product details QT-FH 3X14/230-240 CW UNV1 Product description: EAN/ Product: Quantity: QT-FH 3X14/230-240 CW UNV1 1) 4050300459073 Unpacked (UNV) contains 1 Piece (PCE) Applications Dimmable No IP code IP20 Lamp start warm start General Description Design / version ECG standard SEG no. 7980050 Standards acc. to DIN VDE 0875/CISPR 15/EN 55015 | acc. to EN 61547 | acc. to IEC 610003-2/EN 61000-3-2 Energy Label - EEI A2 Sstl-Number 4031071 Technical - Electrical Data Operating frequency ≈ 30 kHz Mains frequency 50-60 Hz TH full width at half maximum 230 µs Lamp wattage 3 * 14 W Power factor c 0.96 Nominal voltage 230-240 V DC voltage 176...254 V IP inrush current 20 A Max. no. of ECGs on circuit breaker 10A 17 Max. no. of ECGs on circuit breaker 16A 28 Technical - Geometries Mounting hole spacing, length 415 mm Width 42 mm Height 30 mm Wire preparation length, output side 8.5 ... 9.5 mm Wire preparation length, input side 8.5 ... 9.5 mm Length 423 mm Technical - Light Technical Data Luminous flux 3 * 1350 lm Technical - Temperatures Max. casing temp. in case of fault 110 °C Max. operating temp. at the Tc point 70 °C Ambient temperature range -20 ... +50 °C Storage temperature -40 ... 85 °C Relative humidity 5 ... 85 % 2) QT-FH 3X14/230-240 CW UNV1 product details Packaging units EAN Packaging type and content Dimensions in h x w x l Gross weight Volume 4050300459073 Unpacked contains 1 Piece 43,000 mm x 30,000 mm x 424,000 mm 402,667 g (0,000 g) 0,547 Cubic dec. 4050300459080 Shipping carton box contains 20 Piece 250,000 mm x 158,000 mm x 437,000 mm 8.123,860 g (0,000 g) 17,262 Cubic dec. system overview operation of ecg with Length in mm Number of lighting outlet Length in mm Width in mm Height in mm System power consumptio n in W (ECG) HE 14 549 mm 3 423 mm 40 mm 30 mm 48 W 1) Same luminous flux for AC and DC operation. Battery voltage may drop to 176V. Lamps must be ignited at over 198V however 2) max. 56 d/y at 85% System power consumptio n in W (CCG) System power consumptio n in W (LLB) Luminous flux with ECG in lumen 3 * 1200 lm Luminous flux in lumen (CCG) Power factor