General Data
Electric Parameters
Light Application Parameters
Service Life
Specification
Notes on Operation
Information especially for EPREL
Miscellaneous
Notes
Base
Fc2
IEC/EN 60061-1
sheet 7004-114-1
Spectrum
Natural daylight is a mixture of direct sunlight and the light of the sky. Therefore, its spectral composition changes permanently due to the changing time of day. The standardised light classification D65 corresponds to a daylight with a colour temperature of approximately 6500 K.
Every discharge lamp type has got an individual spectral power distribution according to its chemical filling. From this result important properties light colour or colour rendering.
Should the spectral lines be very close together the lamp presumably has got a very good colour rendering index, so, Ra might be near 100. Does the spectrum rather look like single lines or frayed out the colour rendering of the lamp will probably be not as good.
If number and height of the spectral lines within the blue range (around 400 nm) prevails it might be a lamp with a rather cold light colour like for example daylight. On the other hand, should the red (around 700 nm) or the red and yellow (around 600 nm) range be dominant one can assume that the lamp will be a rather warm light colour like WDL.
After the lamp start a metal hlide lamp needs about 2-4 minutes time to reach its full luminous flux, all colours in the spectrum are within the discharge arc then.
Visible region from 380 to 780 nm; height of graph corresponding with relative spectral emission (400mW/klm) per 10nm.
HRI.../NDL
daylight(D 65)
Circuit diagram(s)
Standard circuit HID with external ignitor
Key:
L. = lamp
VG = electromagnetic ballast (KVG/VVG)
P = phase
N = zero potential
K = p. f. correction capacitor
Z = ignitor
The required control gear (here ignitor and ballast) for the lamps operation is usually mounted in the suitable luminaire in an appropriate electric circuit. Changes of any kind are to be conducted by qualified and specialised staff, only. Thus, this circuit example is to be understood merely as a technical background information for interested users.
ECG-operation
Key:
L. = lamp
EVG = electronic ballast
P = phase
N = zero potential
The required control gear (here electronic ballast) for the lamps operation is usually mounted in the suitable luminaire in an appropriate electric circuit. Changes of any kind are to be conducted by qualified and specialised staff, only. Thus, this circuit example is to be understood merely as a technical background information for interested users.
ECG-operation
Key:
L. = lamp
EVG = electronic ballast
P = phase
N = zero potential
The required control gear (here electronic ballast) for the lamps operation is usually mounted in the suitable luminaire in an appropriate electric circuit. Changes of any kind are to be conducted by qualified and specialised staff, only. Thus, this circuit example is to be understood merely as a technical background information for interested users.
ECG-operation
Key:
L. = lamp
EVG = electronic ballast
P = phase
N = zero potential
The required control gear (here electronic ballast) for the lamps operation is usually mounted in the suitable luminaire in an appropriate electric circuit. Changes of any kind are to be conducted by qualified and specialised staff, only. Thus, this circuit example is to be understood merely as a technical background information for interested users.
Circuit for 230V-HID-lamps suitable for hot restrike
Key:
L. = lamp
VG = electromagnetic ballast (KVG/VVG)
P = phase
N = zero potential
K = p. f. correction capacitor
Z = ignitor
The required control gear (here ignitor and ballast) for the lamps operation is usually mounted in the suitable luminaire in an appropriate electric circuit. Changes of any kind are to be conducted by qualified and specialised staff, only. Thus, this circuit example is to be understood merely as a technical background information for interested users.
ECG-operation with additional ignitor
Key:
L. = lamp
EVG = electronic ballast
P = phase
N = zero potential
Z = ignitor
The required control gear (here ignitor and electronic ballast) for the lamps operation is usually mounted in the suitable luminaire in an appropriate electric circuit. Changes of any kind are to be conducted by qualified and specialised staff, only. Thus, this circuit example is to be understood merely as a technical background information for interested users.
Special features
General notes
The technical design data in accordance with DIN and IEC.
The producer does not take any responsibility for damage to persons or property in case of unsuitable
operation or handling of the product.
Operating data and dimensions are valid within the usual tolerances.
Related lamp types (different bases, mains voltages) may be available on request.
Sale and delivery are effected in accordance with the Radium Terms of Delivery and Payment valid on
the day of conclusion of contract.
Packing units offer economical advantages to the purchase and logistic department. Please match
your quantity volume accordingly. For orders of a minimum quantity (clefts) with a lamp model the
amount lower than the volume of each packaging unit, we will invoice 10 % additional charge per lamp type.
Technical changes and terms of delivery are reserved.
Manipulation of any kind to packaging or product is not permissible as this will violate Radium brand
rights. Furthermore, technical properties of the product can change to its disadvantage or even
destruction. Therefore, Radium cannot be responsible for consequential damages.
® = Registered trademark
Subject to change without notice. Errors and omissions excepted.
