Helvar LC1X30-E-AN – Huge UK Based Stock

LC1x30-E-AN Technical Data

LC1x30-E-AN Mains Characteristics

Voltage range 198 – 264 VAC
DC range 176 – 280 VDC starting voltage > 190 VDC
Max mains current at full load 0.14-0.18 A
Frequency 0 / 50 – 60 Hz

Load Output (SELV < 120 V)
Output current (I-OUT) 350 / 500 / 700 mA
Max output power 30 W
Efficiency, at full load, typical ≥ 0.87
PstLM < 1*
SVM < 0.4* *) At full load
U-OUTmax (abnormal) 80 V

LC1x30-E-AN Operating Conditions and Characteristics

Max temperature at Tc point 75 °C
Ambient temperature range -20…+50 °C
(Independent use Ta_max = +45 °C)
Storage temperature range -40…+80 °C
Maximum relative humidity no condensation *
Life time (90 % survival rate) 100 000 h at tc = 65 °C
50 000 h, at at tc = 75 °C

LC1x30-E-AN Input & Operating Conditions

Voltage range (VAC) 198–264
DC input characteristics Suitable for DC use
DC range (V) 176–280
Max temperature at tc point (°C) 75
Ambient temperature range –20 °C .. +50 °C
IP Rating IP20

LC1x30-E-AN Other Information

LC1x30-E-AN  Connections and Mechanical Data

Wire size 0.5 – 1.5 mm2
Wire type solid core and fine-stranded
Maximum driver to LED wire length 5m (1 m with NTC)
Weight 126 g
(+17 g, strain relief LC1x30-SR)

LED driver earthing
• LED drivers are designed to support different luminaire classifications, like Class I or Class II fittings (no earth required).

Please check the individual LED driver type for its exact safety class rating.

• For Helvar Components LED drivers to have a reliable operation and EMC performance, the luminaires are expected to have an earth connection.
• When using a SELV-rated LED driver, then the SELV driver output has to be insulated from the luminaire earth connection (ref. EN60598-1 luminaire standard).

Thermal sensor input Input for external NTC thermal sensor
NTC trigger point 8.2 kΩ
IP rating IP20

Conformity & Standards

General and safety requirements EN 61347-1
Particular safety requirements for d.c. or a.c. supplied
electronic controlgear for LED modules, acc. to EN 61347-2-13
Thermal protection class EN61347, C5e
Mains current harmonics, acc. to EN 61000-3-2
Limits for Voltage Fluctuations and Flicker, acc to EN 61000-3-3
Radio Frequency Interference, acc. to EN 55015
Immunity standard, acc. to EN 61547
Performance requirements, acc to EN 62384
1-10 V Control acc. to EN 60929

Maximum tc temperature

• Reliable operation and lifetime is only guaranteed if the maximum tc point temperature is not exceeded under the conditions of use.

Strain Relief for independent use

• LC1x30-E-AN LED driver allow use both inside the luminaire and outside the luminaire, via the LC1x30-SR strain relief. The strain relief provides reliable fastening method for the mains and LED output wiring.

• Ensure that the LED driver does not exceed temperature higher than specified on the product datasheets.

• The general preferred installation position of LED drivers is to have the top cover facing upwards.

At Helvar Components we create intelligent and energy-saving lighting components. We are a strong independent company with sustainability values built into our core. Our commitment to the industry has made us a leading provider of LED lighting components.

Our origin is in Finland, where today we have not just our headquarters, but our unique competence centre in Karkkila. Located just outside of the Helsinki Capital area, this centre includes decades worth of lighting experience, product developments, manufacturing, and global distribution warehouse. Worldwide, we serve our customers locally with our international sales offices and global network of partners.