Flash compacto Sony HVL-F28RMA preto tempo de reciclagem 0,1 s pilha AA

The Sony HVL-F28RMA is a compact camera flash designed for photographers who need a portable, responsive light source. It offers a fast recycle time of 0.1 seconds and operates from standard AA batteries, combining convenience with reliable performance. The flash is lightweight (226 g) and compact (65.1 mm wide, 94.4 mm deep), suitable for travel and on-location shoots.

Advantages

The flash provides rapid readiness between shots with a 0.1 s recycle time and supports wireless connection for off-camera setups. It features 14 channels and a 2.4 GHz wireless system for flexible remote triggering, and includes a built-in display for easy control and status monitoring. Its AA battery power option ensures easy replacement and broad compatibility.

Suitable for

• On-location photography and travel shoots
• Event and reportage photography
• Off-camera flash setups and wireless triggering
• Portraits and small-studio lighting

Key specifications

• Brand: Sony
• Model: HVL-F28RMA (MPN: HVLF28RMA.CE7)
• EAN: 4548736161900
• Recycle time: 0.1 s
• Power source: AA batteries
• Wireless frequency: 2.4 GHz
• Channels: 14
• Built-in display: yes
• Weight: 226 g
• Dimensions (W × D): 65.1 mm × 94.4 mm

How to use

Mount the Sony HVL-F28RMA on the camera hot shoe or use it off-camera with a compatible wireless trigger. Insert charged AA batteries following the polarity markings, switch on the unit, and select the desired channel and group using the built-in display. Adjust flash power or use automatic settings according to exposure requirements. Allow the flash to recycle between bursts; the unit’s 0.1 s recycle time reduces waiting during continuous shooting sequences.

Recommendations

For reliable wireless performance, ensure both flash and transmitter operate on the same 2.4 GHz channel and keep firmware up to date if updates are available. Use high-quality AA batteries or a battery grip for extended shooting sessions and allow occasional cool-down periods during heavy use to maintain consistent output.