The Thermo Scientific Spare HEPA Filter Value Pack (4) is designed for optimal performance in Thermo Scientific incubators, ensuring clean air quality and reliable contamination control. These filters are essential for maintaining Class 100 air quality inside the incubator, protecting your valuable samples.
Product Features
- Durable triple wall cabinet construction ensures optimal temperature uniformity
- TC sensor for constant temperature and humidity applications
- IR sensor for changing temperature and humidity applications
- Incubators provide security of samples during power loss by maintaining temperature longer than air-jacketed models
- Temperature-adjustable heated door prevents condensation on the inner glass door for better culture visibility
- Audible and visual alarms indicate temperature deviations of 0.5° to 5° from set point
- CO2 concentration alarms for deviations of 0.5% to 5% from set point
- Validatable in-chamber HEPA air filtration system minimizes airborne contaminants on door openings
- HEPA filter replacement reminder available, with default notification every 6 months
- Built-in RS-485 port for transferring temperature and CO2 data to a printer
- Easy-to-read LED display cycles between actual temperature and % CO2 level
What’s Included
- Four stainless steel shelves
- Stacking hardware
- Tubing for CO2 hookup
- Power cord
Benefits
- Maintains clean, contaminant-free air for reliable culture growth
- Ensures consistent temperature and CO2 control for sensitive applications
- Improves sample security during power interruptions
- Reduces maintenance downtime with filter replacement reminders
- Enhanced culture visibility with heated door technology
- Streamlines data monitoring with RS-485 port connectivity
Why Choose Thermo Scientific Spare HEPA Filter Value Pack (4)?
Designed specifically for Thermo Scientific incubators, this HEPA filter pack offers trusted contamination control and long-lasting performance. Its integration with advanced temperature and CO2 monitoring systems helps maintain optimal culture conditions, ensuring research integrity and lab efficiency.
