UNISCAN® II0 pages
UNISCAN II REV.5
12/21/06
10:52 AM
Page 1
®
UNISCAN II
Dual-Spindle, Vertical-Scanning
Precision Induction Hardening System
Features/Benefits
• Scans part lengths of 44 in., with
maximum scan heated length of
40 in. on standard model
• Self-contained to support stand-alone
workcell requirements
• A wide variety of power and frequency
ratings for application matched
precision hardening
• User-friendly controls simplify
set-up, changeover and diagnostics
• Single utility connection for fast
installation and relocating
Mid-Volume Production
Hardening System
®
UNISCAN ll is a dual-spindle, vertical-scan
hardening system for mid-to-high volume
operations. It’s also easy to reprogram for
static and lift-and-rotate applications.
Eight (8) standard power ratings are offered
from 100 to 300 kW at 10 or 30 kHz
depending on the application.
Self-Contained Design
With Built-in Power Supply
®
®
UNISCAN II System
Programmable For Maximum
Workpiece Flexibility
The UNISCAN ll system features a
®
®
built-in UNIPOWER or STATIPOWER
solid state power supply with heat
station, programmable scanner controls,
quench and water recirculating systems.
All interconnections, wiring and plumbing
are factory installed and tested. This
unitized construction reduces floor space
requirements by 20% to 50%.
Rugged Design For
Long-Life Performance
The UNISCAN® ll is easily
programmed to process one part
at a time on either spindle or two
parts at the same time. Process
parameters are keyboard-entered
using manual data input. To further
simplify set-up, the upper tooling
carriage can be adjusted up/down
without tools.
Scanning towers on the UNISCAN® ll
are heavy-duty, anodized aluminum
castings with 2 in. diameter hardened
chrome plated shafts. Oversized,
heavy-duty, sealed carriage bronze
bearings are standard. A DC rotation
motor and AC servo motor scan for
repeatability and positioning accuracy.
Inductoheat has been building
scanning systems for over 40 years.
For more information, call 800/624-6297 or visit www.inductoheat.com