HDATS or High Discharge Air Temperature Switch will protect your air compressor from the breakdown in case of high discharge air temperature.
It is most important to prevent your Air Compressor from the breakdown. Because breakdown not only increases maintenance cost but also suffers your Engineering Production.
Here HDATS will help you in this case.
You have to bear production loss due to the breakdown of the machine. Many safety switches like LOPS, LCWPS, HDATS, etc. are installed for the safety of an air compressor.
Out of these safety switches, I will share the information on HDATS with you. Hope you like it.
If the temperature of discharge air is more than the requirement, it could stick the piston inside the cylinder.
A working HDATS will safeguard your compressor from this problem.
An INDFOS Make RT-120 high discharge air temperature switch is normally used for the safety of the Air Compressor.
This switch has two meters long capillary connecting the switch and the bulb, with a thermowell to fit the bulb.
Fit the thermowell in the air discharge line in the direction of discharge airflow in an angular direction. This must be in between the compressor and AFTER-COOLER, closer to the cylinder discharge.
So the discharge air temperature safety can be done.
If it has to monitor the air temperature before AFTER-COOLER. Fit the HDATS after the AFTER-COOLER, if it is to monitor the air temperature after AFTER-COOLER.
HDATS has to be set to some high value which is recommended by the manufacturer. Hence it is essential to set the temperature switch outside in an oil bath.
It is having a steady required temperature at the switch to be set.
Keep the differential set at zero, and connect an Ohm meter across the Normal closed (NC) contact of the switch. Immerse the bulb and thermometer in the oil bath, and keep stirring.
Set the high Discharge Air Temperature Switch at 170-degree centigrade, on the main scale.
Control the steady temperature of 170 degrees centigrade of an oil bath, now close contact of a switch should change & the Ohm meter pointer should show infinity, if not, reduce the setting till the contact changes to open.
Increase the temperature setting if the contact opens before 170-degree centigrade till it closes and opens. Now the switch is set at 170-degree centigrade.
Your Air compressor is safer if you provide more safety devices.
It is not possible to install all the safety due to cost or technical problems but still, I recommend installing Low Oil Pressure Switch, Low water Pressure Switch, and High Discharge Temperature Switch & Motor Overload Relay.
These four safety switches are essential to running your Air Compressor without trouble.
After setting the switch, install it near the thermowell, fill compressor oil in the thermowell and insert the bulb of the temperature switch slowly.
Wire the control cable in the control panel to Normal Close (NC) Contact the switch.
Confirm the setting once again by heating the oil bath after the oil attains the ambient temperature or take fresh oil & continue the process.
So, Here you find the Best Engineering Resources for further details
To get the more details about the topic, I further recommended reading
If you like the post, share it with your friends or also on social sites.
Energy conservation may be the best solution to fight the energy problems we are facing today. It will also help…
In engineering, geothermal energy definition is “The heat energy generated and stored in the Earth”. The prefix “Geo” is a Greek word, meaning…
Tidal power or tidal energy is an alternative energy source of hydropower from which you can generate electricity. As tidal energy doesn’t produce any…
Hydroelectric Energy is almost all clean energy sources compared to all other renewable energy sources. Where Nuclear Power generates radioactive waste or wind energy generates…
There are some alternative energy sources available to cope with the increased demand for electricity. These alternative energy resources are…
Green Energy means not the color of energy. Green energy is that source of renewable energy which you can use again and…