We monitor the efficiency of marine engines and power sin no modification of electrical or mechanical installation currently existing.
Monitoring of the efficiency / performance of the engine in function of the % of load
Allows ramps monitoring with ramps motor of up to 600 km/s
Accuracy of 0.01 %
Allows monitoring of jumps load
Full characterization of heat exchangers
CE&Adv introduces a new product called ARMAX Heat Exchanger that corresponds to the full characterization of heat exchangers existing and functioning.
Knowing the process variables
- Inlet and outlet temperatures of the fluid-primary
- Inlet and outlet temperatures of the secondary fluid
- Flow rate of secondary fluid or primary
- % of control valves
- Physical characteristics of the fluids
- Basic data for the design of the heat exchanger as exchange surface, number of tubes, pipes, etc
Allows you to know and monitor in real time the complete characterization of the heat exchanger
- Duty real and instant exchanger
- Average temperature logarithmic LMTD
- Global coefficient Or heat transfer W/m2C
- Coefficients of convection real inside and outside of the tube W/m2C
These parameters are a fundamental tool in the optimization of the heat exchanger
- Thermal resistance of the tube wall to the heat transfer
The variation of this parameter is very important since it determines the dirt, existing on both sides of the tube
- Temperatures of the film on both sides of the tube of the heat exchanger
All these results of the characterization of a heat exchanger are the result ofl analysis continued the dynamic response of the heat exchanger (ARMAX) + the continued operation of a Network Neurological Artificial (ANNs) iteratively with a factor of learning allows you to calculate, in principle, would be incalculable.