IMPLEMENTATION OF THE TELEMETRY SYSTEM AND WELL TO WELL TELECONTROL AT THE TLAHUAC BRANCH, FIRST STAGE, FEDERAL DISTRICT, TO RUN IN THE FEDERAL DISTRICT.

• Physical lifting to each of the wells where the works were carried out (well No. 1 to Well No. 5 and No. 7 to No. 12) to know the physical characteristics of the environment, both inside and outside the premises.

• It was carried out as precisely as possible, with qualified personnel and with all the elements and tools necessary for the result obtained was the most faithful and attached to the reality.

• were located in the most optimal zone, taking into account the actual dimensions of each one of the elements or equipment to be installed, as well as the best option to besiege the pipes, because in this physical uprising was able to locate all the necessary elements that could help or interfere in the installation of equipment to be placed (instrumentation equipment , control and communication) such as: Closed and/or active records whether circular, rectangular or square, physical lands, closed and/or active pipelines, whether they are of force or hydraulics, poles of light, exits of rainwater, high tension, low tension, transformer, saddles, Wells closed, well active and train of discharge, in addition to these elements it was able to establish the heights of perimeter blind walls , low walls, walls and changes of level with their respective levels of finished floor in order, I repeat to help as much as possible to find the best option in the location of the equipments to install with their relative canalizations.

• Identification and analysis of existing transient events or factors that promote them in the future, obtaining a prognosis to carry out the mitigation of this problem or in their case to determine solutions to avoid the emergence of new events that generate serious consequences.

• Installation of control systems, such as flow sensor and level sensor.

• Civil works for the installation of control and power supply

• Construction of niches to accommodate UTR .

• Foundations and mount for the installation of communications tower

• Installation of control equipment

• Supervision, coordination and planning of events for the implementation The Telemetry System

• Monitoring and management of documents generated during the jobs

• Commissioning equipment of instrumentation, control and communication

• Calibration of in operation tests of the equipment installed

• Readjustment electromechanical in the pumps that allowed an increase of flow to a lower power consumption and increasing the hydraulic efficiency through a reduction of transient.

• Calibration of the accessories for the current conditions that the system presents.

• Implementation of telemetry and tele-control in each well, which increased and streamlined response capacity. Due to the operation, reading parameters and execution of several tasks and verification that all the pumping equipment was working properly was done manually, there were delays in both time and operation.

• With the implementation of the system of telemetry and tele-control was projected to reach the highest levels of efficiency in the operation of the stub Tláhuac Nezahualcoyotl: Wireless signals emitted by each one of the wells, thanks to the teams of instrumentation, control and communication installed on them and including the visualization systems installed in the master station PAI South and at the station sub teacher Tank The boiler, are directed toward a relay antenna which is located in the well No. 1 The leg Mixquic, which in turn sends these signals both to the master station PAI South, as in the station sub teacher Tank The boiler, receiving collecting and interpreting the data received, manages to keep monitored and controlled remotely, long-distance and in real time each of the events both negative and positive that occur in the sites; prolonging the life of the stub and allowing to take advantage in case of raise some event negative, since it is possible to correct with preventive maintenance, before it becomes a corrective maintenance, without affecting the water supply, achieving this way to be able to provide the required demand.