USA - English
This site in other countries/regions:
Select Country to see regional site for Ametek.com
China
Denmark
German
USA
Login
Registered User Login
Toggle navigation
INDUSTRIES
Maritime Industry
Pharmaceutical Industry
Oil and Gas Industry
Chemical and Plastics Industry
Food and Beverage Industry
Power and Energy Industry
Water and Wastewater Industry
PRODUCTS
Pressure
Complete Pressure Systems
Digital Pressure Gauges
Pressure Calibrators
Pressure Recorders
Deadweight Testers
Analog Pressure Gauges
Pressure Transducers and Transmitters
Temperature
Temperature Calibrators
Temperature Indicators
Reference Temperature Sensors
Industrial Temperature Sensors
Process
Multifunction Process Calibrators
Multi-Scanners
mA Loop Calibrators
Pumps and Fittings
Pneumatic Hand Pumps
Hydraulic Hand Pumps
Pressure Comparators
Pressure Fittings
Software
Calibration Software
Logging Software
Configuration Software
Cloud Solutions
KNOWLEDGE
General Calibration
Pressure Calibration
Temperature Calibration
Process Calibration
Videos
Library
Application Notes
Articles
Case Stories
White Papers
SUPPORT
Documentation
Overview Brochures
Accreditations
Product Certifications
Declaration of Conformity
FAQ
Service and Calibration
Product Support - RMA
Register Your Product
Request RMA
Firmware Upgrade
Software Download
Obsolete Products
Looking to Replace your Calibration Equipment?
Terms and Conditions
NEWS
General News
Press Releases
Press Contact
CONTACT
International Distributors
Contact
AMETEK Sales Offices
FAQ
How are Crystals products accuracy rated?
Is it possible to calibrate short sensors in standard dry-blocks?
What does fully temperature compensated mean?
What is a Resistance Temperature Detector (RTD)?
What is the maximum thickness of a sensor that one can calibrate in a temperature calibrator?
What is the uncertainty of Crystal products?
What is the maximum thickness of a sensor that one can calibrate in a temperature calibrator?
This is depending on the accuracy you expect to gain from the calibration. If sensors are having a diameter of more than 9 mm the heat loss up through the sensor is becoming very high. This means that the calibrator should somehow be able to compensate for the actual heat loss. This can be secured by using a calibrator with a very long heat zone or by a calibrator that performs almost the same temperature at all heights. The other solution is choosing a RTC calibrator with individual heat zones.
JOIN THE CONVERSATION
By continuing to use the site you agree to our
privacy and cookie policy
Ok
Mac1-8.1
×