Thermo Scientific™ Heratherm™ Advanced Protocol Security Ovens

Description

Protect samples effectively with Thermo Scientific™ Heratherm™ Advanced Protocol Security Ovens, which feature an extra layer of security for applications where process reliability and security are paramount. A standard over-temperature alarm and an additional under-temperature alarm ensure sample stability. A door lock prevents disruption or tampering of samples, while a door alarm notifies the operator when the door is left open accidentally. Choose a stainless steel exterior for demanding pharmaceutical and clinical applications.

Heratherm Advanced Protocol Security Ovens are offered in a choice of gravity or mechanical convection. Gravity convection units are designed to protect delicate samples while offering temperature uniformity of ±2.5°C or better, and temperature stability of at least ±0.3°C at 150°C. Mechanical convection models provide temperature uniformity of ±1.5°C or better, and temperature stability of at least ±0.2°C at 150°C.

• Broad temperatures range—up to 330°C
• Optional sample sensor provides exact temperature of sample on display
• Auto-dry function deactivates oven when the samples are dry, saving energy (Note: Optional sample sensor is required to utilize this feature)
• Mechanical convection models: fan speed adjustable for application flexibility
• Advanced digital timer for daily or weekly on / off cycles
• Stainless-steel interior is easy to clean and corrosion resistant (steel quality AISI 304)
• Programmable controller for temperature ramps and dwells
• Up to 10 programs can be saved, each with 10 discrete steps
• Electronically controlled fan speed and damper position can be incorporated
• Programs can be repeated automatically
• Access port allows the introduction of sensors for independent data monitoring
• Simple calibration routine ensures temperature accuracy over time
• Boost function enables rapid heating up—no need to operate the oven 24/7

Ordering Information:

Availability may vary by country.