Walimex Pro Stager 600 HSS szett Single

The Walimex Pro Stager 600 HSS Set Single is a professional 600Ws studio flash unit with high-speed sync capability, designed for demanding photographers. Featuring a powerful 600Ws output, a guide number of 80 (ISO 100) with standard reflector, and a wide power adjustment range from 1/1 to 1/256, this flash offers precise control over lighting. The integrated 2.4 GHz radio receiver allows wireless triggering via Walimex Pro FT-16 or VC-16 remotes, supporting 16 channels and 16 groups. With a fast recycling time of 0.05-0.9 seconds and flash durations from 1/800 to 1/19000 seconds (t0.5), it freezes motion effortlessly. The 25W LED modeling light is dimmable, and the Bowens S-Type accessory mount ensures compatibility with a vast range of modifiers. Active fan cooling keeps the unit reliable during extended shoots.

Advantages

High-speed sync up to 1/8000s enables creative fill-flash in bright conditions. The stepless power control down to 1/256 provides exceptional flexibility. Fast recycling and short flash durations capture fast action. The built-in radio receiver simplifies wireless setups without extra triggers.

Suitable for

• Studio portrait and fashion photography
• Product and still life shoots
• Event and wedding photography requiring HSS
• Location shoots with portable flash

Key specifications

• Flash output: 600 Ws
• Guide number: 80 (ISO 100, with standard reflector)
• Power adjustment: 1/1 to 1/256 (9 f-stops)
• Recycling time: 0.05 - 0.9 seconds
• Flash duration (t0.5): 1/800 - 1/19000 seconds
• Color temperature: 5600K ± 200K
• Sync modes: HSS up to 1/8000s, normal sync
• Modeling light: 25W LED, dimmable
• Accessory mount: Bowens S-Type
• Built-in radio receiver: 2.4 GHz, 16 channels, 16 groups
• Power input: AC 220-240V / 50Hz
• Cooling: Active fan
• Display: LCD

Recommendations

For optimal performance, use with Walimex Pro FT-16 or VC-16 remote triggers. Pair with softboxes, umbrellas, or beauty dishes via the Bowens mount. Ensure adequate ventilation during continuous use.