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Corning PC-600D Digital Hot Plate
The Corning PC-600D Digital Hot Plate is a state-of-the-art laboratory tool designed to enhance the precision and safety of your heating applications. With its digital displays, this hot plate allows for the accurate setting and monitoring of temperatures, ensuring that the set temperature is reached and maintained for the repeatability of standard operating procedures. It covers a wide temperature range from 5°C to 550°C, suitable for a variety of research needs.
This model is built with user safety in mind, featuring a power button and hot top indicators that alert users when the unit is plugged in or when the surface is too hot to touch. This attention to safety is further supported by independent testing and evaluation for compliance with product safety standards, ensuring a reliable and secure experience.
Designed with practicality in focus, the Corning PC-600D boasts an angled front panel and large knobs, minimizing potential damage from spills and providing easy access to controls. The platform measures 10 x 10 inches (25.4 x 25.4 cm) and is made from Pyroceram, a ceramic material known for its durability and heat resistance. This combination of features makes the Corning PC-600D Digital Hot Plate a valuable asset in any laboratory setting, where precision, safety, and reliability are paramount.
The Corning PC-600D Digital Hot Plate includes:
- > Power Cord
- > Operator’s Manual
- > Full 180 Day Parts and Labor Warranty
Corning PC-600D Digital Hot Plate Specifications
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Temperature Range
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5°C to 550°C
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Platform Size
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10 x 10 in. (25.4 x 25.4 cm)
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Platform Material
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Ceramic (Pyroceram)
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Overall Dimensions
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4.6 x 11 x 15.4 in. (11.8 x 19.7 x 39.1 cm)
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Weight
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10 lb. (4.5 kg)
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Electrical Requirements
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120V, 60Hz, 1043W, 8.7A
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- Inspect the display for clarity and brightness, replacing any dim or dead pixels to ensure optimal performance.
- Examine external regulators for structural integrity and damage, replacing if necessary (if applicable).
- Assess the functionality of temperature, CO₂, and H₂O sensors, verifying accuracy and consistency (if applicable).
- Check all internal wiring for frays, tears, or breakages, addressing any compromised sections.
- Confirm software settings are properly configured to match the specifications of internal components.
- Inspect and clean the fan for efficient airflow, replacing if wear or malfunction is detected.
- Verify the condition of wheels and leveling mounts, ensuring stability and ease of movement.
- Inspect door gaskets and latches for sealing integrity, replacing if compromised to maintain proper enclosure.
- Calibrate temperature accuracy to 37°C using an NIST-traceable temperature probe for precision.
- Calibrate CO₂ levels to 5% using a Fyrite combustion test kit to verify environmental control (if applicable).
- Confirm temperature and CO₂ stability over a 24-hour period to ensure consistent conditions.
- Conduct a cosmetic inspection, verifying the unit meets appearance and cleanliness standards.
Technician Inspection and Recertification Checklist
The Following Checklist Is to Be Performed on All Incoming and Outgoing Equipment
| Task |
Completed? |
Remarks? |
| Inspect display for clarity and replace if needed | Completed | |
| Examine external regulators for integrity and damage | Completed | |
| Assess temperature, CO₂, and H₂O sensors for accuracy | Completed | |
| Check internal wiring for frays, tears, or breakages | Completed | |
| Confirm software settings match internal component specs | Completed | |
| Inspect and clean fan, replacing if wear is detected | Completed | |
| Verify condition of wheels and leveling mounts | Completed | |
| Inspect door gaskets and latches for sealing integrity | Completed | |
| Calibrate temperature to 37°C with NIST-traceable probe | Completed | |
| Calibrate CO₂ to 5% with Fyrite combustion test kit | Completed | |
| Confirm 24-hour temperature and CO₂ stability | Completed | |
| Conduct cosmetic inspection to ensure appearance standards | Completed | |
To View More of Our Recertification Protocol Click Here
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