Self-Feeder has labor- and time-saving design.
Press Release Summary:
Compatible with any ½ and 3/8 in. shaft and casing, Wils-Matic(TM) Self-Feeder is designed for cleaning straight tubes up to 45 ft long in heat exchangers, condensers, chillers, absorbers, and coolers. It requires no special brushes or shafts and features auto teach mode, 1 hp motor, and auto-reeling shaft storage. With 125 lb net dry weight, machine has 4.2 fps self-feed rate and 50 lb self-feed push/pull force.
Original Press Release:
Thomas C. Wilson Inc. Introduces New Self-Feeder: Cuts Cleaning Time in Half!
February 16, 2005 - Thomas C. Wilson Inc. announces the addition of the Wils-Matic(TM) Self-Feeder to its existing tube cleaning product line. This versatile cleaner is designed for use with the straight tubes up to 45 feet long in heat exchangers, condensers, chillers, absorbers, and coolers.
The primary feature of the Wils-Matic(TM) Self-Feeder is its extreme efficiency. This new product reduces cleaning time by an average of 50% - effectively doubling the amount of cleaning that can be performed in the same amount of time compared to non self-feeding units on the market. In addition to the benefit of reduced labor, the Wils-Matic(TM) offers ease-of-operation and an auto teach mode.
Other features of this new product include auto-reeling shaft storage, a self-feed rate of 4.2 ft/s (1.3m/s), a self-feed push/pull force of 50 lbs (222N), a net dry weight of 125 lbs (57kg), and a motor power of 1 HP. The Wils-Matic(TM) is compatible with any 1/2" and 3/8" shaft and casing on the market and no special brushes or shafts are required. A Self-Feeder Kit is available and includes accessories required for immediate use of the machine.
Thomas C. Wilson Inc. offers high-quality tools for building, repairing or maintaining heat exchangers, boilers, condensers, chillers/absorbers and similar equipment. For more information, call 800.230.2636; fax 718.361.2872; write 21-11 44th Ave., Long Island City, NY 11101-5088 USA; e-mail tcwilson@tcwilson.com; or visit www.tcwilson.com.
