Press Release Summary:
IHScanner with solid state power supply is complete with part quenching and recirculating components. Dual spindle heat treating system features 17 in. vertical travel, part rotation, and multi-function microprocessor-based PMC. Power ratings and frequencies range from 25 to 100 kW and from 25 to 200 kHz. System heat treats cylindrical parts from .38 to 1.00 in. diameter and up to 17 in. long. UNIPOWER 30 kHz unitized, bench-top power supply is rated at 6 kW for full duty cycling and 10 kW for hardening applications.
Original Press Release:
IHS's Unipower and IHScanner to be Featured at IMTS
See the new IHScanner at IMTS!
The IHScanner vertical scanning system with solid state power supply is complete with part quenching and recirculating components. It is a dual spindle heat treating system with 17" vertical travel, part rotation and multi-function microprocessor-based PMC. A wide range of power ratings and frequencies are available ranging from 25 to 100 kW and from 25 to 200 kHz. The system is ideal for heat treating cylindrical parts from .38" to 1.00" diameter and up to 17" in length (15" heat treat length). A single, dual position, quick-change inductor coil disconnects power and cooling circuits simultaneously. Quench supply also has quick disconnect couplings. This unit is ideal for heat-treating two cylindrical parts at a time. Cooling requirements vary from 10 to 30 gpm depending on the kilowatt rating selected. The IHScanner is shipped ready to operate, requiring only a 3 phase, 480 volt input power and cooling water supply.
IHS will also feature the new 30 kHz UNIPOWER at IMTS. This solid state, bench-top, user friendly, power supply is used for induction heat treating applications. It is a unitized, single module system rated at 6 kW for full duty cycle and at 10 kW for applications such as hardening. It has a quick-change inductor coil connection and operates from a 3 phase, 480 volt input power source.
See us @ IMTS Booth # B6309 or call 800-486-5577, fax 817-625-1872 or e-mail to: firstname.lastname@example.org.