Jung SM 1608 Manual

Sensor module
Ref.No.: SM 1608
V03
Safety instructions
Caution! Electrical devices may only be installed and fitted by electrically skilled persons.
Non-compliance with the installation information could cause damage to the device, fire or other hazards.
Connect the module exclusively to the universal relay or dimming station (no mains potential!).
To fasten radio to the supporting ring, only use the enclosed plastic screws.
These instructions are a component part of the product and must remain with the end customer.
Function
Correct use
• Operation of consumers, e.g. light on/off, dimming, blinds/shutters up/down, calling up and saving light scenes etc.
• Connection to relay station or dimming station
• Installation in appliance box according to DIN 49073
Product characteristics
• Up to 16 load outputs of the relay or dimming station can be controlled.
• Switching, contact, dimming, blind/shutter
• Light scenes: up to 4 light scenes per control point can be freely configured.
• Central function: all assigned load outputs are switched on/off centrally.
• Free assignment of the sensor surfaces to the load outputs, central functions and light scenes
• Possible to change settings
• LED can be used as feedback and as orientation light
• Feedback of switching states on all connected sensor modules.
• LED brightness adjustable in 3 stages (100 %, 50 %, off).
• Up to 4 sensor modules can be connected to a single relay/dimming station, even with stations connected in paral-
lel.
• Cloning: transfer of a set assignment to another sensor module.
• If mains power fails, assignments are retained.
• Easy installation through 2-wire cable.
• Can be labelled using JUNG labelling tool.
Structure of the device
(1) Supporting ring
(2) Box screws
(3) Frame
(4) Sensor module
(5) Plastic screws
(6) Insert for labelling
(7) Cover
Operation
Operation is through touching the respective sensor surface (button).
Operating blind/shutter
• Move blind/shutter: press and hold button
• Stop or adjust blind/shutter: press button briefly
(1) (2) (3) (4)
Fig.1.: Structure of the device
2 x (5)
2 x (2)
(5) (6) (7)