STORK TRONIC 900318.002 Manual Download Page 1 | Manualshive

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Order number: 900318.002 V0.31

Page 1

© Störk-Tronic 2021 • www.stoerk-tronic.com • Subject to modifications.

ST189-XRTUR.209

Networking

ST-Bus

ModBus (Master)

ModBus (Device)

RS485-2

Bus 1 2

A

B

RJ45

W4

E1

85-250V~

W7

Display

RS485-1

RS485-2

F6

0..10V

W2

A1

0...10V

4...20mA

K6

W3

W1

K1

1

2

3

4

F1

PTC

Pt100

Pt1000

NTC

TH J/K

F2

PTC

Pt100

Pt1000

NTC

TH J/K

1

2

5

6

F3

PTC

Pt100

Pt1000

NTC

TH J/K

0...10V

E2

3

4

E3

5

6

3

2

1

+12V

3

2

1

4

5

6

7

8

1

2

3

1

K2

K3

K4

8(1,5)A 250V~

12

8(1,5)A 250V~

1

3

7

8

SSR1 O

ut

6

5

4

SSR2 O

ut

SSR 1..3

( 0/12, PWM)

W8

W6

230VAC

inputs

GND

GND

GND

5

E5

E6

0-10V

GND

X

Pt100-3

Frequency measurement

1Hz...2kHz

(Speed, flow rate)

7

8

9

GND

10 11

F4

PTC

Pt100

Pt1000

NTC

TH J/K

F5

4-20mA

Pt100-3

4...20mA

2

3

U

I

GND

2

N L L2 L1

4-20mA

9

K5

16(1,6)A

250V~

“Inrush”

SSR +12V

SSR3 O

ut

SSR GND

10

120R

E4

Deep-frying controller

Order number: 900318.002

As of: 17.11.2021 V0.31

The deep-frying controller ST189 is integrated in a DIN rail housing and can thus be easily placed in a control cabinet. Op-
tionally, it can be equipped with a 4-digit display and up to 7 keys.
The controller is supplied with a voltage of 100...240V AC and has 5 relay outputs, 3 voltage outputs to control external SSR
relays and 6 switching inputs. Resistance sensors or thermocouples are used for temperature measurement.
The controller is networked via the ST-Bus interface.

Sensor:

universal sensor input

Range:

dependent on type of sensor

Size (W x H x D):

160mm x 91 x 62 mm

Installation:

mount on 35 mm DIN-rail

Tightness:

front IP65

Connector:

screw terminal

Product description

Wiring diagram

1
2
3
...
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Summary of Contents for 900318.002

Page 1: ... F5 4 20mA Pt100 3 4 20mA 2 3 U I GND 2 N L L2 L1 4 20mA 9 K5 16 1 6 A 250V Inrush SSR 12V SSR3 Out SSR GND 10 120R E4 Deep frying controller Order number 900318 002 As of 17 11 2021 V0 31 The deep frying controller ST189 is integrated in a DIN rail housing and can thus be easily placed in a control cabinet Op tionally it can be equipped with a 4 digit display and up to 7 keys The controller is su...

Page 2: ...Order number 900318 002 V0 31 Page 2 Störk Tronic 2021 www stoerk tronic com Subject to modifications General information 3 sec 1 2 3 Operating levels SOFTWARE DEEP FRYING CONTROLLER 209 ...

Page 3: ...s switched off and the message OFF will be displayed To switch on the controller again press the STANDBY button again In addition to setting the temperature value the buttons UP and DOWN can perform oth er functions too In the case of an alarm the DOWN button can be used for acknowledg ing the buzzer sound PARAMETERISATION Parameterisation of the cooling controller is done in the factory or during...

Page 4: ...ronic com Subject to modifications Parameter levels A Alarms b Keys and switching inputs c Control circuit 1 E Control circuit 2 F Fans H Temperature sensors J Parameter sets L Network 1 2 3 n Switching cycles o Oil P Power calc and other t Operating hours U Actuators ...

Page 5: ...nge 1 0x06 F4L Value of Sensor 4 below valid range 1 0x07 F4H Value of Sensor 4 above valid range 1 0x08 F5L Value of Sensor 5 below valid range 1 0x09 F5H Value of Sensor 5 above valid range 1 0x0A F6L Value of Sensor 6 below valid range 1 0x0B F6H Value of Sensor 6 above valid range 1 0x10 ba Burner Alarm 2 0x11 ovr External over temp 2 0x12 low External Low gas 2 0x13 mce Main controller error ...

Page 6: ... the available error units which may be adjusted by the user The error units aggregate errors with a similar severity in order to provide easier configuration to their behavior Error unit Parameter for actua tors Parameter for acknowledge Parameter for repeat Default actu ators General meaning of this error unit 1 A80 A81 A82 Buzzer Display warning 14 Sensor Error the device will switch into emerg...

Page 7: ... 199 0 999 0 C K 205 0 A16 Limiter 1 Hysteresis 0 1 99 0 K 15 0 A17 Delay Limiter 1 overrun to error generation 0 1 A1L A1H 0 999 s 20 A18 Delay Limiter 1 values back to the accepted range 1 0 A1L A1H 0 999 s 0 A19 Alarm suppression Limiter 1 0 Deactivated 1 Power on A0 2 reserved 4 Set point changed A2 0 A1A Limiter 1 assigned error unit 1 Unit 1 2 Unit 2 3 Unit 3 4 Unit 4 1 A20 Limiter 2 mode Se...

Page 8: ...19 A29 different condi tions for alarm suppression can be activat ed This is especially desired after Mains On or a setpoint change After that the limit value alarm is suppressed for a time set in parameter A0 A2 If A19 A29 is set to 1 a limit value alarm is suppressed for the time A0 after switching on If A19 A29 is set to 4 the limit value alarm is suppressed for time A2 after a set point change...

Page 9: ...t Name Effect Error 1 The global Error bit will be set Warning 2 The global warning bit will be set Display 4 The display will show the error in a blinking manner Buzzer 8 A noisy buzzer to get the attention of the user To determine the value to be parameterised all bit values must be added together A81 Acknowledge error unit 1 A84 Acknowledge error unit 2 A87 Acknowledge error unit 3 A90 Acknowle...

Page 10: ...ss SysOn SysOff 3 Acknowledge 0 b 2 Special function Key T2 if available see b1 3 b 3 Special function Key T3 if available see b1 0 b 4 Special function Key T4 if available see b1 0 b 5 Special function Key T5 if available see b1 0 b 6 Special function Key T6 if available see b1 1 b 7 Special function Key T7 if available see b1 2 b11 Function external input E1 potential free 0 Deactivated 1 Heater...

Page 11: ... direction E2 see b21 0 b23 Switching direction E3 see b21 0 b24 Switching direction E4 see b21 0 b25 Switching direction E5 see b21 0 b26 Switching direction E6 see b21 0 b33 Enable Frequency measurement E3 0 Digital input 1 Frequency measurement 0 b41 Key selection function SET 0 Off 1 Key T1 2 Key T2 3 Key T3 4 Key T4 5 Key T5 6 Key T6 7 Key T7 4 b42 Key selection function UP see b41 1 b43 Key ...

Page 12: ...t control reactions e g after inserting goods to be fried It will end after it is either deactivated the timer based on C55 runs out or the temperature exceeds the Set point C56 Blanching Blanching is the process of preparing cut potatoes and partially fry them for quickly fin ishing them later on The main risk with blanching is an overheat ing of the device after the blanching is done resulting i...

Page 13: ...ture guard Oil 0 0 999 0 C 205 0 C17 Temperature guard Wall 0 0 999 0 C 225 0 C18 Hysteresis temperature guard 0 0 999 0 K 5 0 C20 Mode 0 deactivated 1 TP Two point thermostat 2 PID C23 Delta 2 C21 Current value sensor selection 1 F01 2 F02 3 F03 4 F04 5 F05 6 F06 7 VF1 8 VF2 9 VF3 10 VF4 11 VF5 12 S1A B C C level 1 C22 Setpoint Target value 0 absolute 0 C23 Absolute value 1 S1A B C C Level 2 S2A ...

Page 14: ... of blanching 0 900 sec 45 C80 Setpoint ECO 999 999 130 0 C81 Duration ECO 0 600 Min 120 C85 Pre Heat Melt enabling The power is set through the on and off times If available the Fryer will output analog outputs of corresponding power reducing stress on the device 0 both disabled 1 MELT 2 Pre Heat 3 C87 Upper limit Melt STOP C90 100 0 C 70 0 C88 On time MELT 0 999 sec 60 C89 Off time MELT 0 999 se...

Page 15: ...ted 1 TP Two point thermostat 2 PID E23 Delta 2 E21 Sensor for control circuit 2 0 Disabled 1 F1 2 F2 3 F3 4 F4 5 F5 6 F6 7 Virtual Sensor VF1 1 E22 Setpoint selection see C22 2 E23 Setpoint adjustment circuit 2 199 0 999 0 K 0 0 E24 Thermostat hysteresis 0 1 100 0 K 2 0 E25 Offset 0 One sided towards on 50 Symmetrical 0 0 100 0 0 E26 Switching direction circuit 2 Applies to 2 point and PID contro...

Page 16: ...s fan 0 255 50 RPM sec 10 F11 CVBC Fan configuration Continuous Control type Modulation 0 Of Modulation 0 10V 1 On Modulation 0 10V 2 Of On Off N A 3 On On Off N A 4 Off Modulation 4 20mA 5 On Modulation 4 20mA 2 F12 CVBC APS configuration 0 255 0 F13 CVBC APS switch over time 0 50 sec 50 F20 CVBC Pre surge time 15299 10 F21 CVBC Post surge time 15299 10 F30 OEM Error Code Error history 0 0 F31 OE...

Page 17: ...e virtual sensor s module the option to aggregate multiple regular sensors is available with different calculation modes There are 4 virtual sensors available and they are configured with H60 H79 Para meter Functional description Setting range J1 0 J1 1 H 1 Power supply frequency 0 Automatic 1 50 Hz 2 60 Hz 0 H10 Sensor value F1 H11 Offset correction F1 99 0 K 99 0 K 0 0 H13 Sensor type F1 0 Senso...

Page 18: ...or F6 at 10V H36 990 0 Unit H38 100 0 H38 Sensor type F6 see H33 0 H39 Software filter F6 1 128 8 H40 Thermo compensation Sensor readout H41 Mode thermocouple compensation 1 automatic with H40 2 manual with H42 1 H42 Manual thermocouple compensation Value 300 0 2999 9 C 25 0 NTC Approximation H50 Reference temperature 1 T_Ref 1 H57 H56 0 0 H51 Reference resistance 1 R_Ref 1 0 01kΩ 500 00 kΩ 2 deci...

Page 19: ...Sensor 2 select 1 6 F1 F6 2 H69 Mean weight 0 0 Sensor 2 100 0 Sensor 1 50 0 H70 Computed value read only H71 VF3 f H72 H73 H74 0 Deactivated 1 Average VS31 VS32 H74 2 Reserved 3 Reserved 4 Reserved 5 Difference VS31 VS32 6 Amount VS31 VS32 H72 Sensor 1 select 1 6 F1 F6 1 H73 Sensor 2 select 1 6 F1 F6 2 H74 Mean weight 0 0 Sensor 2 100 0 Sensor 1 50 0 H75 Computed value read only H76 VF4 f H77 H78...

Page 20: ...4 Start prelevel 0 Adr 1 PA 2 USr 0 J 5 Mask active prelevel Bit mask add up values 0 Nur PAL 1 Adr 2 PA 4 USr 7 J 6 Mask active prelevel standby Bit mask add up values 0 Nur PAL 1 Adr 2 PA 4 USr 7 J 7 Fryer style 0 Störk Tronic default 1 1 J10 Display 1 0 Disabled 1 F1 2 F2 3 F3 4 F4 5 F5 6 F6 1 J11 Resolution 0 Full numbers 1 0 5 2 0 1 2 J12 Display during standby 0 deactivated 1 OFF 2 AUS 3 DP ...

Page 21: ...This level keeps track of the switch cycles of the output relays Name Function Range N10 Cycles reset Service action requires unlocking through J42 Bit mask add up values 1 Reset cycles K1 2 Reset cycles K2 4 Reset cycles K3 8 Reset cycles K4 16 Reset cycles K5 32 Reset cycles K6 0 N11 Switch cycles K1 0 9999 N12 N12 Switch cycles K1 10000 0 9999 N11 N13 Switch cycles K2 0 9999 N14 N14 Switch cycl...

Page 22: ...ce may be configured to react in different ways if the oil check fails Those are in general Automated retries until it generates an error Manual acknowledge after each attempt Manual acknowledge after the first attempt and then automated attempts until it generates an error Oil filtration The oil filtration provides assistance by applying the correct condition for the oil and the pan prior to the ...

Page 23: ... OIL CHECK min temperature increase by the end of the slow time 0 1 999 9 K 10 o25 OIL CHECK temperature limit 0 1 999 C 40 0 o26 OIL CHECK number of attempts 1 20 4 o27 OIL CHECK Auto retry 0 always prompt 1 prompt after 1st attempt auto afterwards 2 always auto retry 0 o28 OIL CHECK dtMAX heat up 0 0 999 0 K 20 0 o29 OIL CHECK dtMAX normal operation 0 0 999 0 K 45 0 o30 OIL CHECK pan sensor see ...

Page 24: ... dump water only applicable for automatic 7 o64 Maximum filtration time 1 999 min 10 o65 Minimum heater off time oil filtration 0 999 sec 60 o66 Heat up temperature oil filtration o61 o62 C 120 0 o67 Maximum Valve reaction time 1 999 sec 999 Basket control 1 left o70 Control mode basket 1 0 Off 1 1 Relay active during timer 2 2 Relay move down time o72 move up time o73 3 2 Relays 2 switches idle p...

Page 25: ...s for the main display Para meter Function Range J1 0 J1 1 C10 Set point 1A 0 0 999 0 C 170 0 C11 Set point 1B 0 0 999 0 C 180 0 E40 Display value 1 only storage to use for the display 99 9 999 9 C 2 0 E41 Display value 2 only storage to use for the display 99 9 999 9 C 2 0 E42 Display value 3 only storage to use for the display 99 9 999 9 C 2 0 E43 Display value 4 only storage to use for the disp...

Page 26: ... T13 Operating hours since last service 0 9999 T14 T14 Operating hours since last service 10000 0 9999 T13 T15 Operating hours K1 0 9999 T16 T16 Operating hours K1 10000 0 9999 T15 T17 Operating hours K2 0 9999 T18 T18 Operating hours K2 10000 0 9999 T17 T19 Operating hours K3 0 9999 T20 T20 Operating hours K3 10000 0 9999 T19 T21 Operating hours K4 0 9999 T22 T22 Operating hours K4 10000 0 9999 T...

Page 27: ... T65 Timer config 4 duration 0 18000 sec 0 T66 Timer config 4 is elastic 0 static 1 elastic 0 T67 Timer config 4 slow down pro Grad 0 0 100 0 0 T68 Timer config 4 Setpoint offset up to deceleration 99 0K 0 0 K 0 T70 Timer config 5 duration 0 18000 sec 0 T71 Timer config 5 is elastic 0 static 1 elastic 0 T72 Timer config 5 slow down pro Grad 0 0 100 0 0 T73 Timer config 5 Setpoint offset up to dece...

Page 28: ...vide controls to the real world The corresponding parameters are U1 U6 The SSR outputs may be configured with a few different output modes in order to control systems with various requirements to their inputs The corresponding parameters are U20 U53 Finally the emergency display provides a few status LEDs which may be set with various functions The corresponding parameters are U61 U74 For clarific...

Page 29: ...imiter 1 enable out 27 Limiter 2 enable out 28 Filtration valve out 24 U 2 Assignment relay K2 see U1 0 U 3 Assignment relay K3 see U1 0 U 4 Assignment relay K4 see U1 0 U 5 Assignment relay K5 see U1 0 U 6 Assignment relay K6 see U1 0 U20 Analog out analog mode This effects the scaling if set to the used variety the output will be more accurate 0 0 10V 1 4 20 mA 0 U21 Analog mode SSR1 0 PWM 1 fre...

Page 30: ...ner alarm 14 Timer 1 15 Timer 2 16 Timer 3 17 Timer 4 18 Timer 5 19 Timer 6 0 U62 Function LED upper middle see U61 0 U63 Function LED left 1st from bottom see U61 0 U64 Function LED left 2nd from bottom see U61 0 U65 Function LED left 3rd from bottom see U61 0 U66 Function LED left 4th from bottom see U61 0 U67 Function LED right lower see U61 0 U68 Function LED upper left 1st from left see U61 0...

Page 31: ...zzer En Set 1 2 Get Set 1 2 Set Set 1 2 0x0F Global error En ECO Get ECO Set ECO Status1 0x00 0x10 0x20 0x30 0x00 Burner OK En SpecialRunning Get SpecialRunning Set SpecialRunning 0x01 Burner Alarm En Timer 1 Get Timer 1 Set Timer 1 0x02 Overtemperature En Timer 2 Get Timer 2 Set Timer 2 0x03 Low Gas En Timer 3 Get Timer 3 Set Timer 3 0x04 Recipe Buzzer En Timer 4 Get Timer 4 Set Timer 4 0x05 User...

Page 32: ...Err Alarm sensor 2 Low Timer 4 Sensor Error 0x04 Err F3L Alarm sensor 2 Hi Timer 5 Sensor Error 0x05 Err F3H Oil Old Error Alarm sensor 2 range alarm Timer 6 Sensor Error 0x06 Err F4L Oil amount Error 0x07 Err F4H Oil overheat 0x08 Err F5L Wall overheat 0x09 Err F5H Heating element up 0x0A Err F6L Basket 1 Stuck Error Left Basket 1 Sensor Error Left 0x0B Err F6H Basket 2 Stuck Error Right Basket 2...

Page 33: ...e 1 0x05 F3H Value of Sensor 3 above valid range 1 0x06 F4L Value of Sensor 4 below valid range 1 0x07 F4H Value of Sensor 4 above valid range 1 0x08 F5L Value of Sensor 5 below valid range 1 0x09 F5H Value of Sensor 5 above valid range 1 0x0A F6L Value of Sensor 6 below valid range 1 0x0B F6H Value of Sensor 6 above valid range 1 0x20 A1L see A1A 0x21 A1H see A1A 0x22 A1B see A1A 0x23 A2L see A2A...

Page 34: ... Comment 0 auto buzzer auto clear The buzzer goes quiet as soon as the error cause is removed or an acknowledge happens When the error cause is removed the other error actuators and notification stops 1 auto buzzer manual clear The buzzer goes quiet as soon as the error cause is removed or an acknowledge happens The other error actuators and notifications only stop after the error cause is removed...

Page 35: ...cy of the controller at 25 C 0 5K and 0 5 over the measuring range Outputs K1 Relay normally open contact 8 1 5 A 250V K2 Relay normally open contact 8 1 5 A 250V K3 Relay normally open contact 8 1 5 A 250V K4 Relay normally open contact 8 1 5 A 250V K5 Relay normally open contact 16 1 6 A 250V inrush K6 Relay change over contact 8 1 5 A 250V alarm relay SSR1 Voltage outout for SSR relay 0 12V PWM...

Page 36: ...900318 002 V0 31 Page 36 Störk Tronic 2021 www stoerk tronic com Subject to modifications Technical data Installation data 160mm x 91 x 62 mm Mount on 35 mm DIN rail A A 1 1 B B 1 1 A A B B 7 4 27 8 5 5 62 160 2 91 ...

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