4.8. Submenu PR.OPT - Configuring programs. gefran 1650, 850, 1850

FI.STP

Number of first step assigned to program

LA.STP

Number of last step assigned to program

Strt

Restart mode

RST.SP

Type of control after program restart

WAIT.S

Option to start execution of program

End

Action at end of program

LIMIT

Message associated at the end of the program

MSG.EN

Messaggio associato alla fine del programma

Typographical conventions used in this manual

80290E_MHW_850-1650-1850_06-2021_ITA_pag. 72

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Laadi alla

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Tere! Olen spetsiaalselt koolitatud tehisintellektil põhinev vestlusrobot, kes aitab teid gefran 1850 Kasutusjuhend. Olen dokumendi põhjalikult läbi vaadanud ja saan aidata teil leida täpset teavet, mida vajate, või selgitada sisu selgelt ja lihtsalt. Kui otsite juhiseid konkreetsete funktsioonide kohta, tõrkeotsingu samme või üldist kasutusinfot, küsige julgelt! Mida rohkem üksikasju oma küsimuse või vajaduste kohta annate, seda täpsemalt ja tõhusamalt saan teid aidata!

Assistent kirjutab

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New chat

Sisukord

1.2. Differences among models

Drilling dimensions and templates

Drilling dimensions and templates

Drilling dimensions and templates

22

2.1. Mounting the controller

23

General installation rules

Minimum space for ventilation

24

2.1.6. Positioning

24

Fastening to the panel

24

2.2. Connections

25

General rules for connections

25

Electromagnetic compatibility (EMC)

Connecting inputs and outputs

26

2.3. 850 connection diagrams

2.4. 1650 connection diagrams

Auxiliary inputs (AUX1)

34

Third Analogue input (AUX2)

35

2.4.10. Analog outputs

35

2.5. 1850 connection diagrams

Auxiliary input (AUX1)

40

THIRD ANALOGUE INPUT (AUX2)

41

2.5.10. Analog outputs

41

2.7. Ethernet port wiring diagram

44

3.1. Information on displays and use of keys

3.2. Sequence at power-on

3.4. Setting up quick configuration

51

Setting up the Alarm

51

Setting up the Heater Break Alarm

52

Setting up the PID

53

4.1. Programming/Configuration Menu

54

First: know what you’re doing

54

4.1.2. Passwords

54

Password in the User Menu

4.3. Legend for submenus and parameters

4.4. Submenu INFO - Information display

59

SW.VER - Software version

CODE - Identifying code of controller

ERR.1 - Main input error

ERR.2 - Auxiliary input error

Auxiliary input error 2 (IN3)

M.ERR.x* - Math function block x* error

SAP.C - SAP code

SER.N - Serial number of controller

xxxxx - Model of controller

4.4.10. xxxxx - Type of controller

4.4.12. CALEN – Calendar Available

4.4.13. IN.AUX - Auxiliary input available

4.4.14. I.AUX2 - Auxiliary input 2 available

4.4.15. OUT.AN - Analog output available

4.4.16. CTx - Current transformer input available

4.4.17. x.IN.DG - Digital input available

4.4.18. RS485 - RS485 serial port available

4.4.19. MAC.E – Controller Ethernet Address

4.4.20. IO.AUX – Auxiliary digital I/Os available

4.4.21. IO.RELE – Auxiliary relays available

input

4.4.24. OUT1 - Type of output

4.4.25. OUT2 - Type of output

4.4.26. OUT3 - Type of output

4.4.27. OUT4 - Type of output

4.4.28. OUT1.S - Number of switchings output

4.4.29. OUT2.S - Number of switchings output

4.4.30. OUT3.S - Number of switchings output

4.4.31. OUT4.S - Number of switchings output

4.4.32. NDG.S - Digital input switchings number

4.4.33. T.DAYS - Total working days

4.4.34. P.DAYS - Partial working days

4.4.35. T.INT - Internal temperature of controller

4.4.38. TIME - Internal time

4.4.39. DATE - Internal date

4.5. INFO.E Submenu - Displaying Ethernet Information

68

VERS.E – Ethernet Software Version

TY.S.E – Ethernet assignment mode status

CON.E – Ethernet Connection status

LIN.E – Ethernet link status

SPD.E – Ethernet speed status

IP.E – Ethernet IP Address

SUB.E – Subnet mask Ethernet

GAT.E – Ethernet Gateway address

STA.E – Ethernet Network status

STAT – Master communication status

72

MAS.xx – Master communication value xx (*)

72

ERR.xx – Master communication error xx (*)

72

4.7. RECIP Submenu - Configuring parameters recipes

RECP.N - Selecting a recipe

ACRxx* - Parameter xx** of recipe

4.8. Submenu PR.OPT - Configuring programs

PR.OP.N - Selecting program

75

STRT - Restart mode

75

RST.SP - Type of control after program restart

75

WAIT.S - Option to start execution of program

END - Action at end of program

LIMIT - Limitation of step duration

MSG.EN - Message assigned to end of program

4.9. Submenu PR.STP - Configuration of program steps

77

PR.NUM - Program selection

PR.ST.N - Programming step

ST.END - End step of the program configuration

REFE – Step reference programmer

SETP - Programming step setpoint

RAMP.T - Step time ramp

HOLD.T - Hold time in step

HBB - Enable Hold Back Band function

BAND - Maximum deviation for HBB

4.9.10. HBB.R - Enabling HBB during ramp

80

4.9.11. HBB.H - Enabling HBB during hold

4.9.14. SUB.SP - Setpoint value of slaved controller

4.9.15. S.RM.EN - Enabling ramp for slaved controller

4.9.16. ENBL.1 - Consent 1 to execute step

4.9.17. ENBL.2 - Consent 2 to execute step

4.9.18. ENBL.3 - Consent 3 to execute step

4.9.19. ENBL.4 - Consent 4 to execute step

cute step

4.9.21. EVN.R.1 - Event 1 during step ramp

4.9.22. EVN.R.2 - Evento 2 durante la rampa del passo

4.9.23. EVN.R.3 - Event 3 during step ramp

4.9.24. EVN.R.4 - Event 4 during step ramp

4.9.25. EVN.H.1 - Event 1 during step hold

4.9.26. EVN.H.2 - Event 2 during step hold

4.9.27. EVN.H.3 - Event 3 during step hold

4.9.28. EVN.H.4 - Event 4 during step hold

4.9.29. GROP.R - Group of parameters assigned to ramp

4.9.30. GROP.H - Group of parameters assigned to hold

85

4.9.31. MSG.R - Message associated with the ramp

85

4.10. Submenu INPUT - Configuring analog inputs

86

4.10.1. Functional schema

87

4.10.2. INP.N - Selecting the analog input

87

4.10.3. TYPE - Selecting sensor type

88

4.10.4. SBR.E - Enabling SBR error

91

4.10.5. FUNC - Selecting auxiliary input function

92

4.10.6. LIN - Selecting linearization type

93

4.10.8. FILT - Digital filter

93

4.10.9. FILT.D - Digital filter on PV display

94

4.10.10. DEC.P - Number of decimals displayed

94

4.10.11. LO.SCL - Lower limit of scale

95

4.10.12. HI.SCL - Upper limit of scale

95

4.10.13. OF.SCL - Scale offset correction

4.10.14. LO.SP - Lower limit for setpoint

4.10.15. HI.SP - Upper limit for setpoint

4.10.16. LO.AL - Lower limit for alarms

4.10.17. HI.AL - Upper limit for alarms

4.10.20. MSG.ER - Selecting the message assigned to Err

97

4.11. Submenu IN.CT - Configuration of current inputs

99

4.11.1. Functional diagram

99

4.11.2. IN.CT.N – Configuring current transformers

4.11.3. FILT - Digital filter

4.11.4. HI.SCL - Maximum scale limit

4.11.5. OF.SCL - Scale offset correction

4.12. Submenu ALARM - Configuration of alarms

101

4.12.1. Functional diagram

102

4.12.2. ALARM -Selecting the alarm to be configured

102

4.12.3. REFE - Selecting the alarm reference

103

4.12.4. DI.IN - Selecting direct or inverse alarm

4.12.5. AB.RE - Selecting absolute or deviation alarm

4.12.6. NO.SY - Method for applying hysteresis

4.12.7. PWON.E - Disabling the alarm at power-on

4.12.8. SP1C.E - Disabling alarm on Setpoint1 change

4.12.9. SP2C.E - Disabling alarm on Setpoint2 change

4.12.10. LATCH - Memorizing the alarm

4.12.11. HYSTE - Hysteresis

4.12.12. DELAY - Alarm trip delay

106

4.12.14. BLK.AL - Flashing of PV display

106

4.13. Submenu AL.HB - Configuring the Heater Break alarm

107

4.13.1. Functional diagram

108

4.13.3. HIG.ON - Alarm due to excessive current draw

108

4.13.4. HI.OFF - Alarm due to excessive current draw

4.13.5. TIME - HB alarm trip delay

calibration

4.13.7. OUT - Control output associated with HB alarm

4.13.8. LOAD - Selecting type of connected load

110

alarm

110

4.13.10. BLK.HB - Flashing of PV display

110

4.14. Submenu AL.PW - Configuring power alarm

111

4.14.1. Functional diagram

4.14.2. AL.PW - Select the Power alarm to configure

4.14.3. PV.BND – Process variable stability band

4.14.4. PW.BND – Power stability band

4.14.5. TIME - Power alarm trip delay

4.15. Submenu PID - Configuring control parameters

114

4.15.1. Functional diagram

115

4.15.2. PID.N – PID Configuration

4.15.3. S.TUNE - Enabling Self-Tuning

4.15.4. SOFT.S - Enabling Soft-Start

4.15.5. SOFT.T - Soft-Start Time

4.15.6. A.TUNE - Enabling Auto-Tuning

4.15.7. AUT.T - Selecting type of Auto-Tuning

118

4.15.8. CNTR - Selecting type of control

118

4.15.9. DERV.S - Derivative sampling time

118

OFF control

4.15.11. H.IT - Integral heating time

4.15.12. H.DT - Derivative heating time

4.15.13. H.P.HI - Maximum limit of heating power

4.15.14. H.P.LO - Minimum limit of heating power

4.15.15. COOL - Selecting cooling fluid

4.15.18. C.IT - Integral cooling time

120

4.15.19. C.DT - Derivative cooling time

120

4.15.20. C.P.HI - Maximum limit of cooling power

4.15.21. C.P.LO - Minimum limit of cooling power

4.15.22. RESET - Manual reset

4.15.23. P.RST - Power reset

4.15.24. A.RST - Antireset

4.15.25. FEEDF - Feedforward power

4.15.26. DEAD.B - Deadband

4.15.27. FAULT - Fault action power

4.15.28. GRAD.I - Setpoint gradient in increase

4.15.29. GRAD.D - Setpoint Gradient in decreasing

123

4.15.30. UNIT - Unit of measurement of gradient

123

4.15.31. GRAD.O - Gradient of control output

123

4.15.32. LBA.TM - Tripping delay

4.16.4. H.IT - Integral heating time

125

4.16.5. H.DT - Derivative heating time

125

4.16.6. H.P.HI - Maximum heating power

4.16.7. H.P.LO - Minimum limit of heating power

OFF control

4.16.9. C.IT - Integral cooling time

4.16.10. C.DT - Derivative cooling time

4.16.11. C.P.HI - Maximum limit of cooling power

127

4.16.12. C.P.LO - Minimum limit of cooling power

127

of PID parameters

127

4.17. CAL.EV sub-menu - Enable Calendar events

128

4.17.1. CAL.E - Enable calendar

128

4.17.2. MONDA - Enable Monday

128

4.17.3. TUESD - Enable Tuesday

4.17.4. WEDNE - Enable Wednesday

4.17.5. THURS - Enable Thursday

4.17.6. FRIDA - Enable Friday

4.17.7. SATUR - Enable Saturday

4.17.8. SUNDA - Enable Sunday

130

4.18. CALE.C sub-menu - Enable Event Calendar

131

4.18.1. D.O.E - Event day selection

131

4.18.2. EVE.N - Event number selection

131

4.18.3. HH - Hour of the event

4.18.4. MM - Minute of the event

4.18.5. SS - Seconds of the event

4.18.6. ACt - Seconds of the event

4.19. Submenu IN.DIG - Configuring digital inputs

133

4.19.1. Functional diagram

134

4.19.2. I.DIG.N - Selecting the digital input

135

4.19.3. STAT - Defining the input state

135

4.19.4. F.IN - Selecting the assigned function

135

4.19.5. ST.EN.N - Setting assigned consent number

137

tchings

137

4.19.8. MSG.IN - Selecting the digital input message

138

4.20. Submenu OUTPU - Configuring outputs

139

4.20.1. Functional diagram

140

4.20.2. OUT.N - Selecting the output

141

4.20.3. STAT - Defining the output state

141

or Triac output

142

4.20.5. TYPE - Defining the type of continuous output

143

us output

143

4.20.7. EVNT.N - Setting the event number

144

4.20.9. IN.DG.N - Setting the digital input number

144

ter number

144

4.20.12. FAULT - State of output with broken input

4.20.13. MSG.OU - Selecting the output message

4.20.14. LO.C – Low limit for continuous output / HI.C

4.20.15. HI.C – Massimo di scala per uscita continua

4.20.16. CY.TIM - Cycle time of output

146

output

147

4.21.1. Functional diagram

148

4.21.2. OU.AN.N - Selecting the output

148

4.21.3. STAT - Defining the state of the analog output

148

4.21.4. TYPE - Defining the type of analog output

4.21.7. CY.TIM – Output cycle time

150

4.21.8. LO.SCL - Scale minimum

150

4.21.9. HI.SCL - Scale maximum

150

4.22. Submenu VALVE - Configuring valve parameters

151

4.22.1. FUNC - Defining valve function

4.22.2. KEY.MO - Enabling valve operation with keys

4.22.3. TRAVL - Valve actuator travel time

4.22.4. TIM.LO - Minimum power change for valve drive

4.22.5. TIM.HI - Impulse mode setpoint

impulse mode

4.22.7. TIM.OF - OFF time in impulse mode

4.22.8. DEAD.B - Deadzone symmetrical to setpoint

4.23. Submenu EN.FUN - Configuration of enablings

154

4.23.1. PID2.E – Enabling PID

4.23.2. APP.T – PID control application type

4.23.3. CAS.R – Cascade control reference

4.23.4. PROGR - Enabling the setpoint programmer

4.23.5. RECP.N - Number of parameters recipes

4.23.6. ALRM.N - Number of alarms enabled

4.23.7. ON.OF - Enabling software shutdown from keys

4.23.8. DIG - Defining type of digital inputs

4.23.9. T.SAMP - Main and Auxiliary input sample time

4.23.10. FREQZ - Defining power line frequency

4.23.12. EN.EDI - Enabling Editor configurator Menu

4.23.13. WEB.E - Enabling webserver mode

4.23.14. MAP.T - Map type

4.24. Submenu MODE - Configuring functioning mode

158

4.24.1. MODE.N - Selecting function mode

159

4.24.6. MA.P.L - Enabling manual power latch

160

4.24.8. TMER - Enabling Timer function

160

4.24.9. MUL.SP - Enabling Multiset function

4.24.10. SP.REM - Enabling the remote setpoint

4.24.12. T.PRO - Setting the programmer base time

4.24.13. ENERG - Enabling the energy counter function

4.25. Submenu TIMER - Configurazione parametri timer

162

4.25.1. Functional diagram

163

4.25.2. TIME.N - Selecting timer

164

4.25.3. FUNC - Selecting Timer function mode

164

4.25.6. RESE - Selecting the Reset timer command

165

4.25.7. RES.T - Defining the timer reset command logic

165

4.25.8. BAND - Band for timer count

165

4.25.10. TIMER - Timer value

166

4.26.1. Functional diagram

168

4.26.2. ENRG.N - Selecting energy counter

4.26.4. V.LINE - Nominal line voltage

4.26.5. P.LOAD - Nominal power of load

4.26.6. E.COST - Nominal cost per kWh

4.27. Submenu SERIA - Configuring serial communication

170

4.27.1. CODE - Identification code

170

4.27.2. KBAUD - Selecting communication speed

170

4.27.3. PAR - Selecting parity

171

dbus master with Ethernet option

171

4.28. ETHER Submenu - Ethernet parameter configuration

172

4.28.1. TYP.E – Network parameter assignment method

4.28.2. CODE.E – Ethernet identification code

4.28.3. IP.AD1 – Address IP

4.28.4. IP.AD2 – Address IP

4.28.5. IP.AD3 – Address IP

4.28.6. IP.AD4 – Address IP

4.28.7. SUB.M1 – Subnet mask

4.28.8. SUB.M2 – Subnet mask

4.28.9. SUB.M3 – Subnet mask

4.28.10. SUB.M4 – Subnet mask

4.28.11. GT.AD1 – Gateway Address

175

4.28.12. GT.AD2 – Gateway Address

175

4.28.13. GT.AD3 – Gateway Address

175

4.28.14. GT.AD4 – Gateway Address

4.29. Submenu HMI - Display configurationy

178

4.29.1. HOM.S - Selecting Home page

178

4.29.3. LANG - Selecting language for messages

179

4.29.4. SPEED - Message scrolling speed

180

4.29.5. BACKL - Backlighting level

180

4.29.6. QUICK - Quick configuration menu

180

Home1 and Home

181

4.30.1. HOME - Selecting Home

4.30.2. BUT.1 - Selecting function key

4.30.3. BUT.2 - Selecting function key

4.30.4. BUT.3 - Selecting function key

4.30.5. DS.SP - Selecting the SV display

183

4.30.6. DS.F - Selecting the F display

184

4.30.7. BAR.1 - Selecting bargraph 1 display

185

4.30.8. BAR.2 - Selecting bargraph 2 display

186

4.30.9. BAR.3 - Selecting bargraph 3 display

187

4.30.10. LED.1 - Enable RUN led flashing

188

4.30.12. LED.3 – Enabling TUNE led

4.30.13. LED.4 – Enabling RAMP led

4.30.14. LED.5 – Enabling REMOTE led

4.30.15. LED.6 – Enabling SP1/2 led

4.31.5. X2 - Abscissa of second linearisation point

sation 4 points

190

191

4.32. Submenu LINRZ - Configuring custom linearization

192

4.32.1. LNRZ.N - Selecting custom linearization

192

4.32.2. STP.xx - Value of step xx

192

4.32.3. MV.STA - Setting mV at start of scale

193

4.32.4. MV.FUL - Setting mV at full scale

193

4.32.5. MV.50c - Setting mV at temperature of 50 °C

193

4.33. Submenu US.CAL - Calibrazioni utente

194

4.33.1. U.CAL - Selecting the user calibration

195

4.33.2. FI.CAL - Resetting the factory calibration

196

4.33.3. C.LOW - Calibrating minimum current / voltage

196

4.33.4. C.HIGH - Calibrating maximum current / voltage

4.33.5. RTD.LO - Calibrating minimum resistance value

4.33.6. RTD.HI - Calibrating maximum resistance value

4.33.7. HOUR - Setting hours

4.33.8. MIN - Setting minutes

4.33.9. SEC - Setting seconds

4.33.10. DAY - Setting day of week

4.33.11. DATE - Setting day

4.33.12. MONT - Setting month

4.33.13. YEAR - Setting year

4.33.14. C.LO - Setting analog output minimum

4.33.15. C.HIG - Setting analog output maximum

4.34. PASC0 - Setting level password

4.35. PASC1 - Setting level 1 password

4.36. PASC2 - Setting level 2 password

4.37. FI.CFG - Entering the reset code

5.1. Heat/cool control application

200

Connection diagram

200

5.2. Heating control and current (CT) application

202

Connection diagram

202

5.3. Ingresso ausiliario

204

5.4. 4-point input correction

AL1...AL4 Generic alarms

5.7. Retransmission output

209

5.8. Switching the software on/off

5.10.1. Tuning actions

210

actions on response of controlled process

210

5.10.2. Manual tuning

5.10.5. Examples of tuning

211

5.10.6. Heat/Cool tuning with relative gain

212

5.10.7. Cascade controls

212

5.10.8. Ratio control

213

5.10.8.1. Activating the ratio controller

213

5.11. Timer

214

5.11.1. Start/Stop Timer

214

5.11.2. Stabilization timer

215

5.11.3. Start timer

215

5.12. Multiset, setpoint gradient

216

5.13. Setpoint programmer

216

5.13.1. What is a program

216

5.13.2. Example of setting a program from digital inputs

217

5.13.3. Programmer functions

217

5.13.4. Programmer behavior

5.13.5. Program examples

5.13.5.1. ONE STEP program

5.13.5.2. ONE STEP program

5.13.5.3. Program with assigned events

220

5.13.6. Fast simulation of program

keypad

5.13.8. Programmer Reset mode

5.13.9. Restart with step search

5.13.10. Managing a double programmer

222

5.13.10.1. Programmers in asynchronous mode

222

5.13.10.2. Programmers in synchronous mode

224

5.13.11. Program times

224

5.13.12. SIMPLIFIED PROGRAMMER MODE

225

5.14. Managing motorized valves

226

5.14.1. Valve control parameters

226

5.14.2. Valve control modes

227

5.15. Energy counter

230

5.16. Logic Oforations

231

5.16.1. Function logic blocks

231

5.16.2. Groups of variables

231

5.16.3. Programming logic Function Blocks

235

5.16.3.1. Configuration page

235

type of logic function

236

5.16.3.3. Configuring input variables

237

5.16.3.4. Configuring the output

238

5.16.3.5. Configuring delays

238

5.16.3.6. Copy of a Logical Function Block

238

5.17. Math oforations

239

5.17.1. Math function blocks

239

5.17.2. Groups of variables

239

5.17.3. Programming Math Function Blocks

240

5.17.3.1. Configuration page

240

of math function

244

5.17.3.3. Configuring input variables

245

5.17.3.4. Configuring the output

245

5.17.3.5. Copy of Math Function Blocks

245

5.18. Recipe management

5.18.1. Defining parameters recipes

5.18.2. Setting the active recipe

5.18.3. Saving parameters in active recipe

5.18.4. Copying recipes