• Cut-off technology

Cut-off technology

For consistent flash energy, flash durations can be substantially shorter using broncolor cut-off technology than is possible with conventional units:

Comparison without broncolor cut-off technology

t 0.5 does not measure all light relevant for the complete shooting: light is radiated before and after t 0.5, which can result in blurring.

Comparison with broncolor cut-off technology

The total quantity of light is taken into account. No blurring, because the flash is cut off.

t 0.1 = 1/600 s

t 0.5 = 1/600 s

Good to know

There is no generally valid factor for converting t 0.5 to t 0.1. It is therefore not correct to use t 0.5 to compare different flash durations; for comparisons t 0.1 must be known as well.

Other broncolor Technolgies

BRON SPEEDMODE 4c POS

Speed Mode

In Speed Mode the charging time and flash duration are reduced by up to
50 %, and the maximum flash energy is reduced by 25%. In this way you can achieve up to ten exposures per second at full output, or up to 50 at reduced power. This makes Scoro and Move power packs the ultimate flash unit wherever speed is of the essence. And with its fan cooling even long flash series are no problem.

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BRON CNTRLRANGE 4c POS

Individual power distribution

The Scoro S has three lamp outlets, the Scoro E and Move power packs have two each. Each lamp outlet has an individual power controller with LED display, which is adjustable independently of the other outlets. The unit therefore behaves like three (or two) independent power packs. You have a choice of up to 11 f-stops to set the flash output you need. That is a control range from 3 to 3200 J.

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BRON CONCOLECTC 4c POS

Constant colour temperature – ECTC

Scoro S, Scoro E and Move are the only studio flash system which can maintain colour temperature over the entire power range at all outputs, or, when you need to, change it in calibrated steps of +/- 200 K at constant power (only Scoro S). The second generation of our patented ECTC (Enhanced Color Temperature Control) technology, which adapts flash voltage and flash duration to each other, achieves a constant colour temperature over the entire variation range at all lamps.

When multiple lamp heads are connected, constant color temperature is guaranteed on all channels up to an asymmetry of two f-stops.

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