Description
The Walk-In Fume Hood CompactLine DCL 1200 by POL-EKO is a professional laboratory ventilation solution engineered for applications requiring accommodation of large or floor-standing equipment. Its walk-in design ensures unrestricted access while maintaining effective containment of hazardous fumes and vapors.
Constructed from robust galvanized steel, the CompactLine DCL 1200 features a tempered glass sash, efficient airflow extraction system, and certified monitoring compliant with laboratory safety standards. The unit provides reliable protection for users, ergonomic operation, and long-term durability, making it ideal for research, chemical, industrial, and educational laboratories requiring dependable ventilation for demanding workflows.
Specifications
Walk-In Fume Hood CompactLine DCL 1200 Specifications
The Walk-In (Floor-Mounted) CompactLine DCL 1200 is designed for laboratory procedures requiring large-scale apparatus, tall distillation columns, or heavy equipment that must be rolled directly into the workspace on a trolley. By eliminating the standard worktop and base cabinet, it provides a floor-level entry and a high internal working chamber.
Technical Parameters
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Recommended Airflow: 900 – 1200 m3/h
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Air Velocity: 0.3 – 0.5 m/s
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Nominal Power: 60 W
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Voltage: 230 VAC 50Hz
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Air Outlet Diameter: 200 mm or 250 mm
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Lighting Intensity: > 800 LUX (External LED)
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Noise Level: < 56 dB
Physical and Material Data
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Overall Dimensions (W x H x D): 1200 x 2350 x 900 mm
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Working Space Dimensions (W x H x D): 1134 x 2100 x 730 mm
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Body Construction: Galvanized steel with chemically resistant epoxy powder coating
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Internal Liner: Epoxy-coated galvanized steel (Optional: Polypropylene or Phenolic Resin)
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Front Window: Two-part telescopic toughened glass sash with manual counterweight
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Floor: Laboratory floor or optional low-profile ceramic/stainless steel floor tray
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Weight: Approx. 580 kg
Functional and Safety Features
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Triple-Level Extraction: The walk-in version features a specialized rear baffle system with extraction slots at the top, middle, and floor levels. This ensures that heavy vapors settling near the floor are effectively removed along with lighter gases.
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Telescopic Sash System: Features a vertically sliding window consisting of two independent panes. This allows for a very high opening for equipment setup while maintaining a safe working aperture during operation.
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Floor-Level Access: The design allows for the easy introduction of mobile laboratory tables, large reactors, or drums without the need for lifting over a sill.
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Airflow Monitoring: Equipped with the Schneider FM 550 controller which provides continuous monitoring of air velocity and triggers visual/acoustic alarms if conditions fall below EN 14175 safety levels.
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Decompression System: A safety relief flap is integrated into the ceiling to safely vent pressure in the event of a rapid reaction or explosion inside the chamber.
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External Utilities: Service valves and electrical sockets (IP44) are mounted on the side pillars outside the contaminated zone, providing easy control of gas, water, and power.
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Anti-Drop Protection: The sash is equipped with a safety mechanism that prevents the window from falling in the event of a drive cable failure.
