Standard Emergency Lighting - Beta Industries
Standard Emergency Lighting - Beta Industries
Standard Emergency Lighting - Beta Industries
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CTOC<br />
Digital Mains Signalling Centraltest <strong>Emergency</strong> <strong>Lighting</strong> System<br />
These functions can be performed separately for<br />
the total installation or for a zone. Results are<br />
shown on the display and a hard copy can be printed<br />
on demand.<br />
The CU can communicate with every luminaire by<br />
periodically running inquiry functions, advising the<br />
operator via display in the event of a one or more<br />
units of the system do not respond .<br />
Luminaires are not affected if communication with<br />
CU is interrupted. As each unit is identified by a<br />
specific address, many installations can operate on<br />
a single power supply line.<br />
Operational test<br />
The CU runs the operational test automatically or<br />
on a specific demand. The operator can use the<br />
CU to program the time lag between two automatic<br />
tests as well as the test timing.<br />
During any test, the luminaire lights up for about<br />
one minute to verify the correct working of the fluorescent<br />
tube and the battery. The CU collects and<br />
stores any failure and reports to the operator via<br />
display or a print out, stating test day , test time<br />
and also type of failure and identification number of<br />
the luminaires involved.<br />
The multicoloured LED located on the front of the<br />
luminaire facilitates identification of the defective<br />
unit and also indicates (See AT section) the luminaire’s<br />
status.<br />
Full duration test<br />
The full duration test is run as the functionality test<br />
but, because the state of the luminaires’ battery is<br />
checked by the unit microprocessor, is longer ,collecting<br />
and storing any possible failure. Test results<br />
are shown on the display, as well as it’s possible to<br />
print out test date and time, type of failure and identification<br />
number of the luminaires involved.<br />
The multicoloured LED located on the front of the<br />
luminaire facilitates identification of the defective<br />
unit and also indicates (See AT section) the luminaires<br />
status.The operator can program automatic<br />
testing frequency between 1 and 99 weeks or can<br />
run tests on demand.<br />
INSTALLATION 1 REMOTE CONTROL STATION<br />
INSTALLATION 2<br />
LUMINARES<br />
PRINTER<br />
PC<br />
LUMINARES<br />
PRINTER<br />
CU<br />
MODEM<br />
CENTRAL MODULE<br />
PC<br />
MODEM<br />
MODEM<br />
TELEPHONE LINE<br />
TELEPHONE LINE<br />
CTOC<br />
CONTROL UNIT<br />
Ordering code Article Power supply Battery Controlled Luminaires Weight kg<br />
Control unit<br />
2995 9402CTOC 230V NiCd 7.2V-1.2 Ah max 500 4.7<br />
Control rack<br />
3002 9408CTOC RACK 230V NiCd 7.2V-1.2 Ah max 500 4.7<br />
Control module 3008 9421CTOC 230V NiCd 7.2V-1.2 Ah max 500 4.2<br />
CTOC<br />
ACCESSORIES<br />
Ordering code Article Description<br />
3128 MODEM V90 Modem V90<br />
3009 9422CTOC Singlephase coupler - Din 4<br />
3010 9423CTOC 3 Phase coupler - Din 2<br />
3011 9424CTOC Singlephase filter - Din 9<br />
3012 9425CTOC 3 Phase repeater - Din 6<br />
3013 9426CTOC 3 Phase repeater HT - Din 9+6<br />
3014 9427 RS232/422 Converter<br />
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