The curve shows the rapid response of the Tango Nuevo. The 1 litre reactor content starts at 0°C and within about 7 minutes reaches 20°C. A simulation of 200W was performed by an electric immersion heater. The DWTherm (jacket) temperature increases at 10 K/min. Despite the steep... read more
The curve shows the performance of a Tango Nuevo working with a 1 litre reactor. The performance is enhanced with M24x 1, 5 hoses. The higher flow improves the heat transfer coefficient on the surface of the reactor. The combination of high flow and low pressure, yields both performance and control benefits. Process temperature... read more
The cooling power is transferred optimally from the unistat 405 to the process. The combination of power and control is evident.. The near vertical curves between 20°C and -30°C show energy being pulled from the reactor... read more
The curve shows the performance of a Unistat 705 working with a 1 litre reactor. The performance is enhanced with M24X1, 5 hoses. The higher flow improves the heat transfer coefficient on the surface of the reactor. The combination of high flow and low pressure... read more
The combination of power and control is evident in the curve shown above. Process temperature gradients of 0,7 K/minute are achieved due to optimal combination of low internal volume and optimal heat transfer. This is acrhieved with the... read more
The curves shows the performance of a Unistat 650w working with a Huber RG 12 KW resistance heater. The True Adaptive Control (TAC), continually learns and adapts. Illustrated here, a sudden load of 12 kW was switched on and the (TAC) responds perfectly... read more
