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18.  FY/FU Communication Register Address  Table 

 

 

Parameter 

   

Register Address 

   

R / W

 

 

 

Hex 

 

 

Dec 

 

 

 

   

   

   

     

 

 

SV 

 

0x00 

   

R / W 

 

OUTL 

 

0x01

   

R / W

 

AT 

 

0x02

   

R / W

 

AL1 

   

     

     

 

SOAK 

 

0x03 

   

R / W 

 

HBAC 

   

     

     

 

AL2 

   

     

     

 

SOAK 

 

0x04 

   

R / W 

 

HBAC 

   

     

     

 

AL3 

   

     

     

 

SOAK 

 

0x05 

   

R / W 

 

RAMP 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

RATE 

   

     

     

 

PTN 

 

0x06

   

R / W

 

SEG 

 

0x07

   

R

 

TIMR 

 

0x08 

   

 

SV_1 

 

0x09

   

R / W

 

TM_1 

 

0x0A

10 

   

R / W

 

OUT1 

 

0x0B

11 

   

R / W

 

SV_2 

 

0x0C

12 

   

R / W

 

TM_2 

 

0x0D

13 

   

R / W

 

OUT2 

 

0x0E 

14 

   

R / W 

 

SV_3 

 

0x0F

15 

   

R / W

 

TM_3 

 

0x10

16 

   

R / W

 

OUT3 

 

0x11

17 

   

R / W

 

SV_4 

 

0x12

18 

   

R / W

 

TM_4 

 

0x13

19 

   

R / W

 

OUT4 

 

0x14

20 

   

R / W

 

SV_5 

 

0x15

21 

   

R / W

 

TM_5 

 

0x16

22 

   

R / W

 

OUT5 

 

0x17

23 

   

R / W

 

SV_6 

 

0x18

24 

   

R / W

 

TM_6 

 

0x19

25 

   

R / W

 

OUT6 

 

0x1A

26 

   

R / W

 

SV_7 

 

0x1B

27 

   

R / W

 

TM_7 

 

0x1C

28 

   

R / W

 

OUT7 

 

0x1D

29 

   

R / W

 

SV_8 

 

0x1E

30 

   

R / W

 

TM_8 

 

0x1F

31 

   

R / W

 

OUT8 

 

0x20

32 

   

R / W

 

SV_12 

 

0x21

33 

   

R / W

 

TM_12 

 

0x22

34 

   

R / W

 

OUT12 

 

0x23

35 

   

R / W

 

SV_22 

 

0x24

36 

   

R / W

 

TM_22 

 

0x25

37 

   

R / W

 

OUT22 

 

0x26

38 

   

R / W

 

SV_32 

 

0x27

39 

   

R / W

 

TM_32 

 

0x28

40 

   

R / W

 

OUT32 

 

0x29

41 

   

R / W

 

SV_42 

 

0x2A

42 

   

R / W

 

TM_42 

 

0x2B

43 

   

R / W

 

OUT42 

 

0x2C 

44 

   

R / W 

 

SV_52 

 

0x2D

45 

   

R / W

 

TM_52 

 

0x2E

46 

   

R / W

 

OUT52 

 

0x2F

47 

   

R / W

 

SV_62 

 

0x30

48 

   

R / W

 

TM_62 

 

0x31

49 

   

R / W

 

OUT62 

 

0x32 

50 

   

R / W 

 

SV_72 

 

0x33

51 

   

R / W

 

TM_72 

 

0x34

52 

   

R / W

 

OUT72 

 

0x35

53 

   

R / W

 

SV_82 

 

0x36

54 

   

R / W

 

TM_82 

 

0x37

55 

   

R / W

 

OUT82 

 

0x38

56 

   

R / W

 

P1 

 

0x39

57 

   

R / W

 

I1 

 

0x3A

58 

   

R / W

 

D1 

 

0x3B

59 

   

R / W

 

AT.VL 

 

0x3D

61 

   

R / W

 

CYT1 

 

0x3E

62 

   

R / W

 

HYS1 

 

0x3F

63 

   

R / W

 

 

Parameter

Register Address 

   

R / W 

 

 

 

 

Hex

 

 

Dec 

 

 

 

   

 

   

     

 

P2

0x40

64 

   

R / W 

I2

0x41

65 

   

R / W 

D2

0x42

66 

   

R / W 

CYT2 

0x43 

67 

   

R / W 

HYS2

0x44

68 

   

R / W 

GAP1

0x45

69 

   

R / W 

GAP2

0x46

70 

   

R / W 

LCK

0x47

71 

   

R / W 

INP1

0x48

72 

   

R / W 

ANL1 

0x49 

73 

   

R / W 

ANH1

0x4A

74 

   

R / W 

DP

0x4B

75 

   

R / W 

LSPL

0x4C

76 

   

R / W 

USPL

0x4D

77 

   

R / W 

ANL2

0x4E

78 

   

R / W 

ANH2

0x4F

79 

   

R / W 

ALD1

0x50

80 

   

R / W 

ALT1

0x51

81 

   

R / W 

ALD2

0x52

82 

   

R / W 

ALT2

0x53

83 

   

R / W 

ALD3

0x54

84 

   

R / W 

ALT3

0x55

85 

   

R / W 

HYSA

0x56

86 

   

R / W 

CLO1

0x57

87 

   

R / W 

CHO1

0x58

88 

   

R / W 

CLO2

0x59

89 

   

R / W 

CHO2

0x5A

90 

   

R / W 

CLO3

0x5B

91 

   

R / W 

CHO3

0x5C

92 

   

R / W 

RHTC

0x5D 

93 

   

R / W 

 

RUCY 

   

 

 

 

 

 

 

 

 

 

RHPO

0x5E 

94 

   

R / W 

 

WAIT 

   

 

 

 

 

 

 

 

 

 

SETA

0x5F

95 

   

R / W 

PSL

0x60

96 

   

BITS

0x61

97 

   

IDNO

0x62

98 

   

BAUD

0x63

99 

   

SVOS

0x64

100 

   

R / W 

PVOS

0x65

101 

   

R / W 

UNIT

0x66

102 

   

R / W 

PVFT

0x67

103 

   

R / W 

PV2

0x68

104 

   

R / W 

OUD

0x69

105 

   

R / W 

OPAD

0x6A

106 

   

R / W 

HZ 

0x6B 

107 

   

R / W 

SET1

0x6C

108 

   

R / W 

SET2

0x6D

109 

   

R / W 

SET3

0x6E

110 

   

R / W 

SET4

0x6F

111 

   

R / W 

SET5

0x70

112 

   

R / W 

SET6 

0x71 

113 

   

R / W 

SET7

0x72

114 

   

R / W 

SET8

0x73

115 

   

R / W 

SET9

0x74

116 

   

R / W 

SET0

0x75

117 

   

R / W 

INP2

0x76

118 

   

R / W 

OUTY

0x77

119 

   

R / W 

OUT%

0x87

135 

   

OBIT

0x88

136 

   

CV

0x89

137 

   

PV

0x8A

138 

   

 

 

 

     

 

 

 

 

     

 

 

 

 

     

 

 

 

 

     

 

 

 

 

     

 

 

 

 

     

 

 

 

 

     

 

 

 

 

     

 

 

 

 
 

FY/FU operation manual

 

64 

Summary of Contents for FU400

Page 1: ...Digital Temperature Controller FY400 600 700 800 900 FU400 FU48 72 86 96 Ver 1 0 TAIWAN INSTRUMENT CONTROL CO LTD Operation Manual...

Page 2: ...72 Terminal Arrangement 14 8 4 FY800 FU86 Terminal Arrangement 15 8 5 FY900 FU96 Terminal Arrangement 16 9 Basic Function Setting 17 9 1 Input Type Setting 17 9 2 SV Value Setting 17 9 3 Auto Tuning E...

Page 3: ...m 50 13 5 Program Execution Flow 52 13 6 Program Setting Example 52 14 Modification of Output Module 53 14 1 Relay Control 1a 53 14 2 Relay Control 1c 53 14 3 SSR Control 53 14 4 Linear Control 53 14...

Page 4: ...18 FY Communication Register Address Table 64 19 Glossary of Characters Used In This Manual 65 3 FY FU operation manual...

Page 5: ...dity normal working environment 0 50 C 20 90 RH 6 To avoid noise interference please keep the sensor wiring away from the power cord and the loading power cord 7 When the thermocouple lead is extended...

Page 6: ...PST NO 250 VAC 5A resistive load electrical life 100 000 operations 1c SPDT NO 250 VAC 5A resistive load electrical life 50 000 operations Alarm SPDT NC 250 VAC 2A resistive load electrical life 20 00...

Page 7: ...0 326 752 W W 12 50 2320 58 4208 PL PL 13 50 1200 58 2192 L L 14 50 800 58 1472 PT1 15 199 9 850 0 199 9 999 9 RTD PT100 PT2 16 199 850 326 1562 PT3 17 0 850 32 1562 AN1 0 25mV 18 0 50mV 19 0 20mA 20...

Page 8: ...number FY400 model name 3 Serial number 18112740001 4 Input type Controller Input Signal and Scope 5 2 2 FY700 FU72 1 2 4 3 No n o i t p i r c s e D m e t I 1 Terminal arrangement FY700 Terminal Wirin...

Page 9: ...1 2 4 3 No n o i t p i r c s e D m e t I 1 Terminal arrangement FY900 Terminal Wiring Diagram 2 Model number FY900 model name 3 Serial number 18112790001 4 Input type Controller Input Signal and Scop...

Page 10: ...p lit when OUT2 is activated Green AT Lamp lit when Auto tuning is activated Orange 3 LED AL1 Lamp lit when Alarm 1 is activated Red AL2 Lamp lit when Alarm 2 is activated Red AL3 Lamp lit when Alarm...

Page 11: ...u o m l a u d i v i d n I s n o i s n e m i D 7 2 FY600 Dimensions Unit mm g n i t n u o m l a u d i v i d n I s n o i s n e m i D Mounting fixture t panel thickness 1 t 6 7 3 FY700 FU72 Dimensions U...

Page 12: ...7 4 FY800 FU86 Dimensions Unit mm Dimensions Individual mounting 7 5 FY900 FU96 Dimensions Unit mm Dimensions Individual mounting 11 FY FU operation manual...

Page 13: ...Arrangement Power supply AC 85 265V DC 24V 1 6 T R B 11 OUT2 Relay 2 COMM 7 B 12 SSR T R A AL1 mA V 3 8 13 INPUT 4 AL2 9 B Relay OUT1 SSR 14 mA V 5 10 A TC mV RTD mA V 1 L 1 Power AC 85 265V DC 24V 6...

Page 14: ...NO Output 1 9 NC 9 9 SSR mA V 10 COM 10 10 6 6 6 Output 2 Relay SSR mA V 7 7 7 6 7 CLOSE Motor valve 8 OPEN 9 10 COM NO NC COM Relay SSR Relay mA V OUT2 SSR AL3 mA V OUT1 14 T R B Communication RS 485...

Page 15: ...C 85 265V DC 24V 2 N 2 5 NO Output 1 6 NC 6 6 SSR mA V 7 COM 7 7 3 3 3 Output 2 Relay SSR mA V 4 4 4 15 G1 16 K1 1 Zero cross Phase angle 17 G2 18 K2 3 4 CLOSE Motor 5 OPEN valve 6 7 COM AL1 AL2 AL3 3...

Page 16: ...A TC mV RTD mA V 1 L 1 Power AC 85 265V DC 24V 2 N 2 8 NO Output 1 9 NC 9 9 SSR mA V 10 COM 10 10 6 6 6 Output 2 Relay SSR mA V 7 7 7 6 7 CLOSE Motor valve 8 OPEN 9 10 COM 14 T R B Communication RS 4...

Page 17: ...1 Power AC 85 265V DC 24V 2 N 2 8 NO Output 1 9 NC 9 9 SSR mA V 10 COM 10 10 6 6 6 Output 2 Relay SSR mA V 7 7 7 31 RG1 32 RK1 33 RG2 3 34 RK2 Zero cross 35 TG1 36 TK1 37 TG2 38 TK2 31 G1 1 Zero 32 K...

Page 18: ...to adjust set value value of SV SV SV 9 3 Auto Tuning Execution PV PV Press key until show 1 Display after power on 2 SV AT SV PV PV Press key or key When key is pressed 3 SV g n i n u t o t u a t c...

Page 19: ...S1 OUT1 ON value Cool mode formula PV SV HYS1 OUT1 ON PV SV HYS1 OUT1 OFF 9 6 Alarm Mode Setting PV Hold key key 3 PV seconds then entering into 1 Display after power on 2 LEVEL_3 upper display SV sho...

Page 20: ...ds then entering into LEVEL 3 3 LEVEL 2 return to the LEVEL 1 Hold SET key for 3 seconds then return to LEVEL 1 4 LEVEL 2 enter to the LEVEL 3 Hold SET key for 3 seconds then entering to LEVEL 3 5 LEV...

Page 21: ...ouching or modifying important parameters Conversely when the parameter cannot be modified please make sure that the set value of LCK LCK LEVEL Descriptions Level_1 Level_2 Level_3 Level_4 USER Level...

Page 22: ...ime HBAC HBA current setting value AL2 SOAK HBAC AL2 Alarm2 set value SOAK Alarm2 soak time HBAC HBA current setting value AL3 SOAK RATE RAMP AL3 Alarm3 set value SOAK Alarm3 soak time RATE Slave SV r...

Page 23: ...o Chapter 12 HBA current setting value INP2 4 HBAC Upper heater current display 100 0 0 0 1 0 Down current setting value ALD2 9 unit ampere A SOAK Alarm2 soak time 99 59 0 00 0 10 ALD2 10 or Time form...

Page 24: ...u p t u o n i a M derivative time for sub output AT VL LCK k c o l l e v e l r o n o i t c n u F e u l a v t e s f f o g n i n u t o t u A CYT1 P1 Main output control cycle HYS1 Hysteresis for main o...

Page 25: ...mula HYS1 PV SV HYS1 OUT1 OFF 100 0 100 0 1 0 P1 0 0 PV SV HYS1 OUT1 ON cooling formula PV SV HYS1 OUT1 ON PV SV HYS1 OUT1 OFF Sub output proportional band P2 0 0 ON OFF control 200 0 0 0 3 0 OUTY 1 O...

Page 26: ...operating time RHPO WAIT RHPO Dehumidification manipulated value WAIT Program execution standby temperature SETA Alarm special function setting PSL Protocol selection BITS Data format IDNO Controller...

Page 27: ...e refer to Chapter 14 5 CHO1 Main output span calibration only for linear signal 9999 0 3600 SET4 4 Please refer to Chapter 14 5 CLO2 Sub output zero calibration 9999 0 0 SET5 1 only for linear signal...

Page 28: ...er station 254 0 1 SET5 4 Baud rate 0 24 2400 1 48 4800 BAUD 2 96 9600 1152 24 384 SET5 4 3 192 19200 4 384 38400 5 576 57600 6 1152 115200 bps SVOS SV bias 100 0 100 0 0 SET6 1 PVOS PV bias 100 0 100...

Page 29: ...matically return to LEVEL 1 user level and display PV SV 10 11 LEVEL_4 Parameter t n e t n o C l o b m y S r e t e m a r a P Range Default Hide MAX MIN Display SET1 0 0 0 0 1 1 1 1 y a l p s i D e d i...

Page 30: ...ce from keypad or ON OFF OFF communication 1 ON SV source from program 10 12 Parameters Hide Display Table on Level 4 SET1 _4 _3 _2 _1 SET1_1 0 Hide OUTL 1 Display OUTL SET1_2 0 Hide AT 1 Display AT S...

Page 31: ...ot repeat 1 Program repeat SET8_2 0 No power failure option 1 With power failure option SET8_3 0 Program starts from 0 1 Program starts from PV SET8_4 0 reserve 1 reserve SET9_1 0 reserve 1 reserve SE...

Page 32: ...fast parameter access operation Any Level Press key 3 seconds RHTC RUCY RHTC Dehumidification temperature RUCY Motor valve operating time RHPO WAIT RHPO Dehumidification manipulated value WAIT Progra...

Page 33: ...l 3 SET6 2 PV PV PVOS Examples PV bias PV OS adds bias to the Measured value PV When two controllers measure the temperature of the same type of load the measured values of the respective characterist...

Page 34: ...ignal is based on the PV value and the linear output analog signal is presented When the PV is less than 50 0 the retransmission signal remains at 4mA When the PV value is greater than 600 0 the retra...

Page 35: ...s K1 and its range is 50 0 600 0 When an external analog signal is input to the Remote SV terminal the signal will be based on the range presents linear display of SV parameters When the signal input...

Page 36: ...C 2 OUT1 output exceeds 90 3 The conditions of 1 2 above are established and continue to exceed 20 seconds Examples Heating system with SSR as control element set HBAC 1 0 down area 1 The heater curre...

Page 37: ...SC 100 T Please check heater wire diameter and specify required CT CT Specifications s n o i t a c i f i c e p S m e t I Model number T 0 0 1 C S T 0 8 C S Max continuous current 80A 100A 5 3 y c a r...

Page 38: ...anipulated value 0 OFF disable dehumidification RHPO function 100 0 OFF OFF Level 3 SET5 3 Other values 0 1 100 0 manipulated value Please refer to Chapter 11 5 This parameter is multi display wnen OU...

Page 39: ...E 14 CLOSE 1K COM 15 WIPER signal feedback OPEN 16 OPEN COM R RC RC CLOSE CLOSE feedback 7 6 FBMV OPEN 8 9 OPEN 10 COM S ball valve Low pressure general use needle valve High pressure High precision u...

Page 40: ...he operating time according to the connected valve Set runtime whether there is feedback or no feedback Motor valve switching no 1 5 4 CYT1 1 5 feedback hysteresis adjustment feedback 1 5 or more 4 SE...

Page 41: ...al AL3 become RAMP display Parameter Set value Description 10 Boot completed the alarm1 is ON when PV SV start the timer alarm and control function are turned OFF in timed out SOAK_A In this mode the...

Page 42: ...ON 100 0 PV PV follows SV up 5 C per minute ramp start alarm ON PV time chart 25 0 time 5 RAMP SOAK 15 minutes 10 minutes seconds Action AL1 time chart ON time OFF Example 3 use only SOAK_A ALD1 10 Bo...

Page 43: ...m is turned ON and the control function keep ON Parameter setting Level Parameter Set value Description 1 SV 100 0 Target temperature 3 ALD1 m r a l a k a o s s a 1 L A 0 1 1 SOAK AL1 00 10 10 minute...

Page 44: ...2 1 ALD1 Alarm1 mode selection Please refer to Chapter 12 1 Alarm 19 0 11 Level 3 SET3 1 Mode Alarm1 time setting 0 Flicker ALT1 99 59 Continued ON 99 59 0 00 99 59 Level 3 SET3 2 0 01 99 58 delay tim...

Page 45: ...With hold action PV SV ALX Alarm ON Formula PV SV ALX Alarm ON PV SV ALX Alarm OFF PV SV ALX Alarm OFF HYSX ON Process high 5 OFF With hold action ALX Formula PV ALX Alarm ON PV ALX HYSA Alarm OFF ON...

Page 46: ...OFF 12 Deviation low ALX SV ALX must to be set to a negative value Formula PV SV ALX Alarm ON PV SV ALX HYSA Alarm OFF OFF ON HYSX HYSX ON 13 Deviation high low ALX SV ALX PV SV ALX Alarm ON Formula...

Page 47: ...active disable Normal Open 1 Alarm 1 relay reverse active enable Normal Close 0 Alarm 2 relay reverse active disable Normal Open 1 Alarm 2 relay reverse active enable Normal Close 0 Alarm 3 relay rev...

Page 48: ...gment display 8 1 1 Level 1 PROG ON Current segment remain time display Upper area display current TIMR segment remain time 99 59 0 00 0 00 Level 1 PROG ON Down area display current segment executed t...

Page 49: ...m execute do not wait for PV temperature 1000 0 0 Level 1 SET5 3 Other values when PV target SV WAIT program entering next segment SET8 1 Program execute repeat 0 disable repeat function 1 0 0 Level 4...

Page 50: ...rom 0 0 and SV shall reach SV_1 in one hour 2 SET8 3 0 PTN 1 PV 50 0 SV_1 100 TM_1 1 00 1 hour When program starts SV will start to execute from PV temperature of 50 0 while controller will deduct the...

Page 51: ...sume the set temperature of current segment is 100 0 C and as SV reaches the set temperature of this segment the controller will enter the next segment 2 WAIT 5 0 with wait function set Assume the set...

Page 52: ...segment 0 00 program step change in this segment 0 Level 1 0 01 99 58 program in this segment execute time 99 59 program continue execute this segment no end TM setting explain In segment_5 SEG_5 sett...

Page 53: ...nd continue Measured value PV SEG_3 SEG_4 250 C SEG_2 200 C SEG_5 SEG_1 SEG_6 SEG_7 80 C ramp soak soak ramp soak end time time time time time time 60 minutes 30 minutes 30 minutes 40 minutes 20 minut...

Page 54: ...50VAC N C N O 14 3 SSR Control Top view Bottom view e l u d o m t l o V e l u d o m t l o V Pb P VT Software Setting Parameter set as CYT1 1 14 4 Linear Control When modifying mA current module output...

Page 55: ...d CHO1 CLO1 0 Default Value CHO1 3600 Set controller SV LSPL low setpoint output 0 Adjust CLO1 until meter 4mA Set controller SV USPL high setpoint output 100 Adjust CHO1 until meter 20mA Set controll...

Page 56: ...ue SV LSPL Enter to Level 3 Minimum output show INP1 o t g n i h c t i w s y e k s s e r p V P s d n o c e s 3 y e k s s e r p V P PV SV SV display CLO1 SV adjust CLO1 until meter 4mA PV if CLO1 setti...

Page 57: ...1 5FFF INP1 K1 USPL 600 0 LSPL 50 0 Input K type signal 50 0 C Adjusts ANL1 until PV 50 0 Input K type signal 600 0 C Adjusts ANH1 until PV 600 0 Input 50 0 C Check the PV 50 0 Input 600 0 C Check the...

Page 58: ...LSPL 199 9 Input PT100 signal 199 9 C Adjusts ANL1 until PV 199 9 Input PT100 signal 850 0 C Adjusts ANH1 until PV 850 0 Input 199 9 C Check the PV 199 9 Input 850 0 C Check the PV 850 0 NO OK YES Rep...

Page 59: ...DP 0000 INP1 AN4 USPL 5000 LSPL 0 Input analog signal 4mA Adjusts ANL1 until PV 0 Input analog signal 20mA Adjusts ANH1 until PV 5000 Input 4mA Check the PV 0 Input 20mA Check the PV 5000 NO OK YES R...

Page 60: ...ion 2 input 4mA and djust ANL1 calibration values PV SV monitor Enter to Level 3 show INP1 s s e r p V P key 3 seconds PV press key switching to PV SV SV display ANL1 SV Adjust ANL1 until PV show 0 h...

Page 61: ...Setup S R Fast Fuse K2 Controller G2 SCR Module G1 G1 K1 K1 G2 U V K2 Load Time Chart F F O N O CYCLE TIME 200ms 16 2 1 Zero Cross Control TRIAC module OUT1 1 SCR zero cross control Parameter setting...

Page 62: ...three phase three wire system Time Chart OFF ON CYCLE TIME 200ms 16 4 3 Zero Cross Control TRIAC module OUT1 3 SCR zero cross control Parameter setting OUTY 0 CYT1 1 Wiring Setup R S T Fast Fuse T2 RG...

Page 63: ...G1 K1 G2 K2 Controller source phase must be same as load source phase 16 6 1 Phase Angle Control TRIAC module OUT1 1 SCR phase angle control Parameter setting OUTY 4 CYT1 0 CLO1 80 CHO1 4300 Wiring S...

Page 64: ...orrect or not NNN1 PV is below LSPL Check whether the input value or input type is correct or not CJOR Ambient temperature over Decrease ambient temperature range 50 C AUTF Auto tunning failure Manual...

Page 65: ...SV_82 0x36 54 R W TM_82 0x37 55 R W OUT82 0x38 56 R W P1 0x39 57 R W I1 0x3A 58 R W D1 0x3B 59 R W AT VL 0x3D 61 R W CYT1 0x3E 62 R W HYS1 0x3F 63 R W Parameter Register Address R W Hex Dec P2 0x40 6...

Page 66: ...ED Display Characters 0 1 2 3 4 5 6 7 8 9 LED Display Characters A B C D E F G H I J LED Display Characters K L M N O P Q R S T LED Display Characters U V W Y Z C F 65 D T L O C L O R T N O C T N E M...

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