SOMFY Animeo KNX RS485 User manual

© 2017-2020, SOMFY ACTIVITES SA . ALL RIGHT RESERVED . REF. 5134039D – 2020/02/26
© 2017-2020, SOMFY ACTIVITES SA . ALL RIGHTS RESERVED : REF. 5134039D – 2020/05/31

animeo KNX RS485 Motor Controller WM 2020/05/31
animeo KNX RS485 Motor Controller WM . Ref. 5134039E 2/38
Table of content
1First operation ................................................................................................................................ 4
2Wiring diagram ............................................................................................................................... 4
3Communication objects ................................................................................................................ 6
3.1 Object overview...................................................................................................................... 6
3.1.1 List of Objects ........................................................................................................................ 6
4Parameter...................................................................................................................................... 24
4.1 Motor Controller settings...................................................................................................... 24
4.1.1 Menu index card “Motor Controller” ..................................................................................... 24
4.1.2 Menu index card “Motor 1”................................................................................................... 25
4.2 Group Assignment ............................................................................................................... 29
4.2.1 Menu index card “Group Assignment” .................................................................................29
4.2.2 Menu index card “Command Group 1” ................................................................................30
5Technical data .............................................................................................................................. 34
6General information ..................................................................................................................... 35
7Appendix ....................................................................................................................................... 37
Different types of motors could be used and connected on the animeo KNX RS485 Motor Con-
troller.
Before connecting motor and Motor Controller make sure that the end limits of the motors have
been set correctly.
Before starting up it is necessary to follow the safety instructions in this manual. SOMFY cannot
be held liable for defects and damages when these have been caused as a result of not following
instructions (wrong installation, incorrect service etc.). Establishing, testing and commissioning of
the equipment is permitted only by a qualified person (in accordance with VDE 0100). Plug in all
connections without voltage. Take precautions against unintentional turning on.
The installation of the Somfy products may occur only at easily accessible places. If maintenance
and repair become hindered by accessibility substantially (e.g. stuck or extensively stuck flooring,
installation behind lamps or behind façades), any originating supplementary costs therein cannot
be charged to the seller.
Subject to technical changes.

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The KNX RS485 is a wall-mounted Motor Controller which enables the
controlling of up to 18 motors. The motors can be controlled either indi-
vidually or by groups.
RS485 motors can be connected to the RS485 Bridging Adapter, ref.
9019004. Different motor types can be used.
Compatible with any Somfy SDN motors.
Product features:
•Flexible installation: suspended ceiling/raised floor, under window or wall-mounted wiring channels.
•Quick installation and connection of the Motor Controller by plug and play, cable tension relief point
to tighten cables to the housing of the product and daisy chaining of several RS485 motors.
•With the SDN configuration software the motor settings have to be done before configuring via ETS.
•Perfect alignment of the blinds thanks to the increment encoder technology of the RS485 motors.
•The exact position of the blind during movement and when reaching the upper and lower end limits
can be monitored.
•Using a one Byte telegram over the KNX, the blind can be moved to numerous intermediate posi-
tions.

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1 First operation
1. Blinds must be mounted and the upper and lower end limit must be adjusted (s. wiring diagram).
The settings of the motor limits can be done via the use of the SDN configuration software.
2. Link all motors via the RS485 bus and connect them to the Motor Controller.
3. Turn on power supply of the motors.
4. Connect power supply to the Motor Controllers (KNX bus).
5. After a waiting time of ca. 30 seconds all motors can be operated by means of the push buttons on
the Motor Controller.
6. Check end limits and running direction. Can be adjusted later via ETS, if necessary.
7. Create ETS project and download it.
8. After a waiting time of approx. 1 minute after downloading the Motor Controller is ready for operation.
2 Wiring diagram
, ref. 9019005

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Connection
to
Cable Twisted pair Max.
length
RS485 bus Modular Jack 8P4C
(RJ45)
Min.: 4 x 2 x 0.5 mm/24 AWG Required twisted pair shielded,
impedance 100 Ω(-10 Ω/+30 Ω),
recommended CAT5-FTP,
following Somfy RS485 guidelines
(see “SDN Bus wiring guide” in
Somfy Digital Network (RS485)
section at www.somfy.com/pro-
jects/downloads)
200 m
KNX Bus 2 x 0.8 mm/20 AWG Required, following KNX
topology guidelines
–

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3 Communication objects
3.1 Object overview
A maximum of 306 communication objects are available, which however cannot be used at one time.
HMaximum 480 group addresses can be linked.
3.1.1 List of Objects
No. Object name Model DPT_ID Description
1 Motor 1 Position Request 1 Bit 1.017 If a telegram with the value “1” or “0” is re-
ceived on this communication object, the
current status position is sent on the bus (ob-
ject 2).
2 Motor 1 Feedback Position 1 Byte 5.001 On this communication object the current po-
sition (UP/DOWN direction) of the blind is
sent to the bus based on the programmed
running time. The type of feedback (on de-
mand, status change, cyclic) is defined in the
ETS parameters.
"0" = UP / "100" = DOWN
3 Motor 1 Feedback Slat 1 Byte 5.001 On this communication object the current an-
gle (closed/turned slats
direction) of the blind
is sent to the bus based on the programmed
tilting time. The type of feed-back (on de-
mand, status change, cyclic) is defined in the
ETS parameters.
"100" = slats max. closed / "0" = slats max.
turned (standard) or
"0" = slats max. closed / "100" = slats max.
turned
4 Motor 1 Feedback Upper End 1 Bit 1.001 Over this communication object a telegram
with the value "1" is sent if the upper end po-
sition is reached. When leaving the upper
end position of the blind a telegram with the
value "0" is sent. The upper and the lower
end position result from the parameterized
running times.
5 Motor 1 Feedback Lower End 1 Bit 1.001 Over this communication object a telegram
with the value "1" is sent after the lower end
position is reached. When leaving the lower
end position of the blind a telegram with the
value "0" is sent. The upper and the lower
end position result from the parameterized
running times.
6 Motor 1 Error Feedback 1 Bit 1.001
Over this communication object a telegram is
sent if a motor error occurs. An error is when
a move command was sent to the motor, but
the motor does not move.
The sent value of this communication object
depends on what has been selected in the
ETS parameters.
• 1/0 (1 = error, 0 = no error) or
• 0/1 (0 = error, 1 = no error)

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No. Object name Model DPT_ID Description
7 Motor 1 Identification 4 Bytes 12.* Write:
0 Motor is winking
1-255 Move to position
Read:
Read out the corresponding ID of the RS485
motor which is stored in the Motor Controller
memory (see chapter 4.1.2 -2. Motor ID).
8 Motor 1 Cycles 4 Bytes 12.001
Read out the number of movement cycles of
the motor.
9 Motor 2 Position Request 1 Bit 1.017 See object description no. 1 for motor 1
10 Motor 2 Feedback Position 1 Byte 5.001 See object description no. 2 for motor 1
11 Motor 2 Feedback Slat 1 Byte 5.001 See object description no. 3 for motor 1
12 Motor 2 Feedback Upper End 1 Bit 1.001 See object description no. 4 for motor 1
13 Motor 2 Feedback Lower End 1 Bit 1.001 See object description no. 5 for motor 1
14 Motor 2 Error Feedback 1 Bit 1.001 See object description no. 6 for motor 1
15 Motor 2 Identification 4 Bytes 12.* See object description no. 7 for motor 1
16 Motor 2 Cycles 4 Bytes 12.001 See object description no. 8 for motor 1
17 Motor 3 Position Request 1 Bit 1.017 See object description no. 1 for motor 1
18 Motor 3 Feedback Position 1 Byte 5.001 See object description no. 2 for motor 1
19 Motor 3 Feedback Slat 1 Byte 5.001 See object description no. 3 for motor 1
20 Motor 3 Feedback Upper End 1 Bit 1.001 See object description no. 4 for motor 1
21 Motor 3 Feedback Lower End 1 Bit 1.001 See object description no. 5 for motor 1
22 Motor 3 Error Feedback 1 Bit 1.001 See object description no. 6 for motor 1
23 Motor 3 Identification 4 Bytes 12.* See object description no. 7 for motor 1
24 Motor 3 Cycles 4 Bytes 12.001 See object description no. 8 for motor 1
25 Motor 4 Position Request 1 Bit 1.017 See object description no. 1 for motor 1
26 Motor 4 Feedback Position 1 Byte 5.001 See object description no. 2 for motor 1
27 Motor 4 Feedback Slat 1 Byte 5.001 See object description no. 3 for motor 1
28 Motor 4 Feedback Upper End 1 Bit 1.001 See object description no. 4 for motor 1
29 Motor 4 Feedback Lower End 1 Bit 1.001 See object description no. 5 for motor 1
30 Motor 4 Error Feedback 1 Bit 1.001 See object description no. 6 for motor 1
31 Motor 4 Identification 4 Bytes 12.* See object description no. 7 for motor 1
32 Motor 4 Cycles 4 Bytes 12.001 See object description no. 8 for motor 1
33 Motor 5 Position Request 1 Bit 1.017 See object description no. 1 for motor 1
34 Motor 5 Feedback Position 1 Byte 5.001 See object description no. 2 for motor 1
35 Motor 5 Feedback Slat 1 Byte 5.001 See object description no. 3 for motor 1
36 Motor 5 Feedback Upper End 1 Bit 1.001 See object description no. 4 for motor 1
37 Motor 5 Feedback Lower End 1 Bit 1.001 See object description no. 5 for motor 1
38 Motor 5 Error Feedback 1 Bit 1.001 See object description no. 6 for motor 1

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No. Object name Model DPT_ID Description
39 Motor 5 Identification 4 Bytes 12.* See object description no. 7 for motor 1
40 Motor 5 Cycles 4 Bytes 12.001 See object description no. 8 for motor 1
41 Motor 6 Position Request 1 Bit 1.017 See object description no. 1 for motor 1
42 Motor 6 Feedback Position 1 Byte 5.001 See object description no. 2 for motor 1
43 Motor 6 Feedback Slat 1 Byte 5.001 See object description no. 3 for motor 1
44 Motor 6 Feedback Upper End 1 Bit 1.001 See object description no. 4 for motor 1
45 Motor 6 Feedback Lower End 1 Bit 1.001 See object description no. 5 for motor 1
46 Motor 6 Error Feedback 1 Bit 1.001 See object description no. 6 for motor 1
47 Motor 6 Identification 4 Bytes 12.* See object description no. 7 for motor 1
48 Motor 6 Cycles 4 Bytes 12.001 See object description no. 8 for motor 1
49 Motor 7 Position Request 1 Bit 1.017 See object description no. 1 for motor 1
50 Motor 7 Feedback Position 1 Byte 5.001 See object description no. 2 for motor 1
51 Motor 7 Feedback Slat 1 Byte 5.001 See object description no. 3 for motor 1
52 Motor 7 Feedback Upper End 1 Bit 1.001 See object description no. 4 for motor 1
53 Motor 7 Feedback Lower End 1 Bit 1.001 See object description no. 5 for motor 1
54 Motor 7 Error Feedback 1 Bit 1.001 See object description no. 6 for motor 1
55 Motor 7 Identification 4 Bytes 12.* See object description no. 7 for motor 1
56 Motor 7 Cycles 4 Bytes 12.001 See object description no. 8 for motor 1
57 Motor 8 Position Request 1 Bit 1.017 See object description no. 1 for motor 1
58 Motor 8 Feedback Position 1 Byte 5.001 See object description no. 2 for motor 1
59 Motor 8 Feedback Slat 1 Byte 5.001 See object description no. 3 for motor 1
60 Motor 8 Feedback Upper End 1 Bit 1.001 See object description no. 4 for motor 1
61 Motor 8 Feedback Lower End 1 Bit 1.001 See object description no. 5 for motor 1
62 Motor 8 Error Feedback 1 Bit 1.001 See object description no. 6 for motor 1
63 Motor 8 Identification 4 Bytes 12.* See object description no. 7 for motor 1
64 Motor 8 Cycles 4 Bytes 12.001 See object description no. 8 for motor 1
65 Motor 9 Position Request 1 Bit 1.017 See object description no. 1 for motor 1
66 Motor 9 Feedback Position 1 Byte 5.001 See object description no. 2 for motor 1
67 Motor 9 Feedback Slat 1 Byte 5.001 See object description no. 3 for motor 1
68 Motor 9 Feedback Upper End 1 Bit 1.001 See object description no. 4 for motor 1
69 Motor 9 Feedback Lower End 1 Bit 1.001 See object description no. 5 for motor 1
70 Motor 9 Error Feedback 1 Bit 1.001 See object description no. 6 for motor 1
71 Motor 9 Identification 4 Bytes 12.* See object description no. 7 for motor 1
72 Motor 9 Cycles 4 Bytes 12.001 See object description no. 8 for motor 1
73 Motor 10 Position Request 1 Bit 1.017 See object description no. 1 for motor 1
74 Motor 10 Feedback Position 1 Byte 5.001 See object description no. 2 for motor 1
75 Motor 10 Feedback Slat 1 Byte 5.001 See object description no. 3 for motor 1

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No. Object name Model DPT_ID Description
76 Motor 10 Feedback Upper End 1 Bit 1.001 See object description no. 4 for motor 1
77 Motor 10 Feedback Lower End 1 Bit 1.001 See object description no. 5 for motor 1
78 Motor 10 Error Feedback 1 Bit 1.001 See object description no. 6 for motor 1
79 Motor 10 Identification 4 Bytes 12.* See object description no. 7 for motor 1
80 Motor 10 Cycles 4 Bytes 12.001 See object description no. 8 for motor 1
81 Motor 11 Position Request 1 Bit 1.017 See object description no. 1 for motor 1
82 Motor 11 Feedback Position 1 Byte 5.001 See object description no. 2 for motor 1
83 Motor 11 Feedback Slat 1 Byte 5.001 See object description no. 3 for motor 1
84 Motor 11 Feedback Upper End 1 Bit 1.001 See object description no. 4 for motor 1
85 Motor 11 Feedback Lower End 1 Bit 1.001 See object description no. 5 for motor 1
86 Motor 11 Error Feedback 1 Bit 1.001 See object description no. 6 for motor 1
87 Motor 11 Identification 4 Bytes 12.* See object description no. 7 for motor 1
88 Motor 11 Cycles 4 Bytes 12.001 See object description no. 8 for motor 1
89 Motor 12 Position Request 1 Bit 1.017 See object description no. 1 for motor 1
90 Motor 12 Feedback Position 1 Byte 5.001 See object description no. 2 for motor 1
91 Motor 12 Feedback Slat 1 Byte 5.001 See object description no. 3 for motor 1
92 Motor 12 Feedback Upper End 1 Bit 1.001 See object description no. 4 for motor 1
93 Motor 12 Feedback Lower End 1 Bit 1.001 See object description no. 5 for motor 1
94 Motor 12 Error Feedback 1 Bit 1.001 See object description no. 6 for motor 1
95 Motor 12 Identification 4 Bytes 12.* See object description no. 7 for motor 1
96 Motor 12 Cycles 4 Bytes 12.001 See object description no. 8 for motor 1
97 Motor 13 Position Request 1 Bit 1.017 See object description no. 1 for motor 1
98 Motor 13 Feedback Position 1 Byte 5.001 See object description no. 2 for motor 1
99 Motor 13 Feedback Slat 1 Byte 5.001 See object description no. 3 for motor 1
100 Motor 13 Feedback Upper End 1 Bit 1.001 See object description no. 4 for motor 1
101 Motor 13 Feedback Lower End 1 Bit 1.001 See object description no. 5 for motor 1
102 Motor 13 Error Feedback 1 Bit 1.001 See object description no. 6 for motor 1
103 Motor 13 Identification 4 Bytes 12.* See object description no. 7 for motor 1
104 Motor 13 Cycles 4 Bytes 12.001 See object description no. 8 for motor 1
105 Motor 14 Position Request 1 Bit 1.017 See object description no. 1 for motor 1
106 Motor 14 Feedback Position 1 Byte 5.001 See object description no. 2 for motor 1
107 Motor 14 Feedback Slat 1 Byte 5.001 See object description no. 3 for motor 1
108 Motor 14 Feedback Upper End 1 Bit 1.001 See object description no. 4 for motor 1
109 Motor 14 Feedback Lower End 1 Bit 1.001 See object description no. 5 for motor 1
110 Motor 14 Error Feedback 1 Bit 1.001 See object description no. 6 for motor 1
111 Motor 14 Identification 4 Bytes 12.* See object description no. 7 for motor 1
112 Motor 14 Cycles 4 Bytes 12.001 See object description no. 8 for motor 1

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No. Object name Model DPT_ID Description
113 Motor 15 Position Request 1 Bit 1.017 See object description no. 1 for motor 1
114 Motor 15 Feedback Position 1 Byte 5.001 See object description no. 2 for motor 1
115 Motor 15 Feedback Slat 1 Byte 5.001 See object description no. 3 for motor 1
116 Motor 15 Feedback Upper End 1 Bit 1.001 See object description no. 4 for motor 1
117 Motor 15 Feedback Lower End 1 Bit 1.001 See object description no. 5 for motor 1
118 Motor 15 Error Feedback 1 Bit 1.001 See object description no. 6 for motor 1
119 Motor 15 Identification 4 Bytes 12.* See object description no. 7 for motor 1
120 Motor 15 Cycles 4 Bytes 12.001 See object description no. 8 for motor 1
121 Motor 16 Position Request 1 Bit 1.017 See object description no. 1 for motor 1
122 Motor 16 Feedback Position 1 Byte 5.001 See object description no. 2 for motor 1
123 Motor 16 Feedback Slat 1 Byte 5.001 See object description no. 3 for motor 1
124 Motor 16 Feedback Upper End 1 Bit 1.001 See object description no. 4 for motor 1
125 Motor 16 Feedback Lower End 1 Bit 1.001 See object description no. 5 for motor 1
126 Motor 16 Error Feedback 1 Bit 1.001 See object description no. 6 for motor 1
127 Motor 16 Identification 4 Bytes 12.* See object description no. 7 for motor 1
128 Motor 16 Cycles 4 Bytes 12.001 See object description no. 8 for motor 1
129 Motor 17 Position Request 1 Bit 1.017 See object description no. 1 for motor 1
130 Motor 17 Feedback Position 1 Byte 5.001 See object description no. 2 for motor 1
131 Motor 17 Feedback Slat 1 Byte 5.001 See object description no. 3 for motor 1
132 Motor 17 Feedback Upper End 1 Bit 1.001 See object description no. 4 for motor 1
133 Motor 17 Feedback Lower End 1 Bit 1.001 See object description no. 5 for motor 1
134 Motor 17 Error Feedback 1 Bit 1.001 See object description no. 6 for motor 1
135 Motor 17 Identification 4 Bytes 12.* See object description no. 7 for motor 1
136 Motor 17 Cycles 4 Bytes 12.001 See object description no. 8 for motor 1
137 Motor 18 Position Request 1 Bit 1.017 See object description no. 1 for motor 1
138 Motor 18 Feedback Position 1 Byte 5.001 See object description no. 2 for motor 1
139 Motor 18 Feedback Slat 1 Byte 5.001 See object description no. 3 for motor 1
140 Motor 18 Feedback Upper End 1 Bit 1.001 See object description no. 4 for motor 1
141 Motor 18 Feedback Lower End 1 Bit 1.001 See object description no. 5 for motor 1
142 Motor 18 Error Feedback 1 Bit 1.001 See object description no. 6 for motor 1
143 Motor 18 Identification 4 Bytes 12.* See object description no. 7 for motor 1
144 Motor 18 Cycles 4 Bytes 12.001 See object description no. 8 for motor 1