1. Design criteria :

The real criteria to consider when planning the instrument are the angle of the sun oriented gatherer with ground must be consistent, and the solar collector must rotate somewhere around 30 and 50 degrees
So as to keep the point of the solar collector constant with the ground an unbending bolster must be set up that does not fluctuate with the pivot of the sun powered gatherer, and to make a system that turns somewhere around 30 and 50 degrees the right lengths of the connections in the component must be ascertained.

2. Discussion and Interpretation of results:

In the wake of finishing and overhauling the outline, the last plan accomplished is a four-bar grashof component. The lengths of the connections were computed keeping in mind the end goal to accomplish development of the yield interface between the required angles. A three dimensional model of the whole system was made and it checks that the development proposed is gotten by utilizing the measurements procured as a part of the calculations. Once an initial design was delivered, safety elements and in addition outline quality were considered and talked about. The transmission angle was calculated to demonstrate that it falls inside worthy qualities. The weight of the solar collector is likewise considered and the outline reflects utilizing unbending backings for connection and in addition a caster between the coupler and rocker to manage the heaviness of the authority, and with a specific end goal to accomplish more prominent control of the system, the information connection is a rigging and serves as a state of connection for the motor.
The last outline mirrors an aggregate gathering of free thoughts by individuals from the group, and a sound, target plan that satisfies every essential prerequisite exhibited in the issue explanation has been accomplished

3. Engineering Safety
The design team should apply an integrated approach, including work process analysis and hazard recognition to develop solutions that provide healthy built environments, having no undue physical stressors, as well as meeting other project requirements. In addition, consideration of HSW issues should be an integral part of all phases of a building’s life cycle: planning, design, construction, operations and maintenance, renovation, and final disposal.
• Provide designs that eliminate or reduce hazards in the work place to prevent mishaps and reduce reliance on personal protective equipment.
• Prevent occupational injuries and illnesses.
• Prevent falls from heights.
• Prevent slips, trips, and falls.
• Ensure electrical safety from turn-over through Operations and Maintenance. Modifications must be in conformance with life safety codes and standards and be documented.
• Eliminate exposure to hazardous materials (e.g., volatile organic compounds (VOCs) and formaldehyde, and lead and asbestos in older buildings).
• Provide good indoor air quality (IAQ) and adequate ventilation.
• Analyze work requirements and provide ergonomic work places to prevent work-related musculoskeletal disorders (WMSD).
• Perform proper building operations and maintenance.

4. Electric motor 120/230 V ,60 Hz Information :

Electric motors, both single and three stage, are intended for running on a predefined control recurrence. Yet, once in a while we may utilize a “wrong” motor on the power supply.

Acceptance motor

The essential, RPM is in direct extent to Hz. On the off chance that you diminish the power supply recurrence, the motor will back off. Despite what might be expected, in the event that you increment the recurrence, the engine will accelerate. The RPM change is relative to the Hz change.

60Hz motor will run 20% slower on 50Hz power supply

This additionally brings about 20% less power. Essentially, running the electric machine slower more often than not implies it will request less power. That is great, as the motor likewise diminish 20% of its energy, and the chilling fan is moderate off as well. Yet, the basic variable here is the V/Hz proportion. It goes up 20%! Not great. This implies amid parts of each electrical cable cycle the attractive structure of the motor will most likely be over-burden.

The main plan of action here is to amend the V/Hz with the variable esteem that is anything but difficult to change – V the voltage. Bring down the voltage with a transformer to redress the V/Hz proportion

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