Products
FC22 Force Sensor Elements  1
  • Force Sensor Element Sensor Type OEM Compression Load Cells
  • Full Scale Range 10
  • Supply Voltage 5
  • Output Signal .5 – 4.5 V
  • Operating Temperature Range -40 – 85
  • Force Direction Compression
  • Zero Shift in CTR ±.05
  • Sensitivity Shift ±.05
  • Accuracy ±1
FS20 Force Sensor Elements  1
  • Force Sensor Element Sensor Type OEM Compression Load Cells
  • Full Scale Range 3
  • Supply Voltage 5
  • Output Signal .5 – 4.5 V
  • Operating Temperature Range -40 – 85
  • Force Direction Compression
  • Zero Shift in CTR ±.05
  • Sensitivity Shift ±.05
  • Accuracy ±1
CAT-RTD0046 RTD Sensor Elements  1
  • Model Number PTFC101A1A0
  • RTD Element Type Platinum Thin Film Temperature Element
  • Element Material Platinum
  • Lead Wire Style Ag
  • Wire/Cladding Type Ni/Au
  • Connector Type Open Ends
  • Length (Body) 4
  • Wire Diameter .2
  • Width (Body) 1.2
  • Wire Length 10
  • Height (Body) 1.1
  • T_ref for Resistance 0
  • Maximum Temperature 200
  • Accuracy (at T_ref) ± .1
  • TCR at (T1 and T2) 3850
  • T1 and T2 for TCR 0 and +100
  • Ambient Temperature Range -30 – 200
  • T_ref for Accuracy 0
  • Resistance (at T_ref) 100 (0 °C)
  • Element Package Ceramic
  • Wire Count 2
  • Tolerance Class Class T (AA) / F0.1
ELM 4000 Photo Optic Sensors  1
  • Photo Optic Sensor Type Photo Optic Components
  • Dimensions MM 4.4 x 5.1 x 1.9
  • Operating Temperature Range -20 – 80
  • Photo Optic Sensor Package Lead Frame
  • Accuracy Sensor Dependent
  • Range 660 nm / 880 nm
LDS Liquid Level Switches  1
  • Float SG .85
  • Liquid Level Switch Mounting Side Entry
  • Liquid Level Switch Material Glass Filled Nylon 6.6
  • Seal Material Nitrile
  • Contact Form A
  • Liquid Level Switch Cable Length .5
  • Medium/Liquid Alcohol
  • Fitting M16 Internal
HTM2500LF-HUMIDITY Humidity Sensor Assemblies  1
  • Humidity Sensor Assembly Product Type RHT Module
  • Humidity Sensor Assembly Sensor Type Analog
  • Supply Voltage (Peak) 12
  • Nominal Output @55%RH (at 5 VDC) 2.48
  • Current Consumption 1
  • Output Impedance 70
  • Operating Temperature Range -40 – 85
  • Humidity Measuring Range 0 – 100
  • Humidity Sensor Assembly Accuracy ±3
  • Temperature Coefficient .1
  • Sensitivity 26
  • Response Time 10
HTU21D Humidity Sensor Components  1
  • Humidity Sensor Component Product Type RHT
  • Humidity Sensor Component Sensor Type Digital
  • Supply Voltage (Peak) 3.8
  • Current Consumption .014
  • Humidity Operating Range 0 – 100
  • Operating Temperature Range -40 – 125
EPM 4001 Photo Optic Sensors  1
  • Photo Optic Sensor Type Photo Optic Components
  • Dimensions MM 4.4 x 5.1 x 1.8
  • Operating Temperature Range -20 – 80
  • Photo Optic Sensor Package Lead Frame
  • Accuracy Sensor Dependent
DO-35 SERIES   1
  • Tolerance β-Value ±1
  • Model Number GA100KF3975DPGN
  • Discrete NTC Sensor Type Glass Encapsulated NTC Thermistor
  • 25/85 Beta Value 3975
  • Wire Connection Open End
  • Discrete NTC Wire Length 28
  • Resistance (at Tref) 5
  • Tolerance Resistance ± 1
  • T_ref for Resistance 25
  • Maximum Temperature 200
  • Discrete NTC Ambient Temperature Range -40 – 200
  • Temperature Accuracy ± .2 @ 25
  • Wire/Cladding Connection 25 AWG (0.5mm) Axial Tin/Nickel Plated Copper
  • Discrete NTC Package D0-35 Glass NTC
Story
Sensor Solutions for Home Appliances

Application

Sensors for Appliances

Sensor technologies in household appliances are contributing to new levels of convenience and productivity for the smart home of today and tomorrow.

Appliances create their own unique challenges based on the environment they are creating. Sensors in many cases are put into a position to measure in the challenging environment.  For example, a sensor can be used to measure humidity and temperature in a dishwasher.  While our dishes and forks are cleaned with water jets spraying, elevated temperatures and high humidity, it creates unique challenges for sensors to survive humidity while producing an electrical output signal.  In similar cases, we cook food in ovens to ensure our meals are safe to eat.  Building a temperature sensor to ensure the meat is cooked completely requires the survival of the sensor and cabling at elevated oven temperatures. Various sensor types are manufactured with the customer in mind. Through relationships with major manufacturers, TE Connectivity (TE) helps create smart appliances that respond to human touch, sense vibration, adjust to loads, and operate more efficiently. Our global network of engineers offers custom solutions to meet customers’ exacting requirements. Fast-paced product development time lines are met with rapid prototyping as TE creates solutions for its customers. Leading products include:

Applications

Today’s smart and green appliances are built using more efficient designs, meeting the latest regulations while saving energy, water and time. Customers rely on our sensor technologies to enable appliances to respond to human touch, sense vibration, adjust to loads, and operate more efficiently. We work to develop custom solutions that can monitor humidity, water levels, position and temperature. Our products contribute to new levels of convenience and productivity in a wide range of household appliances.

washing machine
clothes dryer

Washing Machine / Clothes Dryer

  • Temperature sensor measures water temperature and controls heating elements
  • Pressure sensor monitors water level
  • Vibration sensor detects out-of balance conditions during spin
  • Proximity sensor verifies door closed and latched before start-up
  • Force sensors measure payload weight at the beginning of the wash cycle
  • Humidity sensor monitors process humidity and stops the dryer when clothes are dry
  • Thermopile measures clothing temperature to prevent overheating and fabric damage
  • Force sensors measure payload weight at the beginning of the cycle
cooktop
household oven

Cooktop / Household Oven

  • Temperature sensor monitors glass surface temperature for cooking control and “hot” indication lights for user safety
  • Temperature probe monitors cooking temperature
  • Temperature sensor monitors pyrolytic cleaning temperature and controls door latch
dishwasher
refrigerator

Dishwasher / Refrigerator

  • Temperature sensor measures water temperature and controls heating elements
  • Magneto-resistive (MR) sensor and magnet verifies spray arm rotation
  • Liquid level sensor monitors water level and detergent dispenser level
microwave oven
small appliance

Microwave Oven / Small Appliances

  • Temperature sensors measure liquid and heating element temperatures in toaster ovens, coffee makers, popcorn poppers, etc.
  • Humidity sensor monitors relative humidity and steam production for espresso machines, clothes steamers, etc. 
  • Humidity sensor monitors food moisture content during cooking
  • Thermopile measures food temperature without the need to make physical contact
  • Force sensor measures food weight on the turntable
Sensor Solutions for Home Appliances

Application

Sensors for Appliances

Sensor technologies in household appliances are contributing to new levels of convenience and productivity for the smart home of today and tomorrow.

Appliances create their own unique challenges based on the environment they are creating. Sensors in many cases are put into a position to measure in the challenging environment.  For example, a sensor can be used to measure humidity and temperature in a dishwasher.  While our dishes and forks are cleaned with water jets spraying, elevated temperatures and high humidity, it creates unique challenges for sensors to survive humidity while producing an electrical output signal.  In similar cases, we cook food in ovens to ensure our meals are safe to eat.  Building a temperature sensor to ensure the meat is cooked completely requires the survival of the sensor and cabling at elevated oven temperatures. Various sensor types are manufactured with the customer in mind. Through relationships with major manufacturers, TE Connectivity (TE) helps create smart appliances that respond to human touch, sense vibration, adjust to loads, and operate more efficiently. Our global network of engineers offers custom solutions to meet customers’ exacting requirements. Fast-paced product development time lines are met with rapid prototyping as TE creates solutions for its customers. Leading products include:

Applications

Today’s smart and green appliances are built using more efficient designs, meeting the latest regulations while saving energy, water and time. Customers rely on our sensor technologies to enable appliances to respond to human touch, sense vibration, adjust to loads, and operate more efficiently. We work to develop custom solutions that can monitor humidity, water levels, position and temperature. Our products contribute to new levels of convenience and productivity in a wide range of household appliances.

washing machine
clothes dryer

Washing Machine / Clothes Dryer

  • Temperature sensor measures water temperature and controls heating elements
  • Pressure sensor monitors water level
  • Vibration sensor detects out-of balance conditions during spin
  • Proximity sensor verifies door closed and latched before start-up
  • Force sensors measure payload weight at the beginning of the wash cycle
  • Humidity sensor monitors process humidity and stops the dryer when clothes are dry
  • Thermopile measures clothing temperature to prevent overheating and fabric damage
  • Force sensors measure payload weight at the beginning of the cycle
cooktop
household oven

Cooktop / Household Oven

  • Temperature sensor monitors glass surface temperature for cooking control and “hot” indication lights for user safety
  • Temperature probe monitors cooking temperature
  • Temperature sensor monitors pyrolytic cleaning temperature and controls door latch
dishwasher
refrigerator

Dishwasher / Refrigerator

  • Temperature sensor measures water temperature and controls heating elements
  • Magneto-resistive (MR) sensor and magnet verifies spray arm rotation
  • Liquid level sensor monitors water level and detergent dispenser level
microwave oven
small appliance

Microwave Oven / Small Appliances

  • Temperature sensors measure liquid and heating element temperatures in toaster ovens, coffee makers, popcorn poppers, etc.
  • Humidity sensor monitors relative humidity and steam production for espresso machines, clothes steamers, etc. 
  • Humidity sensor monitors food moisture content during cooking
  • Thermopile measures food temperature without the need to make physical contact
  • Force sensor measures food weight on the turntable
FC22 Force Sensor Elements  1
  • Force Sensor Element Sensor Type OEM Compression Load Cells
  • Full Scale Range 10
  • Supply Voltage 5
  • Output Signal .5 – 4.5 V
  • Operating Temperature Range -40 – 85
  • Force Direction Compression
  • Zero Shift in CTR ±.05
  • Sensitivity Shift ±.05
  • Accuracy ±1
FS20 Force Sensor Elements  1
  • Force Sensor Element Sensor Type OEM Compression Load Cells
  • Full Scale Range 3
  • Supply Voltage 5
  • Output Signal .5 – 4.5 V
  • Operating Temperature Range -40 – 85
  • Force Direction Compression
  • Zero Shift in CTR ±.05
  • Sensitivity Shift ±.05
  • Accuracy ±1
CAT-RTD0046 RTD Sensor Elements  1
  • Model Number PTFC101A1A0
  • RTD Element Type Platinum Thin Film Temperature Element
  • Element Material Platinum
  • Lead Wire Style Ag
  • Wire/Cladding Type Ni/Au
  • Connector Type Open Ends
  • Length (Body) 4
  • Wire Diameter .2
  • Width (Body) 1.2
  • Wire Length 10
  • Height (Body) 1.1
  • T_ref for Resistance 0
  • Maximum Temperature 200
  • Accuracy (at T_ref) ± .1
  • TCR at (T1 and T2) 3850
  • T1 and T2 for TCR 0 and +100
  • Ambient Temperature Range -30 – 200
  • T_ref for Accuracy 0
  • Resistance (at T_ref) 100 (0 °C)
  • Element Package Ceramic
  • Wire Count 2
  • Tolerance Class Class T (AA) / F0.1
ELM 4000 Photo Optic Sensors  1
  • Photo Optic Sensor Type Photo Optic Components
  • Dimensions MM 4.4 x 5.1 x 1.9
  • Operating Temperature Range -20 – 80
  • Photo Optic Sensor Package Lead Frame
  • Accuracy Sensor Dependent
  • Range 660 nm / 880 nm
LDS Liquid Level Switches  1
  • Float SG .85
  • Liquid Level Switch Mounting Side Entry
  • Liquid Level Switch Material Glass Filled Nylon 6.6
  • Seal Material Nitrile
  • Contact Form A
  • Liquid Level Switch Cable Length .5
  • Medium/Liquid Alcohol
  • Fitting M16 Internal
HTM2500LF-HUMIDITY Humidity Sensor Assemblies  1
  • Humidity Sensor Assembly Product Type RHT Module
  • Humidity Sensor Assembly Sensor Type Analog
  • Supply Voltage (Peak) 12
  • Nominal Output @55%RH (at 5 VDC) 2.48
  • Current Consumption 1
  • Output Impedance 70
  • Operating Temperature Range -40 – 85
  • Humidity Measuring Range 0 – 100
  • Humidity Sensor Assembly Accuracy ±3
  • Temperature Coefficient .1
  • Sensitivity 26
  • Response Time 10
HTU21D Humidity Sensor Components  1
  • Humidity Sensor Component Product Type RHT
  • Humidity Sensor Component Sensor Type Digital
  • Supply Voltage (Peak) 3.8
  • Current Consumption .014
  • Humidity Operating Range 0 – 100
  • Operating Temperature Range -40 – 125
EPM 4001 Photo Optic Sensors  1
  • Photo Optic Sensor Type Photo Optic Components
  • Dimensions MM 4.4 x 5.1 x 1.8
  • Operating Temperature Range -20 – 80
  • Photo Optic Sensor Package Lead Frame
  • Accuracy Sensor Dependent
DO-35 SERIES   1
  • Tolerance β-Value ±1
  • Model Number GA100KF3975DPGN
  • Discrete NTC Sensor Type Glass Encapsulated NTC Thermistor
  • 25/85 Beta Value 3975
  • Wire Connection Open End
  • Discrete NTC Wire Length 28
  • Resistance (at Tref) 5
  • Tolerance Resistance ± 1
  • T_ref for Resistance 25
  • Maximum Temperature 200
  • Discrete NTC Ambient Temperature Range -40 – 200
  • Temperature Accuracy ± .2 @ 25
  • Wire/Cladding Connection 25 AWG (0.5mm) Axial Tin/Nickel Plated Copper
  • Discrete NTC Package D0-35 Glass NTC