Part #: B608-SIW-006M

LED Bulb, SC Bayonet Ba15s Base, Low Voltage


Replaces Incandescent:81, 87, 209, 1317

Features
  • Sale Item (Sale Terms & Conditions)
  • Energy savings of up to 90% over conventional lighting
  • Long life: Lumen maintenance of the white LEDs is greater than 70% at 50,000 hours of operation.
    (Rated average life based on engineering testing and probability analysis).
  • Flood beam light angle of 55°
  • Uses 15mm Double-Contact Bayonet for lines running 6 Volts DC.
  • Bipolar lamp adjusts to DC polarity
  • For applications in NEC-defined dry environments.
  • Suitable for use in open luminaires.
  • For operation within a temperature range of -30°C to +50°C.
  • No UV. No glass, shock & vibration resistance.
  • 40+ Years LEDtronics Design & Manufacturing
  • 'Made in USA' option available for qualified volume orders. Contact the factory.

 

Choose Options:

Base Type Options

Spec Sheets






Applications

  • Replaces Bayonet-Based Lamps Operating at 6Vdc within Its Dimensional Constraints
  • Indicator Lights for Instrumentation
  • Panel Illumination Lighting
  • Accent Lighting
  • Task Lighting
  • Not advisable to have bulb enclosed in lenses where temperatures could exceed operating range

Specifications

 Description***6Vdc,W.White,Ba15s Base
 Base TypeSingle Contact SC Bayonet Ba15s
 Dimensions1.47"Lx1.025"D
 ColorWarm White
 Color Temp3000K
 Polarity (Center Contact)BipolarDC (+/-)
 Voltage (V)6Vdc
 Power (Watts)0.8 W
 Current (Amps)0.147 A
 Operating Temp~-30°C to ~+50°C, Dry locations
 Intensity (Candela)63 cd
 Lumens47.24 lm
 SCP (Spherical Candela)3.76 mscp
 Viewing Angle55°
Electrical-Optical Characteristics (Ta = 25°C)  

Possible Options

  • Other colors and white color temperatures
  • Other voltages
  • Other Miniature & Subminiature Bases: E12, E14, E17, Ba15d, etc.
  • Narrow angle beam intensity of comparable generation LED bulbs will run 12 to 15 times less in intensity when applied as extra-wide angles.

Caution

  • Not for dimming.
  • Do not install where illuminating lamp will commonly exceed operating temperatures.

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