The performance that the automatic drainer should have.
The floating ball Automatic Drain with zero pressure loss has a large capacity and can drain the condensed water in time. Improve the working efficiency of condensate.
The importance of air compressor systems to the industry is increasing day by day. Automatic drains are an indispensable link between the equipment of the air compressor system. The automatic drains should have the following functions:
1. Energy saving: only drainage, no exhaust;
2. Efficiency: word displacement, low frequency of action, long service life;
3. Reliability: It is best not to have movable parts in the water storage tank. Because condensation is corrosive, there are no movable components in the water tank, which can reduce the failure rate and improve the reliability.
4. Safety: The automatic drain is the smallest accessory in the air compressor system, but it affects the operation and application quality of the overall air compressor system.
As we know, auto drain play very important part on whole compressed air system. No matter on the bottom of air receiver, water separator or air filter.99.73% condensate will be discharge by auto drain which can save manual operation time and more efficienty.
Product Introduction
>The drain housings are made of first-class aluminium alloy materials through die-casting technology, strong and tight, surface is plastic-sprayed, can resist corrosion by synthetic lubricants of air compressor.
>Easy to install and clean, no noise and compressed air loss, running safely. Better to clean drain bodies weekly to guarantee better drainage effect and less blockage.
>Originated from the automatic draining design of the freestyle float ball, YUKA drains are free from electricity, safe, low carbon, environment friendly and really help our end users save costs.
Working Principle
Drains are designed with float ball drain system.
The outlet of the drain will close and stop draining if the draining buoyance is smaller than the float ball's weight and the pressure from the compressed air.
It will have a trickle of drainage if the float weight and pressure are balanced.
It will open and start draining if the draining buoyance is greater than the float ball's weight and the pressure from the compressed air. It works cyclically according to the buoyance.
Parameters Table
| Model No. | Inlet | Outlet | Max.working Pressure | Min.working Temperature | Max.working Temperature | Starting value of Liquid emission | Max.liquid Discharge Capacity | Dimension(mm) |
| W (width) | D (depth) | H (height) |
| HAD10B | RC1/2" | Φ6 | 1.0Mpa | 1.5ºC | 85ºC | 22 ml | 84 L/H | 79 | 75 | 112 |
| HAD20B | RC1/2" | RC1/2" | 1.0Mpa | 1.5ºC | 85ºC | 72-75ml | 400 L/H | 134 | 108 | 180 |
| HAD30B | RC1/2" | RC1/2" | 1.0Mpa | 1.5ºC | 85ºC | 91-93ml | 800 L/H | 172 | 107 | 180 |
Why choose our YUKA drain
>Zero Pressure Drop ,save valuable compressed air
>Discharge the condensate liquid effectively
>Protect downstream equipment from being damaged by condensate liquid
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