ES620 – Thermo module
Functions at a glance
- 16 electrically isolated measuring channels for temperature sensors
- Measuring channels electrically isolated from the supply voltage
- Adjustable acquisition rate per channel; 10 samples/s to 0.1 samples/s
- Parameterized software filter for signal smoothing
- High measuring accuracy through 21-bit resolution
- Automotive measuring range of -210°C to +1820°C (-346°F to +3308°F)
- Use of B, E, J, K, N, R, S and T thermocouples
- Data transfer to PC via Ethernet
- Rugged, functional metal housing
- Hardware calibration service
Technical data
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Dimensions (HxWxD)
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72 x 128 x 160 mm / 2.8 x 5 x 6.3 in
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Weight
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1020 g / 2.25 lbs
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Environment
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Temperature range
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-40 °C to +70 °C / -40 °F to +158 °F (operation)
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-40 °C to +85 °C / -40 °F to +185 °F (storage)
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Power supply
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Operating voltage (reverse voltage protection)
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6 V to 32 V DC, reverse-voltage protected up to 40 V, protected against load dump
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Current consumption
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Continuous operation
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220 mA at 12 V
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Stand-by
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5 mA at 12 V
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Host interface
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Ethernet connection
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10 Base-T
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Protocol
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TCP/IP
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IP address
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Dynamically via INCA
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Inputs
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Number of channels
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16
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Resolution
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21 bit, corresponding to 0.01 °C
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Acquisition rate
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0.1 Samples/s to 10 Samples/s, configurable per module
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Measuring range depending on thermocouple type
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B +250 °C to +1820 °C / +482 °F to +3308 °F
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E -200 °C to +1000 °C / -328 °F to +1832 °F
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J -210 °C to +1200 °C / -346 °F to +2192 °F
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K -200 °C to +1372 °C / -392 °F to +2502 °F
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N -200 °C to +1300 °C / -392 °F to +2372 °F
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R -50 °C to +1768 °C / -58 °F to +3214 °F
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S -50 °C to +1768 °C / -58 °F to +3214 °F
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T -200 °C to +400 °C / -392 °F to +752 °F
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Limit frequency
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10 Hz
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Input impedance
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>10 MΩ II 1 nF
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Electrical isolation of inputs
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±100 V channel to channel, channel to supply voltage
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Accuracy [1]
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Basic accuracy ΔTg depending on thermocouple type
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B ±(0.050 % + 5.0 K)
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E ±(0.050 % + 0.2 K)
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J ±(0.030 % + 0.2 K)
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K ±(0.025 % + 0.25 K)
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N ±(0.035 % + 0.38 K)
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R ±(0.050 % + 2.0 K)
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S ±(0.050 % + 2.0 K)
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T ±(0.050 % + 0.3 K)
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Maximum temperature drift ΔTd depending on thermocouple type
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B ±0.1 K/K
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E ±0.004 K/K
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J ±0.004 K/K
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K ±0.005 K/K
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N ±0.008 K/K
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R ±0.04 K/K
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S ±0.04 K/K
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T ±0.005 K/K
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Accuracy ΔTi depending on the internal resistance of the respective thermocouple at internal resistances > 50 Ω
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B ±0.08 K/Ω
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E ±0.03 K/Ω
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J ±0.003 K/Ω
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K ±0.004 K/Ω
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N ±0.006 K/Ω
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R ±0.03 K/Ω
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S ±0.03 K/Ω
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T ±0.004 K/Ω
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Accuracy of cold junction compensation ΔTcjc
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±1 K
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Maximum temperature drift of cold junction compensation ΔTdcjc
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±0.008 K/K
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Inputs
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Maximum allowed input voltage
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32 V
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Support by ETAS Software
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INCA
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Notes
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[1]
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Total error of a temperature measurement ΔT = ΔTg + ΔTd + ΔTi + ΔTcjc + ΔTdcjc
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