Philips 913700678866 HID-DV PROG Xt 150 SON C1 208-277V – Limited Stock

913700678866 Electrical Data

913700678866 Operating and Electrical

Input Voltage 208-240-277 V
Line Frequency 50 to 60 Hz
Input Frequency 50 to 60 Hz
Earth Leakage Current (Max) 0.7 mA
Inrush Current Width 0.47 ms
Input Current (Nom) 0.77 A
Inrush Current Peak (Nom) 52 A
Number of Products on MCB (16A TypeB) (Nom) 5
Surge Protection (Common/Differential) EN61547 (L-L 2kV, L-G 4kV), 10 kV TIL

Wiring

Cable Length From Device to Lamp 10 m
Connector Type WAGO series 804

Temperature

T-Case Lifetime (Nom) 80 °C

Controls and Dimming

Control Interface PROG

Mechanical and Housing

Housing C1
Net Weight (Piece) 0.950 kg

Approval and Application

Safety Standard IEC 607, 609, 926, 928 [No Standard for HID Lamp drivers exists. Requirements in these standards to be used if considered relevant for the product.]
Environmental Standard ISO 14001
Approval Marks F-Marking CE marking ENEC certificate VDEEMV certificate
CE mark Yes
Ambient temperature range -30 °C to 50 °C

Product Data

Order product name HID-DV PROG Xt 150 SON C1 208-277V
Full product name HID-DV PROG Xt 150 SON C1 208-277V
Full product code 871829121226300
Order code 913700678866
Material Nr. (12NC) 913700678866
Numerator – Quantity Per Pack 1
EAN/UPC – Product/Case 8718291212263
Numerator – Packs per outer box 12
EAN/UPC – Case 8718291212270

Mechanical and Housing

Length 150 mm
Width 65 mm
Height 65 mm
Mounting hole diameter 5.00 mm
Weight 950 gram

Also stocked within the HID electronic outdoor range

913700685666

High Pressure Sodium Lamps

HPS (High Pressure Sodium) lamps are a type of high-intensity discharge lamp known for their energy efficiency and high light output, producing a distinctive yellow-orange glow.

They are commonly used for outdoor area lighting like streetlights and for commercial growing, especially during the flowering and fruiting stages of plant growth, due to their intense, deep-penetrating light spectrum. Key features include a long lifespan, a ballast to regulate current, and a warm-up period to reach full brightness.

How they work

An electric current is passed between two electrodes at the ends of a ceramic arc tube.

The arc tube contains a mixture of mercury, metal salts, and sodium.

Xenon gas is used as a starter gas to help strike the arc.

As the arc is struck, the xenon and mercury are ionized and the arc tube heats up.

As the temperature and pressure increase, the sodium vaporizes and the characteristic yellow-orange light of the HPS lamp is produced.

The outer glass envelope insulates the arc tube and contains a vacuum or inert gas to help manage heat.

Philips is one of the world’s most trusted lighting brands. Since 1891, Philips has been synonymous with high-quality, reliable, innovative technology that improve people’s lives.
The Philips brand is licensed to Signify, world leader in lighting, for lighting products and services. Philips is Signify’s primary brand for lamps, luminaires, and other lighting products for both professionals and consumers.

Signify products carrying the Philips brand cover the complete range of lighting applications, from home, office, and industry to street lighting, horticulture, sports, and more.

Signify is the world leader in lighting. They provide professional customers and consumers with quality products, systems and services. And their connected lighting offerings bring light and the data they collect to devices, places and people – redefining what light can do and how people use it. Their innovations contribute to a safer, smarter more sustainable world.

Signify is the world leader in lighting for professionals, consumers and lighting for the Internet of Things. Their energy efficient lighting products, systems and services enable their customers to enjoy a superior quality of light, and make people’s lives safer and more comfortable, businesses more productive and cities more liveable.

With 2024 sales of EUR 6.1 billion, approximately 29,000 employees and a presence in over 70 countries, they are unlocking the extraordinary potential of light for brighter lives and a better world.