Research for the Realization and Testing of an Adaptive, Programmable Dosing System for Hydro Electrolytic Balancing (SDAEH)

This work presents an adaptive-programmable system based on an infusion pump for hydro electrolytic dosing in the case of specialized interventions (emergency services) in environmental climatic conditions $\left(-20^{\circ} \mathrm{C}+40^{\circ} \mathrm{C}\right)$, performance tests and properties functions of the SDAEH system under laboratory or car transport conditions. Functional parameter testing was done in accordance with the European techniques set out in BS EN 60601-2-24:1998, taking into account different variants where appropriate. For each test, a new administration set was used in accordance with the environmental and climatic conditions. The parameters specific to infusion pumps, such as: constant index, process recovery time, pump bolus size, pump negative bolus size, are new concepts and are variants proposed by the IEC 60601-2-24 standard. Algorithms used for their calculation can be modified by existing specialized staff. For all tests, only one pump and a limited number of disposable accessories were tested. The results are a measure of the performance of a single pump. They cannot be assumed by other devices or the same type of pump even if they have identical functionality. A new set of re-administration devices should be used for each test. During this stage, a series of performance tests and functional properties of the SDAEH system were performed in laboratory conditions using the existing electronic equipment.