KELTEC Digital Cycling Refrigerated Dryers actively remove condensate to achieve extremely dry compressed air.
KELTEC Dryers actively remove condensate to achieve extremely dry compressed air allowing for less system downtime, reduced cost on maintenance and filtering installation, and improved finished product.
Air entering the system contains condensate which, when cooled, will turn into liquid water, causing extensive damage, not only to the compressed air network, but also to the finished product.
Product Info
- 38°F pressure dew point
- Very low pressure drop
- 6,000 hours filter changeout alarm
Dryer easily runs with rated flow at 140°F max. inlet temp. and 131°F ambient temp due to R134 refrigerant (all through the range) and oversized condenser.
Compact Design:
- Every square inch inside the dryer is utilized.
- Pre & After filters are included and
factory mounted (up to 1200 cfm).
The new digital controller design makes KELTEC Technolab dryers state-of-the-art and offers to users adjustments with easy accessibility. The multi-functional display provides an accurate digital dew point display, an energy-saving mode, periodic maintenance display, as well as coded alarm monitoring of the refrigerant dryer.
- KELTEC dryers will reduce your energy consumption. Our digital controllers help technicians monitor many different parameters for easy troubleshooting.
KELTEC Refrigerated Dryer Brochure
Find the correct Replacement Kit for your Dryer
Inventory
Warehouses across the USA are fully stocked with thousands of air compressor parts and accessories for all major compressor brands. Keltec inventory keeps machines across the world going.
Quality
Keltec offers 30+ years of manufacturing top quality, OEM quality products you can rely on. When it comes to quality products, there is no comparison.
Support
At Keltec, we pride ourselves on quality customer service as our top priority. Experienced customer service & engineering staff are available to ensure your relationship with Keltec is a great one.
Last Content Update: 06/30/2024