Lug Thermistors is one of the specialized area at Thermosen, we offer wide range of standard & custom design Lug thermistors in different style, construction, plating etc. These sensors majorly used for power application on the heat sink/ flat hot surface with hole to mount the sensor. Thermosen offers Lug thermistors from M3 (3mm) to M20, size of hole to fit different applications 

KEY FEATURES

• Easy mounting using ring lug terminal, standard size from M3 to M20

• Rugged construction to work in adverse environmental conditions

• Complaint to RoHS Directive 2011/65/EU

 

APPLICATIONS

• Suitable for surface sensing application, especially  when a good electrical insulation and good thermal contact with the chassis is required 

• For  accurate surface temperature sensing and control in Power electronics – heat-sink temperature control.

• Surface temperature sensing temperature sensing and control in Consumer appliances 

TANRA-103-Rx-Bxxxx-Mxx-Lxxx-Cxxx

                                                                         / Sxx

Construction Type 

Connector Type/ Strip Length (mm)

Wire Length (mm)

Resistance value, 10kΩ

Resistance Tolerance (%)

Beta Value

Lug Eye Diameter (mm)

Ring Type/ Epoxy Type

NTC/ PTC/ RTD/ THERMOCOUPLE/ HUMIDITY 

Assembly/ Module 

THERMOSEN

TANRG.jpg

TANRG SERIES(M3.5 lug)

  Introduction, Applications, Uniqueness

M6 LUG.jpg

TANRAD SERIES(M6 lug)

 Introduction, Applications, Uniqueness

M4 LUG.jpg

TANRH SERIES(M4 lug)

Introduction, Applications, Uniqueness

TANRN.jpg

TANRN SERIES (M8 lug)

Introduction, Applications, Uniqueness

TANRA.jpg

TANRA SERIES

Introduction, Applications, Uniqueness

TANRI SERIES

Introduction, Applications, Uniqueness

TANRM_edited_edited_edited_edited.jpg

TANRM SERIES

Introduction, Applications, Uniqueness

TANRB SERIES

Introduction, Applications, Uniqueness

TANRD.jpg

TANRD SERIES

Introduction, Applications, Uniqueness

TANRF SERIES

Introduction, Applications, Uniqueness

TANRK SERIES

Introduction, Applications, Uniqueness

TANRT SERIES

Introduction, Applications, Uniqueness