Dry Block Thermostats YKTG EvaPor ©
A range of devices for heating, thermostatting and evaporating samples.
Operating principle of the thermostat
The thermostat tube stand is made of an alloy with a high heat capacity and thermal conductivity, which ensures a stable temperature distribution and rapid heat transfer to the samples. Thermostat tube stands are produced on an automatic CNC complex, which allows modeling the shape and number of holes required for the task. The tube stand is installed into the tray of the thermostat heating element. The operation of the thermostat is controlled by an adaptive electronic unit, which allows additional tuning of the device under specific conditions, providing increased accuracy and convenience in operation.
Thermostat EvaPor 30
- Number of simultaneously thermostated samples: 30
- Test tube socket diameter (basic equipment): 16 mm
- Operating temperature range: 40-99 °C
- Power consumption: 400 W
- Power supply voltage: 220 V
- Overall dimensions of the thermostat*: 240х290х80 mm
*The thermostat holder can be designed in any configuration
Thermostat EvaPor 80
- Number of simultaneously thermostated samples: 80
- Test tube socket diameter (basic equipment): 16 mm
- Operating temperature range: 40-99 °C
- Power consumption: 850 W
- Power supply voltage: 220 V
- Overall dimensions of the thermostat*: 430х370х370 mm
*The thermostat holder can be designed in any configuration
Application area
YKTG EvaPor solid-state thermostats are successfully used in analytical and research laboratories of various industries. If it is necessary to heat, thermostat or evaporate samples, a thermostat is the optimal solution due to its ease of operability and high productivity.
Advantages of YKTG EvaPor Thermostats
- High speed of heating;
- Process controllability;
- Reliability;
- Ease of operability;
- Low weight, compact size;
- Possibility to use an unlimited number of tube stands;
- Possibility to order a tube stand customized for specific tasks;
- Flexible configuration allows choosing the optimal solution.
