Ohaus Hotplate e-G52HP07C Digital Ceramic Topplate 7"x7" with RS232 Control 120V

The Ohaus Hotplate e-G52HP07C is a high-performance laboratory hotplate featuring a 7 in x 7 in (18 cm x 18 cm) ceramic square top plate designed for precise temperature-sensitive chemistry and biology workflows. It provides a broad temperature range from ambient +5°C to 550°C, supporting applications such as heat fixation, solution sterilization, pH optimization, and denaturing organic materials.

Key technical specifications include:

• Digital temperature control with rotary knob and high-contrast backlit LCD display for clear monitoring of heating and stirring status.
• Temperature stability of ±1% on plate and ±0.5% with Pt100 or Pt1000 probe accessories below 100°C, ensuring reliable thermal performance essential in molecular diagnostics and bioprocessing.
• Robust full metal housing with smooth surfaces for ease of cleaning and an optional rapid install splashing shield, enhancing safety and durability in bioscience laboratories.
• Communication interfaces such as RS232 for remote control and data logging, with optional Ethernet and USB accessories, facilitating integration into biomanufacturing and synthetic biology research environments requiring precise process documentation.
• Compact dimensions: 329 mm x 116 mm x 221 mm (LxHxW) and lightweight design at 3.9 kg (8.6 lb) for benchtop versatility.
• Complies with CE and TUV safety certifications, supporting compliance with laboratory safety standards in clinical and research settings.
• Additional features include an audible alarm, IP32 splash protection, and temperature calibration with three plate/probe points for accuracy critical in biotechnology workflows like gene editing and live-cell assay preparation.

This hotplate is widely used in biotechnology, biomedical engineering, and clinical diagnostics laboratories, where reliable, consistent heat application is critical to success. Its capabilities make it an essential tool for molecular cloning workflows, media preparation, and live-cell imaging setups requiring controlled temperature environments.