
Vacuum Thermocouple
Assemblies
KF Style Flange with M12
Connector
TCV-M12 Series
sgnittiF FK 1682 OSI
Standard Size #25 and
#40
#25 and #40 Flanged
Sensors Have 1⁄4 "
Diameter Probes
M12 Connector with
Thermocouple Pins
304 Stainless Steel
Construction
dednuorgnU ro dednuorG
TCV-KU-1200-40-M12
M12CFM-TTJ24S-RFSR-FL-3,
cable assembly.
Type K, T, and E
Thermocouples are
Special Limits of Error
TCV-KU-0600-40-M12
M12C-SIL-K-S-F-1.5,
extension cable
assembly.
Single or Dual
Thermocouple
Construction Optional
Both models
shown smaller than
actual size.
Probe Length Optional*
The OMEGA® TCV Series thermocouple
probe assemblies are available in
standard lengths of 3, 6, and 12" with a
grounded or ungrounded thermocouple
junction at the tip. Standard probes are
available in K, T and E calibrations.
* Please call sales for available options including
special probe lengths.
Thermocouple Specifications
Thermocouple Type Temperature Range at Tip ºC (ºF) Accuracy (Above 0ºC)
-200 to 900 (-328 to 1652) 2.2ºC or 0.75 whichever is greater
-200 to 900 (-328 to 1652) 1.7ºC or 0.5 whichever is greater
-200 to 400 (-328 to 752) 1.0ºC or 0.75 whichever is greater
"B" Dia
"A" Dia
Unsure of your flange size, verify it by using this size chart.
Mounting Flange Guide
A Dia B Dia
Size mm (inch) mm (inch)
#25 40 (1.57) 26.2 (1.03)
#40 50 (1.97) 41.2 (1.62)
To Order
Model No. KF Flange Thermocouple Type Sheath Diameter
TCV-(*)(**)-(***)-10-M12 #10 K, T or E
TCV-(*)(**)-(***)-16-M12 #16 K, T or E
TCV-(*)(**)-(***)-25-M12 #25 K, T or E ¼"
TCV-(*)(**)-(***)-40-M12 #40 K, T or E ¼"
(*) = Specify Type (“K”, “T” or “E” thermocouple).
(**) = Specify junction style (“G” = grounded, “U” = ungrounded).
(***) = Specify the probe length in inches (“0300” = 3", “0600” = 6", “0950” = 9 ½", “1200” = 12").
For lengths between those shown, indicate the required length as shown above (additional charges apply).
Ordering Examples: TCV-TG-0950-40-M12, Type T grounded thermocouple with
1
⁄
" diameter probe and #40 flange with M12 connector.
4
1
⁄
8"
1
⁄
8"
Improving the world, one measurement at a time.
TM