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Component catalogue 2013

Component catalogue 2013

Product catalog summary

Overview: Helvar is an international company specializing in energy-efficient lighting components and control systems. Their product portfolio includes LED drivers, electronic and magnetic ballasts, and sensors, complemented by a range of lighting control products.

LED Drivers: Helvar offers a variety of constant current LED drivers, both dimmable and non-dimmable, suitable for indoor and outdoor applications. These drivers are designed for easy installation, long life, and high efficiency. Dimmable drivers provide smooth dimming from 1% to 100%.

Product Categories:

Dimmable Constant Current LED Drivers: Available in various power ratings, these drivers support DALI and 1-10 V control inputs, offering high efficiency and protection against power transients.
Non-Dimmable Constant Current LED Drivers: Designed for applications where dimming is not required, maintaining high efficiency and reliability.
Electronic Ballasts: Includes digital DALI controllable ballasts for T5, T8, and compact fluorescent lamps, as well as analogue controllable ballasts.
Ballasts for HID Lamps: Offers electronic ballasts for high-intensity discharge lamps, including high-pressure mercury and sodium lamps.

Technical Specifications: Each product comes with detailed specifications, including voltage range, output current, efficiency, operating conditions, and compliance with international standards such as EN 61347 and EN 61547.

Standards and Compliance: Helvar products comply with relevant EU directives and are marked with ENEC, CE, and SELV certifications. They meet various safety and performance standards, ensuring reliability and safety in use.

Contact Information: Helvar has representatives worldwide, including offices in Finland, Italy, Hungary, France, the UK, Germany, Sweden, Russia, and China. For more information, visit their website at www.helvar.com.

General Overview: This document outlines the specifications and standards compliance for various LED drivers, focusing on safety, performance, and operational characteristics. It includes details on different models, their electrical characteristics, and compliance with international standards.

Specifications and Standards:

General and safety requirements are in accordance with EN 61347-1.
Particular safety requirements for electronic control gear for LED modules comply with EN 61347-2-13.
Thermal protection class is specified as EN61347, C5e.
Mains current harmonics comply with EN 61000-3-2.
Voltage fluctuations and flicker limits are according to EN 61000-3-3.
Radio Frequency Interference is managed as per EN 55015.
Immunity standards follow EN 61547.
Performance requirements adhere to EN 62384.
Digital Addressing Lighting Interface (DALI) compliance is noted under EN62386-207.
Products are compliant with relevant EU directives and are ENEC, CE, and SELV marked.

Product Features and Characteristics:

Adjustable constant current output ranging from 350 mA to 1050 mA depending on the model.
High efficiency, typically above 0.86, with some models reaching 0.91.
Protection against overload, short circuit, and open circuit conditions.
Low standby power consumption, typically around 0.4 W.
Suitable for Class I, II, or SELV luminaires.
Protected against power network fast transients up to 4 kV.
Life expectancy of 50,000 hours at maximum temperature conditions with a 90% survival rate.

Operational Conditions:

Ambient temperature range is generally from -20°C to +50°C.
Storage temperature range is from -40°C to +80°C.
Maximum relative humidity is specified as no condensation.

Connection and Mechanical Data:

Maximum driver to LED wire length is typically 5 meters.
IP rating is generally IP20.
Wire size ranges from 0.5 to 1.5 mm², supporting both solid core and fine-stranded types.

Additional Notes:

Some models include features like programmable output current and DMX512 start address.
Not suitable for load side switching operation.
Dimensions and further details are referenced on specific pages within the document.

Overview: This document provides technical specifications and operational guidelines for various Helvar constant current LED drivers, including models LL1x70-E-CC, LL2x35-E-CC, OL1x60-E-CC, OL1x100-E-CC1, and OL1x100-E-CC2. These drivers are designed for use in LED luminaires and comply with relevant EU directives and standards.

Specifications:

Voltage and Current: The drivers operate within a voltage range of 198-264 VAC and offer adjustable output currents ranging from 350 mA to 2100 mA, depending on the model.
Power Output: Maximum power outputs vary by model, with options for 35 W, 60 W, 70 W, and 100 W.
Efficiency: Typical efficiency is greater than 0.90, ensuring energy-efficient operation.
Protection: All models include overload, short circuit, and open circuit protection, with additional protection against power network fast transients up to 4 kV.
Environmental Conditions: Operating temperature ranges from -30°C to +60°C, with storage temperatures from -40°C to +80°C. The IP rating varies, with some models suitable for outdoor use (IP65).

Conformity and Standards:

All drivers comply with EN 61347-1, EN 61347-2-13, EN 61000-3-2, EN 61000-3-3, EN 55015, EN 61547, and EN 62384 standards.
They are ENEC, CE, and SELV marked, ensuring compliance with EU directives.

Installation and Operational Considerations:

Wiring: Recommendations for wire type, insulation, and maximum lengths are provided, with specific guidelines for earthing and circuit breakers.
Temperature Control: Reliable operation is guaranteed if the maximum tc point temperature is not exceeded.
Switch-Control: Some models feature Switch-Control for basic dimming functionality, which should not be used simultaneously with DALI controls.

Current Setting:

Output current can be adjusted using an external resistor, with specific resistance values corresponding to different current outputs.

Notes:

These drivers are not suitable for load side switching operation.
Preliminary information is subject to change, and availability should be confirmed with a sales representative.

Specifications:
The document provides detailed specifications for various Helvar electronic ballasts, including models for T5, T8, and compact fluorescent lamps. It highlights the use of DALI (Digital Addressable Lighting Interface) control, switch-control, and microprocessor-controlled features. The ballasts are designed for energy efficiency, with a dimming range of 1-100% and low standby power consumption of 0.3 W. The document also specifies dimensions, weight, and electrical parameters for each ballast type.

Procedures:
Instructions are provided for selecting and handling resistors to set the current accurately. Careful handling is advised to avoid damage. The document includes connection diagrams for proper installation and operation of the ballasts.

Standards and Norms:
The ballasts comply with various standards, including a maximum temperature at the tc point of 75°C and an ambient temperature range of +10 to +50°C. They are designed to operate within an AC range of 198-264 VAC and a DC range of 176-280 VDC. Overvoltage duration is specified at 320 VAC for 1 hour.

Recommendations:
For optimal performance, it is recommended to use quality low tolerance resistors. The document suggests using Helvar's DMX LED configurator software for configuring LED driver parameters.

Accessories:
The document lists accessories such as strain reliefs for various series and a USB to DMX programming dongle for configuring LED drivers.

Key Data from Tables:
The tables provide detailed information on lamp types, wattage, number of lamps, ballast energy efficiency index (EEI), dimensions, connection types, weight, circuit power, mains current, and lamp power. The tables also include delivery information, specifying unit and transportation package details.

Specifications:
- Maximum working voltage: 400 V
- Lifetime: 50,000 hours at tc
- Maximum length of ballast to lamp wiring: 1.5 m / 2 m (hot/cold)
- Ignition time: Typical 1.0 s
- Type of starting: Preheat (warm start)

Procedures and Recommendations:
- For stable operation of TC-L lamps below 18°C, do not dim below 3%.
- For EL2x80iDim, avoid dimming below 5% in temperatures below 15°C.
- Minimize lamp wire length variations to avoid imbalance in light output.

Standards and Compliance:
- General and safety requirements: EN61347-2-3
- Performance requirements: EN60929
- Mains current harmonics: EN61000-3-2
- Radio Frequency Interference: EN55015
- Immunity standard: EN61547
- Vibration and bump tests: EN60068-2-64 test Fh, EN60068-2-29 test Eb
- Thermal protection class: EN61347, C5e

Switch-Control Information:
- Provides ON/OFF switching and UP/DOWN dimming functionality.
- Suitable switch: Automatic return type, mains rated.
- Connection: To the DALI input, wire length up to 200 m.
- Operation: Short push for ON/OFF, long push for dimming.
- Compatibility: Not compatible with other manufacturers' methods.

EL-sc Ballasts:
- Controllable via 1-10 VDC analogue control.
- Microprocessor-controlled for energy efficiency and lighting quality.
- Dimming range: 1-100%
- User-friendly with quick release connectors and low energy consumption.

Delivery Information:
- Ballast unit package: Minimum delivery amount of 10 units.
- Dimensions: Length 360-430 mm, Width 30 mm, Height 21 mm.

Connection Diagrams:
- Wiring to connectors marked with a red dot should be as short as possible.
- Maximum temperature at tc point: 80°C
- Ambient temperature range: +10 to +50°C
- Storage temperature range: -40 to +80°C
- Maximum relative humidity: No condensation

Compatibility: Some ballast manufacturers have similar functionality to Helvar Switch-Control, but these methods are generally not compatible with each other.

Connection: The connection is made between the Switch-Control input (pin1) and L (or N).

Product Overview: Helvar has introduced the EL-ngn5 standard ballasts, known for their excellent thermal design, energy savings, and reliability. These ballasts reflect Helvar's commitment to environmental sustainability and are manufactured using high-quality components, resulting in low failure rates.

Certifications: Helvar's manufacturing processes are certified to ISO 9001 and ISO 14001 standards.

EL-ngn5 Features: The EL-ngn5 range sets new standards for T5 high-performance electronic ballasts, offering compact design, superior safety, and EMC performance. It supports multi-lamp operation, reducing logistics and transportation costs, and contributing to lower CO2 emissions.

EL-s Ballasts: Known for their slim-line design, EL-s ballasts are widely imitated in the industry. They support multi-lamp operation and are suitable for various lamp combinations.

EL-TCs Ballasts: These ballasts can drive up to 50 lamps in various combinations and are praised for their reliability and cool operation under thermal stress.

EL-ngn Ballasts: Designed for high-volume T8 markets, these ballasts offer high specifications and energy efficiency, making them user-friendly and reliable.

EL-es Ballasts: Developed for T8 markets, these ballasts replace magnetic ballasts with electronic versions, offering energy efficiency and user-friendliness.

Technical Specifications: The document includes detailed tables with specifications for various ballast models, including dimensions, weight, circuit power, mains current, and lamp power. It also provides delivery information and packaging details.

Key Features Across Models: Common features include compact size, optimal lamp operation, low power losses, long lifetime, silent operation, and high power factor.

Overview: This document provides detailed specifications and delivery information for electronic ballasts used with T8 and compact fluorescent lamps. It includes technical specifications, dimensions, and delivery packaging details.

Specifications:

Electronic Ballasts for T8 Fluorescent Lamps: Available in various models (EL1, EL2, EL3/4, EL4) with wattages ranging from 18W to 58W. Key features include energy saving, warm start, flickerless light, low harmonics, and low power losses.
Electronic Ballasts for Compact Fluorescent Lamps: Models include EL-ngn5, EL-TCs, EL-s, EL-su, and EL-es, supporting wattages from 10W to 80W. Features include slim design, multilamp operation, low power losses, and high power factor.

Dimensions:

Ballasts have varying dimensions, with lengths ranging from 103.5mm to 360mm, widths of 30mm or 67mm, and heights from 21mm to 28mm.

Delivery Information:

Ballasts are packaged in unit packages and transportation packages, with minimum delivery amounts typically set at 10 pieces per package.
Pallet dimensions are standardized at 1200 x 820 mm, with pallet weights and heights varying by model.

Key Features:

Energy efficiency and compliance with EMC requirements.
Stabilized output and flicker-free operation.
Options for manual and automatic wiring.
Long lifetime and green values for compact fluorescent lamp ballasts.

Additional Notes: For connection diagrams and additional characteristics, refer to pages 62-63 of the document.

Overview: The document provides detailed technical specifications and operational guidelines for Helvar electronic ballasts used in compact fluorescent and high-intensity discharge (HID) lamps. It includes information on dimensions, electrical characteristics, standards compliance, and delivery details.

Specifications:

Ballasts are designed for optimal lamp operation with a wide ambient temperature range and low power losses.
Dimensions for various models are provided, with lengths ranging from 280 mm to 360 mm, widths of 30 mm, and heights of 21 mm.
Electrical specifications include a power range of 18-80 W, operating voltage of 220-240 V, and frequency of 50-60 Hz.

Procedures and Standards:

Ballasts comply with standards such as EN 60081, EN 60901, and EN 61347 for safety and performance.
Connection diagrams and wiring instructions are provided, emphasizing short wiring for connectors marked with a red dot.

Performance and Characteristics:

Ballasts offer silent operation, stabilized flicker-free light, and a high power factor of 0.98.
They are designed for over-temperature protection and have a lifetime of up to 60,000 hours at specified conditions.

Recommendations:

Ballasts are suitable for various environments, including indoor installations like stores and museums.
They are recommended for use with specific lamp types and wattages, with compatibility details provided for brands like OSRAM, PHILIPS, and GE.

Delivery Information:

Ballasts are packaged in unit and transportation packages, with minimum delivery amounts specified.
Details on pallet dimensions and weights are included for logistics planning.

Conclusion: Helvar's electronic ballasts are engineered for energy efficiency and high-quality lighting solutions, meeting international standards and offering flexibility for various lighting applications.

Specifications:
Compact fluorescent lamps meet EN 61347-2-8 & EN 60921 requirements, ensuring low power losses, low harmonics, and very low magnetic fields. They are small in size, have a long lifetime, and are 100% quality controlled. The lamps feature double wire terminals without screws.

Procedures and Connection:
Connection diagrams, dimensions, and delivery information are detailed on page 76, while ENEC approved combinations are on page 126.

Technical Data:
The lamps operate at 230 V, 50 Hz, with wattages ranging from 4 to 13 W. Various lamp types and ballast configurations are provided, with specific details on lamp current, ballast type, dimensions, connection, net weight, inductive temperature rise, and parallel compensation.

Magnetic Ballasts for HID Lamps:
High Pressure Discharge (HID) lamps offer higher light output compared to fluorescent lamps, making them suitable for outdoor and large indoor spaces. Helvar manufactures ballasts for all main HID lamp types, ensuring high quality through rigorous material selection and testing.

Ballasts for High Pressure Mercury and Sodium Lamps:
Helvar provides ballasts for mercury lamps ranging from 50 W to 400 W and sodium lamps from 50 W to 1000 W. These ballasts are available with various terminal types and may include internal thermal protectors. Power reduction ballasts are also available for energy savings.

Ignitors for HID Lamps:
Helvar ignitors use the superimposed pulse principle, considered the most reliable for discharge lamps. They are available in standard and timer versions, with intelligent digital timer versions for continuous lamp state checks.

Delivery Information:
Details on packaging, pallet dimensions, and weights are provided, ensuring efficient transportation and delivery of ballast units.

Operating Instructions:
Power reduction ballasts can reduce circuit power by using extra tapping for higher impedance, offering significant energy savings.

Specifications:
The document outlines specifications for magnetic ballasts used with metal halide lamps. These ballasts meet EN 61347-2-9 and EN 60923 requirements, ensuring low magnetic fields, low power losses, low harmonics, low noise, and long lifetimes. They are available in various wattages ranging from 50 to 1000 W and operate at 230 V, 50 Hz.

Procedures:
Lamps must be ignited with the higher rated wattage of a ballast and not switched to reduced wattage before 10 minutes of normal operation. The document provides detailed tables listing lamp types, wattages, currents, ballast types, voltage, power losses, dimensions, connections, net weight, inductive temperature rise, and mains current.

Norms and Standards:
The ballasts comply with EN 61347-2-9 and EN 60923 standards. They are 100% quality controlled and designed for low power losses and harmonics.

Recommendations:
The document advises checking lamp manufacturers' data to ensure compatibility with HPS ballasts. It also highlights the importance of using the correct ballast type for specific lamp types and wattages.

Key Data from Tables:
The tables provide detailed specifications for various ballast models, including power losses, dimensions, and connection types. For example, the NK 250 TLK ballast for 250 W lamps has a power loss of 29-30 W and dimensions of 3.00 kg.

Additional Information:
The document includes connection diagrams and dimensions for different ballast types, as well as delivery information for packaging and transportation. It also covers electronic superimposed pulse ignitors, detailing their specifications, such as ignition voltage and impulse width.

Instructions for Use:
The document provides guidelines for the safe and reliable operation of electronic ballasts for fluorescent lamps. It emphasizes the importance of compliance with relevant standards and regulations, proper wire type and dimensions, and correct installation within luminaires.

Wiring Layout and Considerations:

Wiring should be kept as short as possible, with 'Hot' and 'Cold' wires of equal length.
Mains, lamp, and low voltage control wiring should be run separately to avoid interference.
Ballast earthing is necessary for EMC compatibility, although some ranges do not require it for operation.

Temperature and Switching:

Ensure the maximum tc temperature is not exceeded for reliable operation.
Frequent switching should have 'OFF' periods longer than 1 minute to avoid reducing lamp life.

Installation and Operational Considerations:

Master/Slave connections are not advised, and switching off one lamp via lamp wires is not permitted.
Reflector positions can affect RFI emissions and leakage current.
Ballast mounting should ensure good heat dissipation by lying against a flat surface.

Emergency Inverter Units:

Compatibility between ballasts and emergency conversion modules must be ensured by the manufacturer or system integrator.
Use a 4 pole changeover device for emergency lamp disconnection.

Site Considerations:

Insulation resistance testing should be done with fittings disconnected from the mains supply.
Do not mix magnetic and electronic ballasts on the same circuit to avoid damage.

Miniature Circuit Breakers (MCBs):

'Type C' MCBs are recommended for fluorescent lighting due to their trip characteristics.
'Type B' MCBs should only be loaded to 60% of the equivalent 'Type C' MCB.

Class II Luminaires:

Helvar electronic ballasts can be used in class II luminaires with specific earthing and starting aid requirements.

Lamp 'Burn In':

New lamps should be operated at full output for 100 hours before dimming to ensure reliable starting.

DALI Controls:

The DALI standard currently governs only ballast compatibility, and system compatibility must be ensured at the design stage.

Magnetic Ballasts & Ignitors:

Ballasts and ignitors should be built into luminaires that comply with relevant standards.
Ensure correct wire type, insulation, and preparation according to EN 60598 recommendations.

Protection and Safety:

Thermal protection is recommended for Metal Halide & High-Pressure Sodium lamps to prevent excessive temperature.
Noise avoidance can be achieved by securely fixing the ballast and ensuring rigid construction of the fitting.

Overview: This document provides technical specifications and guidelines for the use of Helvar electronic ballasts and sensors in lighting control systems. It includes detailed information on the quantity of control gear for miniature circuit breakers (MCBs), wire release instructions, and sensor functionalities.

Specifications: The document lists various lamp types and their corresponding ballasts, detailing the typical inrush current, half-value time, and calculated energy for each configuration. This information is crucial for determining the appropriate number of ballasts per MCB to ensure safe and efficient operation.

Wire Release Instructions: Instructions are provided for safely removing wires from Helvar ballast terminals. Different methods are recommended based on the type of terminal, such as using a solid pin or a flat blade screwdriver. Caution is advised to avoid damaging the connectors.

Sensors and Controls: Helvar offers a range of sensors for energy savings and automatic lighting control. The document describes various sensors, including the Minisensor3, iDim Sense 316, and µDim series, highlighting their control outputs and features like motion detection and constant light control.

iDim System: The iDim Sense is a DALI-based sensor integrating PIR, infrared, and constant light control. It offers six pre-programmed application modes for different environments, such as classrooms and offices, which can be easily selected using a mode selector.

Technical Data: The document provides technical specifications for the iDim Sense and iDim Solo, including power supply requirements, ambient temperature ranges, and DALI output capacities. These details are essential for proper installation and operation of the lighting control system.

Introduction
The document provides technical specifications and features of various Helvar lighting control products, including iDim Solo, Minisensor3, µDim sensors, MIMO sensors, and TK4 modular ballast controllers. These products are designed for efficient lighting control in various environments.

iDim Solo
The iDim Solo is a compact lighting control unit with a power capability of 64 mA (DALI 1), 32 mA (DALI 2), or 96 mA in parallel operation. It features two DALI outputs, two switch control inputs, and an iDim Sense connection. It is housed in a non-flammable polycarbonate enclosure.

iDim Remote
The iDim Remote is an infrared remote control for standalone lighting applications. It features eleven buttons for basic functions like adjusting light levels and selecting scenes. It includes a wall bracket and USB connection for advanced setup.

Minisensor3
The Minisensor3 is a luminaire-mounted component with a presence detector, constant light sensor, and IR receiver. It offers four operating modes and is compact in size.

µDim Sensors
These sensors include microwave and PIR variants for automatic lighting control. They feature time delay functions, constant light functionality, and lux level sensing. They are compatible with Helvar ballasts and can be programmed using an optional IR handset.

MIMO Sensors
MIMO sensors provide constant light control and are compatible with Helvar 1-10 V ballasts. They are easy to install and offer smooth dimming operations.

TK4 Modular Ballast Controller
The TK4 controller offers ballast control with a mains power switch. It supports up to 20 ballasts and is available in various finishes.

Helvar Ballasts
The document lists various Helvar ballasts for T5 and T8 fluorescent lamps, detailing their compatibility and specifications.

Catalog excerpts

Component catalogue 2013 Component catalogue 2013 Who are Helvar Helvar is an international lighting technology company specialising in energy-efficient components and solutions for lighting and lighting control systems. Our luminaire component portfolio consists of LED drivers, electronic and magnetic ballasts for fluorescent and high intensity discharge lamps as well as sensors complemented with an extensive range of lighting control products and systems. Helvar has representatives all over the world. For additional information, please visit www.helvar.com Due to a policy of continuous improvement, Helvar reserve the right to alter specifications without notice at anytime.

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Head Office United Kingdom Yrittäjäntie 23 FI - 03600 Karkkila Finland Hawley Mill Hawley Road Dartford Kent, DA2 7SY United Kingdom Helvar GmbH Philipp-Reis-Straße 4-8 DE-63150 Heusenstamm Germany Tel: Via W-Tobagi 26/1 IT - 20068 Peschiera Borromeo (MI) Italy Åsögatan 155 SE-11632 Stockholm Sweden Representative Office of Helvar Oy Ab Lomb u. 31/b. HU-1139 Budapest Hungary Sadovnicheskaya naberezhnaya 79 115035 Moscow Russia Helvar Bureau France Helvar Lighting (Suzhou) Co., Ltd. 12 Allée Joséphine de Beauharnais FR-95320 Saint-Leu-la-Forêt France 15F International Building, 2 Suhua Road, SIP,...

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Dimmable constant current LED drivers Non-dimmable constant current LED drivers LED wiring & connectivity, dimensions Accessories for Helvar LED drivers Digital DALI controllable electronic ballasts EL-iDim for T5-fluorescent lamps EL-iDim for T8-fluorescent lamps EL-iDim, EL-iDim-c for Compact fluorescent lamps Wiring diagrams & technical characteristics Switch-Control information Analogue (1-10 V) controllable electronic ballasts Electronic ballasts Magnetic ballasts Quantity of ballasts for MCB’s Wire release instructions EL-s wiring options Lamp markings iDim Concept Minisensor µDim sensors...

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LED DRIVERS Helvar’s LED offering includes a range of Constant Current drivers including dimmable and nondimmable solutions. The LED drivers can be used for indoor and outdoor applications for spot lights, down lights, flood lights and linear strip lighting. The Helvar LED range is designed for easy installation and long life. All drivers provide power with high efficiency. The dimmable drivers ensure reliable and smooth dimming from 1 % - 100 %. Helvar’s LED drivers are complemented by a full and compatible range of Helvar controls and sensor solutions, suitable for both luminaire based (μDim,...

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Max.output Power Driver type Helvar’s LED drivers have been developed based on our expertise and knowledge of the key LED applications in the lighting market. Following look-up table provides an easy LED driver summary. The table links each LED driver to its typical application area. In addition it lists it control interface and maximum power rating. More detail can be found on the product pages. Home Page To download the Helvar LEDesign calculator go to: http://www.helvar.com/downloads/ledesign-standalone Helvar | Data is subject to change without notice. More information at: www.helvar.com

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LL1x20-E-DA * 1x20 W Dimmable DALI LED driver 20 W 220 - 240 V, 50 - 60 Hz • Selectable constant current output: 350 / 500 / 700 mA • Maximum 20 W load • DALI control input, 1 %-100 % dimming range • Low stand-by power 0.3 W • Protected up to 4 kV power network fast transients • High efficiency, ≥ 0.86 * Preliminary information. For availability please check with your sales representative Connections Alternative parallel connection Note: Not suitable for load side switching operation. Mains Characteristics Connections and Mechanical Data Voltage range DC range Wire size Wire type Maximum driver...

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1x30 W Dimmable DALI LED driver • Selectable constant current output: 350 / 500 / 700 mA [custom currents on request] • DALI control input, 1 %-100 % dimming range • Protected up to k kV power network fast transients • Optional click-on strain relief for independent use • External NTC thermal input • iDim compatible iDim Compatible Note: Not suitable for bad side switching operation. Mains Characteristics Max mains current at full Load 0.14-0.18 A Load Output Output current (l-OUT) 350 / 500 / 700 mA (custom output currents 24-5-700 mA on request! Efficiency, at full load, typical i 0.86 parallel...

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• Selectable constant current output: 350 / 500 / 700 mA • Maximum 30 W load • 1-10 V control input, 1 %-100 % dimming range • Protected up to 4 kV power network fast transients • High efficiency, 0.86 • Optional click-on strain relief for independent use • External NTC thermal input • MIMO3 and μDim sensor compatible Connections Alternative parallel connection Note: Not suitable for load side switching operation. Mains Characteristics Connections and Mechanical Data Voltage range DC range Wire size Wire type Maximum driver to LED wire length Weight 198 - 264 VAC 176 - 280 VDC, starting voltage...

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LL1x40-E-DA * 1x40 W Dimmable DALI LED driver 40 W 220-240 VAC, 50-60 Hz • Adjustable constant current output: 350 mA (default) - 1050 mA • DALI control input 1 % - 100 % dimming range • Low standby power 0.4 W • Protected up to 4 kV power network fast transients • High efficiency, 0.89 • Overload, open & short circuit protection • Suitable for Class I, II or SELV luminaire • External NTC thermal input • Current setting resistor input • Optional click-on strain relief for independent use * Preliminary information. For availability please check with your sales representative Alternative parallel...

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LL1x70-E-DA 1x70 W Dimmable DALI LED driver • Adjustable constant current output: 350 mA (default) - 700 mA • Dali control input 1 %-100 % dimming range • Low standby power 0,4 W • Protected up to 4 kV power network fast transients • Overload, short & open circuit protection • Accept DC mains in case of central emergency battery • High efficiency, > 0.91 • Suitable for class I luminaires • Current setting resistor input Current setting (p. 21) Resistor R open 8.2 kΩ 0Ω Note: • Not suitable for load side switching operation. • Driver output and current setting circuit are not isolated from mains...

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Component catalogue 2013

Component catalogue 2013

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