Delta Electronics Platinum Temperature Sensors DVP04PT-S User manual

2009-05-26
5011671201-PT41
DVP-1960530-02

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ΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞ ENGLISH ΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞ
Thank you for choosing Delta DVP series PLC. DVP04PT-S is able to receive 4 points of
platinum temperature sensors (PT 100 3-WIRE 100ȍ3850 PPM/°C (DIN 43760 JIS
C1604-1989)) and convert them into 14-bit digital signals. Besides, through FROM/TO
instructions in DVP Slim series MPU program, the data in DVP04PT-S can be read and
written. There are 49 16-bit control registers (CR) in DVP04PT-S. The power unit is
separate from it and is small in size and easy to install. DVP04PT-S displays
temperatures in both Celsius (resolution: 0.1°C) and Fahrenheit (resolution: 0.1°F).
aPlease read this instruction sheet carefully before use.
aThis is an OPEN TYPE I/O module and therefore should be installed in an enclosure
free of airborne dust, humidity, electric shock and vibration. The enclosure should
prevent non-maintenance staff from operating the device (e.g. key or specific tools
are required for operating the enclosure) in case danger and damage on the device
may occur.
aDO NOT apply AC power to any of the input/output terminals, or it may damage
DVP04PT-S.
aDO NOT touch any terminal when the power is switched on.
aMake sure that the DVP04PT-S is properly grounded , to prevent any
electromagnetic noise.
aPlease keep the wires as short as possible when connecting RTD to PLC and keep
power lead as far away as possible from I/O wires to prevent noise interference.
Product Profile & Dimension
90.00
4.00
3.00 25.20 1
2
3
4
5
Ʌ
FG
L+
L-
I+
C
H
1
C
H
2
C
H
3
C
H
4
Ʌ
FG
L+
L-
I+
FG
L+
L-
I+
FG
L+
L-
I+
60.00 6
7
8
9
3
10
11
12
13
90.00
3.00
3.4 60.00
14
[ Figure 1 ]
Unit: mm
1. Status indicator (POWER, RUN and ERROR) 8. I/O module connection port
2. Model name 9. I/O module clip
3. DIN rail clip 10. DIN rail (35mm)
4. I/O terminals 11. RS-485 communication port
5. I/O point indicator 12. I/O module clip
6. Mounting holes 13. DC power input
7. Specification label 14. I/O module connection port
I/O Terminal Layout
L-L+FGL-L+
DVP04PT-S
FGI- L+FGI-L-L+ FGI-L-I-

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External Wiring
PT100
PT100
CH1
CH4
1mA
DC/ DC
5V
AG
+15V
-15V
AG
AG
AG
24+
24-
FG
,
L-
L+
FG
,
L-
L+
Converter
System
Class 3 Grounding
(100 of less)
terminal of
power module
Shielded*1
*2
*3
1mA
Shielded*1
Grounding
[ Figure 2 ]
Note1: Use only the wires that are packed with the temperature sensor (PT100) for analog input
and separate from other power line or any wire that may cause noise. Please use 3-wire
for PT100.
Note2: Terminal FG is grounded for noise suppression.
Note3: Please connect power supply module terminal and DVP04PT-S temperature
measurement module terminal to system earth ground.
Warning: DO NOT connect wires to the No Connection terminals.
Electrical Specifications
DVP04PT-S
Power supply voltage 24VDC (20.4VDC ~ 28.8VDC) (-15% ~ +20%)
Max. rated power
consumption 2W, supplied by external power.
Operation/storage Operation: 0°C~55°C (temp.), 50~95% (humidity), pollution degree 2
Storage: -25°C~70°C (temp.), 5~95% (humidity)
Vibration/shock
resistance
International standards: IEC61131-2, IEC 68-2-6 (TEST Fc)/
IEC61131-2 & IEC 68-2-27 (TEST Ea)
Series connection to
DVP-PLC MPU
The modules are numbered from 0 to 7 automatically by their distance
from MPU. No.0 is the closest to MPU and No.7 is the furthest.
Maximum 8 modules are allowed to connect to MPU and will not
occupy any digital I/O points.
Functional Specifications
DVP04PT-S Celsius (°C) Fahrenheit (°F)
Analog input channel 4 channels per module
Sensors type 3- WIRE PT 100ȍ3850 PPM/°C (DIN 43760 JIS C1604-1989)
Current excitation 1mA
Temperature input range -200°C ~ 600°C -328°F ~ 1112°F
Digital conversion range K-2,000 ~ K6,000 K-3,280 ~ K11,120
Resolution 14 bits (0.1°C) 14 bits (0.1°F)

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DVP04PT-S Celsius (°C) Fahrenheit (°F)
Overall accuracy r0.5% of full scale of 25°C (77°F),
r1% of full scale during 0 ~ 55°C (32 ~ 131°F).
Response time 200ms × channels
Isolation method
Isolation between digital and analog circuitry. There is no isolation
between channels.
500VDC between digital circuits and Ground
500VDC between analog circuits and Ground
500VDC between analog circuits and digital circuits
500VDC between 24VDC and Ground
Digital data format 2’s complement of 16-bit
Average function Yes (CR#2 ~ CR#5)
Self diagnostic function Yes
Communication mode
(RS-485)
Yes (CR#32). RS-485 is disabled when the DVP04PT-S is
connected in series with an MPU.
Control Register
CR# Address Save Register content Description
#0 H’4064 O R Model name Set up by the system:
DVP04PT model code = H’8A.
#2 H’4066 O R/W CH1 average number
#3 H’4067 O R/W CH2 average number
#4 H’4068 O R/W CH3 average number
#5 H’4069 O R/W CH4 average number
Number piece of readings used for the
calculation of “average” temperature on
channels CH1 ~ CH4. Setting range:
For versions prior to V3.04: K1 ~ K4,095.
For versions after V3.05: K1 ~ K20.
Default setting is K10.
#6 H’406A X R CH1 average degrees
#7 H’406B X R CH2 average degrees
#8 H’406C X R CH3 average degrees
#9 H’406D X R CH4 average degrees
Average degrees for channels CH1 ~
CH4.
(Unit: 0.1°C).
#12 H’4070 X R CH1 average degrees
#13 H’4071 X R CH2 average degrees
#14 H’4072 X R CH3 average degrees
#15 H’4073 X R CH4 average degrees
Average degrees for channels CH1 ~
CH4.
(Unit: 0.1°F).
#18 H’4076 X R Present temp. of CH1
#19 H’4077 X R Present temp. of CH2
#20 H’4078 X R Present temp. of CH3
#21 H’4079 X R Present temp. of CH4
Present temperature of channels CH1 ~
CH4.
(Unit: 0.1°C).
#24 H’407C X R Present temp. of CH1
#25 H’407D X R Present temp. of CH2
#26 H’407E X R Present temp. of CH3
#27 H’407F X R Present temp. of CH4
Present temperature of channels CH1 ~
CH4.
(Unit: 0.1°F).
#29 H’4081 X R/W PID mode setting Set H'5678 to enable PID mode, other set
values are invalid. Default: H’0000.
#30 H’4082 X R Error status Data register stores the error status.
Refer to the error code chart for details.
#31 H’4083 O R/W Communication
address setting
RS-485 communication address.
Setting range is 01 ~ 254 and default
setting is K1.
#32 H’4084 O R/W Communication baud
rate setting
Communication baud rate (4,800, 9,600,
19,200, 38,400, 57,600 and 115,200bps).

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CR# Address Save Register content Description
#32 H’4084 O R/W Communication baud
rate setting
For ASCII mode, date format is 7 bits,
even, 1 stop bit (7, E, 1), while RTU
mode, date format is 8 bits, even, 1 stop
bit (8, E, 1).
b0: 4,800 bps (bit/sec).
b1: 9,600 bps (bit/sec). (default setting)
b2: 19,200 bps (bit/sec).
b3: 38,400 bps (bit/sec).
b4: 57600 bps (bit/sec).
b5: 115,200 bps (bit/sec).
b6 ~ b13: Reserved.
b14: switch between low bit and high bit
of CRC code (RTU mode only).
b15: RTU mode.
b15~b12 b11~ b9 b8~b6 b5~b3 b2~b0
ERR LED CH4 CH3 CH2 CH1
#33 H’4085 O R/W Reset to default
setting
Example: Setting of CH1
1. b0 ~ b1: Reserved.
2. b2: Set to 1 and PLC will be reset to
default settings.
Definition of ERR LED: b12~b15=1111
(default settings)
1. b12 corresponds to CH1: when
b12=1, scale exceeds the range, ERR
LED flashes.
2. b13 corresponds to CH2: when
b13=1, scale exceeds the range, ERR
LED flashes.
3. b14 corresponds to CH3: when
b14=1, scale exceeds the range, ERR
LED flashes.
4. b15 corresponds to CH4: when
b15=1, scale exceeds the range, ERR
LED flashes.
#34 H’4086 O R Software version Display the software version in
hexadecimal. ex: H’010A = version 1.0A
#35 ~ #48 System used
Symbols:
O: means latched. X: means not latched. (Support when using RS-485 communication, not
support when connecting with MPU)
R: able to read data by using FROM instruction or RS-485.
W: able to write data by using TO instruction or RS-485.
ϡThe corresponding parameters address H’4064 ~ H’4086 of CR#0 ~ CR#34 are provided for
users to read/write data via RS-485 communication.
1. Function code: 03’H - read data from register. 06’H - write one word to register. 10’H -
write multiple words to registers.
2. CR#30 is the error code register. Refer to the chart below:
Error description Content b15 ~ b8 b7 b6 b5 b4 b3 b2 b1 b0
Power source abnormal K1 (H’1) 0 0 0 0 0 0 0 1
Wiring to empty external contact K2 (H’2) 0 0 0 0 0 0 1 0
Hardware malfunction K16 (H’10) 0 0 0 1 0 0 0 0
Average times setting error K64 (H’40) 0 1 0 0 0 0 0 0
Instruction error K128 (H’80)
Reserved
1 0 0 0 0 0 0 0
Note: Each error code will have corresponding bit (b0 ~ b7). Two or more errors may
happen at the same time. 0 means normal and 1 means having error.

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3. When CR#29 is set to H’5678, CR#0 ~ CR#34 can be used for PID settings in
DVP04PT-S V3.08 and versions above.
PID Mode Content Description
CR#0 Model name CR#17 CH4 KP
CR#2 Output % at CH1 CR#19 CH1 KI
CR#3 Output % at CH2 CR#20 CH2 KI
CR#4 Output % at CH3 CR#21 CH3 KI
CR#5 Output % at CH4 CR#22 CH4 KI
CR#6 CH1 average degrees (°C) CR#24 CH1 KD
CR#7 CH2 average degrees (°C) CR#25 CH2 KD
CR#8 CH3 average degrees (°C) CR#26 CH3 KD
CR#9 CH4 average degrees (°C) CR#27 CH4 KD
CR#10 Set temperature at CH1 CR#28 Run/Stop & Auto turning
CR#11 Set temperature at CH2 CR#29 Enter PID mode(H’5678)
CR#12 Set temperature at CH3 CR#30 Error Code
CR#13 Set temperature at CH4 CR#31 CH1 Sampling time
CR#14 CH1 KPCR#32 CH2 Sampling time
CR#15 CH2 KPCR#33 CH3 Sampling time
CR#16 CH3 KPCR#34 CH4 Sampling time
Temperature/Digital Curve
yTemperature mode (Celsius) yTemperature mode (Fahrenheit)
+6,000
+3,000
-2,000
+600
-200
0
C
C
Digital output
Measured
temperature input
+11,120
+5,560
-3,280
+1,112
-328
0
F
F
Digital output
Measured
temperature input

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ΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞ᜗᧯խ֮ ΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞ
ტ᝔൞ආش؀ሒ DVP ߓ٨ข঴ΖDVP04PT-S ᄵ৫ၦྒྷᑓิױ൷࠹؆ຝ 4រሬ᥆ᄵ৫
ტྒྷᕴΰPT 100 3 ᒵ100ȍ3850 PPM/°C (DIN 43760 JIS C1604-1989)αΔലհ᠏ངګ
14 ۯցհᑇۯᇆΖຘመ DVP-PLC SS/ SA/SX/SC/SV ׌ᖲ࿓ڤאח FROM/TO ࠐᦰ
ᐊᑓิփհᇷறΔᑓิփࠠڶ 49 ଡCR (Control Register)ᑉژᕴΔޢଡᑉژᕴڶ 16 bitsΖ
ሽᄭ໢ցፖᑓิ։ᠦΔ᧯ᗨ՛Δڜᇘ୲࣐Ζࠌشױᙇᖗ᥊ּᄵ৫ΰᙁԵᇞ࣫৫ 0.1°Cα
ࢨဎּᄵ৫ΰᙁԵᇞ࣫৫ 0.1°FαΖ
aᓮڇࠌشհছΔᇡาᔹᦰءࠌشᎅࣔ஼Ζ
aءᖲၲ࣋ী (OPEN TYPE) ᖲླྀΔڂڼࠌشࠌشءᖲழΔؘႊലհڜᇘ࣍ࠠ߻
ቺΕ߻ᑪ֗܍࣍ሽᚰбᓢᚰრ؆հ؆ླྀ಻ᒵᒣփΖ׼ؘႊࠠໂঅᥨൻΰڕΚ௽௘հ
ՠࠠࢨᨤೲթױؚၲα߻ַፂᥨԳ୉ᖙ܂ࢨრ؆ᓢᚰء᧯Δທګٲᙠ֗ჾᡏΖ
aٌᙁԵሽᄭլױຑ൷࣍ᙁԵбנᇆጤΔܡঞױ౨ທګᣤૹჾᡏΔڂڼᓮڇՂሽ
հছ٦ڻᒔᎁሽᄭ಻ᒵΖ
aኔ಻ᒵΔ೭ؘᣂຨሽᄭΖՂሽழᓮ֎൷ᤛᖲ᧯ጤ՗ࢨၞ۩ፂଥΖᙁԵሽᄭ֊ឰ৵Δ
ԫ։ᤪհփΔᓮ֎ᤛ኷փຝሽሁΖ
aء᧯Ղհ൷چጤ՗ ೭ؘإᒔ൷چΔױ༼೏ข঴ݼᠧಛ౨ԺΖ
aطྒྷᄵ᧯ࠩᄵᓳء᧯಻ᒵሁᓮش່࿍၏ᠦ಻ᒵΔԱᝩ܍ᠧಛ֗ᎈᖄᐙ᥼ᕣױ౨
ലሽᄭᒵࡉ૤ሉ಻ᒵ։ၲΖ
!யݡγ៍ᄃొҜ௜!
yᇡาຝۯقቹፖ؆ᨠ֡՚ᓮ೶ᔹ૎֮଄ᒘ1հFigure1Δ໢ۯΚmmΖ
1. ሽᄭΕᙑᎄ֗ሎ۩قᗉ 8. I/O ᑓิຑ൷Ց
2. ᖲጟীᇆ 9. I/O ᑓิࡐࡳڬ
3. DIN ૩ࡐࡳڬ 10. DIN ૩ᜊ (35mm)
4. ጤ՗ 11. RS-485 ຏಛՑ
5. ጤ՗಻ᆜ 12. I/O ᑓิࡐࡳᑒ
6. I/O ᑓิࡳۯ֞ 13. ሽᄭᙁԵՑ
7. Ꭾྨ 14. I/O ᑓิຑ൷Ց
!γొቢ!
PT100
PT100
CH1
CH4
1mA
DC/ DC
5V
AG
+15V
-15V
AG
A
G
A
G
24+
24-
FG
I-
L-
L+
FG
I-
L-
L+
᠏ངᕴ
ߓอ൷چរ
รԿጟ൷چ
(100) ൷چݼ אՀ
൷۟ሽᄭᑓ
ิհ ጤ
ሶᠦᒵ
ሶᠦᒵ
*1
*1
*2
*3
1mA
!
ု1Κࠌش࣍ᣊֺᙁԵ಻ᒵᚨආشPT100ᄵ৫ტྒྷᕴհຑ൷ᒵࢨᠨ࿧ሶᠦᒵ׊ᚨፖࠡהሽᄭᒵࢨ
ױ౨֧ದᠧಛհ൷ᒵ։ၲΖPT100ᓮࠌش3ᒵڤᄵ৫ტྒྷᕴΖ

- 7 -
ု2Κڕ࣠ᠧಛመՕᓮലFG֗൷چጤ՗ຑ൷Ζ
ု3Κᓮലሽᄭᑓิհ ጤ֗DVP04PT-Sᄵ৫ၦྒྷᑓิհ ጤຑ൷ࠩߓอ൷چរΔ٦ലߓอ
൷រ܂รԿጟ൷چࢨ൷ࠩ಻ሽᒣհᖲླྀՂΖ
ࣹრΚጤ՗ᓮ֎಻ᒵΖ
!ᏮˢƟᏮ΍ბέཉ!
ᓮ೶ᔹ૎֮଄ᒘ1հጤ՗಻ᆜቹΔڇڼ፿ߢءઊฃᎅࣔΖ
!࿪ঈఢ!
DVP04PT-S
ሽᄭሽᚘ 24VDC (20.4VDC ~ 28.8VDC) (-15% ~ +20%)
ᠰࡳ່Օ௣౛פ෷ 2W, ط؆ຝሽᄭࠎᚨ
ᖙ܂бᚏژᛩቼ 1. ᖙ܂Κ0°C ~ 55°Cΰᄵ৫αΔ50 ~ 95%ΰᛘ৫αΔۆ࿛్ 2
2. ᚏژΚ-25°C ~ 70°Cΰᄵ৫αΔ5 ~ 95%ΰᛘ৫α
ર஡೯/ᓢᚰ ഏᎾᑑᄷ๵ᒤIEC61131-2, IEC 68-2-6 (TEST Fc)/IEC61131-2 & IEC
68-2-27 (TEST Ea)
ፖDVP-PLC׌ᖲ
ۭ൷ᎅࣔ
ᑓิᒳᇆאᔾ׌ᖲհႉݧ۞೯ᒳᇆط0ࠩ7Δ່Օױຑ൷8؀׊լ۾شᑇ
ۯI/OរᑇΖ
!Αఢ!
DVP04PT-S ᥊ּ (°C) ဎּ (°F)
ᣊֺಛᇆᙁԵຏሐ 4ຏሐб؀
ᔞٽტᚨᕴݮڤ 3- WIRE PT 100ȍ3850 PPM/°C (DIN 43760 JIS C1604-1989)
ᦀ೯ሽ 1mA
ᙁԵᄵ৫ᒤ໮ -200°C ~ 600°C -328°F ~ 1112°F
ᑇۯ᠏ངᒤ໮ K-2,000 ~ K6,000 K-3,280 ~ K11,120
ᇞ࣫৫ 14 bits (0.1°C) 14 bits (0.1°F)
᜔ࡉ壄യ৫ r0.5% ڇ(25°C, 77°F) ᒤ໮փየࠥ৫ழΖ
r1% ڇ(0 ~ 55°C, 32 ~ 131°F) ᒤ໮փየࠥ৫ழΖ
᥼ᚨழၴ 200ms × ຏሐᑇ
ሶᠦֱڤ
ᑇۯ೴ፖᣊֺ೴ڶሶᠦΔຏሐၴآሶᠦΖ
ᑇۯሽሁፖ൷چհၴΚ500VDC
ᣊֺሽሁፖ൷چհၴΚ500VDC
ᣊֺሽሁፖᑇۯሽሁհၴΚ500VDC
24VDCፖ൷چհၴΚ500VDC
ᑇۯᇷற௑ڤ 16ۯցԲᇖᑇ
ؓ݁פ౨ ڶ (CR#2 ~ CR#5)
۞ݺ်ឰפ౨ ՂՀᄕૻೠྒྷ/ຏሐ
ຏಛᑓڤ (RS-485) ڶ(CR#32)ΖᅝፖPLC׌ᖲۭ൷ழΔRS-485ຏಛྤࠌشΖ
!ଠטᇶхጡĞ
Ğ
CR
ğ
CR# ೶ᑇ
ۯܿ অী ᑉژᕴټጠ ᎅࣔ
#0 H’4064 O R ᖲጟীᇆ ߓอփࡳΔDVP04PT-Sᖲጟᒳᒘ= H’8AΖ

- 8 -
CR# ೶ᑇ
ۯܿ অী ᑉژᕴټጠ ᎅࣔ
#2 H’4066 O R/W CH1ؓ݁ڻᑇ
#3 H’4067 O R/W CH2ؓ݁ڻᑇ
#4 H’4068 O R/W CH3ؓ݁ڻᑇ
#5 H’4069 O R/W CH4ؓ݁ڻᑇ
ຏሐCH1 ~ CH4ಛᇆؓ݁ڻᑇ๻ࡳΚ
V3.04אছءΚױ๻ࡳᒤ໮K1 ~ K4,095Ζ
V3.05א৵ءΚױ๻ࡳᒤ໮K1 ~ K20Ζ
נᐗ๻ࡳଖK10Ζ
#6 H’406A X R CH1ၦྒྷ᥊ּᄵ৫ؓ݁ଖ
#7 H’406B X R CH2ၦྒྷ᥊ּᄵ৫ؓ݁ଖ
#8 H’406C X R CH3ၦྒྷ᥊ּᄵ৫ؓ݁ଖ
#9 H’406D X R CH4ၦྒྷ᥊ּᄵ৫ؓ݁ଖ
ຏሐCH1 ~ CH4ၦྒྷ᥊ּᄵ৫ؓ݁ଖ᧩
قΖ໢ۯ0.1°CΖ
#12 H’4070 X R CH1ၦྒྷဎּᄵ৫ؓ݁ଖ
#13 H’4071 X R CH2ၦྒྷဎּᄵ৫ؓ݁ଖ
#14 H’4072 X R CH3ၦྒྷဎּᄵ৫ؓ݁ଖ
#15 H’4073 X R CH4ၦྒྷဎּᄵ৫ؓ݁ଖ
ຏሐCH1 ~ CH4ၦྒྷဎּᄵ৫ؓ݁ଖ᧩
قΖ໢ۯ0.1°FΖ
#18 H’4076 X R CH1ၦྒྷ᥊ּᄵ৫෼ڇଖ
#19 H’4077 X R CH2ၦྒྷ᥊ּᄵ৫෼ڇଖ
#20 H’4078 X R CH3ၦྒྷ᥊ּᄵ৫෼ڇଖ
#21 H’4079 X R CH4ၦྒྷ᥊ּᄵ৫෼ڇଖ
ຏሐCH1 ~ CH4ၦྒྷ᥊ּᄵ৫෼ڇଖ᧩
قΖ໢ۯ0.1°CΖ
#24 H’407C X R CH1ၦྒྷဎּᄵ৫෼ڇଖ
#25 H’407D X R CH2ၦྒྷဎּᄵ৫෼ڇଖ
#26 H’407E X R CH3ၦྒྷဎּᄵ৫෼ڇଖ
#27 H’407F X R CH4ၦྒྷဎּᄵ৫෼ڇଖ
ຏሐCH1 ~ CH4ၦྒྷဎּᄵ৫෼ڇଖ᧩
قΖ໢ۯ0.1°FΖ
#29 H’4081 X R/W PIDᑓڤ๻ࡳ ๻ࡳH’5678ၞԵPIDᑓڤΔࠡה๻ࡳଖઃ
ԫ౳ᑓڤΖנᐗ๻ࡳଖH’0000Ζ
#30 H’4082 X R ᙑᎄኪ ᚏژࢬڶᙑᎄኪᇷறᑉژᕴΔᇡาփ
୲ᓮ೶ᅃᙑᎄஒΖ
#31 H’4083 O R/W ຏಛۯܿ๻ࡳ ๻ࡳRS-485ຏಛۯܿΔ๻ࡳᒤ໮01 ~
254Ζנᐗ๻ࡳଖK1Ζ
#32 H’4084 O R/W ຏಛຒ෷ (Baud rate)
๻ࡳ
ץܶASCII/RTUᑓڤΔຏಛຒ෷๻ࡳ٥ڶ
4,800, 9,600, 19,200, 38,400, 57,600,
115,200 bpsքጟΖ
ASCII ᑓڤᇷற௑ڤࡐࡳ7 bitsΕೝۯ
ցΕ1 stop bit (7, E, 1)ΙRTU ᑓڤᇷற௑
ڤࡐࡳ8 bitsΕೝۯցΕ1 stop bit (8, E,
1)Ζ
b0Κ4,800 bpsΰۯցбઞα
b1Κ9,600 bpsΰۯցбઞαΰנᐗ๻ࡳଖα
b2Κ19,200 bpsΰۯցбઞα
b3Κ38,400 bpsΰۯցбઞα
b4Κ57,600 bpsΰۯցбઞα
b5Κ115,200 bpsΰۯցбઞα
b6 ~ b13Κঅఎ
b14ΚCRCᛀᒘ೏܅ۯٌངΰႛRTUᑓ
ڤڶயα
b15ΚASCII/RTUᑓڤ֊ང

- 9 -
CR# ೶ᑇ
ۯܿ অী ᑉژᕴټጠ ᎅࣔ
b15~b12 b11~ b9 b8~b6 b5~b3 b2~b0
ERRᗉCH4 CH3 CH2 CH1
#33 H’4085 O R/W ༚נᐗ๻ࡳ
אCH1๻ࡳࠐᎅࣔΚ
1. b0 ~ b1অఎΖ
2. b2๻ࡳ1ழΔࢬڶ๻ࡳଖലڃ༚଺ᐗ
๻ࡳଖΖ
ERRᗉࡳᆠΚ଺ᐗ๻ࡳଖb12 ~ b15 = 1111
1. b12ኙᚨCH1Δᅝb12=1ழΔࠥ৫၌መ
ERRᗉೂᡩ೯܂Ζ
2. b13ኙᚨCH2Δᅝb13=1ழΔࠥ৫၌መ
ERRᗉೂᡩ೯܂Ζ
3. b14ኙᚨCH3Δᅝb14=1ழΔࠥ৫၌መ
ERRᗉೂᡩ೯܂Ζ
4. b15ኙᚨCH4Δᅝb15=1ழΔࠥ৫၌መ
ERRᗉೂᡩ೯܂Ζ
#34 H’4086 O R ႇ᧯ء 16ၞࠫΔ᧩قؾছႇ᧯ءΔڕ1.0Aঞ
H’010AΖ
#35 ~ #48 ߓอփຝࠌش
ฤᇆࡳᆠΚ
OقঅীΙXقঅীΖΰܓشRS-485ຏಛ൳ࠫழ֭གΔຑ൷׌ᖲழլ֭གα
RقױࠌشFROMחᦰ࠷ᇷறΔࢨܓشRS-485ຏಛᦰ࠷ᇷறΖ
WقױࠌشTOחᐊԵᇷறΔࢨܓشRS-485ຏಛᐊԵᇷறΖ
ϡCR#0 ~ CR#34Κኙᚨհ೶ᑇۯܿH’4064 ~ H’4086ױ༼ࠎࠌشܓشRS-485ຏಛᦰᐊᇷறΖ
1. פ౨ᒘ (Function)Κ03’H ᦰנᑉژᕴᇷறΖ06’H ᐊԵԫଡ word ᇷற۟ᑉژᕴΖ10’H ᐊ
Եڍ࿝ words ᇷற۟ᑉژᕴΖ
2. CR#30 ᙑᎄኪΚ
ᙑᎄኪ փ୲ଖ b15 ~ b8 b7 b6 b5 b4 b3 b2 b1 b0
ሽᄭฆൄ K1 (H’1) 0 0 0 0 0 0 0 1
൷រ൷ K2 (H’2) 0 0 0 0 0 0 1 0
࿏᧯Ꮍ K16 (H’10) 0 0 0 1 0 0 0 0
ؓ݁ڻᑇ๻ࡳᙑᎄ K64 (H’40) 0 1 0 0 0 0 0 0
חᙑᎄ K128 (H’80)
অఎ
1 0 0 0 0 0 0 0
ုΚޢଡᙑᎄኪطઌኙᚨհۯցb0 ~ b7ެࡳΔڶױ౨ᄎٵழขسࠟଡאՂհᙑᎄኪΔ
0זإൄྤᙑᎄΔ1זڶᙑᎄኪขسΖ
3. DVP04PT-S ڇV3.08 אՂءΔᅝ CR#29 ๻ࡳ H’5678 ழΔCR#0 ~ CR#34 ױ೚
PID ๻ࡳࠌشΚ
PIDᑓڤփ୲ᎅࣔ
CR#0 ᖲጟীᇆ CR#9 CH4 ᥊ּؓ݁ᄵ৫
CR#2 CH1 ᙁנ% CR#10 CH1 ᄵ৫๻ࡳ
CR#3 CH2 ᙁנ% CR#11 CH2 ᄵ৫๻ࡳ
CR#4 CH3 ᙁנ% CR#12 CH3 ᄵ৫๻ࡳ
CR#5 CH4 ᙁנ% CR#13 CH4 ᄵ৫๻ࡳ
CR#6 CH1 ᥊ּؓ݁ᄵ৫ CR#14 CH1 KP
CR#7 CH2 ᥊ּؓ݁ᄵ৫ CR#15 CH2 KP
CR#8 CH3 ᥊ּؓ݁ᄵ৫ CR#16 CH3 KP

- 10 -
PIDᑓڤփ୲ᎅࣔ
CR#17 CH4 KPCR#27 CH4 KD
CR#19 CH1 KICR#28 Run/Stop & Auto turning
CR#20 CH2 KICR#29 ၞԵPIDᑓڤ (H’5678)
CR#21 CH3 KICR#30 ᙑᎄᒘ
CR#22 CH4 KICR#31 CH1 ࠷ᑌழၴ
CR#24 CH1 KDCR#32 CH2 ࠷ᑌழၴ
CR#25 CH2 KDCR#33 CH3 ࠷ᑌழၴ
CR#26 CH3 KDCR#34 CH4 ࠷ᑌழၴ
!໢ޘƟᇴҜপّѡቢ!
y᥊ּᄵ৫ၦྒྷᑓڤ yဎּᄵ৫ၦྒྷᑓڤ
+6,000
+3,000
-2,000
+600
-200
0
C
C
ᑇۯᙁנ
ၦྒྷᄵ৫ᙁԵ
+11,120
+5,560
-3,280
+1,112
-328
0
F
F
ၦྒྷᄵ৫ᙁԵ
ᑇۯᙁנ

- 11 -
ΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞㅔԧЁ᭛ ΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞ
ᛳ䇶ᙼ䞛⫼ৄ䖒 DVP ㋏߫ѻકDŽDVP04PT-S ⏽ᑺ⌟䞣῵ഫৃ᥹ফ໪䚼 4⚍䪖䞥ሲ⏽ᑺ
Ӵᛳ఼˄PT 100 3 㒓100ȍ3850 PPM/°C (DIN 43760 JIS C1604-1989)˅ˈᇚП䕀ᤶ៤
14 ԡⱘ᭄ᄫֵোDŽ䗣䖛 DVP-PLC SS/ SA/SX/SC/SV Џᴎ⿟ᑣҹᣛҸ FROM/TO ᴹ䇏ݭ
῵ഫݙⱘ᭄᥂ˈ῵ഫݙ݋᳝ 49 ϾCR (Control Register)ᆘᄬ఼ˈ↣Ͼᆘᄬ఼᳝ 16 bitsDŽ
⬉⑤ܗϢ῵ഫߚ⾏ˈԧ⿃ᇣˈᅝ㺙ᆍᯧDŽՓ⫼㗙ৃ䗝ᢽᨘ⇣⏽ᑺ˄䕧ܹߚ䕼⥛Ў 0.1°C˅
៪⇣⏽ᑺ˄䕧ܹߚ䕼⥛Ў 0.1°F˅DŽ
a䇋೼Փ⫼Пࠡˈ䆺㒚䯙䇏ᴀՓ⫼䇈ᯢкDŽ
aᴀᴎЎᓔᬒൟ (OPEN TYPE) ᴎ໇ˈ಴ℸՓ⫼㗙Փ⫼ᴀᴎᯊˈᖙ乏ᇚ݊ᅝ㺙Ѣ݋䰆ᇬǃ
䰆╂ঞܡѢ⬉ߏކߏᛣ໪ⱘ໪໇䜡㒓ㆅݙDŽ঺ᖙ乏݋໛ֱᡸ᥾ᮑ˄བ˖⡍⅞ⱘᎹ݋
៪䩹࣭ᠡৃᠧᓔ˅䰆ℶ䴲㓈ᡸҎ᪡԰៪ᛣ໪ކߏᴀԧˈ䗴៤䰽ঞᤳണDŽ
aѸ⌕䕧ܹ⬉⑤ϡৃ䖲᥹Ѣ䕧ܹߎֵোッˈ৺߭ৃ㛑䗴៤Ϲ䞡ⱘᤳണˈ಴ℸ䇋೼Ϟ⬉
Пࠡݡ󱂖⹂䅸⬉⑤䜡㒓DŽ
aᅲᮑ䜡㒓ˈࡵᖙ݇䯁⬉⑤DŽϞ⬉ᯊ䇋࣓᥹㾺ᴎԧッᄤ៪䖯㸠㓈ׂDŽ䕧ܹ⬉⑤ߛᮁৢˈ
ϔߚ䩳Пݙˈ䇋࣓㾺ᩌݙ䚼⬉䏃DŽ
aᴀԧϞⱘ᥹ഄッᄤ ࡵᖙℷ⹂ⱘ᥹ഄˈৃᦤ催ѻકᡫᑆᡄ㛑࡯DŽ
a⬅⌟⏽ԧࠄ⏽䇗ᴀԧⱘ䜡㒓䏃䇋⫼᳔ⷁ䎱⾏䜡㒓ˈЎњ䙓ܡᑆᡄঞ䇅ᇐⱘᕅડሑৃ㛑
ᇚ⬉⑤㒓䋳䕑䜡㒓ߚᓔDŽ
!யݡγ៍ᄃొҜ௜!
y䆺㒚䚼ԡᣛ⼎೒Ϣ໪㾖ሎᇌ䇋খ䯙㣅᭛⠜义ⷕ1ПFigure1ˈԡ˖mmDŽ
1. 䶣ᄭΕ原冁֗劑۩ق㣼 8. I/O ᑓ㥌劖൷Ց
2. 󰩶Ẋী㢆 9. I/O ᑓ㥌ࡐࡳڬ
3. DIN 剒ࡐࡳڬ 10. DIN 剒ᜊ (35mm)
4. ጤ՗ 11. RS-485 ຏ允Ց
5. ጤ՗಻ᆜ 12. I/O ᑓ㥌ࡐࡳᑒ
6. I/O ᑓ㥌ࡳۯ֞ 13. 䶣ᄭ剽ԵՑ
7. 即ྨ 14. I/O ᑓ㥌劖൷Ց
!γొቢ!
PT100
PT100
CH1
CH4
1mA
DC/ DC
5V
AG
+15V
-15V
AG
AG
AG
24+
24-
FG
I-
L-
L+
FG
I-
L-
L+
䕀ᤶ఼㋏㒳᥹ഄ⚍
㄀ϝ⾡᥹ഄ
(100) ൷چݼ אՀ
᥹㟇⬉⑤῵
䱨⾏㒓
䱨⾏㒓
*1
*1
*2
*3
1mA
ഫП ッ
!
⊼1˖Փ⫼Ѣ῵ᢳ䕧ܹⱘ䜡㒓ᑨ䞛⫼PT100⏽ᑺӴᛳ఼ⱘ䖲᥹㒓៪ঠ㒲䱨⾏㒓ϨᑨϢ݊ᅗ⬉⑤㒓៪
ৃ㛑ᓩ䍋ᑆᡄП᥹㒓ߚᓔDŽPT100䇋Փ⫼3㒓ᓣ⏽ᑺӴᛳ఼DŽ

- 12 -
⊼2˖བᵰᑆᡄ䖛໻䇋ᇚFGঞ᥹ഄッᄤ䖲᥹DŽ
⊼3˖䇋ᇚ⬉⑤῵ഫⱘ ッঞDVP04PT-S⏽ᑺ⌟䞣῵ഫⱘ ッ䖲᥹ࠄ㋏㒳᥹ഄ⚍ˈݡᇚ㋏㒳
᥹⚍԰㄀ϝ⾡᥹ഄ៪᥹ࠄ䜡⬉ㆅⱘᴎ໇ϞDŽ
⊼ᛣ˖ぎッᄤ䇋࣓䜡㒓DŽ
!ᏮˢƟᏮ΍ბέཉ!
䇋খ䯙㣅᭛⠜义ⷕ1Пッᄤ䜡㕂೒ˈ೼ℸ䇁㿔⠜ᴀⳕ⬹䇈ᯢDŽ
!࿪ঈఢ!
DVP04PT-S
⬉⑤⬉ 24VDC (20.4VDC ~ 28.8VDC) (-15% ~ +20%)
乱ᅮ᳔໻⍜㗫ࡳ⥛ 2W, ⬅໪䚼⬉⑤կᑨ
᪡԰ټᄬ⦃๗ 1. ᪡԰˖0°C ~ 55°C˄⏽ᑺ˅ˈ50 ~ 95%˄⑓ᑺ˅ˈ∵ᶧㄝ㑻 2
2. ټᄬ˖-25°C ~ 70°C˄⏽ᑺ˅ˈ5 ~ 95%˄⑓ᑺ˅
㗤ᤃࡼކߏ ೑䰙󰵼ޚ㾘㣗IEC61131-2, IEC 68-2-6 (TEST Fc)/IEC61131-2 & IEC
68-2-27 (TEST Ea)
ϢDVP-PLCЏᴎ
І᥹䇈ᯢ
῵ഫ㓪োҹ䴴䖥Џᴎⱘ乎ᑣ㞾ࡼ㓪ো⬅0ࠄ7ˈ᳔໻ৃ䖲᥹8ৄϨϡ⫼᭄
ᄫI/O⚍᭄DŽ
!Αఢ!
DVP04PT-S ᨘ⇣ (°C) ⇣ (°F)
῵ᢳ䆃ো䕧ܹ䗮䘧 4䗮䘧ৄ
䗖ড়ᛳᑨ఼ᔶᓣ 3- WIRE PT 100ȍ3850 PPM/°C (DIN 43760 JIS C1604-1989)
偅ࡼ⬉⌕ 1mA
䕧ܹ⏽ᑺ㣗ೈ -200°C ~ 600°C -328°F ~ 1112°F
᭄ᄫ䕀ᤶ㣗ೈ K-2,000 ~ K6,000 K-3,280 ~ K11,120
ߚ䕼⥛ 14 bits (0.1°C) 14 bits (0.1°F)
ᘏ㊒ᆚᑺ r0.5% ೼(25°C, 77°F) 㣗ೈݙ⒵ࠏᑺᯊDŽ
r1% ೼(0 ~ 55°C, 32 ~ 131°F) 㣗ೈݙ⒵ࠏᑺᯊDŽ
ડᑨᯊ䯈 200ms × 䗮䘧᭄
䱨⾏ᮍᓣ
᭄ᄫ⬉䏃Ϣ῵ᢳ⬉䏃᳝䱨⾏ˈ䗮䘧䯈᳾䱨⾏DŽ
᭄ᄫ⬉䏃Ϣ᥹ഄП䯈˖500VDC
῵ᢳ⬉䏃Ϣ᥹ഄП䯈˖500VDC
῵ᢳ⬉䏃Ϣ᭄ᄫ⬉䏃П䯈˖500VDC
24VDCϢ᥹ഄП䯈˖500VDC
᭄ᄫ᭄᥂Ḑᓣ 16ԡѠ㸹ⷕ
ᑇഛࡳ㛑 ᳝ (CR#2 ~ CR#5)
㞾៥䆞ᮁࡳ㛑 Ϟϟᵕ䰤պ⌟/䗮䘧
䗮䆃῵ᓣ (RS-485) ᳝(CR#32)DŽᔧϢPLCЏᴎІ᥹ᯊˈRS-485䗮䆃᮴⊩Փ⫼DŽ
!ଠט૙хጡĞ
Ğ
CR
ğ
CR# খ᭄
ഄഔ ֱᣕൟ ᆘᄬ఼ৡ⿄ 䇈ᯢ
#0 H’4064 O R ᴎ⾡ൟো ㋏㒳ݙᅮˈDVP04PT-Sᴎ⾡㓪ⷕ= H’8ADŽ

- 13 -
CR# খ᭄
ഄഔ ֱᣕൟ ᆘᄬ఼ৡ⿄ 䇈ᯢ
#2 H’4066 O R/W CH1ᑇഛ󱂖᭄
#3 H’4067 O R/W CH2ᑇഛ󱂖᭄
#4 H’4068 O R/W CH3ᑇഛ󱂖᭄
#5 H’4069 O R/W CH4ᑇഛ󱂖᭄
䗮䘧CH1 ~ CH4ֵোⱘᑇഛ󱂖᭄䆒ᅮ˖
V3.04ҹࠡ⠜ᴀ˖ৃ䆒ᅮ㣗ೈK1 ~ K4,095DŽ
V3.05ҹৢ⠜ᴀ˖ৃ䆒ᅮ㣗ೈK1 ~ K20DŽ
ߎ咬䅸ؐЎK10DŽ
#6 H’406A X R CH1⌟䞣ᨘ⇣⏽ᑺᑇഛؐ
#7 H’406B X R CH2⌟䞣ᨘ⇣⏽ᑺᑇഛؐ
#8 H’406C X R CH3⌟䞣ᨘ⇣⏽ᑺᑇഛؐ
#9 H’406D X R CH4⌟䞣ᨘ⇣⏽ᑺᑇഛؐ
䗮䘧CH1 ~ CH4⌟䞣ᨘ⇣⏽ᑺᑇഛؐᰒ
⼎DŽԡ0.1°CDŽ
#12 H’4070 X R CH1⌟䞣⇣⏽ᑺᑇഛؐ
#13 H’4071 X R CH2⌟䞣⇣⏽ᑺᑇഛؐ
#14 H’4072 X R CH3⌟䞣⇣⏽ᑺᑇഛؐ
#15 H’4073 X R CH4⌟䞣⇣⏽ᑺᑇഛؐ
䗮䘧CH1 ~ CH4⌟䞣⇣⏽ᑺᑇഛؐᰒ
⼎DŽԡ0.1°FDŽ
#18 H’4076 X R CH1⌟䞣ᨘ⇣⏽ᑺ⦄೼ؐ
#19 H’4077 X R CH2⌟䞣ᨘ⇣⏽ᑺ⦄೼ؐ
#20 H’4078 X R CH3⌟䞣ᨘ⇣⏽ᑺ⦄೼ؐ
#21 H’4079 X R CH4⌟䞣ᨘ⇣⏽ᑺ⦄೼ؐ
䗮䘧CH1 ~ CH4⌟䞣ᨘ⇣⏽ᑺ⦄೼ؐᰒ
⼎DŽԡ0.1°CDŽ
#24 H’407C X R CH1⌟䞣⇣⏽ᑺ⦄೼ؐ
#25 H’407D X R CH2⌟䞣⇣⏽ᑺ⦄೼ؐ
#26 H’407E X R CH3⌟䞣⇣⏽ᑺ⦄೼ؐ
#27 H’407F X R CH4⌟䞣⇣⏽ᑺ⦄೼ؐ
䗮䘧CH1 ~ CH4⌟䞣⇣⏽ᑺ⦄೼ؐᰒ
⼎DŽԡ0.1°FDŽ
#29 H’4081 X R/W PID῵ᓣ䆒ᅮ 䆒ᅮH’5678䖯ܹPID῵ᓣˈ݊ᅗ䆒ᅮؐⱚ
Ўϔ㠀῵ᓣDŽߎ咬䅸ؐH’0000DŽ
#30 H’4082 X R 䫭䇃⢊ᗕ ټᄬ᠔᳝䫭䇃⢊ᗕⱘ᭄᥂ᆘᄬ఼ˈ䆺㒚ݙ
ᆍ䇋খ✻䫭䇃ֵᙃ㸼DŽ
#31 H’4083 O R/W 䗮䆃ഄഔ䆒ᅮ 䆒ᅮRS-485䗮䆃ഄഔˈ䆒ᅮ㣗ೈ01 ~
254DŽߎ咬䅸ؐЎK1DŽ
#32 H’4084 O R/W 䗮䆃䗳⥛ (Baud rate)
䆒ᅮ
ࣙ৿ASCII/RTU῵ᓣˈ䗮䆃䗳⥛䆒ᅮ᳝݅
4,800, 9,600, 19,200, 38,400, 57,600,
115,200 bps݁⾡DŽ
ASCII῵ᓣ᭄᥂Ḑᓣ೎ᅮЎ7 bitsǃيԡǃ1
stop bit (7, E, 1)ˈRTU῵ᓣ᭄᥂Ḑᓣ೎ᅮ
Ў8 bitsǃيԡǃ1 stop bit (8, E, 1)DŽ
b0˖4,800 bps˄ԡ⾦˅
b1˖9,600 bps˄ԡ⾦˅˄ߎ咬䅸ؐ˅
b2˖19,200 bps˄ԡ⾦˅
b3˖38,400 bps˄ԡ⾦˅
b4˖57,600 bps˄ԡ⾦˅
b5˖115,200 bps˄ԡ⾦˅
b6 ~ b13˖ֱ⬭
b14˖CRCẔᶹⷕ催ԢԡѸᤶ˄ҙRTU῵
ᓣ᳝ᬜ˅
b15˖ASCII/RTU῵ᓣߛᤶ

- 14 -
CR# খ᭄
ഄഔ ֱᣕൟ ᆘᄬ఼ৡ⿄ 䇈ᯢ
b15~b12 b11~ b9 b8~b6 b5~b3 b2~b0
ERR♃CH4 CH3 CH2 CH1
#33 H’4085 O R/W ᘶ໡ߎ䆒ᅮ
ҹCH1䆒ᅮᴹ䇈ᯢ˖
1. b0 ~ b1ֱ⬭Ζ
2. b2 児ࡳ䢠 1㦍Δࢬڶ児ࡳଖ㰒ڃᵵ଺
ᩈ咬䅸ଖΖ
ERR♃ᅮН˖䆒ᅮؐb12 ~ b15 = 1111
1. b12ᇍᑨCH1ˈᔧb12=1ᯊˈࠏᑺ䍙䖛
ERR♃䮾⚕ࡼ԰DŽ
2. b13ᇍᑨCH2ˈᔧb13=1ᯊˈࠏᑺ䍙䖛
ERR♃䮾⚕ࡼ԰DŽ
3. b14ᇍᑨCH3ˈᔧb14=1ᯊˈࠏᑺ䍙䖛
ERR♃䮾⚕ࡼ԰DŽ
4. b15ᇍᑨCH4ˈᔧb15=1ᯊˈࠏᑺ䍙䖛
ERR♃䮾⚕ࡼ԰DŽ
#34 H’4086 O R 䶻ԧ⠜ᴀ 16䖯ࠊˈᰒ⼎Ⳃࠡ䶻ԧ⠜ᴀˈབ1.0A߭
H’010ADŽ
#35 ~ #48 ㋏㒳ݙ䚼Փ⫼
ヺোᅮН˖
O㸼⼎Ўֱᣕൟ˗X㸼⼎Ў䴲ֱᣕൟDŽ(߽⫼RS-485䗮䆃᥻ࠊᯊᬃᣕˈ䖲᥹Џᴎᯊϡᬃᣕ)
R㸼⼎ЎৃՓ⫼FROMᣛҸ䇏প᭄᥂ˈ៪߽⫼RS-485䗮䆃䇏প᭄᥂DŽ
W㸼⼎ЎৃՓ⫼TOᣛҸݭ᭄ܹ᥂ˈ៪߽⫼RS-485䗮䆃ݭ᭄ܹ᥂DŽ
ĆCR#0 ~ CR#34˖ᇍᑨⱘখ᭄ഄഔH’4064 ~ H’4086ৃᦤկՓ⫼㗙߽⫼RS-485䗮䆃䇏ݭ᭄᥂DŽ
1. פ౨东 (Function)Κ03’H 再נബژᕴ䀀⇕Ζ06’H 㡹Եԫ㠺 word 䀀⇕۟ബژᕴΖ10’H 㡹
Եڍ㲶 words 䀀⇕۟ബژᕴΖ
2. CR#30 原冁㦮䬾Κ
䫭䇃⢊ᗕ ݙᆍؐ b15 ~ b8 b7 b6 b5 b4 b3 b2 b1 b0
⬉⑤ᓖᐌ K1 (H’1) 0 0 0 0 0 0 0 1
᥹⚍ぎ᥹ K2 (H’2) 0 0 0 0 0 0 1 0
⹀ӊᬙ䱰 K16 (H’10) 0 0 0 1 0 0 0 0
ᑇഛ󱂖᭄䆒ᅮ䫭䇃 K64 (H’40) 0 1 0 0 0 0 0 0
ᣛҸ䫭䇃 K128 (H’80)
ֱ⬭
1 0 0 0 0 0 0 0
⊼˖↣Ͼ䫭䇃⢊ᗕ⬅Ⳍᇍᑨⱘԡb0 ~ b7އᅮˈ᳝ৃ㛑Ӯৠᯊѻ⫳ϸϾҹϞⱘ䫭䇃⢊ᗕˈ0
ҷ㸼ℷᐌ᮴䫭䇃ˈ1ҷ㸼᳝䫭䇃⢊ᗕѻ⫳DŽ
3. DVP04PT-S ೼V3.08 ҹϞ⠜ᴀˈᔧ CR#29 䆒ᅮЎ H’5678 ᯊˈCR#0 ~ CR#34 ৃخЎ
PID 䆒ᅮՓ⫼˖
PID῵ᓣݙᆍ䇈ᯢ
CR#0 ᴎ⾡ൟো CR#9 CH4 ᨘ⇣ᑇഛ⏽ᑺ
CR#2 CH1 䕧ߎ% CR#10 CH1 ⏽ᑺ䆒ᅮ
CR#3 CH2 䕧ߎ% CR#11 CH2 ⏽ᑺ䆒ᅮ
CR#4 CH3 䕧ߎ% CR#12 CH3 ⏽ᑺ䆒ᅮ
CR#5 CH4 䕧ߎ% CR#13 CH4 ⏽ᑺ䆒ᅮ
CR#6 CH1 ᨘ⇣ᑇഛ⏽ᑺ CR#14 CH1 KP
CR#7 CH2 ᨘ⇣ᑇഛ⏽ᑺ CR#15 CH2 KP
CR#8 CH3 ᨘ⇣ᑇഛ⏽ᑺ CR#16 CH3 KP

- 15 -
PID῵ᓣݙᆍ䇈ᯢ
CR#17 CH4 KPCR#27 CH4 KD
CR#19 CH1 KICR#28 Run/Stop & Auto turning
CR#20 CH2 KICR#29 䖯ܹPID῵ᓣ (H’5678)
CR#21 CH3 KICR#30 䫭䇃ⷕ
CR#22 CH4 KICR#31 CH1 পḋᯊ䯈
CR#24 CH1 KDCR#32 CH2 পḋᯊ䯈
CR#25 CH2 KDCR#33 CH3 পḋᯊ䯈
CR#26 CH3 KDCR#34 CH4 পḋᯊ䯈
!໢ޘƟᇴфপّѡቢ!
yᨘ⇣⏽ᑺ⌟䞣῵ᓣ y⇣⏽ᑺ⌟䞣῵ᓣ
+6,000
+3,000
-2,000
+600
-200
0
C
C
᭄ᄫ䕧ߎ
䞣⌟⏽ᑺ䕧ܹ
+11,120
+5,560
-3,280
+1,112
-328
0
F
F
䞣⌟⏽ᑺ䕧ܹ
᭄ᄫ䕧ߎ