Monthly Archives: December 2017

What are Timing Belts and Timing Chains?

You must have heard advice from your family or friend when you had bought a car to makes sure when the timing belt was done, but did you ever realized what timing belt is? It is essential in a car to about the purpose of the timing belt and also that when it was last changed.

Both of them performs the same function; they need to connect the camshaft and the crankshaft to keep them rotating in a sync. Despite having the similar functionality both are different component. They both have the benefits and disadvantages. They are not visible when you open the bonnet of the car as they are sheltered by the metal or plastic cover to watch them from debris.

The engine is fundamentally split up into two parts; one is the top part and the bottom one. Both the parts of the engine must rotate precisely on time with each other. And this is the accountability of the timing belt or chain to make sure that it happens without any malfunction. If it so happens that the timing goes out of sync only for a couple of degrees the engine will start showing symptoms like:

•    Miss-firing from intake or exhaust

•    Rough running

•    Difficult starting

•    Lack of power

•    Overheating

Timing belts Vs. Timing chains:

Timing belts:

It is made up of rubber which is reinforced with steel wire. It is flexible and there, is no metal contact it eliminates the need for any lubrication. The manufacturer recommends that there should be changing the timing belt between every 60,000 to 100,000 miles, you can ask the manufacturer for the exact recommendation to do so. The water pump can be replaced at the same time as the belt because it has done as much work as the belt.

Timing chain

It is made up of metal and resembles the chain as that of a motorbikes or bicycles. The chain also needs lubrication by engine oil. As a general rule, it only needs to be changed when it is giving specific problems. So the main benefit is that it lasts for long. It also makes louder noise while working.


v belt pulley manufacturers company

Changing the V Belt Can Reduce your Electrical Bill

With the present expanding vitality costs everybody is searching for an approach to have vitality proficient frameworks, yet do you realize that you can likewise enable lessening this expenses by changing your V belt drive to synchronous drive?

The present ventures spend around 70% of the vitality running electrical engine frameworks, so the undeniable activity will be transform them to new energy proficient units, right?. Indeed, the appropriate response is: not generally; as this will be a high expenses and long down time on generation.

A high proficiency unit or framework is one that has the capacity of transmitting the most power with less electricity loss. What we find in the business is that the most widely recognized type of vitality misfortune is warm, which is produced by erosion.

In this way, we are coming to the heart of the matter. As a V belt works, it goes in a cycle from the pulleys to the straight segment and again to the pulleys and all the while, contact is created and delivers warm. Since consistent V Belt don't twist effortlessly, they deliver a higher measure of warmth if contrasted and cogged belts or timing belts, which will twist effectively, producing less contact, traduced in less warmth, which means less vitality misfortune.

V belt manufacturers company claims V belts perform at 93% of effectiveness if appropriate kept up while timing belts perform at 98% of productivity. How we traduce that cash to make it additionally fascinating. We should expect we have a 10HP electric engine that runs 7500 hours for each year and the cost of vitality is $0.0696 per KWh (Average cost for Electricity in USA Industrial division January 2014).

v belt pulley manufacturers company

If we are using v-belt drive, the efficiency is 93% If we are using synchronous drive, the efficiency is 98%
KW Consumed=(.746*10)/.93 KW consumed=(0.746*10)/0.98
KW Consumed=8.02 KW consumed=7.31
Energy Cost=7500*8.02*.0696 Energy Cost=7500*7.31*.0696
Energy Cost=$ 4,186.44 Energy Cost=$ 3,815.82