121288 FF 30/30 filter element by Donaldson
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The Donaldson 121288 FF 30/30 filter element is designed for use in 90s series fine filter FF housings, specifically for Case Type 0576 No. 3. This deep filter element is engineered for separating particles as well as oil and water aerosols from compressed air or gas systems. It achieves a high separation rate of 99.999% based on 0.01 µm. In operation, the 121288 element delivers a residual oil content of 0.1 mg/m3 when operating at an entry concentration of 3 mg/m3, ensuring reliable contamination control for industrial filtration processes.
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Frequently Asked Questions(FAQ):
Where can I buy 121288 by Donaldson in the USA?
You can purchase 121288 by Donaldson from PAOParts LLC. We serve customers across the USA, offering competitive prices and reliable service.
What is the price of the 121288?
Price and availability are quoted per request. Send the part number and the quantity you need through our quote request form and you will receive a written offer by e-mail.
Who is the official distributor or seller of Donaldson in the United States?
While we are not the official distributor or seller of Donaldson in the United States, we source our products from reliable channels and offer you original Donaldson equipment at competitive prices.
How can I access 121288 catalogs, user manuals, technical documents, and PDFs?
Ask for them in your quote request. We attach the datasheet, catalogue page or manual we hold for 121288 to our written reply.
Do you provide technical support for 121288?
While we do not offer direct technical support, we can assist you in contacting the manufacturer to ensure you receive the support you need.
Characteristics
| Manufacturer | Donaldson |
|---|---|
| Part number | 121288 |
| Inner Code | 1045162 |
Technical specification
| Product type | FF 30/30 fine filter element |
|---|---|
| Housing Compatibility | 90s series fine filter FF housing |
| Case Type | 0576 No. 3 |
| Separation Rate | 99.999% based on 0.01 µm |
| Residual Oil Content | 0.1 mg/m3 |
| Entry Concentration | 3 mg/m3 |