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Aputure intended to create their brightest-ever full-spectrum point-source light—and the STORM CS32 Tunable Color LED Monolight is the result. With a high output that rivals 4K HMIs, the STORM CS32 delivers 106,000 lux…
Product highlights and buying context
Aputure intended to create their brightest-ever full-spectrum point-source light—and the STORM CS32 Tunable Color LED Monolight is the result. With a high output that rivals 4K HMIs, the STORM CS32 delivers 106,000 lux at 9.8' (with a medium reflector and 5600K) or a bare 15,000 lux at the same distance and color temperature. At its core lies the Aputure BLAIR-CG light engine, which enables highly saturated colors across the visible spectrum and exceptional tunable white light. The IP65 weather-resistant STORM CS32 is key for large-scale productions, filmmakers, and rental houses, while maintaining a compact 15.1 x 14.6 x 14.1" form factor for operation by a single person. The control box also remains compact at 14.8 x 13.6 x 6.3". Offering reliable and adaptable performance, the STORM CS32 is a bright, tunable color light that can be powered from a household circuit.
Intuitive and advanced control methods include onboard, Sidus Link, Sidus Link Pro, DMX, CRMX, Art-Net/sACN, with 16-bit 5-pin DMX512 in/out ports and two locking Ethernet ports. Sidus NFC enables rapid patching and configuration even when unplugged. Both wireless Bluetooth and CRMX wireless range are up to 328'. In addition, the included control box's display allows the user to select what capacity circuit the fixture is plugged into: 110V/15A (1700W) or 110V/20A (2200W).
The STORM CS32 can run on a 110V or 220V household outlet. In 220V settings, the STORM CS32 can run at full power from a common 15A household circuit. For 110V territories, Aputure includes a bare lead cable for wiring to professional power systems, as well as an additional power cable with a household Edison connector. The included control box recognizes the cable and automatically reduces the maximum power draw of the light to protect the circuit from overload.
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