SBH130 heating block: precision and safety for laboratories
The SBH130 is an analogue heating block developed to meet the essential needs of laboratories for sample heating. Thanks to its simple and efficient design, it allows precise temperature control while remaining affordable. This model is particularly suitable for heating test tubes, microcentrifuge tubes, cuvettes and microtitre plates, offering a versatile solution for various scientific applications.
The SBH130 stands out for its ability to reach a maximum temperature of 130°C while maintaining remarkable thermal stability. At 37°C, stability is ±0.1°C, and uniformity within the block is also ±0.1°C. Even at its maximum temperature, uniformity remains excellent with a variation of only ±1°C. These characteristics ensure consistent conditions for samples, reducing the risk of variation and ensuring reproducible results.
Analogue control and integrated safety
One of the major advantages of the SBH130 is its analogue control system. Unlike more complex digital models, the temperature is adjusted simply by turning a knob, making it easy to use even for novice users. This design choice also allows the product to be offered at an economical price without compromising quality or performance.
To enhance safety, the SBH130 is equipped with a " Hot " indicator light that flashes when the block temperature exceeds 50°C. This visual alert allows users to handle the device with care, reducing the risk of accidental burns. This feature is particularly useful in fast-paced or shared work environments, where multiple people may use the same equipment.
Compact design and energy efficiency
Measuring 235 x 280 x 115 mm and weighing only 2.1 kg (without blocks), the SBH130 is easy to integrate into any laboratory space. Its compact size allows it to be used on crowded benches, while remaining stable and robust.
The heating block is powered by 300 W and operates at a voltage of 230 V at 50 Hz. It has an IP31 protection rating, ensuring minimal resistance to liquid and solid particle intrusion. These technical specifications make it a reliable device for everyday use in the laboratory.
