HDQ Motor Wiring and Programming Guide

HDQ Motor Wiring and Programming Guide

HDQ Motor Wiring and Programming Guide

HDQ Motor Wiring and Programming Guide

Cable Length Maximums ..........................................................................................

3

Cable Routing ..........................................................................................................

3

Data Cable Selection ................................................................................................

3

Data Cable Terminations ...........................................................................................

3

Extending the RQ BUS ..............................................................................................

3

HDQ Motor Wiring and Programming Guide ...............................................................

3

Fig 1 - 6P6C with Flat Cable .....................................................................................

4

Fig 2 - CAT5/5E .......................................................................................................

4

Fig. 3 - 6P6C with CAT5/5e ......................................................................................4

HDQ Series Motors ...................................................................................................

5

Fig 4 - wiring detail ..................................................................................................5

Fig 5 - RQ Network Layout........................................................................................6

Addressing Motors in the RQ BUS .............................................................................

7

Blind Commands .....................................................................................................

7

Communicating with the RQ System ..........................................................................

7

Setting HDQ Motor Limits .........................................................................................

8

URemote Configuration .............................................................................................

8

Fig 6 - HDQ Motor Specifications ..............................................................................8

3 Pin Zero Voltage Connector ....................................................................................

9

6 Pin RQ Data Cable ................................................................................................9

Adjusting either Motor Limit ......................................................................................

9

Clear both Limits ......................................................................................................

9

Clear CCW Motor Limit .............................................................................................

9

Clear CW Motor Limit ...............................................................................................

9

Toggle Motor Direction .............................................................................................

9

Additional supported commands on the RQ Bus .......................................................

10

2

HDQ Motor Wiring and Programming Guide

HDQ Motor Wiring and Programming Guide

This Document is intended to assist electricians, integrators and advanced automation system designers in building and communicating with the Hunter Douglas HDQ motor and RQ Bus System.

The RQ (Remotely Queryable) Data BUS is a bi-directional communications platform developed to take advantage of the growing implementation of smart home automation systems and large scale commercial building management systems. The RQ Data BUS is ideal for remote monitoring, confirmation of actions and diagnostics. RQ controls can report data such as current settings, current position, direction of movement, and travel times of blinds.

Data Cable Selection

The RQ data BUS requires the use of a six conductor wire terminated in a straight through manner with 6P6C

(RJ-12) modular connectors. CAT5/5e cable may be used as a substitute. CAT6 cable is NOT recommended because the wire specifications (are tighter twists and higher capacitance) are not compatible with the HDQ Data

BUS.

Shielded cable may be used but it is imperative that the shield/drain wire is NOT connected to ground. Grounding the shield to Earth Ground could introduce too much noise on the BUS for operation.

Cable Routing

When routing data cable through any home or commercial environment, please keep the following in mind:

Always try to keep data cable at least 60cm away from an AC power line.

If it is necessary to cross AC power, please do so at a 90 degree angle to reduce electrical interference.

DO NOT run data cabling with power lines inside conduit.

DO NOT bend data wire any more than 4x the diameter of the cable; any more will risk breaking conductors inside the jacket.

Try to run data cable “High and Tight” by keeping cables away from other objects.

Always label what wires are coming from where and what they are connecting to.

Cable Length Maximums

The RQ Data BUS is capable of a combined length of 304 meters. This is an electrical limit and cannot be exceeded on a single BUS. Motor bus cables and in the wall bus cable all add to the total length of the bus.

Extending the RQ BUS

RQ BUS can support up to 99 blind motors in a single installation. The 99 motor count must be strictly adhered to. When working with larger RQ systems that demand more than 99 blinds, the use of RQ Extenders is required.

It is also possible to spilt the Bus into smaller segments by using additional RQ bridge devices.

Data Cable Terminations

The Data BUS cable must be terminated in a straight through manner. This means that on both ends of the cable, each individual conductor must line up pin-to-pin on the other side. When it is necessary to make your own terminations on cables in an installation, use the following pin-out on both sides of the cable. With sixconductor flat cable see Fig 1, for cat5 see Fig 2.

3

HDQ Motor Wiring and Programming Guide

Fig. 1 - 6P6C with Flat Cable Fig. 2 - CAT5/5E

RJ-12

RJ-12

Fig. 5 - 6P6C with Flat Cable

Fig. 6 - 6P6C with

CAT5/5e

Fig. 3 - 6P6C with CAT5/5E

4

5

6

1

2

3

PIN

PIN

1

CAT5/5e

FUNCTION

RQ DATA

COMMON

+5VDC

RQ DATA

RP DATA

+12VDC

FLAT CABLE COLOR

WHITE

RED

BLUE

GREEN

YELLOW

BLUE

Cat5 COLOR

ORANGE-WHITE

BLUE

ORANGE

GREEN-WHITE

GREEN

BROWN-WHITE

Note: The recommended cable pinout for CAT5/5e above is not the standard used for data terminations, and has been optimised for use with the RQ Bus.

Continuity and polarity tests are all that are necessary using standard CAT5/5e testing tools.

anything. anything.

4

HDQ Motor Wiring and Programming Guide

HDQ Series Motors

HDQ Series motors are manufactured as intelligent motors with RQ functionality imbedded into each motor head.

To keep side gaps to a minimum, the Q-Series motors have been designed with a slim profile and a specialised connector for a single motor BUS cable connector. One HDQ motor is connected to a BUS port on the splitter, additional HDQ blind motors must be connected to the AUX port. Only one HDQ Motor may be connected to the

BUS port on any one splitter at one time. Additional splitters may also be daisy-chained by connecting between the BUS and AUX port between two splitters

See Fig. 4 for wiring detail:

HDQ

HDQ

Motor

BUS

Cable

Motor

BUS

Cable

BUS BUS AUX AUX

To Next Splitter or HDQ

Blind Motor on next splitter in network

Never connect to another

Only one HDQ motor per BUS port on each splitter. Additional motors connect to AUX.

In order to minimise the Length of the RQ Bus to less than 304 metres, groups of blind motors should be connected via splitters and those splitters connected back to additional splitters. The diagram in figure 5 over the page shows how an RQ network can be created.

5

ROOM 1

HDQ Blind 1

3 Motor Splitter

HDQ Blind 3

To

Automation

System

RS232 Adapter 34.041.000

RQ Bridge

34.036.000

To Optional

Input

Devices

HDQ Blind 1

RJ12

Wall Port

5 Motor Splitter

34.072.000

RJ12

Wall Port

ROOM 2

HDQ Blind 1

HDQ Blind 3

HDQ Blind 1

RJ12

Wall Port

CAT 5 DATA CABLE

REFER TO CABLE PINOUT ON

PAGE 5

RJ12

Wall Port

6

6

Orange

Orange

Green

Green

Blue

Blue

HDQ Blind 3

ROOM 3

Motor BUS Cables

Motor BUS Cables

Bus Cable

Bus Cable

Bus Cable

CA+5/5e Data cable

1.8 Metre

30cm

30cm

3 Metre

30cm

30cm

HDQ Blind 3

ROOM 4

34.027.000

34.028.000

34.020.000

34.040.000

34.039.000

34.039.000

HDQ Motor Wiring and Programming Guide

Addressing Motors in the RQ Bus

Each motor will be given a unique address during the factory configuration process. In a network of motors, the first blind motor will be labelled 100, the second HDQ motor will be 101, then 102, 103, 104 and so on, up to a possible 199. If an address has not been programmed in the factory, a random address will be generated between CØØ and ZZZ.

The HDQ motor address will be indicated on a label attached to the bottom bar of the blind. The integrator or

Automation specialist will need to know the unique address assigned to each blind in order to address it correctly from the automation system.

Communicating with the RQ System

The RS232 (34.041.000) connector coming from the RS232 port of the RQBRIDGE device (part 32.036.000) must be attached to the RS232 port of the Automation system.

The following settings are required from the Automation system

Port Speed = 9600

Data Bits

Stop Bits

= 8

= 1

Hardware flow control = off

Xon / Xoff flow control = on

Blind Commands

The RQ bus is bi-directional in communication, which means each blind will advertise its movement and current position to the Automation system. The following commands can be used to control the blind.

The serial command contains the following variables.

!101o;

!

XXX

“Header” Signifies to the RQ bridge that a new message is being issued

Device Address this message is being sent to

O, c, s, m Action call message

; Terminator signifies to the RQ bridge that the message being sent is

complete and should processed

Examples:

Command

!101o;

!101c;

!101m25;

!101m75;

!101s;

!000o;

!101o;!102o;!103o;

Action

Blind 101 Open

Blind 101 Close

Blind 101 Move to 25% closed

Blind 101 Move to 75% closed

Blind 101 Stop

ALL BLINDS Open

Blind 101, 102, 103 Open

7

HDQ Motor Wiring and Programming Guide

URemote Configuration

When configuring HDQ motors for use in an uRemote system, pre programmed commands are available in the

Device Library of uRemote under the System called ESI 100-199.

tor Specifications

Fig.6 HDQ Motor Specifications

6 Pin Motor BUS Cable (34.027.000)-1.8m

(34.028.000)-30cm

3 Pin Power Cable (Supplied With Motor)

(34.058.000)

3 Pin Zero Voltage Connector (34.029.000)

Button 1 Operates The Blind CCW

Button 2 Used To Set/Clear Motor Options

Button 3 Operates The Blind CW

Setting HDQ Motor Limits

When power is first applied to the motor from the factory it is in “Set CCW limit mode.” This mode is identified by a flashing RED LED on Button 1.

1. Press either Button 1 (CCW motion) or Button 2 (CW motion), to operate the motor to the desired CCW limit.

2. Once the desired CCW limit position has been reached, press & hold the Center Button first and then also press & hold Button 1 (flashing RED) until the RED LED turns off and the YELLOW LED lights solid (approx. 2 seconds) then immediately release both buttons to set the CCW limit.

3. The YELLOW LED lights solid for three seconds to acknowledge the “Set CCW limit to here” operation, and then the motor goes into “Set CW limit mode” and the GREEN LED on Button 2 will be flashing.

4. Press either Button 1 or Button 2, to operate the motor to the desired CW limit.

5. Once the desired CW limit position has been reached, press & hold the Center Button first and then also press

& hold Button 2 (flashing GREEN) until the GREEN LED turns off and the YELLOW LED lights solid (approx. 2 seconds) then immediately release both buttons to set the CW limit.

6. The YELLOW LED lights solid for three seconds and then extinguishes, to acknowledge the “Set CW limit to here” operation.

7. Both motor limits are set and all are extinguished.

8

HDQ Motor Wiring and Programming Guide

Clear Both Limits:

1. Press & hold the Center Button until the YELLOW LED lights solid (approx. 10 seconds) then release the

Center Button.

2. The LED in Button 1 will be flashing RED, see "Setting Motor Limits" above.

Clear CCW Motor Limit:

1. Press & hold the Center Button first and then also press & hold Button 1 until the YELLOW LED lights (approx.

2 seconds) and then extinguishes (approx. 3 seconds later) then release both buttons.

2. The LED in Button 1 will be flashing RED, see "Setting Motor Limits" above.

Clear CW Motor Limit:

1. Press & hold the Center Button first and then also press & hold Button 2 until the YELLOW LED lights (approx.

2 seconds) and then extinguishes (approx. 3 seconds later) then release both buttons

2. The LED in Button 2 will be flashing GREEN, see "Setting Motor Limits" above.

Adjusting either Motor Limit:

1. Press either Button 1 (CCW motion) or Button 2 (CW motion), to operate the motor to the desired position.

2. Once the desired limit position has been reached, press & hold the Center Button first and then also press & hold the appropriate button, Button 1 (CCW limit) or Button 2 (CW limit), until the YELLOW LED lights (approx.

2 seconds) then immediately release both buttons to set the corresponding motor limit.

Toggle Motor Direction:

1. Simultaneously press & hold both Button 1 (CCW) and Button 2 (CW), until both the RED and GREEN LEDs light (approx. 5 seconds) then release both buttons.

2. If motor direction is such that open command is CW, then the LEDs will blink RED then GREEN. If motor direction is such that open command is CCW, then the LEDs will blink GREEN then RED.

3 Pin Zero Voltage Connector - (34.029.000)

It is possible to control the HDQ motor via the inbuild 3 pin zero voltage (dry contact) connector available on the motor head by connecting the optional switch cable (34.029.000). The blind can be sent an open or close command by momentarily latching the open and common, or the close and common pins. Subsequently latching in either direction while the blind is moving will signal a stop command. Optionally latching the open and close will give a discrete stop command.

The zero voltage connector can be used by Automation systems to offer additional control, or can allow the blind to be controlled by a simple 3 position switch. (SPDT) such as wall switch part number (34.059.000)

6 Pin RQ Motor Bus Cable - (34.028.000-30cm) or (34.027.000 -1.8m)

The 6 pin connector on the side of the motor head is the input required for using the HDQ motor in an RQ BUS installation.

The Motor BUS cable is connected to the motor head, and then connected to a splitter for use in Automation networks, or uRemote systems.

When inserting the connector into the motor, do not use a metal tool to push the connector into the socket.

NB: ONLY connect the Motor Bus and Zero Voltage cable after power cable is connected. Likewise disconnect first before removing power cable.

9

M40Q 115VAC and 230VAC Series Motor P5

RQ Command Summary

Additional supported commands on the RQ Bus

Addr = RQ Address; CAPS = all upper case letters; scene = a defined position for one or more motor controls; name = optional 16 character description of motor control; Parameter = a variable corresponding to motor control features; options = subsets of parameters

Command Character and

Description

Format

(XXX=Addr)

Example

Downlink

Message

# Characters after Command Character

[Description of Data]

@ Re-address

~ Randomize address c Close

1 d Define a scene d Request scene setting g Execute scene m Move to position 1

N Assign a name

[email protected];

!XXX~;

!XXXc;

!XXXdS%%;

!XXXdSNS;

!XXXd-;

!XXXdS?;

!XXXgS;

!XXXm%%;

!XXXNn;

[email protected]; 3 characters (001 … ZZZ){0-9, A-Z CAPS only}

[responds with Acknowledge address change]

!XYZ~;

!XYZc;

!XYZdF56;

!XYZdFNS;

!XYZd–;

3

0 varies

2

S = Scene

S = Scene

3

3

, %%=00-99 (%)

,―NS‖ to not act on this scene

– (minus sign) to clear all scenes

[responds by reporting scene setting]

2 responds with randomized address in the range

C00 … ZZZ

[responds with Acknowledge address change]

None [no response if limits are not set]

[no response if all the way closed, otherwise responds with current position and direction, unsolicited msg]

[later, unsolicited msg with final position]

!XYZdF?;

!000dF?;

!000gF; or

!XYZgF;

!XYZm86;

1

S = Scene

3

, question mark

[responds by reporting scene setting]

S = Scene

3

[no response, motor movement will cause unsolicited msg]

2 %% = 00-99 (%) = destination position 4

[responds with current position and direction,

!XYZNKitch1; varies

2 unsolicited msg]

[later, unsolicited msg with final position]

[responds with E msg for errors]

n=Up to 16 ASCII printable characters

5

(no ―;‖ or ―!‖ or ―?‖ throughout ‗name‘)

[responds with Report the name msg]

2

N Request the name o Open

1 p Set parameter

(lowercase ―p‖) p Request parameter

(lowercase ―p‖) r Request current position s Stop

1 v Request version

!XXXN?;

!XXXo;

!XXXpPHH;

!XXXpP?;

!XXXr?;

!XXXs;

!XXXv?;

1 may cause an unsolicited message

!XYZN?;

!XYZo;

!XYZpM02;

{Reverse motor direction}

!XXXpT?;

!000r?; or

!XYZr?;

!000s; or

!XYZs;

1

0 question mark

[responds with Report the name msg]

0 None [no response if limits are not set]

[no response if all the way open, otherwise responds with current position and direction, unsolicited msg] varies

2

[later, unsolicited msg with final position]

P = parameter character (M, R or T), then

2

1 parameter options data

6

HH = Parameter Options data

[responds with Report Parameter msg]

P = parameter character, then question mark 6

[responds with Report parameter msg] question mark

[responds with Report current position msg]

[responds with E command if errors]

None [no response if limits are not set]

[no response, motor movement will cause unsolicited msg]

M40Q 115VAC and 230VAC Series Motor P5 and M50Q 115VAC and 230VAC Series Motor P5

RQ Command Summary

means variable length message

3 means scene character 0-9, A-Z, a-z

5

3 February 2010 Rev. A ©2007-10, Electronic Solutions, Inc.

A-Z, a-z, 0-9, @, #, $, %, ^, &, *, …et al: http://en.wikipedia.org/wiki/Ascii#ASCII_printable_characters

6

see Setting Parameters for available options and appropriate data page 2 of 8

Table of Uplink Messages

10

Command Character and

Description

Format

(XXX=Addr)

Example

Uplink

Message

# Characters after Command Character

[Description of Data]

< Moving towards 00

> Moving towards 99

A d

E

N p r

1

1

Report scene setting

Acknowledge address change

Error

1

Report the name

Report parameter

(lowercase ―p‖)

Report current position

1

!XXX<%%;

!XXX>%%;

!XXXAXXX;

!XXXdS%%;

!XXXdSNS;

!XXXEee;

!XXXNn;

!XXXpPHHH;

!XXXr%%;

!XYZ<74;

!XYZ>28;

!XYZA123;

!XYZdF56;

!XYZdFNS;

!XYZEbz;

!XYZEnc;

!XYZEml;

!XYZNKitch1;

!XXXpT018;

!XXXpM01;

!XYZr00;…

!XYZr47;

!XYZ>23;

!XYZ<69;

!XYZU;

2

2

3

3

%% = 00-99 as current position in %

%% = 00-99 as current position in %

XXX= characters (001 … ZZZ)

{0-9, A-Z CAPS only}

S = Scene

S = Scene

2

2

, %%=00-99 (%)

, ―NS‖ not in scene

2

≤16

Characters (ee) describing error

bz = busy

nc = limits are not set

ml = message lost (uplink or downlink) n=Up to 16 ASCII printable characters

3

3 or 4 4

(no ―;‖ or ―!‖ or ―?‖ throughout ‗name‘)

P = parameter character, then appropriate data 5

2

0

HHH = options for parameter character (2 or 3 characters accordingly) parameter Travel time is 18 seconds parameter Momentary Motor Action is enabled

%% = 00-99 (%) at current position 6 not moving, at 47% increasing from 23% decreasing from 69%

None U Undefined / bad message v x

Report version

Report status of Manual

Inputs

1

!XXXU;

!XXXvGVV;

!XXXx¢$;

!XYZvGp5;

!XYZxdo;

!XYZxuc;

3 ―G‖ + 2 characters of version (p5 = version P5)

VV=version

¢ = Manual Input contact either down or up

7

$ = o for open or c for close down contact is open up contact is closed

,

1 may be an unsolicited message

2 means scene character 0-9, A-Z, a-z

3

A-Z, a-z, 0-9, @, #, $, %, ^, &, *, …et al: http://en.wikipedia.org/wiki/Ascii#ASCII_printable_characters

4

means variable length message

5 see Setting Parameters for available options and appropriate data

6

00 means at reference (default = open), 99 means at limit away from reference (closed)

7

Manual inputs are noted as u (up or open) common and d (down or close); must be enabled via RP commands.

3 February 2010 Rev. A ©2007-10, Electronic Solutions, Inc. page 3 of 8

M40Q 115VAC and 230VAC Series Motor P5 and M50Q 115VAC and 230VAC Series Motor P5

RQ Command Summary

Corresponding Downlink Command and Uplink Message Examples

Downlink Message

!M11v?;

!M34r?;

!M15m62;

Uplink Message

!M11vGp5;

!M34r76;

!M34<36;

!M34Enc;

!M15>18;

!M15r62;

!M15Enc;

Comments

Request to M11 for version, M40Q/M50Q response w/ Gp5 (version P5)

Request M34 position, M34 responds 76% and not moving

M34 is at 36% and moving toward reference (alt. possible response)

M40Q 115VAC and 230VAC Series Motor P5

M15 move to 62%, responds at 18% moving away from reference

Later, Responds at 62% when finished moving

Position unknown due to Error, limits are not set

Corresponding Downlink Command and Uplink Message Examples

Global M40Q/M50Q Control Message Examples

Downlink Message Uplink Message

!000r?;

Comments

!M11vGp5;

Comments

!M34r76;

All devices respond w/ version, including RQ Bridge

M34 is at 36% and moving toward reference (alt. possible response)

!M34Enc; M34 limits are not set.

!M15m62;

Setting Parameters

!M15>18;

!M15r62;

!M15Enc;

M15 move to 62%, responds at 18% moving away from reference

Later, Responds at 62% when finished moving

Position unknown due to Error, limits are not set

A variety of special Parameters may be set that correspond to motor control features. It is important for the motor to

Global M40Q/M50Q Control Message Examples

The Parameter itself is one character followed by data characters, as appropriate. Each parameter defines the data that follows, if any. All Options for a particular parameter must be considered at once, since the corresponding

!000v?; … !BR1vB10;!M01vGp5; …

Comments characters will turn on/off various Options without regard for their previous values.

… !M01r28; … All devices show position

Parameter Character Options.

Travel Time Parameter Table

Setting Parameters

Parameter Character and

Example

Downlink

Message

Example

A variety of special Parameters may be set that correspond to motor control features. It is important for the motor to be stopped when setting parameters on the M40Q/M50Q.

Description of Data

T Request M40Q/M50Q Travel

Time

Downlink

―T‖ for Time, question mark

[responds with Report M40Q/M50Q Travel Time in that follows, if any. All Options for a particular parameter must be considered at once, since the corresponding characters will turn on/off various Options without regard for their previous values.

All parameter commands require p after the RQ address, followed by the Parameter Character then the corresponding

Parameter Character Options.

Time

Travel Time Parameter Table

!XYZpTC; or

!000pTC;

Example

Reset Embedded Control Option Parameter Table

T Request M40Q/M50Q Travel

Time

Description

T Report M40Q/M50Q Travel

R

Time default

T Calibrate M40Q/M50Q Travel

Time

Message

Example

Downlink

!XYZpRD;

!XYZpTC; or

!000pTC;

Example

Uplink Message

!XYZpT016;

Example

Uplink Message

!XYZpT016; n/a

―C‖ = Calibrate, however the M40Q/M50Q does not perform calibration

[responds with Report

M40Q/M50Q Travel Time in seconds]

Description of Data

―T‖ for Time, question mark

[responds with Report M40Q/M50Q Travel Time in seconds]

Description of Data

Travel time in seconds

―D‖ = Default. Resets all RQ and RP programming to factory default, except RP main channel and RQ address and RQ name. This will also clear all RQ not perform calibration

[responds with Report

M40Q/M50Q Travel Time in seconds]

3 February 2010 Rev. A ©2007-10, Electronic Solutions, Inc.

Reset Embedded Control Option Parameter Table page 4 of 8

Parameter Character and

Description

R Reset M40Q/M50Q to factory default

Example

Downlink

Message

!XYZpRD;

Example

Uplink Message n/a

Description of Data

―D‖ = Default. Resets all RQ and RP programming to factory default, except RP main channel and RQ address and RQ name. This will also clear all RQ scenes, but will NOT clear either motor limit.

3 February 2010 Rev. A ©2007-10, Electronic Solutions, Inc. page 4 of 8

11

M40Q 115VAC and 230VAC Series Motor P5 and M50Q 115VAC and 230VAC Series Motor P5

RQ Command Summary

HDQ Motor Wiring and Programming Guide

4

00 means at reference (default = open), 99 means at limit away from reference (closed)

5

6

A-Z, a-z, 0-9, @, #, $, %, ^, &, *, …et al: http://en.wikipedia.org/wiki/Ascii#ASCII_printable_characters

The commands below are messages sent back along the RQ bus from the HDQ motor. These uplink messages can be used to report on motor position, and enable the use of systems supporting bi-directional feedback to visually report blind movement in real time.

Command Character and

Description

Format

(XXX=Addr)

Example

Uplink

Message

# Characters after Command Character

[Description of Data]

< Moving towards 00

> Moving towards 99

A d

E

N p r

1

1

Report scene setting

Acknowledge address change

Error

1

Report the name

Report parameter

(lowercase ―p‖)

Report current position

1

!XXX<%%;

!XXX>%%;

!XXXAXXX;

!XXXdS%%;

!XXXdSNS;

!XXXEee;

!XXXNn;

!XXXpPHHH;

!XXXr%%;

!XYZ<74;

!XYZ>28;

!XYZA123;

!XYZdF56;

!XYZdFNS;

!XYZEbz;

!XYZEnc;

!XYZEml;

!XYZNKitch1;

!XXXpT018;

!XXXpM01;

!XYZr00;…

!XYZr47;

!XYZ>23;

!XYZ<69;

!XYZU;

2

2

3

3

%% = 00-99 as current position in %

%% = 00-99 as current position in %

XXX= characters (001 … ZZZ)

{0-9, A-Z CAPS only}

S = Scene

2

S = Scene 2

, %%=00-99 (%)

, ―NS‖ not in scene

2 Characters (ee) describing error

bz = busy

nc = limits are not set

ml = message lost (uplink or downlink)

≤16 n=Up to 16 ASCII printable characters

3

(no ―;‖ or ―!‖ or ―?‖ throughout ‗name‘)

3 or 4

4

P = parameter character, then appropriate data

HHH = options for parameter character (2 or 3 characters accordingly) parameter Travel time is 18 seconds

2

0 parameter Momentary Motor Action is enabled

%% = 00-99 (%) at current position 6 not moving, at 47% increasing from 23% decreasing from 69%

None

5

U Undefined / bad message v x

Report version

Report status of Manual

Inputs

1

!XXXU;

!XXXvGVV;

!XXXx¢$;

!XYZvGp5;

!XYZxdo;

!XYZxuc;

3 ―G‖ + 2 characters of version (p5 = version P5)

VV=version

¢ = Manual Input contact either down or up

7

$ = o for open or c for close down contact is open up contact is closed

,

1 may be an unsolicited message

2 means scene character 0-9, A-Z, a-z

4

3

A-Z, a-z, 0-9, @, #, $, %, ^, &, *, …et al: http://en.wikipedia.org/wiki/Ascii#ASCII_printable_characters

means variable length message

5 see Setting Parameters for available options and appropriate data

6 00 means at reference (default = open), 99 means at limit away from reference (closed)

7

Manual inputs are noted as u (up or open) common and d (down or close); must be enabled via RP commands. page 3 of 8 3 February 2010 Rev. A ©2007-10, Electronic Solutions, Inc.

©

Copyright 2012 Hunter Douglas Limited [ABN 98 009 675 709]

® Registered Trade Marks of Hunter Douglas Limited

18.012.056 10/12

12

Was this manual useful for you? yes no
Thank you for your participation!

* Your assessment is very important for improving the work of artificial intelligence, which forms the content of this project

Download PDF

advertisement