Reliability with the most essential intellect. Philips HF-Essential Electronic ballasts for TL5 lamps

Transcription

1 Reliability with the most essential intellect Philips HF-Essential Electronic ballasts for TL5 lamps

2 HF-Essential - Reliability with the most essential intellect Electronic ballasts for TL5 lamps The cost-saving HF-Essential II is an ideal for entry-level product for EM system users who wants to benefit from the advantages provided by electronic ballasts. The reliable design gives optimum performance with all necessary compliance with international standards. Features Energy efficient CELMA A2 CE & Kema compliance Robust design for 45,000 hour lifetime at Ta=50 C and >6,000, average on/off switches on one lamp Warm, flicker-free start (< 1.6 s), no igniter needed High power factor 0.95 with THD < 18% Automatic restart after voltage dip or lamp exchange Suitable for DC emergency operation, 184V to 276V (at 0 C) High frequency operation; eliminating eye strain as caused by electromagnetic ballasts EMC compliant to EN A Connectors with wire release possibility designed for manual and push-in robot wiring Quality We ensure optimum quality regarding: Product safety: Ballast is protected against excessive mains voltage and a safety stop is automatically activated in case of lamp failure. System supplier: As a manufacturer of both lamps and electronic ballast, Philips ensures that optimum lamp/ballast performance is maintained from the earliest development stage. International standards: Our ballast complies with all relevant international rules and regulations related to safety, energy efficiency, immunity, hazardous substances and EMC. Details can be found in the compliance and approval section. Compliances and approvals RFI 9kHz-30 MHz EN RFI 30 MHz-300 MHz EN 55015: 2006+A1:2007 RFI when operated on DC EN 55015: 2006+A1:2007 RFI > 30 MHz EN B Harmonics EN Immunity EN Safety EN : A2:2006 Safety when operated on DC Vibration & bump tests IEC Fc IEC Eb Quality standard ISO Environmental standard ISO 14001; 2004 CELMA Energy classification EEI=A2 Approval marks KEMA-KEUR CE marking Applications Ideal for entry-level product for EM system users who wants to benefit from the advantages provided by electronic ballasts. Optimized for use in applications where infrequency switching is anticipated Class I fixtures use in office buildings, hospitals, supermarkets, department stores, schools and car parks

3 Electrical Data and Ballast/ Combinations Type (W) Product Description 12NC Dimensions LxWxH Power System Power Energy Efficiency Index For luminaires with 1 lamp T5 HE 1x14 HF-Essential 114 TL V x19.8x W 17W A2 T5 HE 1x21 HF-Essential 121 TL V x19.8x W 24W A2 T5 HE 1x28 HF-Essential 128 TL V x19.8x W 33W A2 For luminaires with 2 lamps T5 HE 2x14 HF-Essential 214 TL V x30x W 33W A2 T5 HE 2x28 HF-Essential 128 TL V x30x W 62W A2 For luminaires with 4 lamps T5 HE 4x 14 HF-Essential 414 TL V x40x W 64W A2 Technical data for installation Mains operation Rated mains voltage: V With tolerances for safety: ±10% V Mains frequency: 50/60 Hz Operation frequency: > 42 khz Power factor: 0.95 Earth leakage current: < 0.5 marms per ballast Ignition time: <2.0 sec Overvoltage protection: 2 hrs at 276 V AC, Under voltage protection: 48 hrs at 184 V AC Max cable length hot side: 0.75 m Total wire capacitance between hot and cold lamp wires: Max. 150 pf Total wire capacitance between lamp wires to ground: Max. 150 pf Insulation resistance test from both main inputs to Earth: 500V DC (not between Line and Neutral) Automatic restart after lamp replacement: Yes Tested with a dip down to: 30% DC/Emergency operation Nominal light output is obtained at DC voltage: Required battery voltage for guaranteed ignition: Required battery voltage for burning lamps: DC switchover time: V V V ms

4 Dimensions in mm (nom) Installation Instructions Temperatures Temperature range to ignite lamp with ignition aid 0 ºC to +50 ºC Max. Tcase 75 ºC Failure rate 0.33% per 1000 hrs at 75 ºC Type A1 A2 B1 C1 D1 HF-E 114 TL HF-E 121 TL HF-E 128 TL HF-E 214 TL HF-E 228 TL HF-E 414 TL Lifetime of a ballast depends on the temperature of the ballast. This means there is a relation between the Tc point on the ballast and its lifetime. The HF- E ballast has a specified lifetime of hrs, with a maximum of 10% failures guaranteed, at a measured Tcase of 75ºC. For more information regarding this subject consult the Philips Application guide to fluorescent lamp control gear. Wiring Recommendations The lead length is dependent on the capacitance of the cable. Earthing is not required for the device to operate. Connection to earth reduces radio interference. With standard solid wire 0.5/0.75 mm2 the capacitance of the lead is approx. 200 pf/m. This value is influenced by the way the wiring is made. In borderline cases the capacitance must be measured inside the luminary. Keep lamp wires short. connection with twin ballast should be made with symmetrical wiring. Max cable length hot side 0.75 m Hot leads and cold leads should be separated as much as possible. To avoid the damage of the control gear, the wiring must be protected against short circuits to earth. Wiring type and cross section The wiring can be in flexible cable with ferrules or solid cable with a cross section of mm². For perfect function of the simple to use push-wire terminals the strip length should be 8 9 mm. WAGO 250

5 Wiring Diagram