Sheath thermocouple ANDMTE passive sensor for temperature measurements between -220 and +1150°C in liquid or gaseous media. Because of their special interior design with magnesium oxide, thermocouple elements can be used for applications with high pressure and vibrations while guaranteeing a long life span. Sheath Thermocouples are bendable and have a fast response time. The ANDMTEs are installed with the help of screw clamps.
Additional options for sensor ANDMTE (surcharges):
- additional cable length – surcharge per meter.
Sensor type:
- Passive sensor
Product number – Sheath thermocouple
Product number: ANDMTE
Technical Specifications – Sheath thermocouple
| Thermocouple: | NiCr-Ni Type K acc. to DIN IEC 584 – isolated |
| Diameter: | 1 mm, 1,5 mm, 3 mm and 6 mm |
| Fitting length: | 100 mm, 150 mm, 200 mm, 300 mm, 500 mm |
| Material: | Inconel – 2.4816 |
| Connective sleeve: | 8 x 40 mm, diameter 6 mm / all others 5 x 35 mm |
| supply cord: | Glass fiber with stainless steel coating 2 x 0.22 mm² |
| Length of supply cord: | 2,000 mm (standard) |
| Terminal connection: | 50 mm loose ends with core-end sleeves |
| Protection class: | IP54 |
| Max. operating temp. MTE: | -220 °C … +1150 °C |
| Max. operating temp. cable: | -50 °C … +400 °C |
Here you can find, a summary of temperature scaling based on electrical resistance.
Datasheet ANDMTE
TALK TO AN EXPERT
Interested in our products? Looking for options or a specific quote? Contact us with your custom enquiry!
Versions of ANDMTE
| Diameter | 100mm | 150mm | 200mm | 300mm | 500mm |
| 1,0mm | ANDMTE1.0/100/2m | ANDMTE1.0/150/2m | ANDMTE1.0/200/2m | ANDMTE1.0/300/2m | ANDMTE1.0/500/2m |
| 1,5mm | ANDMTE1.5/100/2m | ANDMTE1.5/150/2m | ANDMTE1.5/200/2m | ANDMTE1.5/300/2m | ANDMTE1.5/500/2m |
| 3,0mm | ANDMTE3.0/100/2m | ANDMTE3.0/150/2m | ANDMTE3.0/200/2m | ANDMTE3.0/300/2m | ANDMTE3.0/500/2m |
| 6,0mm | ANDMTE6.0/100/2m | ANDMTE6.0/150/2m | ANDMTE6.0/200/2m | ANDMTE6.0/300/2m | ANDMTE6.0/500/2m |
How to order?
Order example: ANDMTE thermocouple ø 3.0mm, fitting length 200 mm, cable length 3000 mm = ANDMTE 3.0 / 200 / 3m
Kicking Off 2025 with a New Website for Alledio
As we step into 2025, we are thrilled to announce the launch of a brand-new website dedicated to Andivi’s Alledio brand! This new website is designed to reflect our commitment to innovation, simplicity, design and user experience. It serves as a fresh way to explore the Alledio OEM Room Unit and its advanced OEM thermostat…
Exploring Alternatives: Comparing the Thermokon NOVOS 3 Sensor Family with Andivi CO2 Sensors
Exploring Alternatives: Comparing the Thermokon NOVOS 3 Sensor Family with Andivi CO2 Sensors
How EnerKite uses Andivi’s Outdoor temperature and humidity sensor for Harvesting green energy
In this post, we take a closer look at how EnerKíte GmbH, a company revolutionizing wind energy with kite-based systems, integrates Andivi’s Modbus Outdoor Combination Sensor for Relative Humidity and Temperature. EnerKíte delivers sustainable, cost-effective, and mobile power solutions, and these innovative sensors ensure precise temperature monitoring for reliable performance in all weather conditions. By…
Temperature and humidity scaling for 0-10 V and 4-20mA output – Active sensors
Temperature and humidity scaling for 0-10 V output Output from 0-10V at temperatures from -30°C to +70°C -30°C 0,0 V -25°C 0,5 V -20°C 1,0 V -15°C 1,5 V -10°C 2,0 V -5 °C 2,5 V 0°C 3,0 V 5°C 3,5 V 10°C 4,0 V 15°C 4,5 V 20°C 5,0 V 25°C 5,5…
Temperature / electrical resistance curves for sensors PT100, PT1000, Ni1000, Ni1000TK5000, FeT
Temperature / electrical resistance curves – scaling for sensors PT100, PT1000, Ni1000, Ni1000TK5000, FeT, NTC 1 kOhm … Andivi
Exploring Alternatives: Comparing the Siemens QPA Sensor Family with Andivi CO2 Sensors
Exploring Alternatives: Comparing the Siemens QPA Sensor Family with Andivi CO2 Sensors
Andivi Anemometer for measuring wind speed and wind direction
Andivi Anemometer for measuring wind speed and wind direction in one integrated device; from 0 to 35 m/s or 65 m/s. Outputs: 0-10V or 4-20mA.
Why Office Thermostat Wars Will Never End (But Here’s How to Survive Them)
Starting in 2023, we have delivered the first over molded temperature sensors (probe) with IP 68 protection. In this blog post, we are introducing an over-molded probe with NTC 10k thermoelement filled with thermoplastic rubber.
What are OEM Sensors and When Do Companies Need Them?
Starting in 2023, we have delivered the first over molded temperature sensors (probe) with IP 68 protection. In this blog post, we are introducing an over-molded probe with NTC 10k thermoelement filled with thermoplastic rubber.
Air Treatment: Comfort Zone & indoor Comfort Conditions – EN ISO 773, DIN 1960 and ASHRAE Standard 55
Starting in 2023, we have delivered the first over molded temperature sensors (probe) with IP 68 protection. In this blog post, we are introducing an over-molded probe with NTC 10k thermoelement filled with thermoplastic rubber.