13V 13W Ceramic Heater Element FOR Car Exhaust O2 Sensor System

13V 13W Ceramic Heater Element FOR Car Exhaust O2 Sensor System

13V 13W Ceramic Heater Element FOR Car Exhaust O2 Sensor System

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13V 13W Ceramic Heater Element FOR Car Exhaust O2 Sensor System

 

We produce super quality 13W,13V car heater with the advantages of long service time, fast heating rate, energy-efficient and eco-friendly.

Mass customization is available.

1

Part No.

FU334

2

Usage

Ceramic heater for Car Sensor

3

Working Voltage

13 VAC

4

Heater Resistance

3.4Ω±0.45Ω(23°C±2°C)

5

Dimension

length:57mm, diameter2.9mm

6

Electrode

Accordingly

7

Advantages

(1)Long lifetime: airproof structure ; the condition of deformation can’t exit

(2)Temperature rise quickly

(3)Excellent insulation 

(4)Energy efficient and thermal conductivity super—heating simultaneously both from inside and outside

(5)Small  and compact

(6)Equalized heat distribution and high power density.

(7)Meet RoHS requirement

(8)High cost performance.

 

Alumina Ceramic heater technology benefits:
* A fraction of the energy consumption compared to conventional element heater
* Long-lasting (non-aging)
* Time to ignition 60~90 seconds
* Tested to 100,000 cycles
* Easy to install and retrofit
*100°C at steady-state temperature
* Impervious to oxidation and corrosion

13V 13W Ceramic Heater Element FOR Car Exhaust O2 Sensor System

Alumina Ceramic Heater Design Structure

Ceramic Heaters are manufactured by printing resistors on alumina sheets,being laminated and sintered into
one pieces.

* Types:
■ Rectangular alumina ceramic heating element
■ Round shape alumina ceramic heating element
■ Rod shape alumina ceramic heating element

■Tube shape alumina ceramic heating element
Thermal Properties for Alumina Heater
Item
Unit
Value
Vickers Hardness
Gpa
11.5
Flexural Strength
Mpa
300
Compressive Strength
Mpa
2000
Modulus of Elasticity
Gpa
300
Poisson’s Ratio
0.22-0.23
Fracture Toughness
Mpam1/2
3.5-4.0
Thermal Conductivity
W/(m·k)
25
Thermal Expansion Coefficient
10-6/℃
6.5-7.5
Thermal Shock Resistance
△T℃
200
Maximum Use Temperature
1600
Dielectric Strength
KV/mm
>12
Dielectric Constant
εr
9-10
Dielectric Loss Angle (1MHz)
0.0002
Volume Resistivity
Ω.m
>1015
Specific Heat
J/(kg·k)
0.78×103

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