135-104LFW-J01 Honeywell, 135-104LFW-J01 Datasheet

135-104LFW-J01

Manufacturer Part Number

135-104LFW-J01

Description

Thermistors - NTC 100,000 Ohm 16A Interchangeabl glass

Manufacturer

Honeywell

Datasheet

1.135-104LFW-J01.pdf (1 pages)

Specifications of 135-104LFW-J01

Lead Free Status / RoHS Status

Lead free / RoHS Compliant

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TEMPERATURE - THERMISTORS

Temperature Sensors -

Thermistors

Glass Encapsulated Chip (GEC)

Thermistors

The GECs are high-quality, hermetically-sealed, glass-encapsulated chip

thermistors in an axial lead package. They cover the full temperature

range of -60 °C to 300 °C [-76 °F to 572 °F]. These rugged sensors are

designed for applications which demand reliability at low cost. The

uniform dimensions are ideally suited for automated assembly.

Operating temperature:

Encapsulation:

Lead material:

Dissipation constant (DC):

Time constant (TC):

Resistance range at 25 °C [77 °F]:

1 8

ENCAPSULATION

0,51 DIA. TINNED COPPER CLAD STEEL

[0.020]

GLASS

THERMISTOR

CHIP

[0.81]

4,6

-60 °C to 300 °C [-76 °F to 572 °F]

[1.125]

28,6

2.5 mW/°C in still air min.

Tinned copper-clad steel

www.honeywell.com/sensing

1 kOhm to 1 MOhm

4 s in still air max.

2,0 DIA.

[0.08]

DO-35 glass

OPTIONS

At 25 °C [77 °F]

100,000

200,000

500,000

Interchangeable R/T curve matched

±1 °C from 0 °C to 100 °C [32 °F to 212 °F]

100,000

Thermistors change resistance with a change in temperature. They do

not amplify, rectify, polarize or generate a signal. The thermistor

temperature may be changed by the surrounding temperature or by

self-heating the thermistor by passing a current through it.

Most applications such as temperature measurement and control or

copper coil compensation require that the power dispersed in a

thermistor be kept to a minimum so as not to perceptibly self-heat the

thermistor. Other applications depend entirely on the self-heating effect.

When the surrounding temperature is fixed, the resistance of a thermistor

is largely a function of power being dispersed within it, raising its

temperature above its environment. Under these operating conditions,

the temperature may rise 100 °C to 200 °C [121 °F to 392 °F] and the

resistance may be lowered to 1/1000

This self-heating characteristic provides a whole field of uses for the

thermistor. In the self-heat state it is thermally sensitive (its resistance will

be changed) to any condition, changing the rate at which heat is

conducted away from it. If the rate of heat removal is ideally fixed, then

the thermistor is sensitive to power input and suited for use in voltage or

power level control applications.

10,000

20,000

30,000

50,000

10,000

20,000

30,000

50,000

1,000

2,000

3,000

5,000

OHM

1 M

% TOLERANCE

TEMPERATURE - THERMISTORS

R/T CURVE

10A

of its original value at low current.

REFERENCE

135-102DAG-J01

135-202FAG-J01

135-302FAG-J01

135-502FAF-J01

135-502FAG-J01

135-103FAF-J01

135-103FAG-J01

135-103LAF-J01

135-203LAG-J01

135-303KAG-J01

135-503LAF-J01

135-503LAG-J01

135-104LAF-J01

135-104LAG-J01

135-204QAG-J01

135-504QAG-J01

135-105QAG-J01

REFERENCE

135-103LFW-J01

135-203LFW-J01

135-303LFW-J01

135-503LFW-J01

135-104LFW-J01

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