STEINEL IR Quattro HD-2 DALI-2, Manual

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Mounting procedure
• Switch off power supply (Fig. 4.1/4.2)
Concealed mounting
• Make connection. (Fig. 5.1/4.2)
• Firmly screw load module into mount-
ing box. (Fig. 5.2)
• Fit magnetic sensor module on frame.
(Fig. 5.3)
• Switch ON power supply. (Fig. 5.3)
• Make settings.
➜
"6. Function and settings"
Surface mounting
• Mark drill holes and drill. (Fig. 5.4)
• Feed through cable. Screw load
module into place. (Fig. 5.5)
• Make connection. (Fig. 5.6/4.1)
• Break out the mounting tab. (Fig. 5.7)
• Fit surface-mounting adapter. (Fig. 5.8)
• Fit magnetic sensor module. (Fig. 5.9)
• Switch ON power supply. (Fig. 5.9)
• Make settings.
➜
"6. Function and settings"
6. Function and settings
The sensor is put into operation in
accordance with the applicable DALI 2
standard. All functions and commands
of the DALI standard IEC 62386 Part
101, Part 103, Part 303 and Part 304 are
available.
– All sensor values (motion, light level,
temperature and humidity) can be
requested from the DALI-2 Application
Controller.
– Automatic or time-based cyclical
transmission can also be selected for
motion and light levels.
You will find detailed information in the
interface description on the Internet at:
www.steinel.de
– Temperature range: 0°C to +40°C
– IP rating: IP20
– Bluetooth frequency: 2.4-2.48 GHz
– Bluetooth transmission power:
5 dBm / 3 mW
– Power consumption via DALI
(12 - 22.5 V DC, no SELV):
–
Max. current consumption in
accordance with IEC 62386-101:
84 mA / 42 users
– Max. current consumption
at an input voltage of 10 V
in regular operation:*
32 mA / 16 users
–
Typical current consumption
at an input voltage of 16 V
in regular operation:*
19 mA / 10 users
– DALI start-up time: < 1 s
* These values will not be exceeded in
regular operation and can be used as
the basis for planning.
4. Electrical connection
DA+ = Connection to the DALI BUS
(brown)
DA- = Connection to the DALI BUS
(blue)
Surface-mounted connection (Fig. 4.1)
Concealed connection (Fig. 4.2)
5. Installation
• Check all components for damage.
• Do not use the product if it is damaged.
• Select an appropriate mounting
location, taking the reach and motion
detection into consideration.
(Fig. 3.7)