SENSORS FOR HIGH TEMPERATURE HEAT TREATING
High Reliability
Sensors For
Demanding
Heat Treat Market
High temperature heat treating processes require tempera t u r e
a c c u racy and consistency. Wa t l ow provides the most precise
t e m p e rature measurement devices in the industry. With over
75 ye a r s ’ ex p e rience in manu fa c t u ring specialized heat treating
s e n s o r s, Wa t l ow is ve rtically integrated and manu factures its
own mineral insulated therm o c o u p l e s. The company also
insulates its own wire and controls unifo rmity to insure a highly
a c c u rate and reliable sensor. Wa t l ow complies with the
c a l i b ration requirements of AMS 2750–C specific a t i o n s.
Wa t l ow has full service lab services that include tensile,
v i b ration, micro-hardness, compaction density liquid penetra n t
and ra d i o graphic inspection, along with a staff of qualifie d
engineers to develop a heat solution to meet even the most
challenging, unique requirements.
Applications
• C ryo g e n i c
• Q u e n c h i n g
• C a r b o n i z i n g
• High tempera t u r e
• Va c u u m / vacuum bra z i n g
• Salt baths
• Stress reliev i n g
• N i t ri d i n g
• A n n e a l i n g
• H a r d e n i n g
5710 Kenosha Street
Richmond, Illinois 60071 USA
Phone: +1 (815) 678-2211
FAX: +1 (815) 678-3961
Internet: www.watlow.com
e-mail: [email protected]
RIC-HTS-100
Features and Benefits
End-to-end calibration
• Reliable batch processing
Material lot control
• Cost savings with reduced scrap
Vertical Integration
• Consistency
NIST traceable
• Accurate temperature measurements
Coil identification
• Cost savings with calibration off-sets
AMS 2750 - C capabilities
• Industry compliance
ISO-9001 compliance
• Complete quality system
Full laboratory testing in house
• Quick material analysis
Pre-aged thermocouples
• High accuracy measurements
Low drift insulations
• Long term measurements
© 2000 Watlow Electric Manufacturing Company
Printed in the USA on Recycled Paper, 15% Postconsumer Waste
ISO 9001
Certified
Sensors for High temp/quark 10/20/00 2:50 PM Page 1
