1-800-663-4209 | Welcome to our new website, found an issue or bug? Please report it here
TJ72-CASS-010G-2
Fine Diameter (0.01 in. - 0.04 in.) Rugged Thermocouple Transition Joint Probes
								Choose a Variant
Junction Type
		                
		                
		                            
		                Temperature Probe Style
		                
		                
		                            
		                Electrical Connection
		                
		                
		                            
		                Probe Length
		                
		                
		                            
		                Sheath Material
		                
		                
		                            
		                Color Code Standard
		                
		                
		                            
		                
	Added to Your Shopping Cart
  Configuration complete.
Please add to cart to keep it or exit the configuration
		
		
		Please add to cart to keep it or exit the configuration
Failed to Save Configurations, Click on Configure Button Start Again
		Product Specs
<< See all Product Models| Brand | 
				 | 
		
| Alloy Material (+) | Chromel | 
| Alloy Material (-) | Alumel | 
| Cable Length | 72 in | 
| Color Code Standard | ANSI | 
| Electrical Connection | Stripped Leads | 
| Insulation | PFA | 
| Insulation Note | Type K and N Can be Manufactured with Super OMEGACLAD® XL Compacted Mineral Insulation Cable for Long-Lasting Performance in Harsh Conditions | 
| Junction Type | Grounded | 
| Number of Connectors | N/A | 
| Probe Diameter | 0.01 in | 
| Probe Length | 2 in | 
| Probe Type | Rugged Transition Joint Probe | 
| Process Temperature, Max | 700 °C | 
| Process Temperature, Min | 0 °C | 
| Sheath Material | 304 Stainless Steel | 
| Temperature Probe Style | Immersion Probe | 
| Temperature Sensor Type | Thermocouple | 
| Thermocouple Type | K | 
| Transition Joint Length | 1.25 in | 
| Wire Gauge | 24 AWG | 
| Wire Type | Stranded | 
| See All Specs | |
				PDFs & Manuals
			
		Show Ratings & Reviews
 
			
	
	
	
        
            Rated 5 out of
            5
         by
        Curtis from
        Great probe
        Excellent response in robust form factor. The stepped version is awesome.
        
    Date published: 2025-08-20
        
    
        
            Rated 5 out of
            5
         by
        Scott E from
        Everything received and working as expected.
        Reliable company with reliable products. Works like a charm!
        
    Date published: 2024-04-04
        
    
        
            Rated 5 out of
            5
         by
        Scott E from
        Great company with great products.
        Everything works as expected. Received everything as expected.
        
    Date published: 2024-04-04
        
    
        
            Rated 5 out of
            5
         by
        Chris8 from
        Ready to use Temocouples
        Customer built by omega to your specs, shipped and ready to use.
        
    Date published: 2023-08-21
        
    
        
            Rated 1 out of
            5
         by
        Anonymous from
        Wrong reference
        It is too long and too thin, I send pictures and request a quote whit a previous reference, but the reference that your teem gave me wasn't correct
        
    Date published: 2020-09-11
        
    
        
            Rated 5 out of
            5
         by
        customdaveus from
        0.01" fine wire T/C for speedy measurements
        We use the 0.10" fine wire t/c for testing the temperature reaction time of of thermal sensing shower valves to measure the speed of the reaction time in the milliseconds.
        
    Date published: 2020-04-10
        
    
        
            Rated 4 out of
            5
         by
        sully from
        nice coupler great for our application.
        the only problem i had was it needed to go  into the side of a hot block had to bend the probe about 90' and the first one cracked.i was able to install the second one at less of an angle it was fine.
        
Date published: 2017-08-14