RF IN: Connects to a optional single RFX-250 (refer to manual)
RF Out: Used for daisy chaining MRX-1s for RF Operation (Refer to
RFX-250 manual)
RF ID: 15 unique RF ID's provide RF control and routing to multiple
MRX-1’s in the same home. (RF ID #0, the interference "sniffing" posi-
tion, is used to detect RF interference in the area.)
Network Installation
The MRX-1 is a network base station that allows full control of your
components. Once installed to the network, and a button is pressed
on the remote, a command is transferred over the customer’s net-
work to the MRX-1 which sends IR, RS232 or Relay commands to
the devices you specify. Note that the MRX-1 can only be utilized
by URC Network Controls.
1. Connect the Ethernet cable (RJ45) to the rear of the MRX-1 and
into the network router.
2. Connect your laptop into the same network as the MRX-1.
3. Plug flashers into any of the six flasher ports on the rear of the
MRX-1. If you utilize IR output #6, you must use the pink
sleeved emitter. IR Output #6 is a dual purpose port, it can be
used for IR control or to connect the RFTX-1 for URC Lighting.
MRX-1 BASE STATION

Page 5
MRX-1 BASE STATION
Optimizing IR Flasher Levels
Test a few commands for each device before fixing the flasher in
place on the front panel of a device.
Since TiVo, Replay TV, Satellite Receivers and Cable Boxes are all
extremely sensitive to IR overload or saturation, you should test
them thoroughly. Put up the on screen guide and test the navigation
arrows. Compare operation via RF to the original remote control.
Operation should be identical. If operation is inconsistent or slug-
gish, lower the IR line output and/or reposition the flasher.
If you still have sluggish operation, check that the remote control is
set to a particular LINE OUT, rather than ALL. When IR commands
are sent to all the flashers in a cabinet, you can have difficulty
adjusting the IR Output. Reprogram the remote control to send IR
commands only via a specific (1-6) Line Output, then readjust the
IR Line Output level.
Note: Line 6 is a dual port and requires the included sleeved emit-
ter for long term IR use.
1. Connect an IR emitter to each IR output and run the emitter
wire to the front panel of each component. DO NOT STICK the
emitter in place. ADJUST the level first.
2. Adjust each of the IR Output levels with the included adjust-
ment tool for best operation . If the component operates best at
minimum level, but is still operating sluggishly or intermittently,
move the emitter farther away from the components IR sensor.
IR Outputs:These ports can be conditioned as discrete, ‘routed’
outputs that only send IR commands to the specific device that
each emitter is attached to. This allows selective control of multiple
same-brand, same-model components, (multiple DVD players, SAT
receivers, etc.) and assures accurate control in that a given compo-
nent’s commands are routed only to it’s dedicated IR output and
emitter, preventing IR splash from multiple emitters flashing at the
same time. Port #6 is a dual port with the RFTX-1 and requires a
sleeved emitter when in use as an IR emitter. POLARITY: Tip=IR
data, Sleeve=GND.

Integrating Optional RFTX-1 to control URC Lighting
RFTX-1
The RFTX-1 provides control of the URC Lighting
1. Simply plug the RFTX-1 with the 10’ pink connecting cable
(included with the RFTX-1) into the MRX-1 pink fixed port #6.
2. Set the RFTX-1 to either 418MHz or 433MHz.
3. Set the URC Lighting Device in the CCP Editor to Network and
set the IR output to Port #6.
4. Download to the MX remote and begin controlling your lights.
Page 6
MRX-1 BASE STATION
Select either
418MHz or
433MHz

Page 7
MRX-1 BASE STATION
Integrating Optional Video or Voltage Sensors
Voltage Power Sensor VS-1006
The VS-1006 Voltage Power Sensor allows voltage output of a sys-
tem component to be used to monitor that component’s ON/OFF
status for power management when the device does not have dis-
crete commands or a composite video output is not available for
video sensing. Some components provide 12V Status outputs while
with other applications, a DC power supply plugged into a compo-
nent’s switched outlet can be used to provide device status.
Connections
Control Voltage Out/Switched AC Out (VS-1006)
When using a switched AC outlet, an AC or DC power supply
adapter can be used to trigger a VS-1006 Voltage Sensor. Using AC
or unregulated DC adapters is recommended given the instant
ON/OFF characteristics such supplies. Regulated DC adapters are
slower to respond when turned on and off and are therefore not
considered ideal for status sensing. RATING: 3-25V AC or DC.
1. Using a two conductor stranded 24-14 AWG wire, connect the
Control Voltage Out of the sensed device, or stripped ends of a
Power Adapter, to the Two-Pin Plug In Connector on the VS-1006.
Polarity is not critical with the VS-1006, as it can sense AC or DC.
2. If using a Power Adapter, plug it in to the Switched Outlet on the
Sensed Device.
3. Connect the 4-circuit mini plug from the VS-1006 to the appro-
priate Video or Voltage Sensor Input on the MRX-1 Rear Panel.
4. Once the system has been powered up, the VS-1006 Power LED
should illuminate Red.
5. To test Voltage Sensing, turn the Sensed Device on. The Sensor
LED on the MRX-1 front panel should illuminate in blue. Turn
the Sensed Device off and the LED should turn off as well. If not,
check the connections and measure the device control out or
power adapter with a volt meter to confirm voltage output.
Current Sensing AC Outlet (VS-1006)
1. Connect the Power cord from the sensed device to a sensed AC
outlet on a current sensing AC outlet.
2. Using two-conductor stranded 24-14AWG wire, connect the con-

Page 8
trol voltage out of the current sensor to the two-pin plug-in con-
nector on the VS-1006. The VS-1006 can sense AC or DC so
polarity is not critical.
3. Connect the 4-circuit mini plug from the VS-1006 to the sensor
input on the MRX-1 rear panel.
4. Plug the power cord on the current sensing device into an
unswitched AC outlet.
5. Once the system has been powered up, the VS-1006 Power LED
should illuminate Red.
6. To test Voltage Sensing, turn the Sensed Device on. The Sensor
LED on the MRX-1 front panel should illuminate in blue. Turn
the Sensed Device off and the LED should turn off as well. If not,
check the connections and measure the device control out with a
volt meter to confirm voltage output. Also confirm that the
Sensed Device’s Power Cord is connected to a Sensed Outlet.
VID-6 Video Sensor Cable
The Video Sensor Cable VID-6 is a special cable for sensing com-
posite video. When composite video is detected, the MRX-1 recog-
nizes that the connected device is ON. System Power ON/OFF
macros, conditional IF/ELSE Smart Macros and other control modes
are typically associated with the status of these sensor inputs. When
an ON condition is detected at the sensor input, the corresponding
Front Panel Sensor LED will illuminate in blue to indicate the ON
condition. Not all devices turn the composite video output off when
in standby, some switch to a black screen. A black screen looks off
and protects some types of video displays from ‘burn in’, but there
is still a sync code present that is not compatible with video sensing
for ON/OFF status. For devices that output a black screen, use a
Voltage Power Sensor from a switched outlet (or status output on the
device if available), a sensed AC outlet that outputs 12V or discrete
IR ON/OFF codes or RS-232 commands.
Connection
Composite Video (VID-6 Video Sensor Cable)
1. Connect the MALE end of a single male to two female RCA plug
‘Y’ Adapter to the Composite Video Out on the device to be
sensed.
2. Connect the RCA Plug end of the VID-6 Sensor Cable to one of
the jacks on the Y Adapter.
3. Connect the 4-circuit mini plug end of the VID-6 cable to the
Sensor input on the MRX-1 Rear panel.
4. Connect the Second Jack on the Y adapter to the appropriate
MRX-1 BASE STATION

Page 9
MRX-1 BASE STATION
Composite Video Input (A/V Receiver DVD, VCR input, etc) using
a shielded RCA to RCA video cable with gold ends.
5. To Test Video Sensing, once the system has been powered up,
turn the sensed device on. The Sensor LED on the MRX-1 front
panel, should illuminate in Blue. Turn the Sensed device off. The
LED should turn off. If not, check connections and confirm the
device is not outputting a ‘black screen’ or some other video
sync information when off.
6. Confirm Video Signal to the A/V Receiver by selecting the Input
to which the Sensed device is connected. (Be sure TV or video
display is on, connected and switched to the appropriate input.)
Programming
To program a Video or Voltage Sensor into CCP MRX-1:
1. Click on the IF/Else icon within the macro window to add an
IF/Else statement.
2. Double click on the IF(True) line to open the IF Setting window.
3. Click the Sensor button.
4. Select the MRX-1 base station from the Base station drop down
list.
5. Click on the Sensor drop down list to select Sensor 1 and check
whether the Sensor should check if it is on or off.
6. Press Ok to save the configuration.
7. Now the macro will Sense if a device is on.

Page 10
MRX-1 BASE STATION
Integrating RS-232 and Relays
RS-232
There are two versions of the RS232 cable. The RS232M has a male
DB9 connector and the RS232F has a female DB9 connector. Be
sure to verify the proper cable configuration by visually inspecting
the RS232 terminal on the device to be controlled. Some devices
will use other types of connectors such as RJ45 and mini jacks.
Custom cables can be made using the pin-out for the MRX-1 jacks.
Please refer to the devices’ owner’s manual for the pin-out of RS232
Terminals that are not DB9 connectors. (Universal Remote Control
Part #’s: RS232M-male DB9 and RS232F-female DB9). Polarity
(RS232): Tip = no connection, Ring 1 =TX (red wire), ring 2 = RX
(white wire), ring 3=GND (shield).
1. Connect the 3.5 mono 4-circuit mini plug end of a URC RS232
Male or Female to the appropriate RS232 programmable output
jack of the MRX-1 Network Base station.
2. Connect the DB9 Connector to the device RS232 Terminal.
Tighten the thumb screws to secure the connection.
Once the connections have been made, the RS232 device proper-
ties need configuring before RS-232 communication can be estab-
lished. The Baud Rate, Data bits, Parity and Stop Bit is supplied in
the manufacturer’s manual and must be entered into CCP. Once all
the information has been supplied, each of the entered RS-232
commands can be tested to ensure communication and accuracy.
1. Within CCP, double click on MRX-1 within the House Designer
Tree.
2. Double-click on MRX-1 in the House Designer tree.
3. An image of the MRX-1 appears in the middle window.

Page 11
MRX-1 BASE STATION
4. Click on the MRX-1 in the Model Designer window.
5. Click on the "Properties" tab at the lower right side of CCP
6. Click on RS-232 Port #1 on the actual MRX-1 image.
7. The Port 1 RS-232 Properties appear in the Properties tab.
8. Set the Baud Rate, Data, Parity and Stop Bits for the connected
RS-232 component. (The manufacturer of the RS-232 component
will provide the correct values.)
9. Click on RS-232 Port 2 and repeat the process if it will be con-
trolling a component RS-232.
Relay
When connecting the MRX-1 Relay, the controlled device end may
be terminated with a plug or connected to wire terminals. In either
case, the connections to the MRX-1 Relays are the same for a given
switch closure configuration. Discrete commands for open and
close are programmable for three modes of operation: Latching,
where the relay stays closed until told to open, (or stays open until
told to close), Timed Momentary, where the relay can be set to stay
open or closed for a specific duration, or Momentary, where the
relay stays open or closed for as long as the remote button is
pressed and held. DURATION (TIMED MOMENTARY): .1 – 99.9
seconds. RATING: 30V;.5A
NO (Normally Open)
1. For a device that PROVIDES VOLTAGE for use with a switch clo-
sure:
a. Connect the +V Terminal on the controlled device to the Relay
NO terminal on the MRX-1 rear panel, using one of the
included three -pin plug-in connectors.
b. Connect the Ground Terminal on the controlled device to the
Relay COM Terminal using the same plug-in connector.
2. For a device that REQUIRES EXTERNAL CONTROL VOLTAGE:
a. Splice the ends of a 12 volt wall adapter and connect it to the
Relay COM Terminal.
b. Connect the Relay NO Terminal to the +V Terminal on the
controlled device.
c. Connect the GND terminal on the controlled device to the
GND terminal on the MRX-1 rear panel.
When a properly programmed MRX-1 compatible remote sends an
ON command, (latching, momentary or timed) RELAY will close
and the controlled device will respond (turn ON an amplifier or
powered sub, raise a lift, drop a screen, open or close drapes etc.).
When the OFF command (latching, press and hold or time) is sent,
RELAY will OPEN and the controlled device will respond (reverse
previously switched mode). WIRE GAUGE: 24-14 AWG two-con-
ductor stranded; MAX LOAD: 30V; .5A.

Page 12
NC (Normally Closed)
1. For a device that PROVIDES VOLTAGE for use with a switch clo-
sure:
a. Connect the +V Terminal on the controlled device to the Relay
NC Terminal on the MRX-1 rear panel, using one of the includ-
ed Three-pin plug-in connectors.
b. Connect the GROUND Terminal on the controlled device to the
RELAY COM Terminal using the same plug-in connector.
2. For a device that REQUIRES EXTERNAL CONTROL VOLTAGE:
a. Splice the ends of a 12 volt wall adapter and connect it to the
Relay COM Terminal.
b. Connect the RELAY NC Terminal to the +V Terminal on the con-
trolled device.
c. Connect the GND Terminal on the controlled device to the
GND terminal on the MRX-1 rear panel.
When a properly programmed MRX-1 compatible remote sends and
ON command (latching, press and hold or timed), RELAY will
OPEN and the controlled device will respond with an interruption
to it’s normal action. When the OFF command (latching, press and
hold or timed) is sent, RELAY will CLOSE and the controlled device
will respond by resuming its normal action. WIRE GAUGE: 24-14
AWG two-conductor stranded; MAX LOAD: 30V; .5A.

Page 13
Network Discovery
Adding a MRX-1 in CCP, modifying it’s Settings and test-
ing RS-232 and Relay Commands.
1. Inside the CCP editor, select Program then Configure Home.
2. Add a MRX-1 base station and the properties window opens.
3. Type in a descriptive Name for the MRX-1 unit and select a RFID
if using a RFX-250.
4. Either type in the MAC address which can be found on a sticker
located on the bottom of the unit or click on the Discover but-
ton.
5. The Discover window opens to reveal a list of connected MRX-1
units. Highlight the preferred MRX-1 MAC address and select
Apply. The Discover window closes.
MRX-1 BASE STATION
Status

Page 14
6. Now the MRX-1’s MAC address will populate the MAC address
field.
7. Within the Port Information field, type in the devices designated
to each IR and Serial port.
8. Press the Status button to open the Status and Firmware window.
9. The Status and Firmware window opens to reveal the current
description, MAC ID, IP Address, RFID, Date and Time, Firmware
version and update button.
MRX-1 BASE STATION

Page 15
10. From the Status window, press the Settings button to open the
Settings window.
11. The Settings window allows changes to be made to the descrip-
tion name, a dynamic or static IP address, or the Date & Time.
Press Save to return to the Status window.
12. From the Status window, press the Test button to open the Test
window.
13. The Test window provides realtime RS-232 and Relay command
testing. Press Ok to return to the Status screen.
MRX-1 BASE STATION
The Serial Command field box
allows you to enter RS-232
commands in either ASCII, HEX
or DECIMAL then Test and see
it’s result.
The Relay Command field
allows for device command
testing.

Page 16
MRX-1 BASE STATION
Overview of IR Routing
There are several considerations to take into account when you are
installing an MRX-1 to control an array of identical components:
1. Each identical component must receive IR commands ONLY
from a dedicated Flasher affixed to its front panel or a rear panel
direct IR input. The SIGNAL of the remote should be set to
Network or RF ONLY for each identical component. IR can still
be utilized for other devices in your system!
2. When connecting a flasher from the MRX-1 to your component
make sure to notate the Flasher Output Number being used.
Network or RF Setup in CCP
1. Open the RF Setup Window in CCP
The RF Setup window opens after selecting RF Control from the
Program Menu. The RF Setup window is composed of a “spread
sheet” of options for EACH of your devices.
2. Adjust the Signal For Each of the Identical Devices
The RF Setup window enables you to adjust the Signal output for
each device individually, by clicking on the intersection of a row
and a column and then selecting Network or RF (for optional RFX-
250) from the three options shown in the pull down list box.

Page 17
MRX-1 BASE STATION
Select Network or RF (for optional RFX-250) from the three
options shown for EACH of the identical TVs. You may leave the
other components with no flashers set to IR.
3. Select a Receiver to Control Identical Devices
Choose a Base station to send commands over the Network or via
RF to control multiple components.
4. Adjust the IR Outputs For Each of the Identical Devices
The RF Setup window enables you to adjust which Flashers output
by the remote control for each device individually, by clicking on
the intersection of a row and a column and then selecting Ports 1-6
from the seven options shown in the pull down list box.
Select the correct IR Output (refer to your connection notes) for
EACH of the identical TVs. You may leave the other components of
the system set to ALL. In the figure below, each device is set to a
specific flasher.
5. Close the RF window and Download to the Remote.