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Annex C. Configuration Operation PROG 284.9 285.0 Full setup Quick setup >3s T DOWN ON REG SET2 MAN ALARM oUt PROG PROG SET1 PROG FuLL FaST T UP T NORM Cont S.tYP T UP T NORM tuNE Sensor type [P100] (see Table 2) PROG PROG PROG PROG T UP T NORM T DOWN SET1 ON REG SET2 MAN ALARM FUnC new Setpoint SP1 0.0 HYST U.Lo T UP T NORM T DOWN SET1 ON REG SET2 MAN ALARM U.H 100.0 T UP T NORM T DOWN SET1 ON REG SET2 MAN ALARM new Setpoint SP2 PROG Control [on.oF] Pid = PID on.oF = ON/OFF Hysteresis [1.0] Range 0...1800 U.Lo Lower alarm limit [0.0] Range -250...+1800 S.tYP Sensor type [P100] U.H Upper alarm limit [100.0] Range -250...+1800 Cor.A Offset [0.0] Output mode [1.U] (see Annex A) 1.U = OUT1 - ON/OFF or PID OUT2 - ON if T > U.Hi or T < U.Lo OUT3 - OFF 1. = OUT1 - ON/OFF or PID OUT2 - ON if U.Lo < T < U.Hi OUT3 - OFF 2.U = OUT1 - OFF OUT2 - ON if T > U.Hi or T < U.Lo OUT3 - ON/OFF or PID 2. = OUT1 -OFF OUT2 - ON if U.Lo < T < U.Hi OUT3 - ON/OFF or PID 3.U = OUT1 - ON if T > U.Hi OUT2 - ON if T < U.Lo OUT3 - ON/OFF or PID Lower Alarm Limit [0.0] Range -250...+1800 Upper Alarm Limit [100.0] Range -250...+1800 Exit oFF = deactivated r-S = control on/off Set2 = switching SP1/SP2 Add2 = switching SP1/SP1+SP2 mAn1 = Manual mAn2 = Manual, using the last measured temperature insead of SP1 Filter time constant [0.01] Range 0...30 s F L.t bandwidth [10] F L.L Fiter Range 0...100 °C circuit [3] r.Con RTD 2 = 2-wire 3 = 3-wire 4 = 4-wire see Annex E „Calibration“ rUn tuNE oUt T UP T NORM T DOWN SET1 ON REG SET2 MAN ALARM tuNE Manual control Initial control signal [Last] Range 0.00...100 Last = last value befor switching to Manual 285.4 tuNE T UP T NORM SET2 MAN ALARM Cancel PROG SET1 ON REG SET2 MAN ALARM Manual control - Indication [P] P = Control signal t-P = Temperature/Control signal P. nd 285.4 Exit PROG tuNE T DOWN SET1 ON REG SET2 MAN ALARM c Minimum puls length [0.050] Range 0...9.999 s Good tuNE T UP T NORM PROG T DOWN SET1 ON REG SET2 MAN ALARM Autotuning successfully completed T UP T NORM se displayed if FUnC = on.oF REG T DOWN FA L tuNE T UP T NORM PROG T DOWN SET1 ON REG SET2 MAN ALARM Autotuning cannot be successfully completed FUnC Control OUT1/OUT3 [on.oF] displayed if FUnC = Pid T DOWN ON Autotuning P. n 5 dL PROG T UP T NORM SET1 PROG Exit PROG period [1.0] Prd PWM Range 0...60 s PROG Exit (see Annex D) Range -99.9...+9.99 ConF oUt PROG nP.F Digital input mode [oFF] (see Table 2) Exit Corr c ALARM displayed if FUnC = on.oF displayed if inP.F = Set2 or inP.F = Add2 D. nP se REG MAN PROG SP2 SEnS Calibration 5 ON SET2 150.0 SP2 Autotuning displayed if inP.F = mAn1 or mAn2 SET1 PROG SP1 Digital input T DOWN displayed if tP.L = RTD SP1 Sensor Control Setpoint SP1 adjustment 285.0 Note: The values in the square brackets are factory settings Exit Pid = PID on.oF = ON/OFF HYST Hysteresis [1.0] Switch to factory settings Range 0...1800 P d.P P-component [10.00] Range 0.001...9999 P d. I-component [50.0] Range 0...999.9 Press and PROG simultaneously, then PROG for confirmation Disable cold junction compensation (CJC) [25.0] P d.d D-component Range 0...999.9 Press PROG and , simultaneously, then PROG for confirmation Exit PROG Annex D. Digital input configuration (Parameter InP.F) 1. Setpoint switching 1a. Switching SP1/SP2 SP2 SP1 Measured value 284.9 SP1 DI 2a. Manual control, indication „Temperature/Control signal“ inP.F = Set2 SP1 = 285 SP2 = 40 285.0 T UP Measured value T NORM T DOWN SET1 ON REG SET2 MAN ALARM Measured value InP.F = Set2 - switching SP1/SP2 or InP.F = Add2 - switching SP1/SP1+SP2 40.0 Measured value 285.0 SP1 SET1 ON REG SET2 MAN ALARM DI DI Measured value InP.F = mAn1 - switching to Manual, when switched back - control with the last setpoint InP.F = mAn2 - switching to Manual, when switched back - control with the last measured temperature instead of setpoint 285.0 0.0 Control signal T DOWN ON REG SET2 MAN ALARM Measured value SP1 325.0 Control signal T UP T NORM T DOWN SET1 ON REG SET2 MAN ALARM 43.1 284.9 Measured value 285.0 T UP T NORM T DOWN SET1 ON REG SET2 MAN ALARM SET1 ON REG Measured value SET2 MAN ALARM Control signal T UP T NORM T DOWN SET1 ON REG SET2 MAN ALARM Measured value 284.9 T UP T NORM T DOWN 100.0 284.9 T UP T NORM T DOWN SET1 ON REG SET2 MAN ALARM 43.1 Measured value T UP T NORM T DOWN SET1 ON REG SET2 MAN ALARM Setpoint 350.9 285.0 T UP T NORM T DOWN SET1 ON REG SET2 MAN ALARM DI T DOWN SET1 ON REG SET2 MAN ALARM Measured value 206.2 285.0 Setpoint T UP T UP T NORM T DOWN SET1 ON REG SET2 MAN ALARM if inP.F = mAn2 then Setpoint = last measured value T NORM T DOWN SET1 ON REG SET2 MAN ALARM DI DI Measured value DI 284.9 285.0 SP1 InP.F = r-S - control on/off T UP T NORM T DOWN SET1 ON REG SET2 MAN ALARM back to menu „Calibration“ Annex E. Calibration Password 17 PASS Corr T UP T NORM T DOWN SET1 ON REG SET2 MAN ALARM Calibration factor Y1=0 flashing Y1 17 Corr У1 T UP T NORM T DOWN SET1 ON REG SET2 MAN ALARM PROG Corr ON REG SET2 MAN ALARM Corr T UP T NORM T DOWN SET1 ON REG SET2 MAN ALARM oUt Corr T UP T NORM PROG T DOWN SET1 ON REG SET2 MAN ALARM To calibrate the first point: connect a resistance decade (for RTD) or mV-signal (for TC) as a reference signal to the input „Sensor“ 5.3 У1 NULL T UP T DOWN SET1 PROG Measured value according to the reference signal PROG T NORM 5.0 T UP T NORM T DOWN SET1 ON REG SET2 MAN ALARM PROG У1 T UP T NORM T DOWN SET1 ON REG SET2 MAN ALARM Adjust temperature according to the reference table save calibration factor Y1 PROG Y2 PROG Corr T UP T NORM T DOWN SET1 ON REG SET2 MAN ALARM APLY Corr oUt T UP T NORM T DOWN SET1 ON REG SET2 MAN ALARM Corr T UP PROG T NORM don't save calibration factor Y1 T DOWN SET1 ON REG SET2 MAN ALARM flashing value 2nd point calibration when required save calibration factor Y2 PROG Y3 Corr T UP T NORM T DOWN SET1 ON REG SET2 MAN ALARM APLY Corr oUt T UP T NORM T DOWN SET1 ON REG SET2 MAN ALARM Corr T UP T NORM PROG don't save calibration factor Y2 T DOWN SET1 ON REG SET2 MAN ALARM PROG 3rd point calibration when required APLY Corr PROG T UP T NORM T DOWN SET1 ON REG SET2 MAN ALARM oUt Corr T UP T NORM PROG don't save calibration factor Y3 T DOWN SET1 ON REG SET2 MAN ALARM Control signal manipulation DI 206.2 Control signal 0.0 T UP T NORM 284.9 SP1+SP2 Setpoint 5s inP.F = Add2 SP1 = 285 SP2 = 40 DI 3. Control on/off ALARM T UP 284.9 SP1 REG MAN Control signal manipulation T NORM SET1 1b. Switching SP1/SP1+SP2 ON SET2 284.9 Control signal Measured value Control signal manipulation SET1 284.9 DI Measured value T DOWN 284.9 SP1 Measured value T UP T DOWN T UP T NORM DI 2. Switching to Manual 285.0 inP.F = mAn1 P.ini = 0.0 P.ind = P T NORM DI 284.9 SP2 284.9 Setpoint DI DI 2b. Manual control, indication „Control signal“ inP.F = mAn1 P.ini = 0.0 P.ind = t-P save calibration factor Y3 if inP.F = mAn2 then Setpoint = last measured value
