The air cooler equipment usually works when temperature is higher than 20 0C during cable blowing with cable blowing machines together. So, this equipment is working with the compressed air which is coming from compressor. Also, compressed air is working the air motor which turns the fan. Therefore, fan is cooling air that goes to the cable blowing machine and duct.
If you do not have a cooler, then high temperature may damage your duct. Also there will be more friction between cable and duct. These thing effects your blowing distance.
Air Cooler remarkably effects and increases the “blowing” performances and protects the cable from the high temperature with the cooling feature of this accessory when climate temperature exceeds 20°C. Thus, this accessory is highly recommended to increase safe cable blowing distance. Also your can increase the installation speed, and reduce the potential of cable damage due the negative impact of high heat on cable outer jacket.
Air after coolers are important when using cable blowing machines, also known as jetting machines, to blow cables into ducts because they help to reduce the temperature of the compressed air used to propel the cable. Compressed air is heated during the compression process, and this heat can cause damage to the cable and the blowing machine over time if not properly cooled.
By reducing the temperature of the compressed air, an air after cooler helps to prolong the lifespan of the cable and the cable blowing machine. Cooler air is less likely to cause damage to the cable, and it can also help to reduce the risk of overheating or other problems with the cable blowing machine. Additionally, cooler air can help to increase the efficiency of the cable blowing machine, allowing for faster and more efficient cable installation.
Another important aspect of air after coolers is that it helps to remove moisture from the compressed air. Moisture in the compressed air can cause damage to the cable and the blowing machine over time. Air after coolers use heat exchangers to cool the compressed air and remove moisture, preventing corrosion and other problems caused by moisture.
In conclusion, air after coolers are an essential component when using cable blowing machines to install cables in ducts. They help to reduce the temperature of the compressed air, prolonging the lifespan of the cable and the cable blowing machine. They also help to remove moisture from the compressed air, preventing corrosion and other problems caused by moisture. Upcom Telekomunikasyon’s air after coolers are designed and manufactured to the highest standards to ensure they are reliable, efficient and provide optimal performance.
Air-air ex-changer using the climate air for cooling cable. The pressurised air drives the fan which propels the climate air. This machine should be between the air-compressor and the cable blowing machine. It keeps the temperature of compressed air to around 10°C above the climate temperature avoiding the issues caused by overheated air. Without air cooler, the temperature of compressed air exiting the compressor is around 35°C above the ambient temperature. Warm air above 55°C, is extremely softening the cable jacket and also the duct wall, thus increasing the coefficient of friction between cable and duct. This will result in a lower installation speed, shorter installed cable lengths and increased risk of duct bursting.
Air Cooler Dimension is 74cm *45 cm *52 cm.
Weight is 40 kg
Equipment is filtering moisture in the compressed air.
Fan is starting or stopping by the vane with handle.
Air motor is using 0.2 Meter cup / minute air and working on 6 bar.