Gram tööstuslik õhufilter halli metallkorpusega ja külgmiste kinnitusklambritega

Oil Separators

OUF Series Liquid Separator

Töödeldav õhutemperatuur maks. +35°C juhitakse läbi tangentsiaalsete sissevõtuavade, mis aitavad toru toimele kaasa. Õhk filtreeritakse läbi pestava poorse filtri.

Washable filterAir is filtered through a washable porous filter, which can be washed or replaced at appropriate intervals.
Liquid CollectionThe separated liquid collects at the bottom of the OUF and can be directed back into the machine or drained out through the tap.
Easy installationThe device is mounted on the wall using two fixing points and connected to the piping system via inlet and outlet connections.
Bayonet mountThe liquid bath is secured with a convenient bayonet mount.

Processed air at temperatures up to +35 °C is directed through tangential intake openings that support the tube's operation. The air is filtered through a washable porous filter. The liquid collects at the bottom of the OUF, from where it can be directed back into the machine or drained out via a valve.

The liquid tank is secured with a bayonet mount. The filtered air is directed out through the outlet connections, which are connected to the upper end of the piping, and it can be routed to standard ventilation.

SIMPLE CONNECTION AND OPERATION

The OUF is easy to mount on a wall using two mounting points and to connect to the piping via the inlet and outlet connections. The separated liquid can be allowed to flow back into the machine or removed using the liquid tank's valve. The filter is replaced (or washed) after a suitable interval.

BENEFITS OF SEPARATING ATOMIZED OIL FROM THE MACHINE

Reduced hazardous effects on the skin and respiratory tract.

Reduced risk of slippery floors (from liquid dripping out of the piping) and the associated risk of accidents.

Fire hazard and damage to electronics caused by oil aerosols are minimized.

Cleaning and maintenance costs are reduced, as oil accumulation in the piping and on surfaces is prevented.

Energy consumption is reduced, as the airflow speed in the ventilation ducts can be lowered when it does not contain heavy oil particles that must be kept airborne, and atomized oil does not accumulate on light sources.

To select the most optimal device – taking into account the airflow strength, the type and volume of cooling lubricant, operating time, etc. – please contact us.

Maximum temperature of the air being processed+35°C
A Safer Working EnvironmentReduces harmful exposure to skin and respiratory tract.
Reduced slip riskReduces the risk of slippery floors and the associated risk of accidents.
Reduced risk of fire and equipment damageFire hazard and damage to electronics caused by oil aerosols are minimised.
Lower maintenance costsCleaning and maintenance costs are reduced, as the accumulation of oil in the piping and on surfaces is avoided.
Reduced energy consumptionEnergy consumption is reduced, as the airflow velocity in ventilation ducts can be lowered in the absence of heavy oil particles.
CNC töötluskeskused ja treipingid
Freesimis- ja puurimismasinad
Hammasratta töötlemine (hobbing, grinding)
Minimaalse koguse määrimine (MKM/MQL)
Eelfilter enne OUK mitmeastmelist vedelikuseparaatorit
Tsentraalsed aspiratsioonisüsteemid

Common questions about this product.

Frequently asked questions

What is the maximum temperature of the processed air for the OUF separator?
The processing air temperature is a maximum of +35°C.
How is the accumulated liquid handled?
The liquid collects at the bottom of the OUF, from where it can be directed back into the machine or drained out of the liquid tank using the tap. The liquid tank is secured with a bayonet fitting.
How is the device installed and connected to the piping?
The OUF is easily mounted on the wall using two mounting points and connected to the ductwork via the inlet and outlet connections. The filtered air can be directed to the standard ventilation.
What maintenance does the filter require?
The filter is a washable porous filter that is replaced or washed at appropriate intervals.
What are the main advantages of separating atomized oil from the machine?
Harmful effects on the skin and respiratory tract are reduced, the risk of slippery floors is decreased, fire hazards and damage to electronics are minimised, and cleaning, maintenance and energy costs are lowered.

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