DSI®-Adapter Technische Daten

DSI®-Adapter allgemeine Spezifikationen

Connectors
DAQ interface connectorDB9 Male
Sensor connectorSee individual adapter specification
Environmental
Operating Temperature-10 to 60 °C
Storage Temperature-40 to 85 °C
Humidity5 to 95 % RH non-condensing at 50 °C
IP ratingIP50
RFI susceptibility±0.5 % span error at 400 MHz, 5 W, 3 m
Shock & VibrationVibration sweep sinus (EN 60068-2-6:2008) Vibration random (EN 60721-3-2: 1997 - Class 2M2) Shock (EN 60068-2-27:2009) MIL-STD-810D
Rev: 1602676800

DSI-THx Spezifikationen

General specifications
Sensor connectorMini thermocouple, female
Thermocouple TypesDSI-TH-K: Type K DSI-TH-J: Type J DSI-TH-T: Type T DSI-TH-E: Type E DSI-TH-C: Type C (Obsolete)
Cold junction compensationIntegrated
CJC accuracy1.0 °C
Input impedance> 10 MΩ
BIAS current50 nA
Open TC detection
LinearisationThrough software according to the sensor type
TEDSFor adapter identification and calibration data

Genauigkeit des DSI-THx Host-Verstärkers

Measurement hardwareSIRIUSx-MULTI SIRIUSx-STGM MINITAURsSIRIUSx-STG SIRIUSx-STGMv2 SIRIUSx-HD-STGSSIRIUSx-HS-STGSIRIUSx-HD-LVDEWE-43A
Bandwidth70 kHz70 kHz70 kHz70 kHz70 kHz
Typical peak to peak noise (Type K)
30 kHz bandwidth0.44 °C0.44 °C0.5 °C0.44 °C0.44 °C
100 Hz bandwidth0.22 °C0.22 °C0.25 °C0.22 °C0.22 °C
1 Hz bandwidth0.02 °C0.02 °C0.02 °C0.02 °C0.02 °C

DSI-THx Genauigkeit

Measurement hardwareSIRIUSi LVv2 SIRIUSi HD STGS SIRIUSi STGv2KRYPTONi STG SIRIUSi XHS-LV IOLITE STGSIRIUSi STGMv3 MINITAURsDEWE-43A SIRIUSi HD-LVSIRIUSi HS-LVv2SIRIUSi HS-STGSIRIUSi MULTI
DSI-TH-K for thermocouple type K (DIN EN 60584-1)
Input RangeActual readingTypical accuracy [maximum accuracy] (see 1)
-270 to 1370 °C-250 to -200 °C±3.2 [±18.2] °C±11.3 [±21.3] °C±4.9 [±18.2] °C±9.9 [±18.2] °C±2.2 [±21.3] °C±2.2 [±9.7] °C±4.9 [±34.9] °C
-200 to -100 °C±1.8 [±7.4] °C±4.8 [±8.6] °C±2.4 [±7.4] °C±4.3 [±7.4] °C±1.4 [±8.6] °C±1.4 [±4.2] °C±2.4 [±13.6] °C
-100 to 0 °C±1.4 [±4.3] °C±3.0 [±4.9] °C±1.7 [±4.3] °C±2.7 [±4.3] °C±1.2 [±4.9] °C±1.2 [±2.6] °C±1.7 [±7.5] °C
0 to 200 °C±1.3 [±3.5] °C±2.5 [±4.0] °C±1.5 [±3.5] °C±2.3 [±3.5] °C±1.1 [±4.0] °C±1.1 [±2.3] °C±1.5 [±6.0] °C
200 to 1000 °C±1.8 [±4.1] °C±2.9 [±4.4] °C±2.0 [±4.1] °C±2.8 [±4.1] °C±1.4 [±4.4] °C±1.4 [±2.6] °C±2.0 [±6.7] °C
1000 to 1370 °C±2.0 [±4.6] °C±3.2 [±4.9] °C±2.3 [±4.6] °C±3.2 [±4.6] °C±1.6 [±4.9] °C±1.6 [±2.9] °C±2.3 [±7.5] °C
DSI-TH-J for thermocouple type J (DIN EN 60584-1)
Input RangeActual readingTypical accuracy [maximum accuracy] (see 1)
-200 to 1200 °C-200 to -100 °C±1.6 [±5.5] °C±3.7 [±6.3] °C±2.0 [±5.5] °C±3.3 [±5.5] °C±1.3 [±6.3] °C±1.3 [±3.3] °C±2.0 [±9.8] °C
-100 to 0 °C±1.3 [±3.4] °C±2.5 [±3.9] °C±1.5 [±3.4] °C±2.3 [±3.4] °C±1.2 [±3.9] °C±1.2 [±2.2] °C±1.5 [±5.8] °C
0 to 500 °C±1.4 [±3.0] °C±2.2 [±3.3] °C±1.6 [±3.0] °C±2.1 [±3.0] °C±1.2 [±3.3] °C±1.2 [±2.0] °C±1.6 [±4.8] °C
500 to 1000 °C±1.7 [±3.2] °C±2.3 [±3.3] °C±1.8 [±3.2] °C±2.3 [±3.2] °C±1.4 [±3.3] °C±1.4 [±2.1] °C±1.8 [±4.9] °C
1000 to 1200 °C±1.8 [±3.4] °C±2.4 [±3.5] °C±2.0 [±3.4] °C±2.5 [±3.4] °C±1.5 [±3.5] °C±1.5 [±2.2] °C±2.0 [±5.1] °C
DSI-TH-T for thermocouple type T (DIN EN 60584-1)
Input RangeActual readingTypical accuracy [maximum accuracy] (see 1)
-270 to 400 °C-250 to -200 °C±2.7 [±14.7] °C±9.2 [±17.2] °C±4.1 [±14.7] °C±8.1 [±14.7] °C±1.9 [±17.2] °C±1.9 [±7.9] °C±4.1 [±28.1] °C
-200 to -100 °C±1.8 [±7.3] °C±4.8 [±8.4] °C±2.4 [±7.3] °C±4.2 [±7.3] °C±1.4 [±8.4] °C±1.4 [±4.2] °C±2.4 [±13.4] °C
-100 to 0 °C±1.4 [±4.5] °C±3.1 [±5.2] °C±1.7 [±4.5] °C±2.8 [±4.5] °C±1.2 [±5.2] °C±1.2 [±2.8] °C±1.7 [±8.0] °C
0 to 200 °C±1.3 [±3.6] °C±2.5 [±4.1] °C±1.5 [±3.6] °C±2.3 [±3.6] °C±1.1 [±4.1] °C±1.1 [±2.3] °C±1.5 [±6.1] °C
200 to 400 °C±1.3 [±3.0] °C±2.2 [±3.3] °C±1.5 [±3.0] °C±2.0 [±3.0] °C±1.1 [±3.3] °C±1.1 [±2.0] °C±1.5 [±4.8] °C
DSI-TH-E for thermocouple type E (DIN EN 60584-1)
Input RangeActual readingTypical accuracy [maximum accuracy] (see 1)
-270 to 1000 °C-250 to -200 °C±2.3 [±10.2] °C±6.5 [±11.8] °C±3.2 [±10.2] °C±5.8 [±10.2] °C±1.7 [±11.8] °C±1.7 [±5.6] °C±3.2 [±19.0] °C
-200 to -100 °C±1.5 [±5.0] °C±3.4 [±5.6] °C±1.9 [±5.0] °C±3.1 [±5.0] °C±1.3 [±5.6] °C±1.3 [±3.0] °C±1.9 [±8.7] °C
-100 to 0 °C±1.3 [±3.2] °C±2.3 [±3.6] °C±1.5 [±3.2] °C±2.1 [±3.2] °C±1.1 [±3.6] °C±1.1 [±2.1] °C±1.5 [±5.4] °C
0 to 500 °C±1.3 [±2.4] °C±1.9 [±2.6] °C±1.4 [±2.4] °C±1.8 [±2.4] °C±1.2 [±2.6] °C±1.2 [±1.7] °C±1.4 [±3.7] °C
500 to 1000 °C±1.6 [±2.8] °C±2.1 [±2.9] °C±1.8 [±2.8] °C±2.2 [±2.8] °C±1.4 [±2.9] °C±1.4 [±2.0] °C±1.8 [±4.2] °C
DSI-TH-C for thermocouple type C (DIN EN 60584-1) (OBSOLETE)
Input RangeActual readingTypical accuracy [maximum accuracy] (see 1)
0 to 2320 °C0 to 500 °C±1.7 [±8.4] °C±5.4 [±9.9] °C±2.5 [±8.4] °C±4.7 [±8.4] °C±1.4 [±9.9] °C±1.4 [±4.7] °C±2.5 [±15.8] °C
500 to 1000 °C±2.0 [±6.7] °C±4.4 [±7.6] °C±2.5 [±6.7] °C±4.1 [±6.7] °C±1.5 [±7.6] °C±1.5 [±3.9] °C±2.5 [±12.0] °C
1000 to 1500 °C±2.4 [±8.0] °C±5.2 [±9.0] °C±3.0 [±8.0] °C±4.9 [±8.0] °C±1.8 [±9.0] °C±1.8 [±4.6] °C±3.0 [±14.3] °C
1500 to 2000 °C±3.0 [±10.0] °C±6.4 [±11.1] °C±3.8 [±10.0] °C±6.1 [±10.0] °C±2.1 [±11.1] °C±2.1 [±5.6] °C±3.8 [±17.8] °C
2000 to 2320 °C±4.1 [±13.7] °C±8.6 [±15.1] °C±5.1 [±13.7] °C±8.4 [±13.7] °C±2.7 [±15.1] °C±2.7 [±7.6] °C±5.1 [±24.5] °C
1) Typical accuracy... when you balance the offset on the amplifier; Maximum accuracy ... when the amplifier is not balanced

DSI-TH-UNI Spezifikationen

General specifications
Sensor connectorMini thermocouple, female
Thermocouple TypesK, J, T, R, S, N, E, B
Cold junction compensationIntegrated
CJC accuracy0.5 °C
Input impedance> 10 MΩ
BIAS current50 nA
Bandwidthup to 150 Hz (limited by bandwidth of host amplifier)
Open TC detection
LinearisationThrough software according to the sensor type
TEDSFor adapter identification and calibration data
Dimensions52 x 31 x 15 mm (61 x 31 x 15 mm with screws)
Weight40 g

DSI-TH-UNI Genauigkeit

Measurement hardwareSIRIUSi LVv2 SIRIUSi HD STGS SIRIUSi STGv2 SIRIUSi STGSKRYPTONi STG SIRIUSi XHS-LV IOLITE STGSIRIUSi STGMv3 MINITAURsDEWE-43A SIRIUSi HD-LVSIRIUSi HS-LVv2SIRIUSi HS-STGSIRIUSi MULTI
DSI-TH- for thermocouple type K (DIN EN 60584-1)
Input RangeActual readingTypical accuracy [maximum accuracy] (see 1)
-270 to 1370 °C-250 to -200 °C±2.7 [±17.7] °C±10.8 [±20.8] °C±4.4 [±17.7] °C±9.4 [±17.7] °C±1.7 [±20.8] °C±1.7 [±9.2] °C±4.4 [±34.4] °C
-200 to -100 °C±1.3 [±6.9] °C±4.3 [±8.1] °C±1.9 [±6.9] °C±3.8 [±6.9] °C±0.9 [±8.1] °C±0.9 [±3.7] °C±1.9 [±13.1] °C
-100 to 0 °C±0.9 [±3.8] °C±2.5 [±4.4] °C±1.2 [±3.8] °C±2.2 [±3.8] °C±0.7 [±4.4] °C±0.7 [±2.1] °C±1.2 [±7.0] °C
0 to 200 °C±0.8 [±3.0] °C±2.0 [±3.5] °C±1.0 [±3.0] °C±1.8 [±3.0] °C±0.6 [±3.5] °C±0.6 [±1.8] °C±1.0 [±5.5] °C
200 to 1000 °C±1.3 [±3.6] °C±2.4 [±3.9] °C±1.5 [±3.6] °C±2.3 [±3.6] °C±0.9 [±3.9] °C±0.9 [±2.1] °C±1.5 [±6.2] °C
1000 to 1370 °C±1.5 [±4.1] °C±2.7 [±4.4] °C±1.8 [±4.1] °C±2.7 [±4.1] °C±1.1 [±4.4] °C±1.1 [±2.4] °C±1.8 [±7.0] °C
DSI-TH- for thermocouple type J (DIN EN 60584-1)
Input RangeActual readingTypical accuracy [maximum accuracy] (see 1)
-200 to 1200 °C-200 to -100 °C±1.1 [±5.0] °C±3.2 [±5.8] °C±1.5 [±5.0] °C±2.8 [±5.0] °C±0.8 [±5.8] °C±0.8 [±2.8] °C±1.5 [±9.3] °C
-100 to 0 °C±0.8 [±2.9] °C±2.0 [±3.4] °C±1.0 [±2.9] °C±1.8 [±2.9] °C±0.7 [±3.4] °C±0.7 [±1.7] °C±1.0 [±5.3] °C
0 to 500 °C±0.9 [±2.5] °C±1.7 [±2.8] °C±1.1 [±2.5] °C±1.6 [±2.5] °C±0.7 [±2.8] °C±0.7 [±1.5] °C±1.1 [±4.3] °C
500 to 1000 °C±1.2 [±2.7] °C±1.8 [±2.8] °C±1.3 [±2.7] °C±1.8 [±2.7] °C±0.9 [±2.8] °C±0.9 [±1.6] °C±1.3 [±4.4] °C
1000 to 1200 °C±1.3 [±2.9] °C±1.9 [±3.0] °C±1.5 [±2.9] °C±2.0 [±2.9] °C±1.0 [±3.0] °C±1.0 [±1.7] °C±1.5 [±4.6] °C
DSI-TH- for thermocouple type T (DIN EN 60584-1)
Input RangeActual readingTypical accuracy [maximum accuracy] (see 1)
-270 to 400 °C-250 to -200 °C±2.2 [±14.2] °C±8.7 [±16.7] °C±3.6 [±14.2] °C±7.6 [±14.2] °C±1.4 [±16.7] °C±1.4 [±7.4] °C±3.6 [±27.6] °C
-200 to -100 °C±1.3 [±6.8] °C±4.3 [±7.9] °C±1.9 [±6.8] °C±3.7 [±6.8] °C±0.9 [±7.9] °C±0.9 [±3.7] °C±1.9 [±12.9] °C
-100 to 0 °C±0.9 [±4.0] °C±2.6 [±4.7] °C±1.2 [±4.0] °C±2.3 [±4.0] °C±0.7 [±4.7] °C±0.7 [±2.3] °C±1.2 [±7.5] °C
0 to 200 °C±0.8 [±3.1] °C±2.0 [±3.6] °C±1.0 [±3.1] °C±1.8 [±3.1] °C±0.6 [±3.6] °C±0.6 [±1.8] °C±1.0 [±5.6] °C
200 to 400 °C±0.8 [±2.5] °C±1.7 [±2.8] °C±1.0 [±2.5] °C±1.5 [±2.5] °C±0.6 [±2.8] °C±0.6 [±1.5] °C±1.0 [±4.3] °C
DSI-TH- for thermocouple type R (DIN EN 60584-1)
Input RangeActual readingTypical accuracy [maximum accuracy] (see 1)
-50 to 1768 °C0 to 100 °C±2.4 [±19.0] °C±11.6 [±22.7] °C±4.2 [±19.0] °C±9.8 [±19.0] °C±1.4 [±22.7] °C±1.4 [±9.8] °C±4.2 [±37.5] °C
100 to 200 °C±1.9 [±13.7] °C±8.4 [±16.3] °C±3.2 [±13.7] °C±7.1 [±13.7] °C±1.2 [±16.3] °C±1.2 [±7.1] °C±3.2 [±26.9] °C
200 to 500 °C±1.7 [±11.8] °C±7.3 [±14.0] °C±2.8 [±11.8] °C±6.2 [±11.8] °C±1.1 [±14.0] °C±1.1 [±6.2] °C±2.8 [±23.1] °C
500 to 1000 °C±1.6 [±9.9] °C±6.1 [±11.6] °C±2.5 [±9.9] °C±5.3 [±9.9] °C±1.1 [±11.6] °C±1.1 [±5.2] °C±2.5 [±19.1] °C
1000 to 1500 °C±1.7 [±8.5] °C±5.3 [±9.8] °C±2.4 [±8.5] °C±4.7 [±8.5] °C±1.1 [±9.8] °C±1.1 [±4.5] °C±2.4 [±16.0] °C
1500 to 1768 °C±2.0 [±8.7] °C±5.4 [±9.9] °C±2.7 [±8.7] °C±5.0 [±8.7] °C±1.3 [±9.9] °C±1.3 [±4.7] °C±2.7 [±16.2] °C
DSI-TH- for thermocouple type S (DIN EN 60584-1)
Input RangeActual readingTypical accuracy [maximum accuracy] (see 1)
-50 to 1768 °C0 to 100 °C±2.3 [±18.7] °C±11.4 [±22.3] °C±4.1 [±18.7] °C±9.6 [±18.7] °C±1.4 [±22.3] °C±1.4 [±9.6] °C±4.1 [±36.9] °C
100 to 200 °C±1.9 [±14.1] °C±8.6 [±16.7] °C±3.2 [±14.1] °C±7.3 [±14.1] °C±1.2 [±16.7] °C±1.2 [±7.3] °C±3.2 [±27.6] °C
200 to 500 °C±1.8 [±12.3] °C±7.6 [±14.7] °C±2.9 [±12.3] °C±6.5 [±12.3] °C±1.1 [±14.7] °C±1.1 [±6.4] °C±2.9 [±24.1] °C
500 to 1000 °C±1.7 [±10.8] °C±6.7 [±12.7] °C±2.7 [±10.8] °C±5.8 [±10.8] °C±1.1 [±12.7] °C±1.1 [±5.7] °C±2.7 [±20.9] °C
1000 to 1500 °C±1.9 [±9.4] °C±5.8 [±10.8] °C±2.7 [±9.4] °C±5.2 [±9.4] °C±1.3 [±10.8] °C±1.3 [±5.0] °C±2.7 [±17.6] °C
1500 to 1768 °C±2.2 [±10.1] °C±6.2 [±11.5] °C±3.0 [±10.1] °C±5.7 [±10.1] °C±1.4 [±11.5] °C±1.4 [±5.4] °C±3.0 [±18.8] °C
DSI-TH- for thermocouple type N (DIN EN 60584-1)
Input RangeActual readingTypical accuracy [maximum accuracy] (see 1)
-270 to 1300 °C-250 to -200 °C±3.9 [±28.9] °C±17.5 [±34.2] °C±6.7 [±28.9] °C±15.0 [±28.9] °C±2.2 [±34.2] °C±2.2 [±14.7] °C±6.7 [±56.7] °C
-200 to -100 °C±1.6 [±10.1] °C±6.3 [±11.9] °C±2.6 [±10.1] °C±5.4 [±10.1] °C±1.1 [±11.9] °C±1.1 [±5.3] °C±2.6 [±19.6] °C
-100 to 0 °C±1.0 [±5.2] °C±3.3 [±6.1] °C±1.5 [±5.2] °C±2.9 [±5.2] °C±0.8 [±6.1] °C±0.8 [±2.9] °C±1.5 [±9.9] °C
0 to 500 °C±0.9 [±4.3] °C±2.8 [±5.1] °C±1.3 [±4.3] °C±2.4 [±4.3] °C±0.7 [±5.1] °C±0.7 [±2.4] °C±1.3 [±8.2] °C
500 to 1000 °C±1.2 [±3.5] °C±2.3 [±3.8] °C±1.4 [±3.5] °C±2.2 [±3.5] °C±0.9 [±3.8] °C±0.9 [±2.0] °C±1.4 [±6.0] °C
1000 to 1300 °C±1.4 [±3.9] °C±2.5 [±4.2] °C±1.7 [±3.9] °C±2.5 [±3.9] °C±1.0 [±4.2] °C±1.0 [±2.3] °C±1.7 [±6.6] °C
DSI-TH- for thermocouple type E (DIN EN 60584-1)
Input RangeActual readingTypical accuracy [maximum accuracy] (see 1)
-270 to 1000 °C-250 to -200 °C±1.8 [±9.7] °C±6.0 [±11.3] °C±2.7 [±9.7] °C±5.3 [±9.7] °C±1.2 [±11.3] °C±1.2 [±5.1] °C±2.7 [±18.5] °C
-200 to -100 °C±1.0 [±4.5] °C±2.9 [±5.1] °C±1.4 [±4.5] °C±2.6 [±4.5] °C±0.8 [±5.1] °C±0.8 [±2.5] °C±1.4 [±8.2] °C
-100 to 0 °C±0.8 [±2.7] °C±1.8 [±3.1] °C±1.0 [±2.7] °C±1.6 [±2.7] °C±0.6 [±3.1] °C±0.6 [±1.6] °C±1.0 [±4.9] °C
0 to 500 °C±0.8 [±1.9] °C±1.4 [±2.1] °C±0.9 [±1.9] °C±1.3 [±1.9] °C±0.7 [±2.1] °C±0.7 [±1.2] °C±0.9 [±3.2] °C
500 to 1000 °C±1.1 [±2.3] °C±1.6 [±2.4] °C±1.3 [±2.3] °C±1.7 [±2.3] °C±0.9 [±2.4] °C±0.9 [±1.5] °C±1.3 [±3.7] °C
DSI-TH- for thermocouple type B (DIN EN 60584-1)
Input RangeActual readingTypical accuracy [maximum accuracy] (see 1)
0 to 1820 °C200 to 500 °C±5.3 [±48.2] °C±29.1 [±57.7] °C±10.1 [±48.2] °C±24.4 [±48.2] °C±2.9 [±57.7] °C±2.9 [±24.3] °C±10.1 [±95.8] °C
500 to 1000 °C±2.6 [±20.2] °C±12.3 [±24.1] °C±4.5 [±20.2] °C±10.4 [±20.2] °C±1.6 [±24.1] °C±1.6 [±10.4] °C±4.5 [±39.8] °C
1000 to 1500 °C±1.8 [±11.6] °C±7.2 [±13.7] °C±2.9 [±11.6] °C±6.2 [±11.6] °C±1.2 [±13.7] °C±1.2 [±6.1] °C±2.9 [±22.5] °C
1500 to 1700 °C±1.8 [±9.6] °C±5.9 [±11.1] °C±2.7 [±9.6] °C±5.2 [±9.6] °C±1.2 [±11.1] °C±1.2 [±5.1] °C±2.7 [±18.2] °C
1700 to 1820 °C±2.0 [±9.8] °C±6.1 [±11.3] °C±2.8 [±9.8] °C±5.4 [±9.8] °C±1.3 [±11.3] °C±1.3 [±5.2] °C±2.8 [±18.5] °C
1) Typical accuracy... when you balance the offset on the amplifier; Maximum accuracy ... when the amplifier is not balanced

DSI-RTD Spezifikationen

Inputs specifications
Sensor connector5-pin BINDER connector series 712 09 0416 00 05 M9 socket, mates with 99 0413 00 05 M9 cable plug
Supported sensorsResistance: Pt100, Pt200, Pt500, Pt1000, Pt2000
Temperature range-200 °C to 850 °C
Input offset50 μV
Constant current1.25 mA
Constant current accuracy±0.02 % from calibrated value
Constant current drift22 ppm/ °C
LinearisationThrough software according to sensor type
Connection types2-, 3- or 4-wire
Bandwidth (-3 dB)10 kHz (limited by bandwidth of host amplifier)
Input configurationIsolated (max. 350 VDC) when using with isolated SIRIUSi modules, else differential
Typ. noise: 100 Hz bandwidth0.03 °C
Input configurationIsolated (max. 350 VDC) when using with isolated SIRIUSi modules, else differential
Amplifier settingsAutomatically selected by software - Measurement: Voltage - Range: ±0.1 V to ±10 V - Excitation: 10 V

DSI-RTD Genauigkeit

Host amplifierSIRIUSx LVv2 / STGv2 / HS-LV / HS-STG DEWE-43A MINITAURsSIRIUSx STGMv2 / HD-LV / HD-STG KRYPTON STGSIRIUSx Multi / STGM
Resistance Range80 Ω±0.05 % of reading ±120 mΩ±0.05 % of reading ±120 mΩ±0.05 % of reading ±200 mΩ
800 Ω±0.05 % of reading ±200 mΩ±0.05 % of reading ±200 mΩ±0.05 % of reading ±840 mΩ
6 kΩ±0.05 % of reading ±840 mΩ±0.05 % of reading ±1500 mΩ±0.05 % of reading ±8 Ω
DINSensorRangeTemperature
EN 60751Pt100-200 to 850°C±0.1 % of reading ±0.69 °C±0.1 % of reading ±0.69 °C±0.1 % of reading ±2.5 °C
EN 60751Pt200-200 to 850°C±0.1 % of reading ±0.44 °C±0.1 % of reading ±0.44 °C±0.1 % of reading ±1.2 °C
EN 60751Pt500-200 to 850°C±0.1 % of reading ±0.61 °C±0.1 % of reading ±1 °C±0.1 % of reading ±4 °C
-200 to 150°C±0.1 % of reading ±0.28 °C±0.1 % of reading ±0.28 °C±0.1 % of reading ±1.2 °C
EN 60751Pt1000-200 to 850°C±0.1 % of reading ±0.39 °C±0.1 % of reading ±0.8 °C±0.1 % of reading ±3 °C
EN 60751Pt2000-200 to 550°C±0.1 % of reading ±0.29 °C±0.1 % of reading ±0.5 °C±0.1 % of reading ±1.5 °C

DSI-ACC Spezifikationen

Inputs specifications
Sensor connectorBNC
Supported sensorsIEPE / ICP
Amplifier settingsAutomatically selected by software - Measurement: Voltage - Range: ±0.1 V to ±10 V - Excitation: 10 V
DSI-ACCDSI-ACC-0.16HzDSI-ACC-20mADSI-ACC-0.16Hz-20mA
Sensor excitation4 mA ±10 %4 mA ±10 %20 mA ±15 %20 mA ±15 %
Compliance voltage> 22 Volt> 22 Volt> 20 Volt> 20 Volt
Accuracy 30 Hz to 30 kHz0.3 %0.07 %0.3 %0.07 %
High pass filter0.8 Hz0.16 Hz0.8 Hz0.16 Hz
Power consumption300 mW300 mW800 mW800 mW
Supported Amplifiers (exceptions)--Only on: SIRIUS LV/LV+, STG/STG+, HS-LV/HS-LV+, HS-STG/HS-STG+Only on: SIRIUS LV/LV+, STG/STG+, HS-LV/HS-LV+, HS-STG/HS-STG+
Gain drift50 ppm/°C
Max. input offset12 mV
Input impedance1 MΩ
Supply voltage±5 V (±1 %)
Input configurationIsolated (max. 350 VDC) when using with isolated SIRIUSi modules, else single ended
Bandwidthup to 500 kHz (limited by bandwidth of host amplifier)
Low-pass filter10 Hz to 100 kHz (depending on host amplifier)
Ranges100 mV, 1000 mV, 10000 mV (SIRIUS-HS series offers more ranges)
Typical SNR @ 30 kHz bandwidth
10000 mVup to 125 dB (limited by the SNR of the host amplifier)
1000 mVup to 110 dB (limited by the SNR of the host amplifier)
Rev: 1634896800

DSI-CHG-Spezifikationen

Inputs specifications
Sensor connectorBNC
Supported sensorsCharge sensors
Accuracy0.5 % of reading
Gain drift100 ppm/°C
Supply voltage±5 V (±1 %)
Power consumptionmax. 100 mW
Input configurationIsolated (max. 350 VDC) when using with isolated SIRIUSi modules, else single-ended
Bandwidth0.07 Hz up to 300 kHz (limited by bandwidth of host amplifier)
Low-pass filter10 Hz to 100 kHz (depending on host amplifier)
Range1,000 / 10,000 / 50,000 pC (SIRIUS-HS series offers more ranges)
Typ. SNR @ 30 kHz bandwidthup to 125 dB (limited by the SNR of the host amplifier)
Max. offset20 pC (compensated in DEWESoft® by software filter)
High-pass filter0.07 Hz, 1 Hz, 10 Hz
Amplifier settingsAutomatically selected by software - Measurement: Voltage - Range: ±0.1 to ±10 V - Excitation: 10 V

DSI-CHG-DC Spezifikationen

Inputs specifications
Sensor connectorBNC
Supported sensorsCharge sensors
Supply voltage12 V to 15 V (±1 %)
Power consumptionMax. 0.8 W
Input configurationIsolated (max. 350 VDC) when using with isolated SIRIUSi modules, else single-ended
Accuracy0.5 % of reading
Bandwidth20 kHz (500000 pC range) to 200 kHz (50000 pC) Bandwidth may be limited on amplifiers with < 500 mW Exc. power supply
Range500000 pC 50000 pC 10000 pC 1000 pC
High-pass filter500000 pC range: - DC (filter off) - 0.14 mHz (time constant > 1000 s) - 1.4 mHz (time constant > 100 s) - 14 mHz (time constant > 10 s) - 0.14 Hz (time constant > 1 s) 50000 pC / 10000 pC / 1000 pC range: - DC (filter off) - 1.4 mHz (time constant > 100 s) - 14 mHz (time constant > 10 s) - 0.14 Hz (time constant > 1 s) - 1.4 Hz (time constant > 0.1 s)
DC drift500000 pC range: typ. < 0.1 pC/s (max. < 1 pC/s) 50000 pC / 10000 pC / 1000 pC range: typ. < 0.05 pC/s (max. < 0.5 pC/s)
Supported AmplifiersSIRIUS LV/LV+, MULTI, STGM/STGM+, STG/STG+, HD-LV, HD-STGS, HS-LV/HS-LV+, HS-STG/HS-STG+ KRYPTON-6xSTG IOLITE-6xSTG *Other amplifiers support pending
Amplifier settingsAutomatically selected by software: - Measurement: Voltage - Range: ±0.1 V to ±10 V - Excitation: 12 V / 15 V
1.) Specifications update pending
1690448400

DSI-V-200 Spezifikationen

Inputs specifications
Sensor connectorBNC
Ranges±200 V, ±50 V, ±5 V, ±0.5 V (SIRIUS-HS series offers more ranges)
DC Accuracy±0.06 % of reading ±0.02 % of range ±5 mV
Bandwidth (-3 dB)300 kHz (limited by bandwidth of host amplifier)
Low-pass filter10 Hz to 100 kHz (10,30,100,200,300,1k,3k,4k,10k,30k,40k,100k)
Common mode voltage range±200 V
Input overvoltage protection±250 V
Input impedance In+1 MΩ
Input impedance In-1 MΩ
Gain driftTypical 15 ppm/K (max. 30 ppm/K)
Input offset driftTypical 10 μV/K (max. 25 μV/K)
Input attenuation50 ±0.5 % (uncalibrated)
Input configurationIsolated (max. 350 VDC) when using with isolated SIRIUSi modules, else differential
Typical SNR @ 30 kHz BW98 dB @ 200 V range 98 dB @ 40 V range 79 dB @ 4 V range
160 dB DC, 110 dB @ 1 kHz
100 dB @ 100 Hz, 60 dB @ 10 kHz
Amplifier settingsAutomatically selected by software - Measurement: Voltage - Range: ±0.1 V to ±10 V - Excitation: 10 V

DSI-20mA Spezifikationen

Inputs specificationsDSI-20mADSIw-20mA
Input connector typeSMD terminal block with push-buttons (Direct wire: 0.2 … 0.75 mm² / 24 … 18 AWG)Waterproof DSUB9 female connector
Input range20 mA
Shunt Resistor50 Ω, Metal Foil
Input accuracyCalibrated to ±0.01 %, calibration in TEDS (uncalibrated ±0.05 %)
Temperature Coefficient±0.05 ppm/°C typical (0 °C to +60 °C) ±0.2 ppm/°C typical (-55 °C to +125 °C)
Power Rating250 mW (do NOT exceed maximum rating!)
TEDS1024-bit, 1-Wire EEPROM
Environmental ratingIP20IP67

DSI-5A Spezifikationen

Inputs specificationsDSI-5A v2
Input connector typeMSTB 2,5/ 3-STF-5,08 Phoenix Contact, mates with MSTB 2,5/ 3-GF-5,08
Connector info2.5 mm² Nominal cross section
Nominal current5 A (DC or AC RMS continuous)
Pulse load1 s @ 15 A, 5 s @ 0 A
Shunt Resistor10 mΩ
Input accuracyCalibrated to ±0.1 %, calibration in TEDS
Temperature Coefficient±15 ppm/°C max (-55 °C to +125 °C)
Voltage rating300 V DC or AC RMS
TEDS1024-bit, 1-Wire EEPROM
Physical
Dimensions57 x 39 x 20 mm
Cable200 mm
Weight100 g
Rev: 1650438000

DSIi-10A Spezifikationen

Inputs specifications
Input connector type4mm Banana
Current Range10 A DC or ACpeak
Accuracy0.5 % of reading
Phase Error< 0.1° (50 Hz)
Bandwidth1 kHz (0.05 dB, 0.1°) 10 kHz (0.1 dB, 1.5°) 100 kHz (0.2 dB, 6°)
TEDSFully Supported
Overload Capability100 A nominal current for < 1 sec
Zero Offset20 mA
Temperature Coefficient40 ppm/K
Environmental specifications
Dimensions65 x 44 x 24 mm
Power Supply5 V
Current Consumptionmax. 30 mA
Operating Temperature-40 °C to +55 °C
Isolation4 kVp
Safety600 V CAT III

DSIi-20A Spezifikationen

Inputs specifications
Input connector type4mm Banana
Current Range20 A DC or ACpeak
Accuracy0.5 % of reading
Phase Error< 0.1° (50 Hz)
Bandwidth1 kHz (0.05 dB, 0.1°) 10 kHz (0.1 dB, 1.5°) 100 kHz (0.2 dB, 6°)
TEDSFully Supported
Overload Capability100 A nominal current for < 1 sec
Zero Offset20 mA
Temperature Coefficient40 ppm/K
Environmental specifications
Dimensions65 x 44 x 24 mm
Power Supply5 V
Current Consumptionmax. 30 mA
Operating Temperature-40 °C to +55 °C
Isolation4 kVp
Safety600 V CAT III

DSI-LVDT Spezifikationen

General specifications
Sensor connectorDB9 Female
Power supply Exc. Voltage10 V – 15 V, from EXC+ to EXC- outputs
Power supply Exc. Current44 mA, from EXC+ to EXC- outputs (see 1)
Output voltage1.00 V = 500 mV/V (see 2)
Output bandwidth1 kHz
Gain error1 % of Full Scale
Output TCR55 ppm/K of Full Scale
Sensor VTR = S x d, Sensitivity2000 mV/V maximum
Sensor supported typeDifferential LVDR or RVDT, Inductive Half-Bridge LVDT
Sensor Exc. voltage2.88 Vrms (differential) (see 3)
Sensor Exc. frequencySelectable 4.02 kHz / 9.60 kHz typical; 2.5% error
Phase compensation-50 ° to +85 ° at 4 kHz; -75 ° to +70 ° at 10 kHz
TEDS1024-bit, 1-Wire EEPROM (see 4)
1) Absolute maximum rating, specified for SIRIUSi.
2) For sensor VTR (Voltage Transfer Ratio) = 1000 mV/V.
3) Sinusoidal, 50 dB THD typical, not possible to sync from adapter to adapter.
4) Only one device per TEDS line is supported. Can be set to internal (adapter) or external (sensor).

DS-16xLVDTr Spezifikationen

General specifications
Sensor connectorDB9 Female
Power supply Exc. Voltage10 V – 15 V, from EXC+ to EXC- outputs (SIRIUS STGv2 = 15 V supply)
Power consumption per channel320 mW (15 V supply, no load) 800 mW (15 V supply, 100 R load on 3 Vrms)
Output voltage max.500 mV for 1000 mV/V HB LVDT
Output bandwidth1 kHz (-6 dB, 90° phase)
Gain error1 % of Full Scale
Output TCR55 ppm/K of Full Scale
Sensor supported typeFull Bridge / Half-Bridge LVDT impedance min. 120 R.
SYNC Input Voltage500 mVrms typical recommended 1700 mVrms max recommended
Sensor Exc. voltage3 Vrms max (15 V supply) set on SYNC Inputs: 1.76 * Sync Input (Vrms) @ 4 kHz 1.70 * Sync Input (Vrms) @ 10 kHz
Sensor Exc. frequency4 kHz to 10 kHz typical, set on SYNC Inputs
Phase compensation-50° to +85° @ 4 kHz -75° to +70° @ 10 kHz
TEDS1024-bit, 1-Wire EEPROM
Operating temperature-20 °C to +50 °C
Ingress protectionIP20
Humidity5 % to 85 % RH non condensing @ 50 °C
Dimensions444 x 221 x 44 mm (W x D x H)
Weight2300 g
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