
TTH300
Head-mounted transmitter with two universal inputs for RTDs, thermocouples, resistance and mV. Supports HART, PROFIBUS PA or FOUNDATION Fieldbus, NAMUR diagnostics, redundancy and drift monitoring.
Geyser IC is an ABB Value Provider / Channel Partner for Measurement & Analytics. We support the complete measurement chain: sensor, mounting, transmitter, diagnostics, protocol, certifications and replacement of older ABB families.

Head-mounted transmitter with two universal inputs for RTDs, thermocouples, resistance and mV. Supports HART, PROFIBUS PA or FOUNDATION Fieldbus, NAMUR diagnostics, redundancy and drift monitoring.

Robust field enclosure with two universal inputs, optional local display and advanced diagnostics. Suitable where electronics and sensor require physical separation or easy access.

RTD or thermocouple assemblies with configurable head, transmitter and thermowell. TSP100 covers standard applications; TSP300 is the heavy-duty family for demanding processes and hazardous areas.

Non-invasive clamp-on sensor for metal pipes or vessels: no process penetration or thermowell. Uses TTH300-derived electronics and algorithms to compensate ambient influence. ABB measurement range: -40…400 °C.
Download PDFs for your model. Each document lists language, revision and date; shared manuals are identified in their cards.
HART, PROFIBUS PA and FOUNDATION Fieldbus. English manual rev. I (03.2023); Italian rev. H (09.2022), an earlier edition.
HART, PROFIBUS PA and FOUNDATION Fieldbus. English manual rev. I (03.2023); Italian rev. H (10.2022), an earlier edition. The datasheet also includes TTF300-N; linked manuals cover TTF300.
HART transmitter with one sensor input.
HART transmitter with one sensor input in a field enclosure.
Rail-mounted HART transmitter.
A compact choice where electronics can be located at the measurement point. Reduces analogue sensor wiring and sends a conditioned signal directly to the control system.
For electronics in a more accessible or protected location, a remote local display, or adverse vibration and temperature conditions at the sensor head.
Particularly useful where a new penetration would require a shutdown, welding, thermowell design or process work permits.
Removing the thermowell eliminates an immersed element exposed to flow forces. Pipe material, insulation, ambient conditions and thermal dynamics still need assessment.
The legacy group guides the current platform choice. An exact equivalent requires the full code and specification.
ABB TH01ABB TH02ABB TF02ABB TF12ABB TR01-EXABB TR04ABB TR11ABB TS02ABB TS11ABB TH101ABB TH102ABB TR104ABB TS102ABB TF202ABB TF212ABB TH202ABB TR204ABB TS202ABB TEU704ABB V10513 · TSWTABB V10514 · TSTWABB V10515 · TSETOriginal documents for legacy series. Check the full model, mounting and version before use.
Head-mounted TH01; rail-mounted TH101. Shared manual, including Ex versions.
HART family: head, rail and field mounting. TH02 has an English revision B datasheet and a later revision C in German.
FOUNDATION Fieldbus: head-mounted TF02 and field-mounted TF202.
PROFIBUS PA: head-mounted TF12 and field-mounted TF212.
Analogue head-mounted Pt100 transmitters.
The datasheet identifies TR04-Eco and TR04-Ex versions. The manual also covers TR104 and TR204.
Analogue rail- and field-mounted Pt100 transmitters.
Original multilingual manual for the programmable head-mounted transmitter.
The datasheet covers TS102. The German manual covers TS02, TS102 and TS202, including the versions listed in the document.
Smart head-mounted transmitter manual.
Two-wire field transmitter manual.
Four-wire transmitters for temperature and electrical variables. Catalogue code 11335 identifies TEU315; the document also covers TEU325 and Ex versions.
Smart four-wire transmitter. Ordering code V11421A is listed in the datasheet.
TTH300 is ideal where electronics can be mounted directly in the sensor head, reducing space and wiring and bringing signal conversion close to the measurement point.
For a robust field enclosure, better electronics access, a local display or physical separation from the sensor due to environmental or maintenance conditions.
Yes. TTH300 has two universal inputs for RTDs, thermocouples, resistance and mV, with redundancy and drift-monitoring functions.
TSP100 covers standard and moderate-duty applications. TSP300 targets heavy-duty applications and offers broader Ex protection options. The exact configuration depends on sensor, thermowell, head and transmitter.
TSP111 has no thermowell and fits an existing one; TSP121 includes a welded protection tube; TSP131 uses a solid-machined thermowell.
It is a non-invasive clamp-on sensor that measures temperature without drilling the pipe, installing a thermowell or shutting down to create a new measurement point.
We start with the full code, mounting, sensor, range, output and certifications. Older families migrate to current TTH, TTR or TTF platforms according to version, without assuming one-to-one equivalence from the model alone.