Converging Systems IMC-300MKII-EM User manual

Converging Systems Inc.
CS-Bus Controllers
Intelligent Motor Controllers
Models: IMC-300MKII-EM
IMC-300MKII-SL
Version 5.0.1

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Converging Systems Inc. Page 2Rev.5.0.0
Intelligent Motor Controller (IMC-300 MKII Controllers)
1 MOUNTING INSTRUCTIONS........................................................................................................................................4
2AC LINE AND MOTOR WIRING INSTRUCTIONS....................................................................................................5
3COMMUNICATION/ LOW VOLTAGE AND CS-BUS WIRING INSTRUCTIONS................................................6
3.1 ETHERNET COMMUNICATION WIRING DIRECTIONS..................................................................................................... 7
3.2 RS-232C COMMUNICATION WIRING DIRECTIONS........................................................................................................ 7
3.3 CS-BUS CONNECTIONS (FOR CONNECTION TO KEYPADS AND TO ADDITIONAL IMC-100MKII-XX CONTROLLERS).8
3.1 STI/LV AND DOOR CONNECTIONS................................................................................................................................. 9
4PROGRAMMING MOTOR ADDRESSING/INITIAL SETUP..................................................................................10
4.1 FACTORY PROGRAMMING-DIP SWITCH PROGRAMMING......................................................................................10
4.2 CUSTOMIZED PROGRAMMING-(NON-DIP SWITCH PROGRAMMING)...................................................................... 10
5POWER ON/TESTING ...................................................................................................................................................10
APPENDIX 1.............................................................................................................................................................................. 12
KEYPAD AND IR-REMOTE ACCESSORY INFORMATION...........................................................................................12
A1-1.1 SINGLE GANG KEYPAD –PRESET AND MOTOR MOVEMENT AND IR................................................................13
A1-1.2 SINGLE GANG KEYPAD –MOTOR MOVEMENT AND IR WALL PAD .................................................................. 16
A1-1.3 SINGLE GANG KEYPAD –DECORA-TYPE MOTOR MOVEMENT AND PRESETS TYPE ........................................18
A1-2.1 HANDHELD 12-BUTTON INFRARED REMOTE...................................................................................................... 19
APPENDIX 2.............................................................................................................................................................................. 21
TECHNICAL INFORMATION-LOW VOLTAGE WIRING DIAGRAMS.......................................................................21
THE IMC HAS BOTH LOW-VOLTAGE CONNECTIONS AS WELL AS CS-BUS CONNECTIONS.REFER TO FOLLOWING DIAGRAM TO
UNDERSTAND LOCATION OF PIN 1ON ALL CONNECTORS.......................................................................................................... 21
A2-1 LOW-VOLTAGE SWITCH AND VOLTAGE TRIGGER INTERFACES (STI) ................................................................. 21
A2-1.1 STI Interface.................................................................................................................................................... 21
A2-1.2 Low-Voltage Switch (currently not supported)................................................................................................ 21
A2-2 INFRARED CONNECTIONS ........................................................................................................................................ 21
A2-3 INTELLIGENT PERIPHERAL CONNECTIONS............................................................................................................. 21
A2-3.1 CS-Bus to IMC-BSKP-2030 (3 button), IMC-BSKP-2050 (5-button) or IMC-BSKP-2110/2112- (Intelligent
Keypads) [Mk II Keypads].................................................................................................................................................. 21
A2-4 CS-BUS CONNECTIONS ............................................................................................................................................ 22
A2-4.1 IMC-300MKII Controller to IMC-x00 Controller(s) Communication Wiring ................................................ 22
A2-4.2 RS-485 Terminators.........................................................................................................................................23
APPENDIX 3................................................................................................................................................................................ 1
APPENDIX 4................................................................................................................................................................................ 1
1SYNTAX............................................................................................................................................................................1
2OPERATIONAL EXAMPLE.................................................................................................................................................1
APPENDIX 5................................................................................................................................................................................ 2
APPENDIX 6................................................................................................................................................................................ 5
APPENDIX 7.............................................................................................................................................................................. 11

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Converging Systems Inc. Page 3Rev.5.0.0
Safety Information
The 120-240vAC versions of this product are listed by the following testing laboratories
For units with provided power cords, this warning needs to be provided.
TO REDUCE THE RISK OF ELECTRIC SHOCK, THIS EQUIPMENT HAS A GROUNDING TYPE PLUG THAT HAS A THIRD (GROUNDING) PIN. THIS PLUG WILL
ONLY FIT INTO A GROUNDING TYPE OUTLET. IF THE PLUG DOES NOT FIT INTO THE OUTLET, CONTACT A QUALIFIED ELECTRICIAN TO INSTALL THE
PROPER OUTLET. DO NOT CHANGE THE PLUG IN ANY WAY.
POUR REDUIRE LES RISQUES DE CHOC ELECTRIQUE, CET APPAREIL EST QUIPE D’UNE FICHE AVEC MISE A LA TERRE COMPORTANT UNE TROISIEME
BROCHE (BROCHE DE TERRE). CETTE FICHE NE PEUT ETRE BRANCE QUE DANS UNE PRISE AVEC MISE A LA TERRE. S’IL N’EST PAS POSSIBLE DE LA
BRANCHER DANS LA PRISE, FAIRE POSE UNE PRISE APPROPRIEE PAR UN ELECTRICIEN QUALIFIE. NE PAS MODIFIER LA FICHE.
*UTILISER A L’INTERIEUR SEULEMENT FCC Statement
The IMC-300MKII-xx Controllers have been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC Rules. These limits
are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates uses and can radiate radio frequency
energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that
interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by
turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures:
● Reorient or relocate the receiving antenna.
● Increase the separation between the equipment and receiver.
● Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.
● Consult the dealer or an experienced radio/TV technician for help.
ICES
This Class B digital apparatus complies with Canadian ICES-003. Cet appareil numérique de la classe B est confirme á la norme NNB-003 du Canada
Models
100-240VAC versions
IMC-300MKII-EM Master Controller
IMC-300MKII-SL Slave Controller
Ratings:
Input:
IMC-300MKII-EM: 100-240 VAC, 50-60 Hz, Single Phase
IMC-300MKII-SL: 100-240 VAC, 50-60 Hz, Single Phase
Load Capacity:
ALL Models: 2.1A (1/3 HP)
Documentation Revision History
Revision
Date
Description
5.0.0
3/28/2017
New drawings
5.0.1
6/30/2017
Updates for Calibration

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Converging Systems Inc. Page 4Rev.5.0.0
Description:
The Masking Director Controller family (IMC-300MKII-EM and IMC-300MKII-SL) are designed to control residential
and commercial bi-directional blind, drapery and projection screen single phase, bi-directional AC motors (three
wire motors--open, close, neutral connections).
The IMC-300MKII-xx series of Controllers can be controlled through a number of remote control devices, including
keypads, dry contact outputs, low-voltage trigger outputs, local and remote Infrared control, IP (Internet Protocol),
and computer-based signaling sources (serial communication) such as those manufactured by AMX, Control4,
Crestron, Elan, OnControls, RTI, Vantage and others with IP (Internet Protocol) or Serial (RS-232c) interfaces.
The IMC-300MKII-ss series of Controllers can accommodate incoming voltages encountered throughout the world
(100vAC to 240vAC). Please note that if powering a system with 120vAC for example, only motors rated at 120v
will be supported. Similarly, if powering a Masking Director system with 240vAC as an alternative, only motors rated
at 240vAC will be supported.
Warning Notice: There is no internal voltage conversion to support 120v motors when the unit is plugged into a
240vAC mains supply.
TO BE INSTALLED AND/OR USED IN ACCORDANCE WITH APPROPRIATE ELECTRICAL CODES AND
REGULATIONS
Important Information:
•Carefully read the instructions appropriate for your needs.
•This control must be installed by a qualified electrician.
•For supply connections, use wires rated for at least 75 C.
•WARNING—FOR CONTINUED PROTECTION AGAINST FIRE, REPLACE ONLY WITH SAME TYPE AND
RATING OF FUSE.
•Use Copper or Aluminum Conductors.
•For indoor use only.
•Do not connect Low-Voltage to Line-Voltage Power.
•Article 725-54(a), (1) Exception No. 3 (NEC) or Canadian CE Code Handbook, Rule 16-212, Sub rule (4) requires
segregation between line voltage and Class 2 (low voltage) circuits. Low Voltage/network wires should enter
enclosure boxes through separated openings. Also, conductors shall be separated by at least ¼” or segregated
by barriers. Check with your local electrical inspector or compliance with local/national codes and wiring
practices.
•Earth Ground terminal connection must be made as shown in wiring diagrams.
•Proper short-circuit and overload protection must be provided at the circuit breaker distribution panel. You can
use up to a 20A maximum circuit breaker with adequate short-circuit breaking capacity for your installation.
1 Mounting Instructions
Your controller may be pre-mounted in an existing device. However, in some cases, you may have to
mount the controller in wall box. If so, please follow the directions below:
Directions
a. Determine location for wall box. Determine a suitable mounting location for the IMC-300MKII-xx
Controller(s) either convenient to the motor that it will be controlling or to the specific user interface
control (keypad, IP, serial, etc.) that will be operating the Controller.
b. Select suitable wall box type and install Controller. Install within either a 5” x 7.75” x 2.75” metal or
VO-rated plastic electrical box (106.56 cu in. or larger).

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2 AC Line and Motor Wiring Instructions
Figure 1
IMPORTANT: MAKE SURE THAT THE AC POWER IS TURNED OFF PRIOR TO CONTINUING.
Directions
a. Strip 1/4” (6mm) of insulation from 12/2 AWG or 14/2 AWG wire suitable for installation for this type
of load for all motor and AC input lines.
b. Connect AC supply and Motor AC leads as shown below:
Wire Color
(function)
MD-300 (see
diagram below for
pinouts)
Function
AC Input Wires
BLACK
Pin 1 (on 2-pin plug)
AC load side AC input
WHITE
Pin 2 (on 2-pin plug)
AC Neutral side of AC input
GREEN
To Gnd Lug or
alternative ground on
mounting box
Connect Ground to “Grounding” lug on IMC-300MKII-xx
housing
Motor AC Wires*
RED
Pin 1 (on 3-pin plug)
(Clockwise rotation to move upwards)
BLACK
Pin 2 (on 3-pin plug)
(Counterclockwise motor rotation to move downwards)
WHITE
Pin 3 (on 3-pin plug)
Motor Neutral
GREEN
To Gnd Lug or
alternative ground on
mounting box
Connect all Motor Grounds to “Grounding” lug on IMC-
300MKII-xx housing
*Note: There are three motor ports on the MD-300. Motor Ports 1 and 2 are equipped with a built-in
(accompanying) digital encoding circuit. Motor Port 3 is for analog-type motors (without digital
encoding provisions). AC Motor wires should be plugged into appropriate ports.
AC Input
Ground Lug
Motor “A”
Motor “B”
Motor “C”
Encoder “B”
Encoder “A”
Pin 1

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AC Plug
Motor Plug
Figure 2
c. In cases where any specific motor(s) is equipped with digital encoding circuitry (referred to as
encoders), plug each Motor’s associated Encoder Cables into the matching Encoder Port as shown
In Figure 1 (i.e. Encoder for Motor “A” plugs into Encoder Port “A” and AC wires for Motor “A” plugs
into Motor “A.”).
d. In certain cases, two or more MD-300 units may be daisy chained together for unified control where
more than 2 digital motors and 1 analog motor are desired to be integrated within the Masking
Director system. In this case, plug additional Digital Motors into the digital ports (i.e. Ports “A” and
Ports “B”) and any Analog Motors into the analog Port (i.e. Port “C”).
Note: For further information on how to interconnect multiple MD-300xx controllers, refer to
section 3.3 below.
e. Leave AC Power OFF to system until requested to turn ON.
3 Communication/ Low Voltage and CS-Bus Wiring Instructions
Multiple communication I/Os are available within the IMC-300MKII-EM controller. Typically, only form of
communication should be used. The choice depends upon your specific integration platform. It is
recommended that for most systems, Internet Protocol (IP) should be used. IP offers up to 328 ft. runs from
the control system (as opposed to 50 feet runs with RS-232c), and remote diagnostics by Stewart is
possible only using IP.
Please select the appropriate communication protocol desired from section 3.1 or 3.2 below then proceed
to section 3.3 for additional systems low-voltage wiring for proper system integration.
Note: Additional IMC-300MKII-SL controllers, or other compatible CS-Bus controllers including the IMC-100
and IRC-100 controllers will receive their communication input from the Master controller (IMC-300MKII-
EM) described above and therefore no additional communication gear (IBT-100 or e-Nodes are required).
Pin 1
Live
Pin 2
Neutral
Pin 2 Black
Pin 1 Red
Pin 3 Neutral
(White)

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Figure 3
General Information:
•For Ethernet Connections -- Use 22-24 AWG CAT5 (or better) interconnection wires with maximum length of
bus less than 328 feet (100m) for Ethernet connections.
•For Serial Connections -- Use 22-24 AWG CAT5 (or better) interconnect wires with maximum length of bus less
than 50 feet (15.25m (if using 4 pair wire, simply do not use the Brown and Brown/White of 4th pair wires).
•For CS-Bus Connections --Use 22-24 AWG CAT5 (or better) interconnect wires with maximum length of bus
less than 4000 feet (1219m) (if using 4 pair wire, simply do not use the Brown and Brown/White of 4th pair wires).
•For STI/LV and Door Controls -- Use 18-22 AWG interconnect wires with maximum length of run of 10 feet
(3.04m). Since there is no data communication on these channels, you may use any wiring configuration you
desire.
•Route Low Voltage wires through a separate entry or knockout from AC Supply and Motor connections.
3.1 Ethernet Communication Wiring Directions (Internet Protocol). (See Figure 3 above.)
Directions
a. Prepare Ethernet communication wire (Cat5 or better) with RJ-45 connectors on each end. Do not
exceed the maximum run of 328 feet (100 meters).
b. Plug one end of the above cable into the IP Connector on the IMC-300MKII-EM Controller and the
other end to a network switch through which control to a remote integration platform is connected.
Note: In the case of a multiple IMC-300MKII controllers, only one connection to the IP Connector on the
master controller (the IMC-300MKII-EM Controllers) is required.
3.2 RS-232C Communication Wiring Directions (Serial-RS-232c Protocol). (See Figure 3 above.)
Directions
a. Prepare Ethernet communication wire (Cat5 or better) with RJ-45 connectors on each end. Do not
exceed the maximum run of 328 feet (100 meters).
b. Plug one end of the above cable into the RS-232C Connector on the IMC-300MKII-EM Controller
and the other end to a Stewart provided RJ-45 to DB-9 dongle. Do not exceed a run of 50 feet
(15.24m) in this case.
Door Block
STI/LV Block
IP (Ethernet)
CS-Bus Port 1
CS-Bus Port 0 (powered)
RS-232c
Pin 1

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Note: In case you wish to create your own wire, use the pinout below
RS-232 (RJ-45
connector) on IMC-
300MKII EM
Computer RS-232C Connector (DB-9)
1 Not required
1 Not required
2
2 PC Rx
3 GND
3 PC Tx
4 TXt
4 Not required
5 GND
5 GND
6 RX
6 Not required
7 Not required
7 Not required
8 Not required
8 Not required
9 Not required
9 Not required
The serial parameters are as specified below
Baud
Data Bits
Parity
Stop Bits
Handshaking
19,200
8
N
1
none
In the case of a multiple IMC-300MKII-xx controllers (or alternative CS-Bus controllers), only one
connection to the RS-232C Connector on the master controller (the IMC-300MKII-EM Controllers) is
supported.
3.3 CS-Bus Connections (for connection to keypads and to additional IMC-100MKII-xx controllers). (See
Figure 3 above.)
Directions
a. Prepare communication wire with RJ-25 connectors on each end. (An RJ-25 connector is similar to
traditional RJ-11 connector except it has 6P6C). Straight wiring should be used (i.e. 1-2,2-2,3-3,4-
4,5-5,6-6). Pinouts are shown below:
Note: Wiring is incompatible with standard telephone wiring and therefore telephone cabling
should not be used.
Figure 4
CS-Bus Connection (on IMC-x00x
Controller)
(LEFT or “OUTPUT” Port 0) (see
Figure 10)
CS-BUS Connection (on IMC-x00x Controller)
(Right or “INPUT” Port 1) (see Figure 10)
#1 No Signal
#1 No Signal
#2 GND
#2 GND
#3 485-
#3 485-
#4 485+-
#4 485+
#5 5V DC (regulated)
#5 5V DC (regulated)
#6 9V DC (unregulated)
#6 9V DC (unregulated)

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b. When connecting an IMC-x00 compatible keypad to an IMC-300MKII-EM (i.e. BSMK-2110-B),
connect the first keypad to the IMC-300MKII-EM’s Output (Port 0). If you desire to connect a
second compatible keypad, secure an optional Device Insertion Module (DIM-2F-1M) and plug the
DIM-2F/1M into Port 0 on the MD-300 and plug both keypads into the available Female ports.
Alternatively, you can use a DIM adapter on the first keypad and simply plug the second keypad
into the available port on the DIM.
Note: Do not attempt to plug the second keypad into the alternative CS-Bus Port 0 available on
the DM-300EM as this is an unpowered port and is also compatible with inter-bus communication
to downstream IMC-300MKII-xx devices.
c.In the event that multiple MD-300 controllers are configured within a system, the master IMC-
300MKII-EM should be connected to downstream IMC-300MKII-xx controllers (or additional IMC-
300MKII-EM controllers configured as slaves) using CS-Bus communication cabling. In this case,
use the same type of cabling created in section “a” above and connect from CS-Bus Port 1 on the
first IMC-300MKII-EM controller to Port 0 on the second IMC-300MKK-SL. Continue this wiring
topology (1 to 0, 0 to 1, throughout the system).
3.1 STI/LV and Door Connections. (See Figure 3 above and Figure 5 below)
Door Connection Block
STI/LV Connection Block
Figure 5
Directions
a. Door Connection Block (required for installations with doors). Run door micro switch wires to the
removable connector as shown below:
Door Connection Block ( 4-pin connector)
Pin 1 & 2 Door Closed position (NC)
Pin 3 & 4 Door Open position (NC)
b. STI (2 channels available). Run STI interconnection to removable connector as shown below:
Pin on Removable Connector
Video Projector on/off
trigger output
Video Projector second triggered
output (16:9 for instance)
Pin 1 (Signal A DC-)
And Signal B DC-)
Ground
Ground
Pin 2 (Signal A DC+)
5v+~12v+ output
Pin 3 (Signal B DC+)
5v+~12v+ output
Pin 4 common
Pin Door open
position) (NC)
Pin 2 common
Pin 1 Door closed position
(NC)
Pin 4 Common
Gnd
Pin 3 STI 1
Pin 2 STI 2
Pin 1 LV N/A

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Converging Systems Inc. Page 10 Rev.5.0.0
c. LV Connection. Reserved for future. (Pins 1 on STI/LV connection block.
4 Programming Motor Addressing/Initial Setup
Background: The IMC-x00x Controllers and their associated User Interface Control Devices (keypads)
have been designed with a rich feature set field proven in large commercial installations. A set of rich
software tools and programming aides have been designed for the trained installer to customize virtually
any feature within the IMC-300MKII-xx controller and connected User Interface Control Device(s).
When a Masking Director is initially set-up with one or more motors, specific motor settings (ccw, cw, etc.)
can be either configured through factory programmed DIP SWITCH settings or can be customized on the
factory floor. Should your installation only require such functionality, please proceed within this section.
However, if your installation requires additional customization not available with the information contained
within this section, please consult Converging Systems
Now follow the below steps:
4.1 Factory Programming-DIP Switch Programming
Certain often used templates have been re-programmed into the IMC-300MKII controller. These templates
can be automatically recalled by setting the on on-board PCB DIP switches to the positions documented in
Appendix 3. If a particular template is not re-loaded, then alternative programming is possible through the
use of e-Node Pilot. Refer to Section 5.2 below for more information here.
4.2 Customized Programming- (non-DIP SWITCH programming)
See Appendix 6 for more information.
5 Power On/Testing
IMPORTANT: MAKE SURE THAT THE AC POWER TO ALL CONTROLLERS IS TURNED OFF PRIOR
TO CONTINUING.
Directions
a. Set the DIP Switches on the IMC-300MK-EM (and any connected IMC-300MKII-SL connected
versions) as per the directions in section 4 above.
b. Make sure that you have connected all relevant motors for the DIP switch setting performed in Step
“a” above. In addition, for convenience, connect one Masking Director compatible keypad (BSKP-
2112 is the preferred keypad).
c. For enhanced/accelerated testing, you may select to make a communication connection using
Ethernet connectivity.
d. Power on all IMC-300MKII-xx Controllers by providing (compatible) AC power to all components.
See Warning Note above.
e. Verify each IMC-300x Controller has powered up properly by examining its status LED indicator.
Depending upon the configuration of each IMC-300x and its current operational status (whether or
not an operational IP connection is provided), a specific color and flash pattern for the on-board

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LED will indicate the Controller’s status. Please refer to the following two configuration cases below
for the specific information for your installation.
State
If no IP connection is
provided at power-up
If IP connection is provided at power-up
AC power applied
● Initially, on-board RED LED
will flash for 2 seconds
indicating Power ON Self Test
passed.
●Initially, on-board RED LED will remain ON for 2 seconds
indicating Power ON Self Test passed
Waiting to recognize
IP connection
●GREEN LED will flash FAST
indicating that it is searching for
a valid IP connection. In this
case, since no IP connection is
provided, after __ seconds,
LED will switch to BLUE SLOW
flash which means that
alternative communication
channels can be used to control
device.
●GREEN LED will flash FAST while a valid IP connections
is being made
Network connection
made
●N/A in this case
●Once valid IP connection is made, led will change to
SLOW GREEN flash
Removal of Network
connection
(GREEN LED will continue to Flash SLOWLY but
alternative communication channels (RS-232c) can be
used)
Note system is still looking for an IP connection and LEDs
will continue to cycle as described above.
f. Provided the DIP switches have been set to a valid programmed setting, pressing an appropriate
button on a BSKP-2112 keypad should enable quick testing of the Masking Director System.
g. Enhanced testing can be performed using the e-Node Pilot application.

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APPENDIX 1
Keypad and IR-Remote Accessory Information
Please refer to appropriate section below for specific information on your specific keypad.
MK II style keypads
•A Mk II style keypad has an on-board RJ-25/telephone type connector on the back of the keypad.
•Mk II style keypads can be remotely configured with alias (names), a unique ID (UID), and can have their
functionality reprogrammed using outside software tools.
Type of Interface
Description
Model Number
Section Reference
Mach II keypads (with RJ connector)
11 button keypad
BSKP-2112 (IMC-300
MKII model)
A1-1.1
11 button keypad
BSKP-2110 (BRIC MKI
model)
A1-1.1
3 button keypads
BSKP-2030
A1-1.2
5 button keypads
BSKP-2050
A1-1.2
Paddle keypad
BSKP-2020
A1-1.3
Handheld Infrared Remote
12 button handheld
21-1022-000
A1-2.1
3 button handheld
IMC-IR-3W
A1-2.2
5 button handheld
IMC-IR-5W
A1-2.3

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1.0 MKII Intelligent Keypads with RJ-25 connectors
A1-1.1 Single Gang Keypad (BSKP-2110Series) – Preset and Motor Movement and IR
Compatible Controllers
Feature Set
IMC-100c
BRIC (MKI)
IMC-300MKII-xx
BSKP-2112-B
Standalone Model
BSKP-2112/ Mk II style (setup with P4
button pushed)
(setup with P1
button pushed)
(setup with P2 button
pushed)
This is the
default from the
factory
BSKP-2110-B
Standalone Model
(traditionally shipped with
BRIC I)
BSKP-2110/ Mk II style
This legacy
keypad lacks
certain features
now available
with BSKP-2112
keypad and
should only be
used for limited
operation.
Application: This series of keypads can control of one more compatible (see list above) intelligent motor
controllers linked together. When used in conjunction with one or more ILC-100x Intelligent Lighting
Controller(s), the UP and DOWN buttons can also trigger particular lighting presets. Depending upon
how the BSKP-2000 keypads are programmed, motors can be programmed to run independently or
in conjunction with specific LED activity. Consult the ILC-100 manual for more information here.
Figure 6
Zone/Group Buttons (top three rows/6 buttons).A specific Zone/Group button needs to be selected and
pressed first before a (i) Specific Activity Button, or (ii) a Preset Button is pressed. These buttons properly identify
to the system the specific motor or sets of motors that will be controlled. The factory default for these six buttons is
(Zone1/Group 1) for the first button marked “1,” sequencing to (Zone 1/Group 6) for the last button marked “6” (i.e.
the Zones are always the same if the factory defaults are left unmodified).
“*”
button
Motor A
(optionally C)
Motor B
(optionally D)
Top 6 buttons
Zone/Group buttons

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If the factory default of Zone 1 is desired to be changed (i.e. such that the entire keypad is a Zone 6 keypad for
instance), select the button whose number relates to the new desired zone (i.e. pick the button marked “6”) and
hold that button until you hear the first beep, then release. The keypad is now set to the new zone address such
that the operation of the 6 group buttons will be as follows: button marked “1” will be (Zone 6/Group1) sequencing
to the (Zone 6/Group 6) for the last button marked “6.”
Note: if additional customization is required, you will need to use the e-Node Pilot application which permits
basically any type of additional customization to be performed.
Preset Buttons (top/bottom or combination of both). The right pair of Preset Buttons activates one or more
connected motor controllers whose zone and/or group have been previously selected using the “Group/Zone
Selection” buttons to move motor(s) with matching address(es) to the selected preset. The top button directs the
specific controller to move to Preset 1, while the bottom button directs the controller to move to Preset 3. If both
buttons are depressed simultaneously, a command is generated that moves the controller to Preset 2
Specific Activity Buttons- Selected Zone/Group (UP/DOWN). The pair of UP/DOWN buttons activates one or
connected motor controllers whose zone and/or group has been previously selected using the “Group/Zone
Selection” buttons to move motor(s) with matching address(es) in the selected direction. In the factory default
settings, if you tap the switch once in one of the applicable directions (UP or DOWN) and then release, the motor
controller will activate connected bi-directional motor(s) with matching addresses to travel in that appropriate
direction until the motor(s) reaches its desired (fully UP or fully DOWN) position.
Backlit LEDs. To turn on the blue backlit LEDs on this keypad, hold the * button for one beep and then release. To
turn off the blue backlit LEDs, hold the * button for one beep and release.
* Button. Selecting the * button before selecting either a (i) Specific Activity Button, or a (ii) Preset Button
directs the keypad to transmit an “All” command to all Group addresses currently configured within the keypad
plus the Specific Activity Command or Preset Command selected.
In addition, additional features are available with * button. See table below.
Type of Operation
Details
UID Assignment Mode
Hold and quickly release * button within
100 ms (you should hear no beeps during
this period)
If in UID assignment mode (by using e-Node and Pilot
application), hold and release * button within specific time and
keypad will be linked to the UID address (initially) broadcasted
onto bus.
Note: After initial UID assignment has been made, either a
factory reset is required or the use of e-Node and e-Node Pilot
application is required
One beep mode.
Hold and release * button after you hear
the first beep
This turns on the backlit LEDS. Alternatively, the next time this
sequence is received, the backlit LEDS with turn off if previously
on, or turn on if previously off.
Two beep mode. Hold and release *
button after you hear the second beep
This is a CALIBRATE mode which sends the command
#1.1.0.MOTOR=CALIBRATE.
For more information See Appendix 3 subtopic Auto Calibration.
Note: this command should be used on motor assemblies that
have a door element. All motors should be send to home first
using individual controls for Motor A, Motor B (if present). Then
the Calibrate command should be invoked. This auto-calibrates
the IMC-300 MKII to know the location of all motors in their

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Converging Systems Inc. Page 15 Rev.5.0.0
Home position and instructs the Door logic thereafter to only
close if these “Home” positions are recognized.
Three beep mode.
Hold and release * button after you hear
the third beep
Full factory reset. UID is reset.
Note: With some keypads where multiple personalities can be
programmed (2030.2050, and 2110-L), it will be necessary to
follow a factory documented process after this reset to properly
personalize the keypad for the correct operation. The keypad
may not work at all without this additional programming step.
The BSKP-2112 keypad can be programmed as follows. Unless
you have happened to have mis-programmed a keypad or the
keypad is not working, you can try this factor reset procedure.
Mode
Select Button
Default from Factory
BSKP-2112 Mode
P2
yes
BSKP-2110 (Bric I
mode)
P1
IMC-100 Mode
P4
Infrared Receiver. This is a build-in Infrared Receiver to be used with compatible Infrared remote.

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Converging Systems Inc. Page 16 Rev.5.0.0
A1-1.2 Single Gang Keypad (BSKP-2030/2050 Series)– Motor Movement and IR Wall pad
Compatible Controllers
Feature Set
IMC-100c
BRIC (MKI)
IMC-300MKII-xx
BSKP-2030
(simple operation for
open/close/stop for 1
(2030) motor)
BSKP-2050
(simple operation for
open/close/stop for 2
(2050) motors)
Application: This series of keypads can control of one compatible motor controllers (see lists above) when linked
together. When used in conjunction with one or more ILC-100x Intelligent Lighting Controller(s), the
Channel 1 UP and DOWN buttons can also trigger particular lighting presets. Depending upon how
the keypads are programmed, motors can be programmed to run independently or in conjunction
with specific LED activity. Consult the ILC-100 manual for more information here.
BSKP-2030
BSKP-2050
Figure 7
Specific Activity Buttons-Channel 1 (UP/DOWN). The right pair of UP/DOWN buttons activates one or
connected motor controllers designated as Channel 1 to move those motor(s) in the selected direction. In the
factory default settings, if you tap the switch once in one of the applicable directions (UP or DOWN) and then
release, the IMC Controller will activate a connected bi-directional motor to travel in that appropriate direction until it
reaches its desired (fully UP or fully DOWN) position.
BSKP-2050 only
Specific Activity Buttons-Channel 2 (UP/DOWN). The right pair of UP/DOWN buttons activates one or
connected motor controllers designated as Channel 1 to move those motor(s) in the selected direction. In the

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Converging Systems Inc. Page 17 Rev.5.0.0
factory default settings, if you tap the switch once in one of the applicable directions (UP or DOWN) and then
release, the IMC Controller will activate a connected bi-directional motor to travel in that appropriate direction until it
reaches its desired (fully UP or fully DOWN) position.
Button. Depress this button anytime while a motor moving and the motor will stop.
Infrared Receiver. This is a built-in Infrared Receiver to be used with compatible Infrared remote.

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Converging Systems Inc. Page 18 Rev.5.0.0
A1-1.3 Single Gang Keypad (BSKP-2020 series) – Decora-type Motor Movement and Presets Type
Compatible Controllers
Feature Set
IMC-100c
BRIC (MKI)
IMC-300MKII-xx
BSKP-2020-M
TBD
Application: This series of keypads can control of one more compatible motor controllers (see list above) linked
together. When used in conjunction with one or more ILC-100x Intelligent Lighting Controller(s), the
UP and DOWN buttons can also trigger particular lighting presets. Depending upon how this series of
keypads is programmed, motors can be programmed to run independently or in conjunction with
specific LED activity. Consult the ILC-100 manual for more information here.
Figure 8
Specific Activity Buttons-Channel 1 (UP/DOWN). The UP/DOWN buttons activate one or connected motor
controllers designated as Channel 1 to move motor in the selected direction. In the factory default settings, if you
tap the switch once in one of the applicable directions (UP or DOWN) and then release, the motor controller will
activate a connected bi-directional motor to travel in that appropriate direction until it reaches its desired (fully UP or
fully DOWN) position.

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Converging Systems Inc. Page 19 Rev.5.0.0
2.0 Handheld IR remotes
A1-2.1 Handheld 12-button Infrared Remote
Compatible Controllers
Feature Set
IMC-100c
BRIC (MKI)
IMC-300MKII-xx
12-button remote
IR Remote-12 button/SFC
PN 11917
10-button remote
IMC-IR-10W1
5-button remote
3-button remote
12-button type
10-button type
5-button type
3-button type
Figure 9
Several models of IR handhelds may be available to control various motor Controllers. Depending upon the
number of buttons provided, the specific functionality of the device will vary; however, the following directions will
generally apply to all Converging Systems’ Infrared remotes.
Application: Infrared remotes can control of one more intelligent motor controllers linked together. When used in
conjunction with non-BRIC MKI controllers and one or more ILC-x00x Intelligent Lighting
Controller(s), the Channel 1 and Channel 2 UP and DOWN buttons can also trigger particular lighting
presets. Depending upon how the particular remotes are programmed, motors can be programmed
to run independently or in conjunction with specific LED activity. Consult the ILC-x00 manual for more
information here.

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Converging Systems Inc. Page 20 Rev.5.0.0
Preset Buttons. These buttons select preprogrammed presets 1 through 6. In addition, when combined with the
Store key, the sample presets numbers can be stored.
Specific Activity Buttons-Channel 1 (UP/DOWN). The right pair of UP/DOWN buttons activates one or
connected Controllers designated as Channel 1 to move motor in the selected direction. In the factory default
settings, if you tap the switch once in one of the applicable directions (UP or DOWN) and then release, the selected
Controller will activate a connected bi-directional motor to travel in that appropriate direction until it reaches its
desired (fully UP or fully DOWN) position.
Specific Activity Buttons-Channel 2 (UP/DOWN). The right pair of UP/DOWN buttons activates one or
connected Controllers designated as Channel 2 to move motor in the selected direction. In the factory default
settings, if you tap the switch once in one of the applicable directions (UP or DOWN) and then release, the selected
Controller will activate a connected bi-directional motor to travel in that appropriate direction until it reaches its
desired (fully UP or fully DOWN) position.
STOP/* Button.Depress this button anytime while a motor moving and the motor will stop.
Toggle Button. Enables the remote to control banks of motors. Initially Motors A/B can be controlled. Upon
pressing and releasing the Toggle button, Motors C/D can be controlled in a dual Masking Director configuration.
12-button only
STORE Button Enable the storage of exact motor positions. First select the Store button then a preset number
from 1 to 6