Subject to modifications.
© Vestamatic GmbH
Art.-Nr.:
3060 001 GB 4518 A06 • Vestamatic GmbH • Dohrweg 27 • D-41066 Mönchengladbach
• www.vestamatic.com
1/10
G
IF SMI RS-485 DIN
IF SMI RS-485 DIN RAIL
Installation and Operating Instructions
IF SMI RS-485 24 VDC-DIN
Art.-no.: 01092124
Motor control SMI RS-485 for top-hat rail
for control of 16 SMI motors 24 VDC.
IF SMI RS-485 230 VAC-DIN
Art.-no.: 01092714
Motor control SMI RS-485 for top-hat rail
for control of 16 SMI motors 230 VAC.
2. Safety precautions
– Contact a professional electrician for installation.
– Check the control system for signs of mechanical damage after
unpacking. If you notice any shipping damage, do not start up
the control system and notify your supplier imme di ately.
–
The control system should only be used for the purpose speci-
fied by the manufacturer (refer to the operating instructions).
Any changes or modifications thereof are not permissible and
will result in loss of all warranty claims.
– If the control unit cannot be operated without presenting a
hazard, it must be switched off and prevented from being
switched on unintentionally.
– Turn off the power supply and prevent it from being switched
on unintentionally before performing work on any windows,
control or sunshades driven by the control system.
Ä
SMI is the abbreviation for
S
tandard
M
otor
I
nterface. SMI has been de-
veloped for the connection of intelligent drives for roller shutters and
sun protection systems. SMI enables to transmit telegrams from control
system to the drive and vice versa. With SMI it is possible to combine
products from different sources together. The SMI Interface should spread
high value solutions and promote drives and controls on the market. The
applications in roller shutters and sun protection systems require extreme
robustness and economic efficiency. SMI has been developed to meet
these requirements.
1. What is SMI?
Contents
1. What is SMI?
2. Safety precautions
3. Technical data
4. Hardware
4.1 Overview IF SMI RS-485
4.1.1 RS-485 User interface
4.1.2 RS-485 BUS
4.1.3 Power supply
4.1.4 SMI BUS
4.1.5 Master Up/Down button
4.1.6 Base Address
4.2 Termination RS-485 BUS
5. Menu navigation
5.1 Power-up
5.2 Main menu
5.3 Menu navigation
5.4 Address menu
5.5 Modify base address
5.6 Show error
5.7 Error log menu
5.8 Soft RESET
6. Protocol
6.1 Message structure
6.2 CRC16 Calculation
6.3 Steer commands
6.3.1 MSG_UP
6.3.2 MSG_DOWN
6.3.3 MSG_STOP
6.3.4 MSG_STEP_UP
6.3.5 MSG_STEP_DOWN
6.3.6 MSG_SET_POS
6.3.7 MSG_SET_TILT
6.3.8 MSG_SET_POS_STEP_UP
6.3.9 MSG_SET_POS_STEP_DOWN
6.3.10 MSG_GOTO_POS1
6.3.11 MSG_GOTO_POS2
6.3.12 MSG_GETMANID
6.3.13 MSG_SMI_TUNNEL
6.3.14 MSG_GW_OPTIONS
6.3.15 MSG_ERROR
6.4 Maintenance commands
6.4.1 MSG_VERSION
6.4.2 MSG_AUTO_ADDR
6.4.3 MSG_GET_SER
6.4.4 MSG_SET_SMIID
6.4.5 MSG_GET_PAR
6.4.6 MSG_GET_POS1
6.4.7 MSG_SET_POS1
6.4.8 MSG_GET_POS2
6.4.9 MSG_SET_POS2
6.5 Status commands
6.5.1 MSG_GETGENSTAT
6.5.2 MSG_GETDETSTAT
7. PC Test Software
7.1 Communication
7.2
General commands
7.3
Motor Mask based commands
7.4 Motor ID based commands
7.5 Send / Receive
8. Wiring diagrams
8.1 IF SMI RS-485 LoVo
8.2 IF SMI RS-485 230VAC
3060 001 GB 4518 A06
G
3. Technical data
Article
IF SMI RS-485 DIN
Art.-no.: 01092124
01092714
Supply voltage:
230 VAC
Impulse voltage withstand level: kV
2.5
Rated power:
W
2 W
Operating temperature:
°C
0 °C (32 °F) to +40 °C (104 °F)
IP class:
IP
20
Degree of contamination:
2
Dimensions (H × W × D):
mm
90 × 52 × 60 (3 HP)
Conformity:
p
