Recent content by GANESH SHETTI

Oops! My bad... Topmost tip of the crane to lowest tip of the factory ceiling/ structure is approx 50 mm. You can refer to the attachment for your kind reference. I am Training.

Thank you for replying, It doesn't matter if i don't get the exact solution. The reason I post here is to get some random thoughts related to engineering problems from strangers who are good at physics. Its an open ended problem for you guys, any answer or reply is welcome.

PROS AND CONS OF INSTALLING AN EOT CRANES IN A LIMITED SPACE FACTORY. Capacity of the crane is 10 TON, SPAN is 27.6 meter, 4x10 Ton Cranes for 125 meter bay. The space limit in the factory is 10.5 meters. There is a 9 meter steel post at the center of the factory (part of a machine). The crane...

Thank you so much! :)

Greetings Sir, I have a motorized RTS roller shutter (which can be controlled by both hand held remote controller Or wall switch) . The thing is when the motor detects an object, it will put its entire weight on the object and then stop (which means it will suffocate that "object"). Hence we can...

Machine A --- 160 kW motor power --- One motor --- pulling 8 mm steel wire at 7 meter/second speed --- working 20 hours/day --- 25 days/month --- producing 2700 tonnes/month (given by manufacturer) Machine B --- 129 + 129 kW motor power --- Two motors --- pulling 8 mm steel wire at 7...

What is the concluding factor for these machines?

Nikola Tesla was an extensive thinker, he had thoughts beyond dimensions. He had intuitions regarding converting the mechanical energy (free energy) i.e. for ex: rotation of Earth into electrical energy through his wireless transmission tower. This is my intuitions I did not read it anywhere he he.

What makes you say that? Answer: there are 2 motors 129 kW each...129+129=258 kW which is less than 160 kW. Again, it depends on if you run them at different speeds or if the 160kw motor is undersized. Answer: 129+129 kW motor VERSUS 160 kW motor. Ok so if you consider speed which machine would...

A rotating block/capstan is mounted on a bearing. The motor rotates the block and the block pulls the steel wire. The speed of the motor can be controlled by a regulator/control system. In machine number 1 I have 1 Block/motor (160 kW) pulling the steel wire and in machine number 2 I have 2...

Electric motors

A rotating block/capstan is mounted on a bearing. The motor rotates the block and the block pulls the steel wire. The speed of the motor can be controlled by a regulator/control system. In machine number 1 I have 1 Block/motor (160 kW) pulling the steel wire and is machine number 2 I have 2...

Let us assume same speed. which case is better in terms of pulling force and productivity and maintenance. Thank you

This is related to steel wire pulling machine. I have 2 cases. In CASE-1: ONE MOTOR 160 kW AND CASE-2: TWO MOTORS 129 kW Each. i.e 2x129 kW Which case would have an efficient pulling force and efficiency Case 1 or Case 2.