15WAVESERIESPT 100/4 Signal Conditionersfor Voltage OutputType Cat. No.Screw-type connectionWTS4 PT100/4 Select V 8432240000Tension clamp connectionWT
24DIP switchesSpan 4 5 640 ... 50 °C ON ON ON50 ... 75 °C ON ON OFF75 ... 110 °C ON OFF ON110 ... 165 °C ON OFF OFF165 ... 245 °C OFF ON ON245 ... 360
257 Notes on CE labelling of WAVESERIES modulesWAVESERIES modules, that carry CE-labelling, fulfil the require-ments of the EU-Guidelines 89/336/EU “e
26Input range -200 ... +800 °C adjustable usingDIP switchesOffset input range up to +25 % possibleOutputVoltage output 0 ... 10 VLoad resistance ≥ 1 k
27Connection dataConnection BLZ/SLInsulating stripping length 8 ± 0.5 mmSolid core 0.5 ... 2.5 mm2Flexible core 0.5 ... 2.5 mm2With ferrules 0.5 ... 1
289 AccessoriesCross-connection ZQV 2,5N/2 black 1718080000Cross-connection ZQV 2,5N/2 red 1717900000Cross-connection ZQV 2,5N/2 blue 1717990000Cross-
161 General instructionsThe WAVESERIES signal conditioner PT 100 should only beinstalled by qualified staff. The signal conditioner PT 100 shouldonly
173.1 Mounting onto TS 35 DIN rails(s. Fig. 1)3.2 Pluggable electronic components for range alteration(depending on model)(s. Fig. 2)1. Remove connect
183.4 Pluggable cross-connections for voltage supply(s. Fig. 4)A maximum feed through of 2 A is possible.If a signal conditioner is accidently rotated
194.2 Basic calibration with a signal output from 0 ... 10 V1. Select the temperature range on the printed circuit boardusing the DIP switch, see tabl
20ExampleInput range: -50 ... +150 °CMinimum input temperature: = -50 °CChoose next lower or equal value according to table for ϑmin.Table value -60 °
214.3 Linearity calibration1. Proceed with basic calibration, see above.2. Add 1 % of the temperature span to the selected "minimum"temperat
22ExampleChosen measurement -50 ... +150 °C → 200 K spanrange: 1 % from 200 K span = 2 KSet minimum temperature -50 °C + 2 K = -48 °Con the PT 100 sim
234.4 Setting the DIP switchesWarning!! The signal conditioner PT 100 must be protectedagainst a direct electrostatic discharge when settingthe DIP sw
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