Neutronics Refrigerant Analysis, an innovator of Automotive A/C service technology, offers its advanced Ultima ID Refrigerant Identifier to automotive service and repair facilities as the first line tool for safe and profitable mobile A/C service. The innovative, state-of-the-art refrigerant identifier can help prevent the contamination of a shop’s R134a supply, damage and warranty loss on recovery equipment, lost service profits, and even risk of injury.
Refrigerant contamination a major concern for shops. “Refrigerant contamination is one of the biggest issues confronting our industry,” notes Peter Coll, Neutronics refrigerant analysis sales manager. “The increasing cost of A/C service, the lack of federal guidelines, and increasing DIY usage has opened the door for A/C service headaches and ushered in a variety of refrigerant substitutes, including propane, HC-hydrocarbon, and 134a mixtures. These are not only potentially harmful to shops, but to the technicians as well. Today, you can’t afford to guess at the quality of refrigerant in the cars you service. You need to know exactly what’s in that A/C system before you work on it.”
Leading edge technology. The Neutronics Ultima ID is one of the fastest, most advanced identifier on the market, its maker said. It uses Neutronics leading edge infrared refrigerant gas analysis technology and exclusive “Blend ID” software designed to identify all EPA S.N.A.P. approved refrigerants in addition to R12, R134a, R22, HC and Air. Ultima ID is ergonomically designed, lightweight, simple to use, and has an extra large, easy to read LCD display.
Prints test receipt for easy customer billing. Ultima ID has an optional built-in printer that creates a test receipt so a shop can easily bill the customer and get paid for its work. An optional internal battery also makes the Ultima ID exceptionally portable, so it can be used anywhere.
For additional information, please contact Peter Coll, Sales Manager, Neutronics Inc., toll-free 800-378-2287 or visit http://www.refrigerantid.com.
