Axial Leaded Glass Encapsulated Diode DO35 Shape NTC Thermistor Temperature Sensor, 100K Ohm, Beta B(25/50): 4200K, Operating Temperature Range -40C to +250C.

Name: NTC 100K Ohm Beta 4200K Axial Lead Glass Sealed - AMWEI Thermistor Sensor
Brand: AMWEI
Availability: InStock

AMWEI Product Code: AMF58-104G4200

Appearance Dimension

Axial Glass NTC Thermistor Temperature Sensor Dimension

Unit: mm

NTC Thermistor chip hermetically sealed in DO35 glass shell.
Tinned Dumet wire

Axial Glass NTC Thermistor Application

Axial lead glass encapsulated NTC thermistor used for high temperature measurement, sensing, monitoring, detection and control. Typical application such as industrial process control, HVAC, oven, office equipment, etc.

AMWEI Axial Glass Encapsulated NTC Thermistor Electric Characteristics Data

Resistance at 25C R25: 100K ohm+/-2%
Beta Value B(25/50): 4200K+/-1%
Optional R25 resistance tolerance, ±1%(F), ±2%(G), ±3%(H), or ±5%(J)
Dissipation Factor: δ≥2mW/℃
Thermal Time Constant (in still air): 12 seconds max.
Rated Power: ≤50mW
Insulation resistance: room temperature, 50VDC, 60 Seconds, ≥100MΩ.
Operating temperature range: -40 to +250C.

NTC 100K Ohm 4200K Resistance vs. Temperature RT Data

Temperature Centigrade	Resistance (K Ohm)	Temperature Centigrade	Resistance (K Ohm )	Temperature Centigrade	Resistance (K Ohm)
-40C	4124.951 KΩ	80C	10.991 KΩ	200C	0.453 KΩ
-35C	2890.803 KΩ	85C	9.271 KΩ	205C	0.410 KΩ
-30C	2053.500 KΩ	90C	7.850 KΩ	210C	0.371 KΩ
-25C	1479.195 KΩ	95C	6.671 KΩ	215C	0.337 KΩ
-20C	1080.200 KΩ	100C	5.688 KΩ	220C	0.306 KΩ
-15C	799.157 KΩ	105C	4.865 KΩ	225C	0.279 KΩ
-10C	598.392 KΩ	110C	4.177 KΩ	230C	0.255 KΩ
-5C	452.969 KΩ	115C	3.599 KΩ	235C	0.233 KΩ
0C	346.214 KΩ	120C	3.112 KΩ	240C	0.213 KΩ
5C	267.464 KΩ	125C	2.700 KΩ	245C	0.195 KΩ
10C	207.445 KΩ	130C	2.350 KΩ	250C	0.179 KΩ
15C	161.703 KΩ	135C	2.052 KΩ
20C	126.771 KΩ	140C	1.797 KΩ
25C	100.000 KΩ	145C	1.579 KΩ
30C	79.390KΩ	150C	1.392 KΩ
35C	63.439 KΩ	155C	1.230 KΩ
40C	51.021 KΩ	160C	1.090 KΩ
45C	41.295 KΩ	165C	0.968 KΩ
50C	33.628 KΩ	170C	0.862 KΩ
55C	27.547 KΩ	175C	0.770 KΩ
60C	22.693 KΩ	180C	0.689 KΩ
65C	18.794 KΩ	185C	0.619 KΩ
70C	15.644 KΩ	190C	0.557 KΩ
75C	13.084 KΩ	195C	0.502 KΩ

Axial Leaded Glass Encapsulated NTC Thermistor Mechanical Test

Test	Standard	Test Conditions and methods	Requirements
Soldering & Solderability	IEC60068-2-20 Test Ta	Temperature: 230±5 ℃， 2-2.5mm away from ceramic body On: 2±0.5 Seconds.	The terminations shall be evenly tinned
Resistant to soldering heat	IEC60068-2-20 Test Tb	Temperature: 260±5℃, 2-2.5mm away from ceramic body On：10±1 Seconds.	No visible damage, ΔR25/R25≤3%
Lead wire tensile	IEC60068-2-21 Test U	Test Ua: Force 10N, On 10 Seconds; Test Ub: Bending 90C, Force 5N, Twice.	No break off, ΔR25/R25≤3%

Axial Leaded Glass Encapsulated NTC Thermistor Reliability Data

Test	Standard	Test Conditions	ΔR25/R25 (typical)	Remarks
Low temperature storage	IEC 60068-2-1	Storage at low category temperature: -30 ^oC, Time: 1000 hours	≤3%	No visible damage
Storage in dry heat	IEC 60068-2-2	Storage at upper category temperature: 200 ^oC, Time: 1000 hours	≤3%	No visible damage
Storage in damp heat, steady state (Humidity test)	IEC 60068-2-3	Temperature: 40^oC, Humidity:90%-95% RH, Duration:1000 hours	≤3%	No visible damage
Temperature cycling	IEC 60068-2-14	1. -30C/30 minutes 2. 80C/5 minutes 3. 200C/30 minutes 4. 80C/5 minutes. Number of cycles: 5 Cycles	≤3%	No visible damage

Axial Lead Glass Sealed NTC Thermistor Application Precaution

Minimum lead wire length tailored to shall be ≥8mm.
In lead wire bending, bending point shall be more than 2mm away from glass body part.

Mounting and Handling Recommendations

Excessive forces applied to a sensor may cause serious damage. To avoid this, the following recommendations should be adhered to:

No perpendicular forces must be applied to the body
During bending, the leads must be supported
Bending close to the body must be done very carefully
Axial forces to the body can influence the accuracy of the sensor and should be avoided
These sensors can be mounted on a minimum pitch of >5 mm

Soldering and Welding

Avoid any force on the body or leads during, or just after, soldering.
Do not correct the position of an already soldered sensor by pushing, pulling or twisting the body.
Prevent fast cooling after soldering.
For hand soldering, where mounting is not on a printed-circuit board, the soldering temperature should be <300C the soldering time <3 s and the distance between body and soldering point >1.5 mm.
For hand soldering, dip, wave or other bath soldering, mounted on a printed-circuit board, the
soldering temperature should be <300C, the soldering time <5 s and the distance between body and soldering point >1.5 mm.
The distance between the body and the welding point should be >0.5 mm. Care should be taken to ensure that welding current never passes through the sensor.