Product Description
| Brand | ESCO |
| Model | Ascent |
| Capacity | 1.2 m |
| CAT No | ADC-4B1-PP |
| Application | Fumehood |
Esco Ascent Max (ADC) Ductless Fume Hood utilizes a carbon filtration system to remove toxic chemical fumes and recycle clean air back to the laboratory. This airflow principle provides operator and environment protection.
Advanced Safety and FiltrationWith activated carbon or HEPA modular filters, the ESCO Ascent Max Ductless Fume Hood captures hazardous airborne chemicals, protecting users and the surrounding environment. Alarms ensure timely filter maintenance, and the digital airflow display provides real-time monitoring for added confidence.
User-Friendly OperationThe manual sliding polycarbonate sash and push-button control panel make operation straightforward and secure. LED internal lighting illuminates the workspace, and optional upgrades such as UV lamps and stainless steel surfaces further enhance usability and hygiene.
Versatile Laboratory ApplicationsDesigned for laboratories prioritizing chemical safety, this ductless fume hood accommodates a single operator and is suitable for various chemical handling tasks. Its mobility and ease of installation-eliminating the need for external ductwork-streamline laboratory workflow efficiently.
FAQ's of ESCO Ascent Max Ductless Fume Hood - Standard:
Q: How does the ESCO Ascent Max Ductless Fume Hood work to ensure operator safety?
A: The fume hood draws in contaminated air at a typical face velocity of 0.5 m/s, passing it through modular activated carbon or HEPA filters to remove hazardous fumes before recirculating clean air. Audio-visual alarms and a digital display ensure safe airflow levels.
Q: What features enable easy installation and flexibility within the laboratory?
A: This model is ductless, requiring no external venting, and is mounted on lockable caster wheels for effortless relocation. This design allows it to be set up quickly in various laboratory spaces without complicated installation.
Q: When should the filters be replaced, and how will I know it's time?
A: The hood is equipped with audio-visual alarms that alert users when filter replacement is necessary or if airflow drops below safe levels. The frequency depends on usage and chemical types, but the system notifies users promptly when maintenance is required.
Q: Where can this ductless fume hood be used most effectively?
A: The ESCO Ascent Max is ideal for laboratories and facilities where ductwork installation is impractical. It is best suited for airborne chemical handling, especially where flexibility and mobility are essential.
Q: What is the process for operating the fume hood safely?
A: Operation is straightforward with the push button control panel. Users slide the polycarbonate sash to the desired height, turn on the unit, and work on the chemical-resistant surface under LED lighting. The system monitors airflow and filter status during operation.
Q: How does the chemical-resistant work surface benefit users?
A: The work surface is designed to resist spills and damage from a wide range of chemicals, prolonging the unit's lifespan and ensuring a safe and clean working environment. An optional stainless steel surface is available for added durability.
Q: What are the main advantages of choosing a ductless fume hood for your laboratory?
A: Ductless units like this model offer straightforward installation, mobility, and lower infrastructure costs. They efficiently protect users from airborne hazards without requiring complex building modifications, making them a cost-effective and versatile solution.