PARKER 934330T Hydraulic Tank Desiccant Breather, 5 psi Max. Pressure

Parker 934330T hydraulic tank desiccant breather is a disposable reservoir breather used in hydraulic systems that experience high humidity and temperature swings. It can be added to existing hydraulic systems to remove moisture from incoming air. This breather is ideal for gearboxes, transformers and paper & pulp processing equipment.

Features:

• Parker 934330T hydraulic tank desiccant breather absorbs moisture from the air as it enters a hydraulic tank / reservoir / container / other components.
• It has filter pads for contaminant removal and foam pads to keep the removed materials in place.
• This breather has enhanced seals to eliminate chances of flow bypass.
• It features polypropylene casing for excellent shock absorption.
• This breather is equipped with a polyester filter to reduce air contamination to 3-micron absolute.
• Its domed cap accounts for better wash-down runoff.
• This desiccant breather has foam pads at the bottom to absorb oils and mists.
• It has 8 air intakes to provide a steady flow of air into and out of the TriCeptor.
• This breather has an integrated nylon standpipe to provide vibration resistance.
• It has polypropylene housing to provide shock absorption.
• This breather's external ribs provide a grip for easy installation.
• It has a threaded mounting system at the bottom to easily replace the breather cap with a multi-fit connection.

Compatible Accessories:

• Parker Field Adapter: These mounting adapters are ideal for connecting the breather to hydraulic tanks or reservoirs.
• Parker Flange Adapter: These adapters are useful in mounting the breather to reservoirs.

Frequently Asked Questions:

Q. What is the operating temperature range of this product?

A. -20 to 200 degrees Fahrenheit.

Q. When should the filter be replaced?

A. The filter should be replaced when the desiccant colour changes from blue to pink.

Q. What is the maximum flow rate that this desiccant breather can withstand without compromising efficiency?

A. 16 SCFM.