M-THERMO 96
96-channel universal thermocouple inputs type E, J, K, N, R, S, T
Please accept the third-party content to use this function: Open cookie settings
Welcome to IPETRONIK! Do you have any questions about IPETRONIK? Are you looking for a solution or a product? Our chatbot will be happy to help you.
- Homepage
- Products & Services
- Modules
- M-THERMO 96
M-THERMO 96
96-channel universal thermocouple inputs type E, J, K, N, R, S, T- Cold junction compensation per channel
- Status LED at each measurement channel
- Measurement data output to Ethernet
- Galvanic isolation (inputs, CAN, supply, enclosure)
- Compliant to requirements of the aerospace industry
- Ruggedized modules for harsh environments
- Cable relief
Technical Data
| Inputs | 96 |
|---|---|
| Voltage supply | 9 … 36 VDC |
| Working temperature range | -40 … 85 °C (-40 … 185 °F) |
| IP-Code | IP6K6 according to DIN EN 60529: 2014-09-01 ISO 20653 |
M-THERMO 96 – Technical data
| Input HV | |
|---|---|
| * Safety instructions | |
| General channel properties | |
| Special functions | Sensor breakage detection (activation via software setting) |
| Aggregate sample rate | 9600 Hz |
| Hardware filter (fixed) | 11 Hz, filter type RC low pass |
| Channel impedance | 15.0 MΩ |
| Channel LED | Sensor break detection, Channel LED is flashing during configuration |
| Channel temperature | |
| Measurement range temperature | Typ T (Cu/CuNi) -250 … 400 °C (-418 … 752 °F), Typ J (Fe/CuNi) -180 … 750 °C (-292 … 1352 °F), Typ K (NiCr/NiAl) -200 … 1300 °C (-328 … 2372 °F), Typ E (NiCr-CuNi) -200 … 900 °C (-328 … 1652 °F), Typ N (NiCrSi/NiSi) -270 … 1300 °C (-454 … 2372 °F), Typ S (Pt10Rh/Pt) -50 … 1750 °C (-58 … 3182 °F), Typ R (Pt13Rh/Pt) -50 … 1700 °C (-58 … 3092 °F) |
| Linearization of sensor characteristic line | Numerical interpolated |
| Cold junction compensation (CJC) | PT100 for each channel |
| Measurement range thermo voltage | ±78125µV |
| Cold junction measurement range | 0 ... 167.8 Ω |
| Total error thermocouple type E | |
| Ambient temperature -40 °C | @TInput= 0 °C / 700 °C (±0.183 K / ±0.214 K) |
| Ambient temperature 5 °C | @TInput= 0 °C / 700 °C (±0.145 K / ±0.225 K) |
| Ambient temperature 25 °C | @TInput= 0 °C / 700 °C (±0.129 K / ±0.161 K) |
| Ambient temperature 45 °C | @TInput= 0 °C / 700 °C (±0.170 K / ±0.251 K) |
| Ambient temperature 85 °C | @TInput= 0 °C / 700 °C (±0.204 K / ±0.235 K) |
| Total error thermocouple type J | |
| Ambient temperature -40 °C | @TInput= 0 °C / 600 °C (±0.191 K / ±0.220 K) |
| Ambient temperature 5 °C | @TInput= 0 °C / 600 °C (±0.154 K / ±0.226 K) |
| Ambient temperature 25 °C | @TInput= 0 °C / 600 °C (±0.137 K / ±0.167 K) |
| Ambient temperature 45 °C | @TInput= 0 °C / 600 °C (±0.180 K / ±0.252 K) |
| Ambient temperature 85 °C | @TInput= 0 °C / 600 °C (±0.212 K / ±0.241 K) |
| Total error thermocouple type K | |
| Ambient temperature -40 °C | @TInput= 0 °C / 800 °C (±0.206 K / ±0.257 K) |
| Ambient temperature 5 °C | @TInput= 0 °C / 800 °C (±0.173 K / ±0.287 K) |
| Ambient temperature 25 °C | @TInput= 0 °C / 800 °C (±0.153 K / ±0.203 K) |
| Ambient temperature 45 °C | @TInput= 0 °C / 800 °C (±0.199 K / ±0.313 K) |
| Ambient temperature 85 °C | @TInput= 0 °C / 800 °C (±0.227 K / ±0.278 K) |
| Total error thermocouple type N | |
| Ambient temperature -40 °C | @TInput= 0 °C / 800 °C (±0.243 K / ±0.254 K) |
| Ambient temperature 5 °C | @TInput= 0 °C / 800 °C (±0.219 K / ±0.278 K) |
| Ambient temperature 25 °C | @TInput= 0 °C / 800 °C (±0.190 K / ±0.201 K) |
| Ambient temperature 45 °C | @TInput= 0 °C / 800 °C (±0.245 K / ±0.304 K) |
| Ambient temperature 85 °C | @TInput= 0 °C / 800 °C (±0.264 K / ±0.275 K) |
| Total error thermocouple type R | |
| Ambient temperature -40 °C | @TInput= 0 °C / 1300 °C (±0.664 K / ±0.403 K) |
| Ambient temperature 5 °C | @TInput= 0 °C / 1300 °C (±0.738 K / ±0.481 K) |
| Ambient temperature 25 °C | @TInput= 0 °C / 1300 °C (±0.611 K / ±0.349 K) |
| Ambient temperature 45 °C | @TInput= 0 °C / 1300 °C (±0.763 K / ±0.507 K) |
| Ambient temperature 85 °C | @TInput= 0 °C / 1300 °C (±0.685 K / ±0.424 K) |
| Total error thermocouple type S | |
| Ambient temperature -40 °C | @TInput= 0 °C / 1300 °C (±0.653 K / ±0.438 K) |
| Ambient temperature 5 °C | @TInput= 0 °C / 1300 °C (±0.724 K / ±0.527 K) |
| Ambient temperature 25 °C | @TInput= 0 °C / 1300 °C (±0.600 K / ±0.384 K) |
| Ambient temperature 45 °C | @TInput= 0 °C / 1300 °C (±0.750 K / ±0.553 K) |
| Ambient temperature 85 °C | @TInput= 0 °C / 1300 °C (±0.674 K / ±0.459 K) |
| Total error thermocouple type T | |
| Ambient temperature -40 °C | @TInput= 0 °C / 300 °C (±0.200 K / ±0.200 K) |
| Ambient temperature 5 °C | @TInput= 0 °C / 300 °C (±0.175 K / ±0.182 K) |
| Ambient temperature 25 °C | @TInput= 0 °C / 300 °C (±0.154 K / ±0.147 K) |
| Ambient temperature 45 °C | @TInput= 0 °C / 300 °C (±0.201 K / ±0.208 K) |
| Ambient temperature 85 °C | @TInput= 0 °C / 300 °C (±0.228 K / ±0.221 K) |
| Total error PT100 input | |
| Ambient temperature -40 °C | ± 30.79 mΩ |
| Ambient temperature 5 °C | ± 18.53 mΩ |
| Ambient temperature 25 °C | ± 13.10 mΩ |
| Ambient temperature 45 °C | ± 20.74 mΩ |
| Ambient temperature 85 °C | ± 30.20 mΩ |
| Total error thermovoltage | |
| Ambient temperature -40 °C | @0 mV / 30mV (± 2.8 µV / 4.8 µV) |
| Ambient temperature 5 °C | @0 mV / 30mV (± 3.5 µV / 7.8 µV) |
| Ambient temperature 25 °C | @0 mV / 30mV (± 2.8 µV / 4.8 µV) |
| Ambient temperature 45 °C | @0 mV / 30mV (± 3.5 µV / 7.8 µV) |
| Ambient temperature 85 °C | @0 mV / 30mV (± 2.8 µV / 4.8 µV) |
| Channel CNT | |
| Number of inputs | |
| Excitation | |
| Sensorspeisung | |
| Galvanic isolation | |
| Input ↔ module power supply | ±100 V (indefinitely), ±500 V (pulse voltage) |
| Input ↔ CAN | ±100 V (indefinitely), ±500 V (pulse voltage) |
| Input ↔ enclosure | ±100 V (indefinitely), ±500 V (pulse voltage) |
| Input ↔ input | ±100 V (indefinitely), ±500 V (pulse voltage) |
| Device | |
| Inputs | 96 |
| Precisions | |
| Maximum input protection voltage (channel) | ±25 V (continuous), ±50 V (1 min), ±200 V (short-time, t < 2 ms) |
| Voltage supply | 9 … 36 VDC |
| Supply voltage thresholds | On 9 ±0.3 VDC / Off 9 ±0.3 VDC |
| Power consumption, typical | <29 W; <25 W (without IPEhub2) |
| Working temperature range | -40 … 85 °C (-40 … 185 °F) |
| IP-Code | IP6K6 according to DIN EN 60529: 2014-09-01 ISO 20653 |
| Relative humidity | 5 ... 95 % |
| Operating altitude (above sea level) | 55.000 Fuß / 16.764 m |
| Dimensions | W 500 mm x H130 mm x D 476 mm (19.69 in x 5.12 in x 18.74 in) |
| Weight | 19.6 kg (43.21 lb) |
| Configuration interface | Ethernet |
| Data transfer rate | 100 Mbit Ethernet (IEEE 802.3) |
| Test standards | DIN EN 61326-1:2013 (EMV), IEC-EN 60584-2 (PD accuracy - based on voltage / PT100 accuracy ), MIL-STD-810G w/Change 1 (Sound pressure), ISO 9001:2015, RTCA DO-160G 2010-12-08 (Pulse & Vibration), IEC 61010-2-201 (safety requirements) |
| Pressure compensation | Available |
| Desiccant | Available |
| Calibration intervall | 12 months |
| Housing material | Aluminum, gold anodized |
| Input sockets | Screw terminal |
| Status LED | Yes |
| Schutz gegen aggressive Flüssigkeiten | Hyjet IV Hydraulik-Flüssigkeit |
| Electrical data | |
| Status LED | |
| Accessories | |
| System cable | 620-233 M-THERMO 96 cable IPEhub2-CAN/PWR, PWR-banana |
Personal Consultation
Do you have questions about this product or a special application? Get in touch with our experts!