200-0600 RS PRO Type K Thermocouple 4mm Length, 4mm Diameter → +400°C

RS PRO Grounded Junction Brake Pad Thermocouple, Type K_x000D_ Introducing the range of RS PRO Brake Pad Thermocouples, designed to be embedded into brake pads for temperature measurement. They have been designed with a grounded sensing junction for fast and accurate response and measurement, as well as include a 1 m fibreglass insulated, stainless steel overbraid cable that is attached to the stainless-steel thermocouple tip using a high temperature, ceramic-based sealant for optimum reliability._x000D_ Features and Benefits:_x000D_ This range of RS PRO Brake Pad Temperature Sensors have been designed for monitoring brake pad temperatures up to +400°C and to deliver high performance temperature measurements reliably and consistently_x000D_ The thermocouple has a grounded junction and a 1 m fibreglass insulated flat pair of cables with a stainless steel overbraid for added reliability_x000D_ Available as Type K and J Thermocouples_x000D_ All sensors in the range have a 4 mm tip length and are available with 6 mm, 4 mm or 3.2 mm tip diameters_x000D_ Applications:_x000D_ Brake Pad Thermocouple sensors are devices that are embedded into the brake pads of a vehicle to test the temperature of the brake pad. They are most commonly used in:_x000D_ Research and development_x000D_ Motorsports testing_x000D_ Manufacturing, engineering and production environments_x000D_ What other thermocouples are included in this range?_x000D_ 200-0599 6mm Thermocouple Brake Pad Temp Sensor K_x000D_ 200-0600 4mm Thermocouple Brake Pad Temp Sensor K_x000D_ 200-0601 3.2mm Thermocouple Brake Pad Temp Sensor K_x000D_ 200-0602 6mm Thermocouple Brake Pad Temp Sensor J_x000D_ 200-0603 4mm Thermocouple Brake Pad Temp Sensor J_x000D_ 200-0604 3.2mm Thermocouple Brake Pad Temp Sensor J_x000D_ How does a Thermocouple Work?_x000D_ A thermocouple is a sensor used to measure temperature in a range of different processes and consists of two wire legs made from different metals joined together at their two ends to form two junctions. The hot junction, also known as the measuring junction, is connected to the body whose temperature is going to be measured, while the cold junction or reference junction is connected to a body of known temperature. When the measuring junction is placed on something hot a voltage or potential difference between this and the reference junction occurs. This voltage can then be converted into a temperature measurement using thermocouple reference tables. This process is also known as the Seebeck Effect._x000D_ Why RS PRO?_x000D_ RS PRO is our own brand range and brings you a wide range of high-quality, great value products offering you more choice. Trusted by engineers all over the world, every part of every RS PRO product has been rigorously tested against demanding industry standards_x000D_ they’re only given the RS PRO seal of approval if we’re confident of their exceptional quality, which means you can be confident too.