Radial Leaded Glass Encapsulated Style Thermistors

Features

  • Rugged, low cost, very high reliability
  • Operation from -50°C up to 300°C
  • Values from 2186Ω to 1.38MΩ @ 25°C
  • Standard tolerance of ±3% at rated temp
  • Temperature measurement and control
  • Fast response time
  • High temperature stability
  • Glass encapsulation provides resistance to moisture and other environmental factors
  • Available in ceramic reinforced glass body or glass bead configurations

Description

Spectrum Sensors & Controls radial leaded glass encapsulated thermistors provide a low cost option for applications that require superior stability and high temperature operation. The thermistors are glass encapsulated to allow for operation in a wide array of environments including high humidity and rapid thermal cycling. The small size allows the sensor to react quickly to small temperature changes. Contact the factory for specific design or application information or the availability of options.

 CustomizeThis Thermistor! Radial Leaded Glass Encapsulated Thermistors Radial Leaded Glass Encapsulated NTC Datasheet (321K) Create a Custom Radial Leaded Glass Encapsulated Style NTC Solution
Ceramic Reinforced Glass Bead Product Information
Part Number Resistance @25°C
(Ohms)		 Resistance Specifications
(±3%)		 Material β25/26
(Kelvin)		 Customize
Solution		 Diagram
GC2183T-3-0 2186 6,000Ω
@ 0°C		 T View the Curve T Material Chart 3420 ± 2% Customize and configure your 2,000 Ohm NTC Ceramic Reinforced Glass Bead Thermistor Graph
GC5373U-3-0 5396 15,000Ω
@ 0°C		 U 3480 ± 2% Customize and configure your 5,000 Ohm NTC
GC1074U-3-0 10,739 30,000Ω
@ 0°C		 T 3480 ± 2% Customize and configure your 10,000 Ohm NTC
GC4914A-3-100 49,120 3,300Ω
@ 100°C		 A 3992 ± 2% Customize and configure your 50,000 Ohm NTC
GC9864N-3-200 98,633 550Ω
@ 200°C		 N 4066 ± 3% Customize and configure your 100 Kilohm NTC
GC2315R-3-200 231,440 1,000Ω
@ 200°C		 R 4240 ± 3% Customize and configure your 200 Kilohm NTC
GC1396V-3-200 1,388,100 4,000&Omega
@ 200°C		 V 4557 ± 3% Customize and configure your 1 Megohm NTC
Dissipation factor (d) is 1.5mW/°C
Time constant (t) is 18 sec nominally
Max operating temperature is 300°C
Glass Bead Ordering Information
Part Number Resistance @25°C
(Ohms)		 Resistance Specifications
(±3%)		 Material β25/26
(Kelvin)		 Customize
Solution		 Diagram
GB2183T-3-0 2186 6,000Ω @ 0°C T View the Curve T Material Chart 3420 ± 2% Customize and configure your 2,000 Ohm NTC Glass Bead Thermistor Graph
GB5373U-3-0 5396 15,000Ω @ 0°C U 3480 ± 2% Customize and configure your 5,000 Ohm NTC
GB1074U-3-0 10,739 30,000Ω @ 0°C T 3480 ± 2% Customize and configure your 10,000 Ohm NTC
GB4914A-3-100 49,120 3,300Ω @ 100°C A 3992 ± 2% Customize and configure your 50,000 Ohm NTC
GB9864N-3-200 98,633 550Ω @ 200°C N 4066 ± 3% Customize and configure your 100 Kilohm NTC
GB2315R-3-200 231,440 1,000Ω @ 200°C R 4240 ± 3% Customize and configure your 200 Kilohm NTC
GB1396V-3-200 1,388,100 4,000Ω @ 200°C V 4557 ± 3% Customize and configure your 1 Megohm NTC
Dissipation factor (d) is 0.75mW/°C
Time constant (t) is 6 sec nominally
Max operating temperature is 300°C