Osram OPTOTRONIC OT Wi 15/220-240/1A0 NFC BL LP I Guia De Inicio Rapido página 2

OPTOTRONIC LED Power Supply
®
22)
Position
24)
A or B
C
D

Installing and operating information (built-in LED power supply): Connect
only LED load type. LED module will be switched off when output voltage is
outside the voltage range given on the driver. Wiring information (see fig. A): Do
not connect the outputs of two or more units. The metal surface on LED driver
underside of OT Wi 40 NFC BL LP I is double insulated against mains, also the
metal surface is SELV basic insulated against LED output. Output current adjust-
ment = via programming software using Near Field Communication (NFC) in mains
off mode only. For Near Field Communication (NFC) please refer to Tuner4TRON-
IC at www . inventronics - light . com / t4t. Unit is permanently damaged if mains is
applied to the terminals 21/22. Lines 21/22 max. 2 m whole length excl. modules.
Bluetooth network reset: (1) Power off device and disconnect from mains, apply
short circuit between LED+ and LED-, (2) connect device to mains and power on
for at least 2 seconds, (3) power off device, disconnect from mains and remove
short circuit. Reset completed. Emergency Lighting: This LED power supply
complies with EN 61347-2-13 Annex J and is suitable for emergency lighting
fixtures according to EN 60598-2-22 except those used in high-risk task areas.
The device can be put into operation using the HubSense Commissioning Tool
version 1.30.1 (https://platform.hubsense.eu), subject to prior acceptance of the
Terms of Use and the Privacy Policy. Inventronics GmbH may terminate or suspend
the use of the HubSense Commissioning Tool at any time and for any or no
reason in its sole discretion, even if access and use is continued to be allowed
to others. Compatibility to future versions of the Hubsense Commissioning tool
is not guaranteed. The device complies with Bluetooth mesh Standard v1.0. It
can also be used in 3rd party Bluetooth mesh network, that complies with this
standard and that supports the mesh models of this device, and with certain 3rd
party commissioning tools, that support the mesh models of this device. In order
to ensure correct interoperability a verification with the 3rd party network com-
2
Input / PRI
Output / SEC
Output / SEC
Cable types (tested acc. to EN 60598-1)
• NYM-J 3x1.5
• H05VV-F 3x1.5
• H05VV-F 2x1.5
• H05VV-F 2x1.0
• H05VV-F 2x1.5
• H05VV-F 2x1.0
• H03VV-F 2x0.75
• H03VV-F 2x0.5
• Style 21520
• H03VVH2-F 2x0.75
ponents and the 3rd party commissioning tool is necessary in advance. Please
contact the support (support@hubsense.eu) to receive the actual list of supported
models for this device. Inventronics GmbH shall have no liability for any 3rd party
commissioning tool and does not make any representations, express or implied,
about the availability and/or performance of such commissioning tool. Inventron-
ics GmbH shall have no liability for and does not make any representations, express
or implied, about the connectivity of Inventronics GmbH QBM products with any
other products. Hereby Inventronics GmbH declares that the radio equipment
types OT Wi 15 NFC BL LP I, OT Wi 25 NFC BL LP I and OT Wi 40 NFC BL LP I
are in compliance with Directive 2014/ 53/ EU and the relevant statutory instruments.
The full text of the EU declaration of conformity or the UK declaration of conform-
ity is available at the following internet address: www. inventronics-light.com. NFC
frequency range: 13 553 – 13 567 kHz; Bluetooth frequency range: 2400 - 2483.5
MHz; Max HF output power (EIRP) of the product: 8 dBm; Technical support:
www . inventronics - light . com 1) Qualified Bluetooth mesh compact LED driver for
independent installation; 2) Constant current LED Power Supply; 3) wire prepara-
tion; push in; 4) t c point; 5) Made in China; 6) picture only for reference, valid print
on product; 7) Mains; 8) Input; 9) Output; 10) Year; 11) Week; 12) Safety note for
mounting with metal screw: The distance between the metal screw and the insu-
lated single wires must be at least 2.5 mm. 13) Mounting hint for proper radio
connectivity. By integrating the device into a casing the wireless range could be
affected, in particular by metal surfaces. Therefore, the wireless range needs to
be verified after integration. 14) Do not place any mains voltage or LED supply
wires within or close to this area. 15) Recommended minimal distance to metal
parts. 16) Placement of integrated radio transmitter antenna; 17) Radio frequency;
18) Wireless protocol; 19) Qualified Bluetooth mesh; 20) Wireless range; 21) 10m
line of sight; 22) Position; 23) Cable types (tested acc. to EN 60598-1); 24) A or B
23)