CerMH PAR 30
CerMH lamps combine the HPS technology (providing stability, efficiency & uniformity) and the Metal Halide Technology (bright white quality light) to produce highly efficient light sources with good colour rendering and consistent colour performance through life. This is achieved by using the ceramic arc tube material from the Tulox lamp, which minimises the chemical changes inside the lamp through life. When combined with the halide doses used in ARC Metal Halide lamps then the quality and stability of the dose maintains the colour consistency.
Metal Halide lamps then the quality and stability of the dose maintains the colour consistency. Hence the name CerMH.
Metal halide lamps, traditionally made with quartz arc tubes, are prone to colour shift through life and lamp-tolamp colour variation. Some of the dose, e.g. sodium, (an important component of metal halide lamps), can migrate through quartz to cause colour shift and loss of light through life. The ceramic arc tube resists this material loss, can be manufactured to tighter tolerances and withstands a higher temperature to provide a more constant colour.
(at 90° cone)
|Base||Nominal beam angle [°]|
|357362 93104668||CMH35/PAR30/UVC/U/942/E27/FL TU||35||E27||25|
|357457 93104653||CMH35/PAR30/UVC/U/830/E27/SP TU||35||E27||10|
|357602 93104654||CMH35/PAR30/UVC/U/830/E27/FL TU||35||E27||25|
|357430 93104691||CMH70/PAR30/UVC/U/942/E27/WFL TU||70||E27||40|
|357477 93104649||CMH70/PAR30/UVC/U/830/E27/WFL TU||70||E27||40|