BR11 Datasheet, PDF (1/4 Pages) Amphenol Corporation – Small glass encapsulated bead thermistors on fine diameter alloy lead-wires

NTC Type BR Series
Glass Encapsulated
Bead Thermistors
Features
Type BR11/14/16/25
Small glass encapsulated bead thermistors on fine
diameter alloy lead-wires.
Type B32/42/55
Large glass encapsulated bead thermistors on fine
diameter platinum alloy lead-wires.
• Suitable for most low cost temperature measurement, control
or compensation applications
• Very fast thermal response times
• Rugged glass encapsulation provides hermetic seal and better
strain relief than small glass coated bead thermistors
• Long term stability is better than small glass coated bead
thermistors
• Suitable for self-heated applications such as liquid level
sensing or gas flow measurement
• Recommended for all applications where the customer will
perform further assembly operations
• Normal operating/storage temperatures range from
• -112°F (-80°C) to: 221°F (105°C) for Material system E0, 392°F
(200°C) for Material systems A1 through A4, 572°F (300°C) for
Material systems A5 through D17
• Unaffected by severe environmental exposures, including
nuclear radiation
• Intermittent operation to 1112°F (600°C) is permissible,
however, stability will be degraded
• Suitable for most low cost temperature measurement, control
or compensation applications
• Fast thermal response times
• Rugged glass encapsulation provides hermetic seal and better
strain relief than large glass coated bead thermistors
• Long term stability is better than large glass coated bead
thermistors
• Suitable for self-heated applications such as liquid level
sensing or gas flow measurement
• Recommended for all applications where the customer will
perform further assembly operations
• Normal operating/storage temperatures range from
• -112°F (-80°C) to: 221°F (105°C) for Material system E0, 392°F
(200°C) for Material systems A1 through A4, 572°F (300°C) for
Material systems A5 through D17
• Unaffected by severe environmental exposures, including
nuclear radiation
• Intermittent operation to 1112°F (600°C) is permissible,
however, stability will be degraded
Amphenol
Advanced Sensors