Bath D B112-DE from OVAN: digital thermostatic bath for precise temperature control
The Bath D B112-DE digital thermostatic bath from OVAN is a piece of equipment designed for laboratories requiring rigorous temperature control for samples or solutions. With a maximum capacity of 12 litres and made from AISI 304 stainless steel, it is designed for intensive use while resisting corrosion and chemical attack. Its metal casing coated with epoxy paint provides increased protection against demanding working environments.
Temperature control is provided by a microprocessor-controlled electronic system, allowing fine adjustment and high thermal stability. The temperature range extends from ambient temperature +5 °C to 100 °C, with an accuracy of ±0.15 °C at 37 °C and a uniformity of ±0.25 °C. The backlit LCD display shows the selected and measured temperatures in real time, providing a clear and continuous reading.
The Bath D B112-DE is equipped with a heating element made of a special stainless steel alloy that is particularly resistant to heat and corrosion, ensuring rapid and uniform temperature rise. An integrated timer facilitates the management of thermal cycles, while an automatic restart system allows the parameters to be resumed in the event of a power failure, ensuring continuous operation without constant monitoring.
Safety is enhanced by a double thermostat: a device automatically cuts off the power supply in the event of insufficient liquid level or temperature exceeding the set limit, while an audible and visual alarm signals any anomalies. An overheating protection function limits the bath temperature to 5°C above the set point and triggers an automatic shut-off to prevent damage. The high temperature indicator, which activates at 45°C, also protects the user from the risk of burns.
Practical and ergonomic, this bath is equipped with a drain valve for easy water drainage and side handles for easy transport.
Thanks to its robust design and integrated safety features, the Bath D B112-DE is the ideal choice for laboratories looking for reliability and precision in the thermal management of their samples.
