OMS EMERGENCY 2990 User manual

EMERGENCY 2990
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2
1
TECHNICAL SPECIFICATION
- Supply voltage: 220÷240VAC/50÷60Hz, 175÷275VDC, 24VDC
- Insulation class: II or III
- Protection level: IP40
- Time of operation in emergency mode : 1, 2 or 3h
- Light source: 1W, 2W, 3W LED
- Battery charging time : up to 24h
- Ambient temperature : 0÷+40°C
- Viewing distance: 30m
MAIN FEATURES:
- Battery charging indication by LED
- Electronic protection against total battery discharge
- Self-test function (optional)
- Operation in emergency or mains and emergency mode available
- Using to Rubic system available
- Using to central battery available
- Surface assembly, optional recessed
- Assembly indoors to flat surface
- Polycarbonate body, plexi glass
- The luminaire can be powered maintained or non maintained
- Controlgear supplied within this luminaire performs the function of
changeover operation from normal to emergency mode
RECOMMENDATIONS FOR USE:
The following rules must be observed to ensure the correct and reliable
operation of the fitting:
- Battery packs must be compatible with emergency modules
- Installation of fitting should be made by appropriate person which is
authorized for such works
- After installation of fitting, the formatting of battery must be made while
continuous charging for a period of 24 hours and fully discharging it
through lighting
- Three full formatting cycles must be performed to achieve maximum
battery capacity
- Technical inspection of the fitting and, in particular, of the battery must
be performed once a year
- It is important to maintain temperature parameters for battery packs, i.e.
from 0 to + 55°C
- It is forbidden to make any changes in electronic system design
- If the fitting does not withstand its rated operation time, the battery must
be renewed
- It is recommended by the manufacturer to renew the battery every 4 years
- The light source contained in this luminaire shall only be replaced by the
manufacturer or his service agent or a similar qualified person
- Rated luminous flux in emergency mode amounts to 100%.
TERMS AND CONDITIONS OF WARRANTY:
The condition to acknowledge the warranty is:
- No mechanical damage
- No evidence of changes made by third party in fitting design and, in
particular, emergency module
- Proper use, as recommended
- Proper connection of supply voltage and battery pack (attention must be
paid to the polarity of the battery and converter terminals).
TESTING THE FITTING (optional):
It is possible to test the fitting using test button placed in the housing (option). At the
time when the supply voltage is connected to the fitting, the green LED lights up
indicating the emergence of voltage in the electronic system and thus the battery
charging. By pressing the button, the test of fitting is activated through an open
circuit, and by this the decay of mains voltage is simulated and the switching over by
electronic system to the emergency operation mode is caused. During emergency
operation, the LED is no longer lit, the fitting is powered from the battery. When the
button is released, the mains voltage returns and the fitting is operated in mains mode,
charging process is started.
AUTOTEST FUNCTION (optional):
Test A is run automatically every 28 days. During test A a conversion kit is switched
to emergency mode for 1 minute and the following parameters are checked: control
of battery power discharge, control of battery. Test B is run automatically every 364
days. During test B a conversion kit is switched to emergency mode for all duration time
and the following parameters are checked: control of battery power discharge,
control of minimum battery voltage .
DIMENSION
OPENNING
LED
24V
DC
Ni-Cd
Ni-MH
IP40
175-275V
DC
220-240V
AC
50-60Hz
d=30m
LiFePO4
ASSEMBLY INSTRUCTIONS
max. 750
OMS a.s.
906 02 Dojč,419
Slovakia
www.omslighting.com
Color of LED indicator shining (blinking),
G – Green, R - Red
Light
source Description
G
R
G
R
G
any Confirmation of the reset of timer or errors (only AT)
shining Emergency mode
not shining Standby mode
R
R
any Communication error (only RS), no battery
G
R
G
R
any Communication error (only RS), connected battery
R
any Battery error
R
any Light source or electronics error
Error indication or not shining
shining Performing test or network mode
Error indication or not shining
any No battery
G
not shining Battery loading
G
not shining Standby mode (battery full)
R
R
R
not shining Too much output power for this battery capacity

5
4c4
4a
4b
CONNECTION OF AUTONOMOUS FITTING
CONNECTION AND SETUP OF FITTING TO CENTRAL BATTERY
CONNECTION OF FITTING TO FZLV CENTRAL BATTERY
CONNECTION OF FITTING TO RUBIC SYSTEM
SURFACE ASSEMBLY
PRODUCER’S GUIDLINES RELATED TO INSTALLATION PROCEDURE:
- in a fitting the cable L and L1 is required to the maintained mode (SA)
,the non maintained mode (SE) does not require L1 cable
- It is possible to use the included jumper to short circuit L and L1
- during the battery connection, pay attantion to proper polarisation
„+” and „-”
- The first if all you have to connect battery to inverter and then
connect the mains supply
- during the communication cables connection, pay attantion to isolation of
the cable’s shield which can lead to a short circut of the others
communication lines
- CBS fiting address cannot be doubled in a single circut
- during connection to the FZLV system, keep the proper polarisation„+” , „-”
- the drawing enclosed in this instruction may be vary than in the finished
products, to a proper connection follow the instruction enclosed in the label
attached on a fitting
- Select the wiring diagram according to the luminaire version
- n the case of mounting flush fitting in suspended ceilings refer to the
instructions of installation, included the manufacturer's instructions ceiling
- in Rubic System It is needed to place on a building plan, an fitting's address
in a place of itnstallation. The address is placed on a fitting's housing
POWER SUPPLY
220÷240VAC/50÷60Hz
CONNECTION BATTERY
!
SURFACE ASSEMBLY
4x
POWER SUPPLY
220÷240VAC/50÷60Hz
CONNECTION COMMUNICATIONS
CONNECTION BATTERY
!
ADDRESS
CONFIGURATION
!
POWER SUPPLY
220÷240VAC/50÷60Hz
175÷275VDC
POWER SUPPLY
24VDC
Risk of electric shock Risk of electric shock
Risk of electric shock