Although it may seem unconventional, I recently encountered a situation where a worker was constantly exposed to direct sunlight on a project for a month. To prevent him from quitting, I remembered seeing similar setups on cranes from the 70s and 80s in sunny states like Florida and Arizona. So, I decided to remove the back glass, replace it with plywood and a window A/C unit, and installed an LP generator on all five cranes for under $450 each. With temperatures expected to reach 100 degrees tomorrow, I can't help but chuckle at the creative solution we came up with.
It is important to prioritize what needs to be done. I am certain that the operators will value your efforts. Thank you.
When it comes to this situation, it's more about making do with what you have rather than relying on fancy AC solutions. Both of the vehicles only have a basic engine and lack the necessary components for a traditional AC system. To solve this issue, you can simply improvise by installing a window unit in the rear cab window and securing a generator. This makeshift solution may not be ideal, but it's a simple, cost-effective, and efficient way to stay cool on the road. :drinkup
Answer: - The solution was inspired by setups seen on cranes in sunny states like Florida and Arizona from the 70s and 80s. The back glass was removed, replaced with plywood and a window A/C unit, and an LP generator was installed on all five cranes for under $450 each.
Answer: - The implementation was driven by the need to prevent a worker from quitting due to constant exposure to direct sunlight on a project for a month.
Answer: - The components include removing the back glass, replacing it with plywood and a window A/C unit, and installing an LP generator on all five cranes for cost-effectiveness.
Answer: - The solution was effective in addressing the challenge of high temperatures, with the temperatures expected to reach 100 degrees the next day.
Answer: - The solution was implemented for under $450 each for all five cranes, showcasing a cost-effective approach to addressing worker comfort and safety in hot conditions.
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