Temperature Sensors & Probes
Temperature
Sensors/Assemblies
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One of the most comprehensive ranges of temperature sensor and probe products in the world today are offered in the category of measurement and sensing products driven by temperature technologies. These include high temperature thermistors, gauge drivers, sensors, and elements. Amphenol Advanced Sensors provides solutions to temperature sensing challenges faced by the various industry segments - such as medical, automotive, and telecommunications - across the globe. |
NTC Thermistors - Glass Thermistor & Temperature Probes
Harsh Environment Chip Thermistor
NTC Type CR-1 harsh environment chip thermistors from Thermometrics® are Sn-coated Alloy 52 leads with high performance acid and moisture resistant coating.
NTC Thermistors – Cryogenics
Cryogenic thermistors designed for use in extreme temperature ranges to boiling point of Liquid Nitrogen.
SMD Thermistors
Surface mount devices. Choose from a wide selection of resistances and beta values.
NTC Thermistors - Assemblies
Combine the best features of our thermistors in a custom assembly.
NTC Thermistors - Radial lead
Radial leaded NTC Thermistors offer wide resistance, beta and dimensional image.
NTC Thermistors - Epoxy
Epoxy coated thermistors offer good stability and robustness.
NTC Thermistors - Glass
We offer a wide range of hermetically sealed glass thermistors.
PTC Thermistors | Thermistor Temperature Sensors
Type YP Series
This series includes a range of RoHS-Compliant PTC thermistors.
Type PTF Series
The PTF Series consists of a range of radially-wired bare PTC disc thermistors
Type PTO Series
Thermometrics PTO series consists of a range of radially-wire bare PTC disc thermistors.
Type YM Series
Thermometrics YM Series consists of a range of radially wired PTC disc thermistors with silicone resin coating.
Type YQ Series
This series includes a range of RoHS-Compliant PTC thermistors.
Inrush Current Limiting - Thermistors
Inrush Current Limiting Thermistors - CL Series
Disc thermistor with uninsulated lead-wires.
Turbidity
Turbidity and Temperature Sensor for Appliance Applications
The TST-10 module measures the turbidity (amount of suspended particles) of the wash water in washing machines and ishwashers.
Turbidity Sensor - TSD-10
The TSD-10 module measures the turbidity (amount of suspended particles) of the wash water in washing machines and dishwashers.
Turbidity Sensors
The TSW-10 module measures the turbidity (amount of suspended particles) of the wash water in washing machines and dishwashers.
Infrared Temperature Sensors | IR Sensors
ZTP-315
TO-5 Package. FOV 75°. This thermopile sensor is used for non-contact surface temperature measuring.
ZTP-315MIH
Analog output. FOV 9°. This thermopile sensor is used for non-contact surface temperature measuring.
ZTP-188ML
UART Interface. FOV 26° (horizontal). The ZTP-188ML 1 x 8 IR module is used for non-contact surface temperature monitoring.
ZTP-115ML
I2C Interface. FOV 5°. The ZTP-115ML is a single IR module used for non-contact surface temperature measuring.
ZTP-135BS
TO-18 Package. FOV 85°. This thermopile sensor is used for non-contact surface temperature measuring.
ZTP-188MA
I2C Interface. FOV 54° (horizontal), 14° (vertical). The ZTP-188MA 1 x 8 IR module is used for non-contact surface temperature monitoring.
ZTP-135H
TO-5 Package. FOV 86°. This thermopile sensor is used for non-contact surface temperature measuring.
ZTP-135
TO-5 Package. FOV 56°. This thermopile sensor is used for non-contact surface temperature measuring.
ZTP-115M
Analog output. FOV 5.5° (horizontal), 6° (vertical). The ZTP-115M is a single IR module used for non-contact surface temperature measuring.
ZTP-115
TO-5 Package. FOV 55°. This thermopile sensor is used for non-contact surface temperature measuring.
ZTP-101T
TO-5 Package. FOV 50°. This thermopile sensor is used for non-contact surface temperature measuring.
ZTP-135L
TO-5 Package. FOV 86°. This thermopile sensor is used for non-contact surface temperature measuring.
ZTP-015 IR Sensor
TO-41 Package. FOV 100°. This thermopile sensor is used for non-contact surface temperature measuring.
ZTP-135SR
TO-18 Package. FOV 85°. This thermopile sensor is used for non-contact surface temperature measuring.
Industrial Assemblies | Temperature Sensors & Probes
Inline Flow-Through Temperature Sensors
Monitor the temperature of a fluid that passes through it.
Harsh Environment Chip Thermistor
NTC Type CR-1 harsh environment chip thermistors from Thermometrics® are Sn-coated Alloy 52 leads with high performance acid and moisture resistant coating.
Pipe Clip Temperature Sensors
Pipe Clip Temperature Sensors are designed for industrial HVACR applications with the ability to mount directly to a metallic pipe
Self-Adhering Surface Temperature Sensors
Self-Adhering Surface Temperature Sensors are designed for industrial HVACR applications, typically for placement on the external wall of a water tank or boiler reservoirs.
Cable Probe Temperature Sensors
Cable Probe Temperature Sensors are designed for industrial HVACR applications, typically strapped directly to the measurement surface or positioned in a ‘dry well’.
Type CSP NTC Temperature Standards
The Type CSP Temperature Standards are ultrastable probe thermistors which have been calibrated to an accuracy of 0.01°C.
Type S/AS/ES Precision NTC Temperature Standards
Our temperature standards consist of ultra-stable thermistor probes assembled into thin wall stainless steel housings with shielded extension leads.
NTC Type FP Fastip Probe
The NTC Type FP Series Fastip Thermoprobes are ideally suited for high speed measurement and control of fluid temperatures, fluid level or flow.
NTC Type JM Resin-Coated Thermistor
Glass-encapsulated thermistor housed in a resin tip which is bonded to zip PVC leadout wires.
Meat Probe
The meat probe sensor is used to measure the temperature of cooking foods. Suitable for home appliances and microwave ovens.
TYPE M6000
Rugged sensor consisting of a machine screw that can be fastened into drilled and tapped holes.
NTC Type JR
NTC chip thermistor with insulated flexible wires and housed in an eyelet tag.
NTC Type JW, JC
NTC or PTC chip thermistor on a ceramic/metal shoe assembly sealed in a polymer housing and provided with flexible twin cable connections.
NTC Type JI
Chip thermistor housed in a tip, which is molded onto flexible circular cable.
NTC Type JB Oven Sensor
Glass-encapsulated thermistor housed in a stainless steel probe body with PTFE leadout wires, terminated with a connector assembly.
Mid-Temperature Range Probe
This probe works in a variety of temperature applications in the appliance and industrial segment.
NTC Interchangeable Type 95 Series
Epoxy-coated, NTC interchangeable thermistor chips with bare tinned-copper lead wires.
NTC Type JD Fast Response Sensor
NTC thermistor assembly in a metal housing with flying wires.
Medical Temperature Sensors | Medical Temperature Probes
Type CSP NTC Temperature Standards
The Type CSP Temperature Standards are ultrastable probe thermistors which have been calibrated to an accuracy of 0.01°C.
NTC MA Biomedical Chip Thermistors
These biomedical chip thermistors are designed for use in catheter assemblies.
MA400X Fully Autoclavable Temperature Probes
The MA400X Series has been designed for Steam Autoclave Sterilization temperatures up to 273.
NTC Type AB6
NTC Type AB6 thermistor assemblies consist of small GC or Thermobeads that are welded to insulated extension leads.
Type S/AS/ES Precision NTC Temperature Standards
Our temperature standards consist of ultra-stable thermistor probes assembled into thin wall stainless steel housings with shielded extension leads.
M1000 Adhesive Mounted Surface Sensors
Features a surface mount cup for use as skin temperature sensors or on flat surfaces.
MA700 Series Temperature Probes
These reusable temperature probes are ideally suited for the critical sensing parameters in continuous monitoring of a patient’s body temperature.
NTC Type A990 Series Thermistors
Interchangeable sub-assemblies consisting of matched pairs of glass encapsulated thermistor beads connected in series or parallel circuit configurations.
Vehicle Sensors, Automotive Sensor, Vehicle Probe, Automotive Probes
Coolant Temperature Sensors
Monitor the temperature the coolant that is being pumped around the battery to cool the battery module of EV/PHEVs.
Engine Temperature Sensors (ETS)
Monitor the temperature of the coolant, oil, or fuel being used in an engine.
Inline Flow-Through Temperature Sensors
Monitor the temperature of a fluid that passes through it.
Automotive Temperature Sensors
Sensors for for both engine management (including battery temperature) and HVAC temperature applications for automotive and heavy duty truck applications.
Duct Temperature Sensor
The Duct Temperature Sensor indicates the ambient temperature of the automatic air conditioner system in the passenger car.
E-stat Controller
The E-stat controller is used to prevent the evaporator core from freezing.
Ambient Sensor
This sensor measures the temperature outside the passenger compartment and is usually mounted inside or near the front bumper.
Duct Sensor
This sensor measures the temperature inside the air duct of air conditioner systems.
Oil Pressure Switch
The oil pressure switch monitors the engine oil flow when the engine starts.
Dual Solar Sensor
The dual solar sensor uses two photo diode cells inside of it to measure the intensity of the light that enters into the cabin of a vehicle.
Air Quality Sensor
This sensor monitors the air coming into a vehicle.
TYPE KU/UD 20 Unleaded Disc
A range of unleaded disc thermistors.
Active In Car Sensor
This sensor indicates the cabin temperature of the fully automated temperature control system in a passenger car.
Single Solar Sensor
The single solar sensor uses outside sunlight coming into the vehicle to help control the vehicle’s HVAC system.
Type KY2 & KY3 NTC Thermistors
These contain one PTC and two NTC thermistor elements connected inside a plastic sleeve and encapsulated in a brass probe housing.
HVAC Refrigerant Temperature Sensor GE-1920
The refrigeration temperature sensor measures the refrigerant temperature both at the high pressure side and at the low pressure side of the line.
