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HTTC36
Hollow Tube Style Thermocouple Probes
Models In Stock
- 1m (40') PFA Insulated Lead Wire Epoxy Potted into a Stainless Steel Sheath
- Probe Rated up to 450°F
- Probe Diameters of 1 /16 ', 1 /8 ', 3 /16 ' and 1 /4 '
- J, K, T, E, N Calibrations
HTTC36
From
$
51.36
Models In Stock
Product Overview
- Color Code Standard ANSI
- Insulation Note 1 m (40") PFA-Insulated Lead Wire Epoxy Potted into a 304 SS Sheath
- Number of Connectors N/A
- Number of Wires 2
- Probe Type Hollow Tube Style Thermocouple Probes
- Process Temperature, Min 0 °C
- Series ID HTTC36
- Sheath Material 304 Stainless Steel
- Temperature Sensor Type Thermocouple
- Transition Joint Length 1.13 in
Supported Applications
The Omega HTTC36 series comprises Hollow Tube Style Thermocouple Probes designed for industrial temperature measurement. The product line includes the Low-Cost Hollow-Tube Thermocouple Probe, NB1 Replacement Probe with Lead Wire, and Metal Handle Probe configurations.
- Low-cost hollow-tube thermocouple probes
- NB1 replacement probe applications
- Metal handle probe installations
Operating Conditions & Performance
The series meets or exceeds Special Limits of Error (SLE) and EN 60584-2: Tolerance Class 1. Process temperature capabilities range up to 450°F for standard configurations, with glass-insulated leads available for higher temperatures up to 900°F.
- Accuracy: Meets or exceeds Special Limits of Error (SLE) and EN 60584-2: Tolerance Class 1
- Process Temperature Range: Up to 450°F; Up to 900°F with glass-insulated leads
Probe Dimensions & Materials
The probes feature a 304 SS sheath. Available probe diameters include 1.5 mm (1/16"), 3.0 mm (1/8"), 4.5 mm (3/16"), and 6.0 mm (1/4"). Standard overall lengths are listed as 150 mm (6"), 300 mm (12"), and 1 m (40").
Configuration Options
The HTTC36 series supports multiple calibration types, lead wire insulation options, connector terminations, and junction configurations.
Calibration Types & Junctions
- Standard Calibration: J, K, T, E, or N (specified in model number)
- NB1 Replacement Probe Calibrations: CA, IC, CP, CX, NN for K, J, T, E and N respectively
- Junction Type: Grounded Junction is standard; Ungrounded probe available with 'U' suffix
Lead Wire & Insulation Options
- PFA-Insulated Lead Wire (Standard)
- Fiberglass insulated lead wire (GG suffix) for higher temperatures up to 900°F
- Glass-insulated leads available
- TW-SB: PFA with SS overbraiding; GG-SB: fiberglass with SB overbraiding and length in inches, for an additional cost
Connector Terminations & Housings
- Lead Wire Epoxy Potted into a 304 SS Sheath (Standard)
- Male SMP Miniature Connector available on Metal Handle Probe models (-SMPW-M suffix)
- -OSTW-M or -SMPW-M connector terminations
- Cast-aluminum handle for Metal Handle Probe variants
Process Connections & Lengths
- NPT hex fitting (1/2 x 1/2) for NB1 probe
- Compression fitting for Metal Handle Probe
- Probe lengths: Specify in inches from 1½ to 6" (38 to 150 mm); minimum 32 mm (1.25"); maximum 1.2 m (48")
- Lengths over 1.2 m (48") require consultation with the Custom Engineering Department; lengths over 1 m (40") incur additional cost per foot and model number modification
Approvals & Certifications
- Meets or exceeds Special Limits of Error (SLE) and EN 60584-2: Tolerance Class 1
Key Product Differences
The series is organized into three primary model families with distinct ordering structures:
- Low-Cost Hollow-Tube Thermocouple Probe (HTTC36): Model format HTTC36-(*)-116G-(**) through 14G, where (*) denotes calibration type and (**) denotes lead length. Lead wire AWG varies by diameter: 30 Solid for 1.5 mm; 24 Stranded for 3.0 mm; 20 Stranded for 4.5 mm and 6.0 mm.
- NB1 Replacement Probe with Lead Wire: Model format NB1-(*SS-14G-(**)-RP-†, supporting probe lengths up to 300 mm (12").
- Metal Handle Probe (MHP): Model format MHP-(*SS-14G-(**)-SMP featuring a cast-aluminum handle and Male SMP Miniature Connector.
Variations include the addition of suffixes for fiberglass insulation ('GG'), stainless steel overbraiding ('SB'), or ungrounded junctions (changing 'G' to 'U'). Custom configurations are available through the Quotations Department.
PDFs & Manuals
Show Ratings & Reviews
Rated 5 out of
5
by
EDGARDO from
MY 6" THERMOCOUPLES
The performance of the thermocouples is very acceptable!!!
Thanks OMEGA...
Date published: 2015-12-06
Rated 5 out of
5
by
MMW1 from
Product Availability Importance
Received product and engineering will use for testing
Date published: 2024-08-29
Rated 2 out of
5
by
TwB1 from
Product explanation
Product not explained well in specifications area.
Date published: 2024-05-21
Rated 5 out of
5
by
Aaron P from
The thermocouple probe I have been waiting for
Great quality probe. Was packaged well and arrived quickly.
Date published: 2024-01-08
Rated 4 out of
5
by
Anonymous from
Thermocouple review omega
Great design and product for the money none none no
Date published: 2022-09-17
Rated 4 out of
5
by
Aprilsv from
It works
Used for regulating pallet temperture for verification purpose
Date published: 2022-09-08
Rated 5 out of
5
by
Billyatams from
Type K meets specifications
This probe works as advertised and is well within the conformance specifications for a Type K thermocouple. Don’t bother with the cheap knockoffs. Those devices are inaccurate. This is the real deal.
Date published: 2020-11-08
Rated 5 out of
5
by
Otterman from
Otter-man Rating
I bought these a few years back for use in an oven, one for the lower area and one for the upper, as additional temperature monitoring. The work really well.
Date published: 2020-08-10
Will this work connected directly to an RCA cable and connected to a Quanser board for use with Matlab Simulink?
I'm not an expert but I know enough to say it depends on you definition of "work". If you require highly accurate measurement, then no. If you need "close enough", then yes. A T/C is a junction of dissimilar metals. At that junction a voltage (mV) is generated which relatively linear to temperature change, this makes it easy to convert to temp. So, each connection that is made in the sensing circuit of dissimilar metals creates a thermocouple (ie- RCA jack; Sn, Ni or Au plated brass to Chromel + & Alumel - of a K type thermocouple). The ambient temperature where these connection are made will effect the overall mV value generated in the circuit. -good luck
Date published: 2020-12-07