CEAG-Conformity Declarations with Central Battery Systems 1. QUICKTRONIC QTi DALI DIM / QTi DIM 2. QUICKTRONIC INTELLIGENT QTi 3. QUICKTRONIC PROFESSIONAL QTP-DL 4. QUICKTRONIC PROFESSIONAL QTP8 5. QUICKTRONIC PROFESSIONAL QTP5 (10/2015) 6. QUICKTRONIC MULTIWATT QT-M...S(E), QTP-M
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CEAG Conformity Declarations with Central Battery Systems · CEAG-Conformity Declarations with Central Battery Systems. 1. QUICKTRONIC QTi DALI DIM / QTi DIM. 2. QUICKTRONIC INTELLIGENT
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CEAG-Conformity Declarations with Central Battery Systems
1. QUICKTRONICQTi DALI DIM / QTi DIM
2. QUICKTRONIC INTELLIGENTQTi
3. QUICKTRONIC PROFESSIONALQTP-DL
4. QUICKTRONIC PROFESSIONALQTP8
5. QUICKTRONIC PROFESSIONALQTP5
(10/2015)
6. QUICKTRONIC MULTIWATTQT-M...S(E), QTP-M
Product features of OSRAM-ECG in combination with central battery- and generator applications (safety lighting)
Manufacturer:
OSRAM GmbH81536 München
Criteria CEAG-Data Description Status
Operating voltage range DC: 186V - 275V at -10°C Battery voltage range in operation with emergency currentdone
154-276 V minimum ignition voltage
Switching time:
from AC to DCfrom DC to AC
Switching time of device:180 ms - 450 ms180 ms - 450 ms
Typical switching time of CEAG devices done
In accordance with standard1): DIN EN 60929 Electronic ballasts for fluorescent tube lamps, operating on alternating current done
In accordance with standard1): DIN EN 61347-2-3 (incl. annex J) Specific requirements for electronic ballasts for fluorescent lamps operated on alternating current done2)
In accordance with standard1): DIN EN 61000-3-2 EMC standard for electromagentic compatibility (harmonic content) done
In accordance with standard1): DIN EN 61547 EMC standard for electromagnetic interference, especially for emergency lighting (immunity) done
In accordance with standard1): DIN EN 55015 (Measurement on AC and DC)
EMC standard for critical values and measuring methods for radio shielding of electrical illumination appliances (interference)
No-load current of ECG in DC-operation ( without or with a faulty illuminant )
Nominal value of operation:2L-CG-S: <10mA / <28mA2L-CG (4-120W): <10mA2L-CG (7-120W): <25mA2L-CG (11-120W): <41mA
Options for luminaire/EVG-monitoring units, CEAG-type: 2L-CG, according to catalogue < 10 mA
Max. inrush current per ECG in AC-operation:
Maximum inrush current:SKU 4 x 1A (CG) => 60A/ms per circuitSKU 2 x 3A (CG) => 120 A/ms per circuitSKU 1 x 6A (CG) => 180 A/ms SKU 2 x 3A CG-S => 250 A/ms per circuitSKU 1 x 6A CG-S => 250 A/ms
Refers to a max. allowable inrush current of ECG within an electric circuit to consider the maximum contact load of the electric circuits' change-overs.
see register "Overview QTi DIM"
Nominal current in AC-operation: manufacturer-specific For ascertainment of max. quantity of ECG per electric circuit see register "Overview QTi DIM"
Nominal current in DC-operation: manufacturer-specific dito see register "Overview QTi DIM"
Luminous flux in DC-operation 186 V in relation to 230 V manufacturer-specific ECG for emergency lighting on battery operation - for planning 100%
Luminaires for the operation as safety lighting must comply with norm DIN EN 60598-2-22.
The OSRAM ECG mentioned above fullfill the requirements from the DIN-EN standards on this page. Explicit approval was carried out on those standardsmentioned in the identification.OSRAM as a manufacturer of electronic control gear is not liable for the faultless function of other components for emergency lighting.
Type / Description:
ECG product family: QUICKTRONIC QTi DALI DIM / QTi DIM
1) Designation after VDE 0108 is insignificant due to it not being an ECG-standard.
CEAG
CEAG-Requirement ProfileOverview
Manufacturer:
OSRAM GmbH81536 München
ECG type Max. inrush current per ECG in AC operation Nominal current in AC-operation: Nominal current in DC-operation:
QTi DALI 1x18 DIM IP=24ATH=174µs
0.08A 1xL 18 0.08A 1xDL 18
0.08A 1xL 18 0.08A 1xDL 18
QTi DALI 1x36 DIM IP=24ATH=174µs
0.16A 1xL 36 0.16A1xDL 36
0.16A 1xL 36 0.16A1xDL 36
QTi DALI 1x58 DIM IP=24A TH=174µs 0.25A 1xL 58 0.25A 1xL 58
QTi DALI 2x18 DIM IP=35A TH=179µs
0.16A 2xL 18 0.16A2xDL 18
0.16A 2xL 18 0.16A2xDL 18
QTi DALI 2x36 DIM IP=45A TH=204µs
0.31A 2xL 36 0.31A 2xDL 36
0.31A 2xL 36 0.31A 2xDL 36
QTi DALI 2x58 DIM IP=45A TH=204µs 0.47A 2xL 58 0.47A 2xL 58
QTi DALI 3x18 DIM IP=25A TH=175µs
0.24A 3xL 18 0.24A 3xDL 18
0.24A 3xL 18 0.24A 3xDL 18
QTi DALI 4x18 DIM IP=35A TH=180µs
0.31A 4xL 18 0.31A 4xDL 18
0.31A 4xL 18 0.31A 4xDL 18
QTi DALI 1x14/24 DIM IP=24A TH=174µs
0.07A 1xHE 140.11A 1xHO 240.11A 1xFC 22
0.07A 1xHE 140.11A 1xHO 240.11A 1xFC 22
QTi DALI 1x21/39 DIM IP=24A TH=174µs
0.11A 1xHE 210.18A 1xHO 390.29A 1xF 70
0.11A 1xHE 210.18A 1xHO 390.29A 1xF 70
QTi DALI 1x28/54 DIM IP=24A TH=174µs
0.14A 1xHE 280.26A1xHO 54
0.14A 1xHE 280.26A1xHO 54
QTi DALI 1x35/49/80 DIM IP=28A TH=224µs
0.17A 1xHE 350.24A 1xHO 490.39A 1xHO 80
0.17A 1xHE 350.24A 1xHO 490.39A 1xHO 80
QTi DALI 2x14/24 DIM IP=35A TH=179µs
0.14A 2xHE 140.22A 2xHO 240.22A 2xFC 22
0.14A 2xHE 140.22A 2xHO 240.22A 2xFC 22
Type / Description:
ECG product family: QUICKTRONIC QTi DALI DIM / QTi DIM
OSRAM GmbH 10/2015
CEAG-Requirement ProfileOverview
QTi DALI 2x21/39 DIM IP=45A TH=204µs
0.21A 2xHE210.36A 2xHO390.56A 2xF 70
0.21A 2xHE210.36A 2xHO390.56A 2xF 70
QTi DALI 2x28/54 DIM IP=45A TH=204µs
0.27A 2xHE 280.51A 2xHO 54
0.27A 2xHE 280.51A 2xHO 54
QTi DALI 2x35/49 DIM IP=45A TH=204µs
0.33A 2xHE 350.45A 2xHO 49
0.33A 2xHE 350.45A 2xHO 49
QTi DALI 2x35/49/80 DIM IP=60A TH=230µs
0.34A 2xHE 350.46A 2xHO 490.74A 2xHO 80
0.34A 2xHE 350.46A 2xHO 490.74A 2xHO 80
QTi DALI 3x14/24 DIM IP=35A TH=180µs
0.20A 3xHE 140.32A 3xHO 240.32A 3xFC 22
0.20A 3xHE 140.32A 3xHO 240.32A 3xFC 22
QTi DALI 4x14/24 DIM IP=45A TH=205µs
0.27A 4xHE 140.43A 4xHO 240.43A 4xFC 22
0.27A 4xHE 140.43A 4xHO 240.43A 4xFC 22
OSRAM GmbH 10/2015
Product features of OSRAM-ECG in combination with central battery- and generator applications (safety lighting)
Manufacturer:
OSRAM GmbH81536 München
Criteria CEAG-Data Description Status
Operating voltage range DC: 186V - 275V at -10°C Battery voltage range in operation with emergency current done
Switching time:
from AC to DCfrom DC to AC
Switching time of device:180 ms - 450 ms180 ms - 450 ms
Typical switching time of CEAG devices done
In accordance with standard1): DIN EN 60929 Electronic ballasts for fluorescent tube lamps, operating on alternating current done
In accordance with standard1): DIN EN 61347-2-3 (incl. annex J) Specific requirements for electronic ballasts for fluorescent lamps operated on alternating current done2)
In accordance with standard1): DIN EN 61000-3-2 EMC standard for electromagentic compatibility (harmonic content) done
In accordance with standard1): DIN EN 61547 EMC standard for electromagnetic interference, especially for emergency lighting (immunity) done
In accordance with standard1): DIN EN 55015 (Measurement on AC and DC)
EMC standard for critical values and measuring methods for radio shielding of electrical illumination appliances (interference)
No-load current of ECG in DC-operation ( without or with a faulty illuminant )
Nominal value of operation:2L-CG-S: <10mA / <28mA2L-CG (4-120W): <10mA2L-CG (7-120W): <25mA2L-CG (11-120W): <41mA
Options for luminaire/EVG-monitoring units, CEAG-type: 2L-CG, according to catalogue < 10 mA
Max. inrush current per ECG in AC-operation:
Maximum inrush current:SKU 4 x 1A (CG) => 60A/ms per circuitSKU 2 x 3A (CG) => 120 A/ms per circuitSKU 1 x 6A (CG) => 180 A/ms SKU 2 x 3A CG-S => 250 A/ms per circuitSKU 1 x 6A CG-S => 250 A/ms
Refers to a max. allowable inrush current of ECG within an electric circuit to consider the maximum contact load of the electric circuits' change-overs.
see register "Overview QTi"
Nominal current in AC-operation: manufacturer-specific For ascertainment of max. quantity of ECG per electric circuit see register "Overview QTi"
Nominal current in DC-operation: manufacturer-specific dito see register "Overview QTi"
Luminous flux in DC-operation 186 V in relation to 230 V manufacturer-specific ECG for emergency lighting on battery operation - for planning > 75 %
Luminaires for the operation as safety lighting must comply with norm DIN EN 60598-2-22.
The OSRAM ECG mentioned above fullfill the requirements from the DIN-EN standards on this page. Explicit approval was carried out on those standardsmentioned in the identification.OSRAM as a manufacturer of electronic control gear is not liable for the faultless function of other components for emergency lighting.
Type / Description:
ECG product family: QUICKTRONIC INTELLIGENT QTi
1) Designation after VDE 0108 is insignificant due to it not being an ECG-standard.
CEAG
CEAG-Requirement ProfileOverview
Manufacturer:
OSRAM GmbH81536 München
ECG type Max. inrush current per ECG in AC operation Nominal current in AC-operation: Nominal current in DC-operation:
QTi 1x14/24/21/39 Ip = 1.5 A; TH = 500 ms
HE 14: 0.08 AHE 21: 0.11 AHE 28: 0.15 AHE 35: 0.18 AHO 24: 0.12AHO 39: 0.19 A
L18: 0.09 AL30: 0.15 AL36: 0.16 A
DL 18: 0.09 ADL 24: 0.12 ADL 36: 0.16 ADL 40: 0.20 ADF 18: 0.09 ADF 24: 0.12 ADF 36: 0.16 AFC 22: 0.12 AFC 40: 0.19 A
HE 14: 0.08 AHE 21: 0.11 AHE 28: 0.15 AHE 35: 0.18 AHO 24: 0.12AHO 39: 0.19 A
L18: 0.09 AL30: 0.15 AL36: 0.16 A
DL 18: 0.09 ADL 24: 0.12 ADL 36: 0.16 ADL 40: 0.20 ADF 18: 0.09 ADF 24: 0.12 ADF 36: 0.16 AFC 22: 0.12 AFC 40: 0.19 A
QTi 1x28/54 Ip = 1.5 A; TH = 500 ms
HE 14: 0.08 AHE 21: 0.11 AHE 28: 0.15 AHE 35: 0.18 AHO 54: 0.27 A
L58: 0.26 AL70: 0.29 A
HE 14: 0.08 AHE 21: 0.11 AHE 28: 0.15 AHE 35: 0.18 AHO 54: 0.27 A
L58: 0.26 AL70: 0.29 A
Type / Description:
ECG product family: QUICKTRONIC INTELLIGENT QTi
OSRAM GmbH 10/2015
CEAG-Requirement ProfileOverview
QTi 1x35/49/80 Ip = 1.5 A; TH = 500 ms
HE 14: 0.08 AHE 21: 0.11 AHE 28: 0.15 AHE 35: 0.18 AHO 49: 0.24 AHO 80: 0.38 ADL 55: 0.30 ADL 80: 0.39 AFC 55: 0.27 A
HE 14: 0.08 AHE 21: 0.11 AHE 28: 0.15 AHE 35: 0.18 AHO 49: 0.24 AHO 80: 0.38 ADL 55: 0.30 ADL 80: 0.39 AFC 55: 0.27 A
QTi 2x14/24/21/39 Ip = 1.5 A; TH = 500 ms
HE 14: 0.15 AHE 21: 0.21 AHE 28: 0.28 AHE 35: 0.35 AHO 24: 0.24AHO 39: 0.36 A
L18: 0.18 AL30: 0.29 AL36: 0.32 A
DL 18: 0.17 ADL 24: 0.24 ADL 36: 0.31 ADL 40: 0.39 ADF 18: 0.16 ADF 24: 0.22 ADF 36: 0.29 AFC 22: 0.23 AFC 40: 0.39 A
HE 14: 0.15 AHE 21: 0.21 AHE 28: 0.28 AHE 35: 0.35 AHO 24: 0.24AHO 39: 0.36 A
L18: 0.18 AL30: 0.29 AL36: 0.32 A
DL 18: 0.17 ADL 24: 0.24 ADL 36: 0.31 ADL 40: 0.39 ADF 18: 0.16 ADF 24: 0.22 ADF 36: 0.29 AFC 22: 0.23 AFC 40: 0.39 A
QTi 2x28/54 Ip = 1.5 A; TH = 500 ms
HE 14: 0.15 AHE 21: 0.21 AHE 28: 0.28 AHE 35: 0.35 AHO 54: 0.54 A
L58: 0.49 A
HE 14: 0.15 AHE 21: 0.21 AHE 28: 0.28 AHE 35: 0.35 AHO 54: 0.54 A
L58: 0.49 A
QTi 2x35/49 Ip = 1.5 A; TH = 500 ms
HE 14: 0.15 AHE 21: 0.21 AHE 28: 0.28 AHE 35: 0.35 AHO 49: 0.52 A
HE 14: 0.15 AHE 21: 0.21 AHE 28: 0.28 AHE 35: 0.35 AHO 49: 0.52 A
OSRAM GmbH 10/2015
CEAG-Requirement ProfileOverview
QTi 2x35/49/80 Ip = 60 A; TH = 230µs
HE 35: 0.34 AHO 49: 0.52 AHO 80: 0.74 ADL 80: 0.74 A
HE 35: 0.34 AHO 49: 0.52 AHO 80: 0.74 ADL 80: 0.74 A
OSRAM GmbH 10/2015
Product features of OSRAM-ECG in combination with central battery- and generator applications (safety lighting)
Manufacturer:
OSRAM GmbH81536 München
Criteria CEAG-Data Description Status
Operating voltage range DC: 186V - 275V at -10°C Battery voltage range in operation with emergency current done
Switching time:
from AC to DCfrom DC to AC
Switching time of device:180 ms - 450 ms180 ms - 450 ms
Typical switching time of CEAG devices see register "Overview QTP-DL"
In accordance with standard1): DIN EN 60929 Electronic ballasts for fluorescent tube lamps, operating on alternating current done
In accordance with standard1): DIN EN 61347-2-3 (incl. annex J) Specific requirements for electronic ballasts for fluorescent lamps operated on alternating current done2)
In accordance with standard1): DIN EN 61000-3-2 EMC standard for electromagentic compatibility (harmonic content) done
In accordance with standard1): DIN EN 61547 EMC standard for electromagnetic interference, especially for emergency lighting (immunity) done
In accordance with standard1): DIN EN 55015 (Measurement on AC and DC)
EMC standard for critical values and measuring methods for radio shielding of electrical illumination appliances (interference)
No-load current of ECG in DC-operation ( without or with a faulty illuminant )
Nominal value of operation:2L-CG-S: <10mA / <28mA2L-CG (4-120W): <10mA2L-CG (7-120W): <25mA2L-CG (11-120W): <41mA
Options for luminaire/EVG-monitoring units, CEAG-type: 2L-CG, according to catalogue < 10 mA
Max. inrush current per ECG in AC-operation:
Maximum inrush current:SKU 4 x 1A (CG) => 60A/ms per circuitSKU 2 x 3A (CG) => 120 A/ms per circuitSKU 1 x 6A (CG) => 180 A/ms SKU 2 x 3A CG-S => 250 A/ms per circuitSKU 1 x 6A CG-S => 250 A/ms
Refers to a max. allowable inrush current of ECG within an electric circuit to consider the maximum contact load of the electric circuits' change-overs.
see register "Overview QTP-DL"
Nominal current in AC-operation: manufacturer-specific For ascertainment of max. quantity of ECG per electric circuit see register "Overview QTP-DL"
Nominal current in DC-operation: manufacturer-specific dito see register "Overview QTP-DL"
Luminous flux in DC-operation 186 V in relation to 230 V manufacturer-specific ECG for emergency lighting on battery operation - for planning >75%
Luminaires for the operation as safety lighting must comply with norm DIN EN 60598-2-22.
The OSRAM ECG mentioned above fullfill the requirements from the DIN-EN standards on this page. Explicit approval was carried out on those standardsmentioned in the identification.OSRAM as a manufacturer of electronic control gear is not liable for the faultless function of other components for emergency lighting.
Type / Description:
ECG product family: QUICKTRONIC PROFESSIONAL QTP-DL
1) Designation after VDE 0108 is insignificant due to it not being an ECG-standard.
CEAG
CEAG-Requirement ProfileOverview
Manufacturer:
OSRAM GmbH81536 München
ECG type Switching time Max. inrush current per ECG in AC operation Nominal current in AC-operation: Nominal current in DC-operation:
QTP-DL 1x18-24
automatic re-start unattached to the period of the power failure.
ignition 1 second after connecting to the input voltage
Ip = 13 A; TH = 320 µs DL/DF 18W: 0.085 ADL/DF 24W: 0.115 A
DL/DF 18W: 0.085 ADL/DF 24W: 0.115 A
QTP-DL 1x36-40
automatic re-start unattached to the period of the power failure.
ignition 1 second after connecting to the input voltage
Ip = 13 A; TH = 320 µs DL/DF 36W: 0.17 ADL 40W: 0.21 A
DL/DF 36W: 0.17 ADL 40W: 0.21 A
QTP-DL 1x55 CEAG requirements fulfilled Ip = 23 A; TH = 250 µs 0.28 A 0.28 A
QTP-DL 2x18-24
automatic re-start unattached to the period of the power failure.
ignition 1 second after connecting to the input voltage
Ip = 13 A; TH = 320 µs DL/DF 18W: 0.16 ADL/DF 24W: 0.22 A
DL/DF 18W: 0.16 ADL/DF 24W: 0.22 A
QTP-DL 2x36-40
automatic re-start unattached to the period of the power failure.
ignition 1 second after connecting to the input voltage
Ip = 23 A; TH = 250 µs DL/DF 36W: 0.33 ADL 40W: 0.41 A
DL/DF 36W: 0.33 ADL 40W: 0.41 A
QTP-DL 2x55 CEAG requirements fulfilled Ip = 28 A; TH = 230 µs 0.55 A 0.55 A
Type / Description:
ECG product family: QUICKTRONIC PROFESSIONAL QTP-DL
OSRAM GmbH 10/2015
Product features of OSRAM-ECG in combination with central battery- and generator applications (safety lighting)
Manufacturer:
OSRAM GmbH81536 München
Criteria CEAG-Data Description Status
Operating voltage range DC: 186V - 275V at -10°C Battery voltage range in operation with emergency current
176 V-276 V lamp re-start
above 198V Voltage rangeDC saturated
Switching time:
from AC to DCfrom DC to AC
Switching time of device:180 ms - 450 ms180 ms - 450 ms
Typical switching time of CEAG devices done
In accordance with standard1): DIN EN 60929 Electronic ballasts for fluorescent tube lamps, operating on alternating current done
In accordance with standard1): DIN EN 61347-2-3 (incl. annex J) Specific requirements for electronic ballasts for fluorescent lamps operated on alternating current done
In accordance with standard1): DIN EN 61000-3-2 EMC standard for electromagentic compatibility (harmonic content) done
In accordance with standard1): DIN EN 61547 EMC standard for electromagnetic interference, especially for emergency lighting (immunity) done
In accordance with standard1): DIN EN 55015 (Measurement on AC and DC)
EMC standard for critical values and measuring methods for radio shielding of electrical illumination appliances (interference)
No-load current of ECG in DC-operation ( without or with a faulty illuminant )
Nominal value of operation:2L-CG-S: <10mA / <28mA2L-CG (4-120W): <10mA2L-CG (7-120W): <25mA2L-CG (11-120W): <41mA
Options for luminaire/EVG-monitoring units, CEAG-type: 2L-CG, according to catalogue < 10 mA
Max. inrush current per ECG in AC-operation:
Maximum inrush current:SKU 4 x 1A (CG) => 60A/ms per circuitSKU 2 x 3A (CG) => 120 A/ms per circuitSKU 1 x 6A (CG) => 180 A/ms SKU 2 x 3A CG-S => 250 A/ms per circuitSKU 1 x 6A CG-S => 250 A/ms
Refers to a max. allowable inrush current of ECG within an electric circuit to consider the maximum contact load of the electric circuits' change-overs.
see register "Overview QTP8"
Nominal current in AC-operation: manufacturer-specific For ascertainment of max. quantity of ECG per electric circuit see register "Overview QTP8"
Nominal current in DC-operation: manufacturer-specific dito see register "Overview QTP8"
Luminous flux in DC-operation 186 V in relation to 230 V manufacturer-specific ECG for emergency lighting on battery operation - for planning > 75 %
Luminaires for the operation as safety lighting must comply with norm DIN EN 60598-2-22.
The OSRAM ECG mentioned above fullfill the requirements from the DIN-EN standards on this page. Explicit approval was carried out on those standardsmentioned in the identification.OSRAM as a manufacturer of electronic control gear is not liable for the faultless function of other components for emergency lighting.
Type / Description:
ECG product family: QUICKTRONIC PROFESSIONAL QTP8
1) Designation after VDE 0108 is insignificant due to it not being an ECG-standard.
CEAG
CEAG-Requirement ProfileOverview
Manufacturer:
OSRAM GmbH81536 München
ECG type Max. inrush current per ECG in AC operation Nominal current in AC-operation: Nominal current in DC-operation:
QTP8 1x18 Ip = 14 A; TH = 140 µs 0.09 A 0.09 A
QTP8 1x36 Ip = 0.16 A; TH = 155 µs 0.16 A 0.16 A
QTP8 1x58 Ip = 20 A; TH = 210 µs 0.24 A 0.24 A
QTP8 2x18 Ip = 17 A; TH = 155 µs 0.17 A 0.17 A
QTP8 2x36 Ip = 20 A; TH = 210 µs 0.31 A 0.31 A
QTP8 2x58 Ip = 28 A; TH = 230 µs 0.45 A 0.45 A
QTP8 3x/4x18 Ip = 20 A; TH = 210 µs 0.26 A (3x18)0.32 A (4x18)
0.26 A (3x18)0.32 A (4x18)
Type / Description:
ECG product family: QUICKTRONIC PROFESSIONAL QTP8
OSRAM GmbH 10/2015
Product features of OSRAM-ECG in combination with central battery- and generator applications (safety lighting)
Manufacturer:
OSRAM GmbH81536 München
Criteria CEAG-Data Description Status
Operating voltage range DC: 186V - 275V at -10°C Battery voltage range in operation with emergency current done
Switching time:
from AC to DCfrom DC to AC
Switching time of device:180 ms - 450 ms180 ms - 450 ms
Typical switching time of CEAG devices done
In accordance with standard1): DIN EN 60929 Electronic ballasts for fluorescent tube lamps, operating on alternating current done
In accordance with standard1): DIN EN 61347-2-3 (incl. annex J) Specific requirements for electronic ballasts for fluorescent lamps operated on alternating current done2)
In accordance with standard1): DIN EN 61000-3-2 EMC standard for electromagentic compatibility (harmonic content) done
In accordance with standard1): DIN EN 61547 EMC standard for electromagnetic interference, especially for emergency lighting (immunity) done
In accordance with standard1): DIN EN 55015 (Measurement on AC and DC)
EMC standard for critical values and measuring methods for radio shielding of electrical illumination appliances (interference)
No-load current of ECG in DC-operation ( without or with a faulty illuminant )
Nominal value of operation:2L-CG-S: <10mA / <28mA2L-CG (4-120W): <10mA2L-CG (7-120W): <25mA2L-CG (11-120W): <41mA
Options for luminaire/EVG-monitoring units, CEAG-type: 2L-CG, according to catalogue < 10 mA
Max. inrush current per ECG in AC-operation:
Maximum inrush current:SKU 4 x 1A (CG) => 60A/ms per circuitSKU 2 x 3A (CG) => 120 A/ms per circuitSKU 1 x 6A (CG) => 180 A/ms SKU 2 x 3A CG-S => 250 A/ms per circuitSKU 1 x 6A CG-S => 250 A/ms
Refers to a max. allowable inrush current of ECG within an electric circuit to consider the maximum contact load of the electric circuits' change-overs.
see register "Overview QTP8"
Nominal current in AC-operation: manufacturer-specific For ascertainment of max. quantity of ECG per electric circuit see register "Overview QTP5"
Nominal current in DC-operation: manufacturer-specific dito see register "Overview QTP5"
Luminous flux in DC-operation 186 V in relation to 230 V manufacturer-specific ECG for emergency lighting on battery operation - for planning > 75 %
Luminaires for the operation as safety lighting must comply with norm DIN EN 60598-2-22.
The OSRAM ECG mentioned above fullfill the requirements from the DIN-EN standards on this page. Explicit approval was carried out on those standardsmentioned in the identification.OSRAM as a manufacturer of electronic control gear is not liable for the faultless function of other components for emergency lighting.
Type / Description:
ECG product family: QUICKTRONIC PROFESSIONAL QTP5
1) Designation after VDE 0108 is insignificant due to it not being an ECG-standard.
CEAG
CEAG-Requirement ProfileOverview
Manufacturer:
OSRAM GmbH81536 München
ECG type Max. inrush current per ECG in AC operation Nominal current in AC-operation: Nominal current in DC-operation:
QTP5 1x14-35 Ip = 24 A; TH = 230 µs
HE 14: 0.08 AHE 21: 0.11 AHE 28: 0.14 AHE 35: 0.18 A
HE 14: 0.08 AHE 21: 0.11 AHE 28: 0.14 AHE 35: 0.18 A
QTP5 2x14-35 Ip = 40 A; TH = 200 µs
HE 14: 0.15 AHE 21: 0.21 AHE 28: 0.28 AHE 35: 0.35 A
HE 14: 0.15 AHE 21: 0.21 AHE 28: 0.28 AHE 35: 0.35 A
QTP5 1x24-39 Ip = 24 A; TH = 230 µs HO 24: 0.12 AHO 39: 0.20 A
HO 24: 0.12 AHO 39: 0.20 A
QTP5 1x49 Ip = 33 A; TH = 180 µs HO 49: 0.24 A HO 49: 0.24 A
QTP5 1x54 Ip = 37 A; TH = 200 µs HO 54: 0.27A HO 54: 0.27A
QTP5 1x80 Ip = 57 A; TH = 150 µs HO 80: 0.39 A HO 80: 0.39 A
QTP5 2x24-39 Ip = 57 A; TH = 150 µs HO 24: 0.22 AHO 39: 0.36 A
HO 24: 0.22 AHO 39: 0.36 A
QTP5 2x49 Ip = 53 A; TH = 190 µs HO 49: 0.48 A HO 49: 0.48 A
QTP5 2x54 Ip = 50 A; TH = 160 µs HO 54: 0.53 A HO 54: 0.53 A
Type / Description:
ECG product family: QUICKTRONIC PROFESSIONAL QTP5
OSRAM GmbH 10/2015
Product features of OSRAM ECGs in combination with central batteries systems
Manufacturer:
OSRAM GmbH81536 München
Criteria: CEAG-Data Description Fulfilled
Operating voltage range DC: 186 V - 275 V at -10 °C Battery voltage range in operation with emergency current YES
Switching time:
from AC to DCfrom DC to AC
Switching time of device:180 ms - 450 ms180 ms - 450 ms Typical switching time of CEAG devices YES
In accordance with standard1): DIN EN 60929 Electronic ballasts for fluorescent tube lamps, operating on alternating current YES
In accordance with standard1): DIN EN 61347-2-3 (incl. annex J) Specific requirements for electronic ballasts for fluorescent lamps operated on alternating current YES2)
In accordance with standard1): DIN EN 61000-3-2 EMC standard for electromagentic compatibility (harmonic content) YES
In accordance with standard1): DIN EN 61547 EMC standard for electromagnetic interference, especially for emergency lighting (immunity) YES
In accordance with standard1):DIN EN 55015 (Measurement on AC and DC)
EMC standard for critical values and measuring methods for radio shielding of electrical illumination appliances (interference) YES
No-load current of ECG in DC-operation ( without or with a faulty illuminant )
Nominal value of operation:2L-CG-S: <10 mA / <28 mA2L-CG (4-120 W): <10 mA2L-CG (7-120 W): <25 mA2L-CG (11-120 W): <41 mA
Options for luminaire/EVG-monitoring units, CEAG-type: 2L-CG, according to catalog < 10 mA
Max. inrush current per ECG in AC-operation:
Maximum inrush current:SKU 4 x 1A (CG) => 60 A/ms per circuitSKU 2 x 3A (CG) => 120 A/ms per circuitSKU 1 x 6A (CG) => 180 A/ms SKU 2 x 3A CG-S => 250 A/ms per circuitSKU 1 x 6A CG-S => 250 A/ms
Refers to a max. allowable inrush current of ECG within an electric circuit to consider the maximum contact load of the electric circuits' change-overs.
see register "Overview"
Nominal current in AC-operation: manufacturer-specific For ascertainment of max. quantity of ECG per electric circuit see register "Overview"
Nominal current in DC-operation: manufacturer-specific dito see register "Overview"
Luminous flux in DC-operation 186 V in relation to 230 V manufacturer-specific ECG for emergency lighting on battery operation - for planning > 75 %
Luminaires for the operation as safety lighting must comply with norm DIN EN 60598-2-22.
The OSRAM ECGs mentioned above fullfill the requirements from the DIN-EN standards on this page. Explicit approval was carried out on those standards mentioned in the identification.OSRAM as a manufacturer of electronic control gear is not liable for the faultless function of other components for emergency lighting.