Thermo Scientific™ Heratherm™ Advanced Protocol Ovens Available on GSA/VA Contract for Federal Government customers only.

Carry out multiple applications with this advanced protocol oven, which features temperature uniformity and low energy-consumption.

Manufacturer: Thermo Scientific™ 51028125

 View all options for this product

Catalog No. 51-028-125H

  Check Availability

This item is a non-standard voltage; please ensure you are ordering the correct product.

Please contact customer service for assistance: 1-800-766-7000.

Add to Cart


    Amperage 14A
    Cabinet Material Coated Steel
    Capacity (Metric) 97L
    Depth (English) Interior 13.5 in.
    Depth (Metric) Interior 34.3cm
    Dimensions (D x W x H) Interior 13.5 x 18.3 x 23.9 in. (34.3 x 46.4 x 60.8cm)
    Dimensions (L x W x H) Exterior 22.2 x 25.2 x 32.3 in. (56.5 x 64 x 82cm)
    Height (English) Exterior 32.3 in.
    Height (English) Interior 23.9 in.
    Height (Metric) Exterior 82cm
    Hertz 60Hz
    Height (Metric) Interior 60.8cm
    Length (English) Exterior 22.2 in.
    Length (Metric) Exterior 56.5cm
    Shelves 2 supplied/ 16 max.
    Temperature Control Programmable Microprocessor control with vacuum fluorescent display
    Temperature Stability ±1.3°C
    Type Mechanical convection
    Voltage 208 to 240V
    Width (English) Exterior 25.2 in.
    Wattage 3360w
    Width (Metric) Exterior 64cm
    Width (English) Interior 18.3 in.
    Width (Metric) Interior 46.4cm
    Electrical Requirements 208 to 240V 60Hz
    Item Description 51028125
    Plug Type Nema 5-15

    Carry out multiple applications with Thermo Scientific™ HERAtherm™ Advanced Protocol Ovens, which include a sophisticated timer, precise temperature uniformity and low energy-consumption. Featuring either mechanical or gravity convection technology with excellent temperature values, This flexible tool for the lab may be used for multiple applications.

    Heratherm Advanced Protocol Ovens provide a choice of gravity or mechanical convection. Gravity convection units are designed to protect delicate samples while offering temperature uniformity of ±2.9°C or better, and temperature stability of at least ±0.3°C at 150°C. Mechanical convection models provide temperature uniformity of ±3.0°C or better, and temperature stability of at least ±0.2°C at 150°C.

    • Broad temperature range—up to 330°C
    • Adjustable fan speed for application-related airflow in mechanical convection models (e.g. drying of powders)
    • High speed for expedited drying and heating, quick recovery, and optimal temperature stability and uniformity
    • Programmable controller for temperature ramps and dwells
    • Up to 10 programs can be saved, each with 10 discrete steps
    • Features electronically controlled fan speed and damper position
    • 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 (not available in large capacity units)

    Ordering Information:

    Availability may vary by country.

    This product(s) resides on a Fisher Scientific GSA or VA contract. If you are viewing this page as a nonregistered user, the price(s) displayed is List Price. To view your GSA or VA contract pricing, log in using your account number, or become a registered user by contacting one of our Customer Service teams. You can also view your contract price by searching for this item(s) on GSA Advantage. To place an order, contact Fisher Scientific Customer Service.

  • Description & Specifications

Related Products

Product Content Feedback

We continue to work to improve your shopping experience and your feedback regarding this content is very important to us. Please use the form below to provide feedback related to the content on this product.

Product Title

By clicking Submit, you acknowledge that you may be contacted by Fisher Scientific in regards to the feedback you have provided in this form. We will not share your information for any other purposes. All contact information provided shall also be maintained in accordance with our Privacy Policy.

Cancel Submit