Amplifier for measuring temperature

The unit is suitable for 0,1ºC accuracy continuous temperature measurement of gaseous, liquid and solid substances depending on the connected sensor. Any crystalline or semiconductor sensor can be connected to the unit (thermistor, Pt100, etc.). The high-speed data communication is provided by the set up speed and the 3- digit LED display. In case of sensor replacement, the accuracy of the unit is ensured by the two-point calibration procedure.

Specification

Amplifier for measuring temperature
Measurement range	20–50°C (expandable: 0–100°C)*
Measuring accuracy	0,1°C
Display	3 digit, LED
Internal calibration	GND; 45OC=450mV
Output	10mV/°C
Input connector	6,3 Jack
Output connector	6,3 Jack
Power supply	110V or 220V, 50/60 Hz

* other desired value can be set, but requires prior consultation

Available models

EXP-TH-1 Temperature meter amplifier (1-channel)

EXP-TH-2 Temperature meter amplifier (2-channel)

EXP-TH-4 Temperature meter amplifier (4-channel)

You can find the optional accessories by clicking here

SEN-08-XX Respiratory sendor (for details see SEN-08-K01 datasheet)

SEN-06-XX Stick thermometer (for details see SEN-06-K01 datasheet)

SEN-07-XX Temperature sensor for organ perfusion or nerve tissue slice systems (for details see SEN-07-K01 datasheet)

SEN-09-XX Catheter temperature sensor (for details see SEN-07-K02 datasheet)

SEN-11-XX Body surface temperature sensor (for details see SEN-011-K01 datasheet)

References

Year	Author	Title	Source
2001	Arras M, Autenried P, Rettich A, Spaeni D, Rülicke T.	Optimization of intraperitoneal injection anesthesia in mice: drugs, dosages, adverse effects, and anesthesia depth	Comp Med. 2001 Oct;51(5):443-56.
2007	Szabó G.	Oralis aktivitást mutató peptid és glycosid típusú antithromboticumok hatásainak vizsgálata	Semmelweis Egyetem, Elméleti Orvostudományok Doktori Iskola
2013	Klarik Z, Toth E, Kiss F, Miko I, Furka I, Nemeth N.	A modified microsurgical model for end-to-side selective portacaval shunt in the rat. Intraoperative microcirculatory investigations	Acta Cir Bras. 2013 Sep;28(9):625-31.

Media

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