Stainless Steel Water Bath 28-SWB102

Stainless Steel Water Bath 28-SWB102

Stainless Steel Water Bath is a microprocessor controlled water bath with chamber volume capacity of 30 L, providing precise and constant temperatures within a range of RT (5°C ~ 99 °C). Equipped with a digital display for visual monitoring of the parameters and timing function for optimization of operating schedules. Features audible and visual alarm for over and under temperature, protecting samples at set temperature. Inner and outer stainless steel chamber is easy to clean and benefits chemical and corrosion resistance.

Specifications

Chamber volume 30 L
Temperature range RT ( + 5 ℃ ~ 99 ℃ )
Temperature stability ± 0.5 ℃
Timing range 1 ~ 999 min
Controller type Digital
Power consumption 1000 W
Power 220 V ; 50 Hz
Internal dimension ( W x D x H ) 600 x 300 x 160 mm
External dimension ( W x D x H ) 760 x 340 x 190 mm
Gross Weight 40 Kg

Features

  • Stainless-steel bath chamber with corrosion-resistant construction
  • Uniform heat distribution via integrated circulation mechanism
  • Digital controller with visible temperature setpoint readout
  • Adjustable temperature control for routine thermal applications

Applications

FunctionImplementation
Sample heating supportMaintaining target temperatures for research samples
Laboratory incubationSustaining steady heat during incubation tasks
Controlled process heatingProviding uniform thermal conditions in chemical workflows
Equipment conditioningWarming apparatus prior to experimental use

Related Models Of Stainless Steel Water Bath

Lab Expo Stainless Steel Water Bath supports daily laboratory heating tasks where stable temperature control and durable build are required for continuous sample processing. The unit operates with microprocessor-based temperature regulation and a stainless steel chamber to maintain uniform heating and corrosion resistance. Digital monitoring and timing functions manage operation, while integrated visual and audible alerts ensure controlled, uninterrupted temperature performance.