Modular-booth fit
The wider 760 mm body is arranged for booth systems that do not use a conventional square ceiling grid.
The 760 x 610 x 155 mm body is a distinct asymmetric format used with standardized modular clean-booth systems. It provides 11.2 m³/min at 50 Hz and 11.5 m³/min at 60 Hz through a 580 x 730 mm outlet, with corresponding sound levels of 57 and 58 dB. Unlike the square and full-length models, this 17 kg unit prioritizes compatibility with a wider 760 mm service module and frequency-specific performance.
The wider 760 mm body is arranged for booth systems that do not use a conventional square ceiling grid.
Airflow, power and sound values are separated for 50 and 60 Hz operation instead of being presented as one blended rating.
The 580 x 730 mm opening provides broader coverage than a square compact outlet without adopting a 1220 mm long cabinet.
| External Dimensions | 760 W x 610 D x 155 H mm |
|---|---|
| Outlet Opening | 580 x 730 mm |
| Airflow | 11.2 m³/min at 50 Hz; 11.5 m³/min at 60 Hz |
| Sound Level | 57 dB at 50 Hz; 58 dB at 60 Hz |
| Power Supply | 100 V single phase, 50/60 Hz |
| Power Input | 100 W at 50 Hz; 115 W at 60 Hz |
| Final Filter | HEPA, at least 99.97% at 0.3 µm |
| Fan and Housing | Turbo fan with capacitor motor; polyester-baked coated steel housing |
| Unit Weight | 17 kg |
| Customization (Kustomisasi) | Tersedia berdasarkan aplikasi yang dimaksudkan dan lingkungan operasi. |
Recommended for modular clean booths built around a 760 mm service dimension, including electronics inspection, component assembly and controlled packaging cells. Frequency-specific airflow should be used when sizing the return path and confirming the booth air-change rate.
Confirm the booth-frame opening, HEPA configuration, local frequency, electrical connection and service clearance. This format should be selected for dimensional compatibility rather than treated as a generic square-grid replacement.
Kirimkan kami dimensi Anda, kondisi instalasi, target kinerja dan permukaan akhir yang diperlukan.