Delta DVP02DA-E2 User manual

DVP-1130230-01
50
11
686000
-E2
G0
2009
-
06
-
22
http://www.famcocorp.com/

- 1 -
ΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞ ENGLISH ΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞ
Thank you for choosing Delta’s DVP series PLC. DVP02DA-E2 (DVP04DA-E2) analog
output module receives 2 (4) groups of 16-bit digital data from the PLC MPU and
converts the digital data into 2 (4) points analog output signals (voltage or current). In
addition, you can access the data in the module by applying FROM/TO instructions or
write the output value of channels directly by using MOV instruction (Please refer to
allocation of special registers D9900 ~ D9999).
aThis instruction sheet provides only information on the electrical specification,
general functions, installation and wiring. For detailed program design and applicable
instructions, please refer to “DVP-ES2 Operation Manual: Modules”. For details of
the optional peripheral, please refer to the instruction sheet enclosed in it.
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 connect the input AC power supply to any of the I/O terminals; otherwise
serious damage may occur. Check all the wiring again before switching on the power.
Make sure the ground terminal is correctly grounded in order to prevent
electromagnetic interference.
Product Profile & Dimension
Removable I/O terminal
Direct mounting hole
Mounting slot
(35mm)
Power / D->A / Error indicators
I/O module
connection port
I/O terminal No.
Model Name
I/O module clip
[ Figure 1 ]
I/O module connection port
02DA-E2
2AO
[ Figure 2 ]
70
62
106
98
78
90
61.5
110
Unit: mm

- 2 -
!External Wiring!
VO1
IO1
AG
VO4
IO4
AG
0V
24V
DC/DC +15V
-15V
AG
FE
FE
CH1
CH1
Isolation wire*1
-10V~+10V
*2
*3
0mA~20mA
DC24V
CH4 CH4
[ Figure 3 ]
Voltage output
AC drive, recorder,
scale value...
AC drive, recorder,
scale value...
Current output
Isolation wire*1
Te r m in a l o f
power module
System
grounding
Class 3 grounding (100 or less)
converter
!
Note 1: Please isolate analog output and other power wiring.
Note 2: If noise interferes from loaded input wiring terminal is significant, please connect a capacitor
with 0.1 ~ 0.47ȝF 25V for noise filtering.
Note 3: Please connect power module terminal and analog output module terminal to system
earth point and make system earth point be grounded or connects to machine cover.
I/
/
O Terminal Layout
yDVP02DA-E2
FEFEFE0V24V
DVP02DA-E2 (2AO)
A
GIO2VO2AGIO1VO1
yDVP04DA-E2
IO4VO4FE0V24V
DVP04DA-E2 (4AO)
FEAG
IO2VO2FEAGIO1VO1 FEAGIO3VO3FEAG
Electrical Specifications
Digital/Analog module (02D/A & 04D/A)
Power supply voltage 24VDC (20.4VDC ~ 28.8VDC) (-15% ~ +20%)
Max. rated power
consumption 02DA: 1.5W, 04DA: 3W, supply by external power source.
Connector European standard removable terminal block (Pin pitch: 5mm)
Protection
Voltage output is protected by short circuit. Short circuit lasting for
too long may cause damage on internal circuits. Current output can
be open circuit.
Operation/storage
temperature
Operation: 0°C~55°C (temperature), 50~95% (humidity), Pollution
degree2
Storage: -25°C~70°C (temperature), 5~95% (humidity)
Vibration/shock
immunity
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. Max. 8 modules are allowed to connect to MPU
and will not occupy any digital I/O points.

- 3 -
Functions Specifications
Digital/Analog module Voltage output Current output
Range of analog output -10V ~ 10V 0 ~ 20mA 4mA ~ 20mA
Range of digital
conversion -32,000 ~ +32,000 0 ~ +32,000 0 ~ +32,000
Max./Min. range of
digital data -32,768 ~ +32,767 0 ~ +32,767 -6,400 ~ +32,767
Hardware Resolution 14 bits 14 bits 14 bits
Max. output current 5mA Ё
Tolerance load
impedance 1Kȍ~ 2Mȍ0 ~ 500ȍ
Analog output channel 2 channels or 4 channels / each module
Output impedance 0.5ȍor lower
Overall accuracy r0.5% when in full scale (25°C, 77°F)
r1% when in full scale within the range of 0 ~ 55°C (32 ~ 131°F)
Response time 400Ӵs / each channel
Digital data format 2’s complement of 16 bits
Isolation method
Optical coupler isolation between analog circuits and digital circuits.
No isolation among analog 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
Control Register
CR# Attrib. Register name Explanation
#0 O R Model name
Set up by the system, model code:
DVP02DA-E2 = H’0041; DVP04DA-E2 =
H’0081
#1 O R Firmware version Display the current firmware version in hex.
#2 O R/W CH1 output mode setting
#3 O R/W CH2 output mode setting
#4 O R/W CH3 output mode setting
#5 O R/W CH4 output mode setting
Output mode: Default = H’0000.
Take CH1 for example:
Mode 0 (H’0000): Voltage output (r10V)
Mode 1 (H’0001): Current output
(0~+20mA)
Mode 2 (H’0002): Current output
(+4~+20mA)
Mode -1 (H’FFFF): All channels are
unavailable
#16 X R/W CH1 output signal value
#17 X
R/W CH2 output signal value
#18 X
R/W CH3 output signal value
#19 X
R/W CH4 output signal value
Voltage output range: K-32,000~K32,000.
Current output range: K0~K32,000.
Default: K0.
CR#18~CR#19 of DVP02DA-E2 are
reserved.
#28 O R/W Adjusted Offset value of CH1
#29 O R/W Adjusted Offset value of CH2
#30 O R/W Adjusted Offset value of CH3
#31 O R/W Adjusted Offset value of CH4
Set the adjusted Offset value of CH1 ~ CH4.
Default = K0
Definition of Offset:
The corresponding voltage (current) input
value when the digital output value = 0

- 4 -
CR# Attrib. Register name Explanation
#34 O R/W Adjusted Gain value of CH1
#35 O R/W Adjusted Gain value of CH2
#36 O R/W Adjusted Gain value of CH3
#37 O R/W Adjusted Gain value of CH4
Set the adjusted Gain value of CH1 ~ CH4.
Default = K16,000.
Definition of Gain:
The corresponding voltage (current) input
value when the digital output value = 16,000
#40 O R/W
Function: Set value changing
prohibited
Prohibit set value changing in CH1 ~ CH4.
Default= H’0000.
#41 X R/W
Function: Save all the set
values Save all the set values. Default =H’0000.
#42 X R/W
Function: Return to default
setting
Set all values to default setting. Default =
H’0000
#43 X R Error status Register for storing all error status. Refer to
table of error status for more information.
#100 O R/W Function: Enable/Disable limit
detection
Enable/Disable the upper and lower bound
detection function. Default= H’0000.
#101 X R/W Upper and lower bound status Display the upper and lower bound value.
Default =H’0000.
#102 O R/W Set value of CH1 upper bound
#103 O R/W Set value of CH2 upper bound
#104 O R/W Set value of CH3 upper bound
#105 O R/W Set value of CH4 upper bound
Set value of CH1~CH4 upper bound. Default
= K32000.
#108 O R/W Set value of CH1 lower bound
#109 O R/W Set value of CH2 lower bound
#110 O R/W Set value of CH3 lower bound
#111 O R/W Set value of CH4 lower bound
Set value of CH1~CH4 lower bound. Default
= K-32000.
#114 O R/W Output update time of CH1
#115 O R/W Output update time of CH2
#116 O R/W Output update time of CH3
#117 O R/W Output update time of CH4
Set value of CH1~CH4 lower bound. Default
=H’0000.
#118 O R/W LV output mode setting
Set the output mode of CH1~CH4 when the
power is at LV (low voltage) condition.
Default= H’0000.
Symbols:
O: When CR#41 is set to H’5678, the set value of CR will be saved.
X: set value will not be saved.
R: able to read data by using FROM instruction.
W: able to write data by using TO instruction.
ϡ!CR#43: Error status value. See the table below:
Description
bit0 K1 (H’1) Power supply error bit11 K2048(H’0800) Upper / lower bound
setting error
bit1 K2 (H’2) Hardware error bit12 K4096(H’1000) Set value changing
prohibited
bit2 K4 (H’4) Upper / lower
bound error bit13 K8192(H’2000)
Communication
breakdown on next
module
bit9 K512(H’0200) Mode setting error
 Note: Each error status is determined by the corresponding bit (b0 ~ b13) and there may be more
than 2 errors occurring at the same time. 0 = normal; 1 = error

- 5 -
Explanation on Special Registers D9900~D9999
When DVP-ES2 MPU is connected with modules, registers D9900~D9999 will be
reserved for storing values from modules. You can apply MOV instruction to operate
values in D9900~D9999.
When ES2 MPU is connected with DVP02DA-E2/DVP04DA-E2, the configuration of
special registers is as below:
Module
#0
Module
#1
Module
#2
Module
#3
Module
#4
Module
#5
Module
#6
Module
#7 Description
D1320 D1321 D1322 D1323 D1324 D1325 D1326 D1327 Model Code
D9900 D9910 D9920 D9930 D9940 D9950 D9960 D9970 CH1 output value
D9901 D9911 D9921 D9931 D9941 D9951 D9961 D9971 CH2 output value
D9902 D9912 D9922 D9932 D9942 D9952 D9962 D9972 CH3 output value
D9903 D9913 D9923 D9933 D9943 D9953 D9963 D9973 CH4 output value
!Adjust D/A Conversion Curve!
Users can adjust the conversion curves according to the actual needs by changing the
Offset value (CR#28 ~ CR#31) and Gain value (CR#34 ~ CR#37).
Gain: The corresponding voltage/current input value when the digital output value =
16,000.
Offset: The corresponding voltage/current input value when the digital output value = 0.
yEquation for voltage output Mode0: 0.3125mV = 20V/64,000
 
¸
¹
·
¨
©
§
u
»
¼
º
«
¬
ª
u
32000
)(10
16000
V
Offset
OffsetGainX
VY
Y=Voltage output, X=Digital input
yEquation for current output Mode1: 0.625ȝA = 20mA/32,000
 
¸
¹
·
¨
©
§
u
»
¼
º
«
¬
ª
u
32000
)(20
16000
mA
Offset
OffsetGainX
mAY
Y=Current output, X=Digital input
yEquation for current output Mode2: 0.5ȝA = 16mA/32,000
Adopt the equation of current output mode 1, substitute Gain for 19,200(12mA) and
Offset for 6,400(4mA)
 
¸
¹
·
¨
©
§
u
»
¼
º
«
¬
ª
u
32000
)(20
6400
16000
640019200 mAX
mAY
Y=Current output, X=Digital input
yVoltage output – mode 0:
Digital input
10V
5V
-5V
+32000
-10V
-32000
+16000
0
Gain
Offset
Voltage
output
-32768
+32767

- 6 -
Mode 0 (CR#2 ~ CR#5) -10V ~ +10VΔGain = 5V (16,000)ΔOffset = 0V (0)
Range of digital data -32,000 ~ +32,000
Max./Min. range of digital data -32,768 ~ +32,767
yCurrent output – mode 1:
Digital input
+32000+16000
20mA
10mA
0
Offset
Current
output
+32767
Gain
Mode 1 (CR#2 ~ CR#5) 0mA ~ +20mAΔGain = 10mA (16,000)ΔOffset = 0mA (0)
Range of digital data 0 ~ +32,000
Max./Min. range of digital data 0 ~ +32,767
yCurrent output – mode 2:
Digital input
+32000+16000
20mA
12mA
0
Offset
Current
output
+32767
Gain
4mA
-6400
Mode 2 (CR#2 ~ CR#5) 4mA ~ +20mAΔGain = 12mA (19,200)ΔOffset = 4mA (6,400)
Range of digital data 0 ~ +32,000
Max./Min. range of digital data -6400 ~ +32,767

- 7 -
ΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞ᜗᧯խ֮ ΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞ
ტ᝔൞ආش؀ሒ DVP ߓ٨ข঴ΖDVP02DA-E2 ፖDVP04DA-E2 ᣊֺᙁנᑓิ൷࠹ࠐ۞
PLC ׌ᖲ 2ิፖ 4ิ16 ۯցᑇۯᇷறΔ٦ലᑇۯᇷற᠏ང 2រፖ 4រᣊֺᇆᙁנ
(ሽᚘࢨሽઃױ)Ζࠀױຘመ׌ᖲא FROM / TO חࠐᦰᐊᑓิփᇷறΔࢨא MOV 
ח൷ᐊԵኙᚨຏሐᙁנଖ (ᓮ೶ᔹ D9900 ~ D9999 ௽௘ᑉژᕴࠌشᎅࣔ)Ζ
aءڜᇘᎅࣔ஼༼ࠎ࿯ࠌشሽ௛๵௑Εפ౨๵௑Εڜᇘ಻ᒵհઌᣂࣹრࠃႈΖࠡהᇡ
าհ࿓ڤ๻ૠ֗חᎅࣔᓮߠ DVP-ES2 ᖙ܂֫םμᑓิᒧνΔᙇ᝜հࡌᢰᇘᆜᇡาᎅ
ࣔᓮߠᇠข঴ᙟᖲڜᇘᎅࣔ஼Ζ
aءᖲၲ࣋ী (OPEN TYPE) ᖲླྀΔڂڼࠌشࠌشءᖲழΔؘႊലհڜᇘ࣍ࠠ߻
ቺΕ߻ᑪ֗܍࣍ሽᚰ⁄ᓢᚰრ؆հ؆ླྀ಻ᒵᒣփΖ׼ؘႊࠠໂঅᥨൻΰڕΚ௽௘հՠ
ࠠࢨᨤೲթױؚၲα߻ַፂᥨԳ୉ᖙ܂ࢨრ؆ᓢᚰء᧯Δທګٲᙠ֗ჾᡏΖ
aٌᙁԵሽᄭլױຑ൷࣍ᙁԵ⁄נᇆጤΔܡঞױ౨ທګᣤૹჾᡏΔᓮڇՂሽհছ٦ڻ
ᒔᎁሽᄭ಻ᒵΖᓮ֎ڇՂሽழᤛ኷ٚ۶ጤ՗Ζء᧯Ղհ൷چጤ՗ ೭ؘإᒔ൷چΔ
ױ༼೏ข঴ݼᠧಛ౨ԺΖ
!யݡγ៍ᄃొҜ௜!
ᖲጟীᇆ
ሽᄭΕ ֗ᙑᎄD->A قᗉ
ᙁנЯԵጤ՗ᒳᇆ
ๅᆵڤᙁנЯԵጤ՗
൷ࡐࡳ֞
DIN (35mm)૩ᑒ
I/O ᑓิຑ൷ക
I/O ᑓิࡐࡳڬ
I/O ᑓิຑ൷ക
02DA-E2
2A O
yᇡา֡՚ቹᓮ೶ᔹ૎֮଄ᒘ 1հFigure2Δ໢ۯΚmmΖ
!γొቢ!
VO1
IO1
AG
VO4
IO4
AG
0V
24V
DC/DC
᠏ངᕴ
+15V
-15V
AG
FE
FE
CH1
CH1
ሶᠦᒵ *1
ሽᚘᙁנ
-10V~+10V
*2
᧢᙮ᕴΕಖᙕᕴ
ֺࠏᎺ ˁˁˁ
*3
ሶᠦᒵ *1
ሽᙁנ
0mA~20mA
᧢᙮ᕴΕಖᙕᕴ
ֺࠏᎺ ˁˁˁ
൷۟ሽᄭᑓ
ิհ ʳʳʳʳʳʳʳጤ
൷چ ʻ چݼ ʳʳʳʳʳʳʳ אՀ൷ʳ ʼʳʳʳʳʳ
DC24V
ߓอ൷چរ
CH4
100
CH4
!
ု1ΚᣊֺᙁנᓮፖࠡהሽᄭᒵሶᠦΖ

- 8 -
ု2Κڕ࣠૤ሉհᙁԵጤዮ֜ՕΔທګ಻ᒵ࠹ᠧಛեឫழΔᓮຑ൷ 0.1 ~ 0.47ȝF 25V հሽ୲Ζ
ု3Κᓮലሽᄭᑓิհ ጤ֗ DA ᣊֺᇆᙁנᑓิհ ጤຑ൷ࠩߓอ൷چរΔ٦ലߓอ൷
រ܂รԿጟ൷چࢨ൷ࠩ಻ሽᒣհᖲླྀՂΖ
!ᏮˢƟᏮ΍ბέཉ!
ᓮ೶ᔹ૎֮଄ᒘ 2հጤ՗಻ᆜቹΔڇڼ፿ߢءઊฃᎅࣔΖ
!࿪ঈఢ!
ᑇۯ/ᣊֺᑓิ (02D/A & 04D/A)
ሽᄭሽᚘ 24VDC (20.4VDC ~ 28.8VDC) (-15% ~ +20%)
ᠰࡳ່Օ௣౛פ෷ 02DAΚ1.5WΔ04DAΚ3WΔط؆ຝሽᄭࠎᚨ
ຑ൷ֱڤ ๅᆵڤᑛڤጤ՗ஆ (ጤរ၏ᠦΚ5mm)
অᥨ ሽᚘᙁנڶ࿍ሁঅᥨ܀ႊࣹრழၴ࿍ሁսڶױ౨ທګփຝᒵሁჾΔ
ሽᙁנױၲሁΖ
ᖙ܂⁄ᚏژᛩቼ ᖙ܂Κ0°C ~ 55°Cΰᄵ৫αΔ50 ~ 95%ΰᛘ৫αۆ࿛్ 2
ᚏژΚ-25°C ~ 70°C ΰᄵ৫αΔ5 ~ 95%ΰᛘ৫α
ર஡೯ ⁄ᓢᚰ ഏᎾᑑᄷ๵ᒤ IEC61131-2ΔIEC 68-2-6 (TEST Fc) / IEC61131-2 &
IEC 68-2-27 (TEST Ea)
ፖDVP-PLC ׌ᖲۭ൷
ᎅࣔ
ᑓิᒳᇆאᔾ׌ᖲհႉݧ۞೯ᒳᇆط 0ࠩ7Δ່Օױຑ൷ 8؀׊լ۾
شᑇۯ I/O រᑇΖ
!Αఢ!
ᑇۯ/ᣊֺᑓิ ሽᚘᙁנ ሽᙁנ
ᣊֺᙁנᒤ໮ -10V ~ 10V 0 ~ 20mA 4mA ~ 20mA
ᑇۯᇷறᒤ໮ -32,000 ~ +32,000 0 ~ +32,000 0 ~ +32,000
ᑇۯᇷறᒤ໮ᄕૻଖ -32,768 ~ +32,767 0 ~ +32,767 -6,400 ~ +32,767
࿏᧯ᇞ࣫৫ 14 bits 14 bits 14 bits
່Օᙁנሽ 5mA Ё
୲๺૤ሉݼ 1Kȍ~ 2Mȍ0 ~ 500ȍ
ᣊֺಛᇆᙁנຏሐ 2ຏሐࢨ 4ຏሐ / ؀
ᙁנݼ 0.5ȍor ޓ܅
᜔ࡉ壄യ৫ r0.5% ڇ(25°C, 77°F) ᒤ໮փየࠥ৫ழ
r1% ڇ(0 ~ 55°C, 32 ~ 131°F) ᒤ໮փየࠥ৫ழ
᥼ᚨழၴ 400Ӵs / ޢଡຏሐ
ᑇۯᇷற௑ڤ 16 ۯցԲᇖᑇ
ሶᠦֱڤ
ᣊֺሽሁፖᑇۯሽሁհၴΔຘመ٠ᓀሶᠦΔᣊֺຏሐၴآሶᠦ
ᑇۯሽሁፖ൷چհၴΚ500VDC
ᣊֺሽሁፖ൷چհၴΚ500VDC
ᣊֺሽሁፖᑇۯሽሁհၴΚ500VDC
24VDC ፖ൷چհၴΚ500VDC
ଠטᇶхጡ CR
CR# ᥆ࢤ ᑉژᕴټጠ ᎅࣔ
#0 O R ᖲጟীᇆ ߓอփࡳΔᖲጟזᒘΚ
DVP02DA-E2 = H’0041ΙDVP04DA-E2 = H’0081

- 9 -
CR# ᥆ࢤ ᑉژᕴټጠ ᎅࣔ
#1 O R ႇ᧯ء 16 ၞࠫΔ᧩قؾছႇ᧯ء
#2 O R/W CH1 ᙁנᑓڤ๻ࡳ
#3 O R/W CH2 ᙁנᑓڤ๻ࡳ
#4 O R/W CH3 ᙁנᑓڤ๻ࡳ
#5 O R/W CH4 ᙁנᑓڤ๻ࡳ
ᙁנᑓڤ๻ࡳΚנᐗ๻ࡳଖ H’0000Ζא CH1 ᎅࣔΚ
ᑓڤ 0 (H’0000)Κሽᚘᙁנ(r10V).
ᑓڤ 1 (H’0001)Κሽᙁנ (0 ~ +20mA).
ᑓڤ 2 (H’0002)Κሽᙁנ (+4 ~ +20mA).
ᑓڤ-1 (H’FFFF)Κᣂຨ CH1 լࠌش
#16 X R/W
CH1 ᙁנᑇଖ
#17 X
R/W CH2 ᙁנᑇଖ
#18 X
R/W CH3 ᙁנᑇଖ
#19 X
R/W CH4 ᙁנᑇଖ
ሽᚘᙁנ๻ࡳᒤ໮ K-32,000 ~ K32,000Ζሽᙁנ
๻ࡳᒤ໮ K0 ~ K32,000Ζנᐗ๻ࡳଖ K0Ζ
DVP02DA-E2 հCR#18~CR#19 অఎΖ
#28 O R/W CH1 პᓳ Offset ଖ
#29 O R/W CH2 პᓳ Offset ଖ
#30 O R/W CH3 პᓳ Offset ଖ
#31 O R/W CH4 პᓳ Offset ଖ
ຏሐ CH1 ~ CH4 ಛᇆ Offset ๻ ࡳΔנ ᐗ ๻ ࡳ ଖ 
K0
Offset ࡳᆠΚ
ᅝᑇۯᙁԵଖ 0ழሽᚘ(ሽ)ᙁנଖ
#34 O R/W CH1 პᓳ Gain ଖ
#35 O R/W CH2 პᓳ Gain ଖ
#36 O R/W CH3 პᓳ Gain ଖ
#37 O R/W CH4 პᓳ Gain ଖ
ຏሐ CH1 ~ CH4 ಛᇆ Gain ๻ࡳΔנᐗ๻ࡳଖ
K16,000
Gain ࡳᆠΚ
ᅝᑇۯᙁԵଖ 16,000 ழሽᚘ(ሽ)ᙁנଖ
#40 O R/W ᆃַ๻ࡳଖ᧢ޓ CH1 ~ CH4 ᆃַ๻ࡳଖ᧢ޓΔנᐗ๻ࡳଖ H’0000
#41 X R/W ᚏژࢬڶ๻ࡳଖ ᚏژঅ೶ᑇ๻ࡳଖΔנᐗ๻ࡳଖ H’0000
#42 X R/W ༚נᐗ๻ࡳ ༚נᐗ๻ࡳΔנᐗ๻ࡳଖ H’0000
#43 X R ᙑᎄኪ ᚏژࢬڶᙑᎄኪᇷறᑉژᕴΔᇡาփ୲ᓮ೶ᅃ
ᙑᎄஒ
#100 O R/W ՂՀૻೠྒྷી౨/ᆃ౨ ՂՀૻೠྒྷפ౨ી౨/ᆃ౨Δנᐗ๻ࡳଖ H’0000
#101 X R/W ՂՀૻଖኪ ՂՀૻଖኪ᧩قΔנᐗ๻ࡳଖ H’0000
#102 O R/W CH1 Ղૻ๻ࡳଖ
#103 O R/W CH2 Ղૻ๻ࡳଖ
#104 O R/W CH3 Ղૻ๻ࡳଖ
#105 O R/W CH4 Ղૻ๻ࡳଖ
CH1 ~ CH4 Ղૻଖ๻ࡳΔנᐗ๻ࡳଖ K32000
#108 O R/W CH1 Հૻ๻ࡳଖ
#109 O R/W CH2 Հૻ๻ࡳଖ
#110 O R/W CH3 Հૻ๻ࡳଖ
#111 O R/W CH4 Հૻ๻ࡳଖ
CH1 ~ CH4 Հૻଖ๻ࡳΔנᐗ๻ࡳଖ K-32000
#114 O R/W CH1 ᙁנޓᄅழၴ
#115 O R/W CH2 ᙁנޓᄅழၴ
#116 O R/W CH3 ᙁנޓᄅழၴ
#117 O R/W CH4 ᙁנޓᄅழၴ
CH1 ~ CH4 ᙁנޓᄅழၴ๻ࡳΔנᐗ๻ࡳଖ
H’0000
#118 O R/W LV ᙁנኪ๻ࡳ ܅ሽᚘ࿇سழΔᙁנኪ๻ࡳΙנᐗ๻ࡳଖ H’0000
ฤᇆࡳᆠΚ
OقঅীΔᅝ CR#41 ๻ࡳ H’5678 ழᄎലᇷறঅژΖXقঅীΖ
Rقױࠌش FROM חᦰ࠷ᇷறΖWقױࠌش TO חᐊԵᇷறΖ
ϡCR#43 ᙑᎄኪΚ
ᎅࣔ
bit0 K1 (H’1) ሽᄭฆൄ bit11 K2048(H’0800) ՂՀૻଖ๻ࡳᙑᎄ

- 10 -
ᎅࣔ
bit1 K2 (H’2) ࿏᧯Ꮍ bit12 K4096(H’1000) ๻ࡳଖᆃַ᧢ޓ
bit2 K4 (H’4) ᠏ངଖ၌נࢬ๻ࡳ
ՂՀૻଖ bit13 K8192(H’2000) Հ్ᑓิឰᒵ
bit9 K512(H’0200) ᑓڤ๻ࡳᙑᎄ Ё
ုΚޢଡᙑᎄኪطઌኙᚨհۯց b0 ~ b13 ެࡳΔڶױ౨ᄎٵழขسࠟଡאՂհᙑᎄኪΔ
0זإൄྤᙑᎄΔ1זڶᙑᎄኪขسΖ
!পঅᇶхጡ D9900 ~ D9999 ֹϡᄲځ!
DVP-ES2 ׌ᖲຑ൷௽௘ I/O ᑓิழΔᑉژᕴ D9900 ~ D9999 ല๯۾شΔࠌشױܓش
MOV חڇ࿓ڤխࡳ D9900 ~ D9999 ࠐሎጩΖ
DVP-ES2 ׌ᖲຑ൷ DVP02DA-E2ЯDVP04DA-E2 ழΔ௽௘ᑉژᕴ։಻ڕՀΚ
ร1؀ ร 2؀ ร 3؀ ร 4؀ ร 5؀ ร 6؀ ร 7؀ ร 8؀ ᎅࣔ
D1320 D1321 D1322 D1323 D1324 D1325 D1326 D1327
ຑᒵ௽௘ I/O ᑓ
ิᖲጟזᒘ
D9900 D9910 D9920 D9930 D9940 D9950 D9960 D9970 CH1 ᙁנᑇଖ
D9901 D9911 D9921 D9931 D9941 D9951 D9961 D9971 CH2 ᙁנᑇଖ
D9902 D9912 D9922 D9932 D9942 D9952 D9962 D9972 CH3 ᙁנᑇଖ
D9903 D9913 D9923 D9933 D9943 D9953 D9963 D9973 CH4 ᙁנᑇଖ
!አፋ D/A ᖼೱপّѡቢ!
ࠌشױࠉኔᎾᚨشᏁ૞ࠐᓳᖞ᠏ང௽ࢤڴᒵΔᓳᖞழאޏ᧢ Offset ଖ(CR#28 ~ CR#31)
֗Gain ଖ(CR#34 ~ CR#37)ࠐၞ۩Ζ
Gain ࡳᆠΚᅝᑇۯᙁנଖ 16,000 ழሽᚘ(ሽ)ᙁԵଖΖ
Offset ࡳᆠΚᅝᑇۯᙁנଖ 0ழሽᚘ(ሽ)ᙁԵଖΖ
yሽᚘᙁנᑓڤ 0ֆڤΚ0.3125mV = 20V/64,000
yሽᙁנᑓڤ 1ֆڤΚ0.625ȝA = 20mA/32,000
yሽᙁנᑓڤ 2ֆڤΚ0.5ȝA = 16mA/32,000
طሽᙁנᑓڤ 1հֆڤංጩΔല Gain = 12mA (19,200)ΔOffset = 4mA (6,400)൅
ԵֆڤΖ
ᇡาֆڤᓮ೶ᔹ૎֮଄ᒘ 5հࡳᆠΔڇڼ፿ߢءઊฃᎅࣔΖ
yሽᚘᙁנ - ᑓڤ 0Κ
-32000
5V
+16000
-5V
+32000
10V
-10V
0
Gain
Offset
-32768
+32767
ሽᚘᙁנ
ᑇଖᙁԵ

- 11 -
ᑓڤ 0 (CR#2 ~ CR#5) -10V ~ +10VΔGain = 5V (16,000)ΔOffset = 0V (0)
ᑇۯᇷறᒤ໮ -32,000 ~ +32,000
ᑇۯᇷறᒤ໮ᄕૻଖ -32,768 ~ +32,767
yሽᙁנ - ᑓڤ 1Κ
20mA
10mA
+32000
+16000
0
Gain
Offset
+32767
ሽᚘᙁנ
ᑇଖᙁԵ
ᑓڤ 1 (CR#2 ~ CR#5) 0mA ~ +20mAΔGain = 10mA (16,000)ΔOffset = 0mA (0)
ᑇۯᇷறᒤ໮ 0 ~ +32,000
ᑇۯᇷறᒤ໮ᄕૻଖ 0 ~ +32,767
yሽᙁנ - ᑓڤ 2Κ
20mA
12mA
+32000
+160000
Gain
Offset
+32767
ሽᚘᙁנ
ᑇଖᙁԵ
-6400
4mA
ᑓڤ 2 (CR#2 ~ CR#5) 4mA ~ +20mAΔGain = 12mA (19,200)ΔOffset = 4mA (6,400)
ᑇۯᇷறᒤ໮ 0 ~ +32,000
ᑇۯᇷறᒤ໮ᄕૻଖ -6400 ~ +32,767

- 12 -
ΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞㅔԧЁ᭛ ΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞΞ
ᛳ䇶ᙼ䞛⫼ৄ䖒 DVP ㋏߫ѻકDŽDVP02DA-E2 ϢDVP04DA-E2 ῵ᢳ䞣䕧ߎ῵ഫ᥹ফᴹ
㞾PLC Џᴎⱘ 2㒘Ϣ 4㒘16 ԡ᭄ᄫ䞣᭄᥂ˈݡᇚ᭄ᄫ䞣᭄᥂䕀ᤶЎ 2⚍Ϣ 4⚍῵ᢳ䞣
䕧ߎ (⬉៪⬉⌕ⱚৃ)DŽᑊৃ䗣䖛Џᴎҹ FROM / TO ᣛҸᴹ䇏ݭ῵ഫݙ᭄᥂ˈ៪㗙ҹ
MOV ᣛҸⳈ᥹ݭܹᇍᑨֵ䘧ⱘ䕧ߎؐ (䇋খ䯙 D9900 ~ D9999 ⡍⅞ᆘᄬ఼Փ⫼䇈ᯢ)DŽ
aᴀᅝ㺙䇈ᯢкᦤկ㒭Փ⫼㗙⬉⇨㾘Ḑǃࡳ㛑㾘Ḑǃᅝ㺙䜡㒓ⱘⳌ݇⊼ᛣџ乍DŽ݊ᅗ䆺
㒚ⱘ⿟ᑣ䆒䅵ঞᣛҸ䇈ᯢ䇋㾕 DVP-ES2 ᪡԰᠟ݠǏ῵ഫ㆛ǐˈ䗝䌁ⱘ䖍㺙㕂䆺㒚䇈
ᯢ䇋㾕䆹ѻક䱣ᴎᅝ㺙䇈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䞡ᤳണˈ䇋೼Ϟ⬉Пࠡݡ󱂖
⹂䅸⬉⑤䜡㒓DŽ䇋࣓೼Ϟ⬉ᯊ㾺ᩌӏԩッᄤDŽᴀԧϞⱘ᥹ഄッᄤ ࡵᖙℷ⹂ⱘ᥹ഄˈ
ৃᦤ催ѻકᡫᑆᡄ㛑࡯DŽ
!யݡγ៍ᄃొҜ௜!
䕧ߎˋܹッᄤ㓪ো
I/O ῵ഫ䖲᥹ප
⬉⑤ǃ ঞ䫭䇃ᣛ⼎♃ D->A
ᴎ⾡ൟো
Ⳉ᥹೎ᅮᄨ
DIN (35mm)䔼ῑ
I/O ῵ഫ䖲᥹ප
I/O ῵ഫ೎ᅮᠷ
㜅㨑ᓣ䕧ߎˋܹッᄤ
02DA-E2
2A O
y䆺㒚ሎᇌ೒䇋খ䯙㣅᭛⠜义ⷕ 1ПFigure2ˈԡ˖mmDŽ
!γొቢ!
VO1
IO1
AG
VO4
IO4
AG
0V
24V
DC/DC
䕀ᤶ఼
+15V
-15V
AG
FE
FE
CH1
CH1
䱨⾏㒓 *1
⬉䕧ߎ
-10V~+10V
*2
ব乥఼ǃ䆄ᔩ఼
↨՟䯔ˁˁˁ
*3
䱨⾏㒓 *1
⬉⌕䕧ߎ
0mA~20mA
ব乥఼ǃ䆄ᔩ఼
↨՟䯔ˁˁˁ
᥹㟇⬉⑤῵
㒘П ッʳʳʳʳʳʳʳ
᥹ഄ
ʻ
ʳʳʳʳʳʳʳʳ
ʼ
ʳʳʳʳʳ᥹ഄ䰏ᡫ ҹϟ
DC24V
㋏㒳᥹ഄ⚍
CH4
100
CH4
!
⊼1˖῵ᢳ䞣䕧ߎ䇋Ϣ݊ᅗ⬉⑤㒓䱨⾏DŽ

- 13 -
⊼2˖བᵰ䋳䕑ⱘ䕧ܹッ⍳⊶໾໻ˈ䗴៤䜡㒓ফᑆᡄᑆᡄᯊˈ䇋䖲᥹ 0.1 ~ 0.47ȝF 25V ⱘ⬉ᆍDŽ
⊼3˖䇋ᇚ⬉⑤῵ഫⱘ ッঞ DA ῵ᢳ䞣䕧ߎ῵ഫⱘ ッ䖲᥹ࠄ㋏㒳᥹ഄ⚍ˈݡᇚ㋏㒳᥹⚍
԰㄀ϝ⾡᥹ഄ៪᥹ࠄ䜡⬉ㆅⱘᴎ໇ϞDŽ
!ᏮˢƟᏮ΍ბέཉ!
䇋খ䯙㣅᭛⠜义ⷕ 2Пッᄤ䜡㕂೒ˈ೼ℸ䇁㿔⠜ᴀⳕ⬹䇈ᯢDŽ
!࿪ঈఢ!
᭄ᄫ䞣/῵ᢳ䞣῵ഫ (02D/A & 04D/A)
⬉⑤⬉ 24VDC (20.4VDC ~ 28.8VDC) (-15% ~ +20%)
乱ᅮ᳔໻⍜㗫ࡳ⥛ 02DA˖1.5Wˈ04DA˖3Wˈ⬅໪䚼⬉⑤կᑨDŽ
䖲᥹ᮍᓣ 㜅㨑ᓣ󱂜ᓣッᄤᑻ (ッ⚍䎱⾏˖5mm)
ֱᡸ ⬉䕧ߎ᳝ⷁ䏃ֱᡸԚ乏⊼ᛣ䭓ᯊ䯈ⷁ䏃ҡ᳝ৃ㛑䗴៤ݙ䚼㒓䏃ᤳ
ണˈ⬉⌕䕧ߎৃᓔ䏃DŽ
᪡԰ټᄬ⦃๗ ᪡԰˖0°C ~ 55°C˄⏽ᑺ˅ˈ50 ~ 95%˄⑓ᑺ˅∵ᶧㄝ㑻 2
ټᄬ˖-25°C ~ 70°C˄⏽ᑺ˅ˈ5 ~ 95%˄⑓ᑺ˅
㗤ᤃࡼކߏ ೑䰙󰵼ޚ㾘㣗 IEC61131-2ˈIEC 68-2-6 (TEST Fc) / IEC61131-2 &
IEC 68-2-27 (TEST Ea)
ϢDVP-PLC ЏᴎІ᥹
䇈ᯢ
῵ഫ㓪োҹ䴴䖥Џᴎⱘ乎ᑣ㞾ࡼ㓪ো⬅ 0ࠄ7ˈ᳔໻ৃ䖲᥹ 8ৄϨϡ
⫼᭄ᄫ䞣 I/O ⚍᭄DŽ
!Αఢ!
᭄ᄫ䞣/῵ᢳ䞣῵ഫ ⬉䕧ߎ ⬉⌕䕧ߎ
῵ᢳ䞣䕧ߎ㣗ೈ -10V ~ 10V 0 ~ 20mA 4mA ~ 20mA
᭄ᄫ䞣᭄᥂㣗ೈ -32,000 ~ +32,000 0 ~ +32,000 0 ~ +32,000
᭄ᄫ䞣᭄᥂㣗ೈᵕ䰤ؐ -32,768 ~ +32,767 0 ~ +32,767 -6,400 ~ +32,767
⹀ӊߚ䕼⥛ 14 bits 14 bits 14 bits
᳔໻䕧ߎ⬉⌕ 5mA ˉ
ᆍ䆌䋳䕑䰏ᡫ 1Kȍ~ 2Mȍ0 ~ 500ȍ
῵ᢳ䞣䆃ো䕧ߎ䗮䘧 2䗮䘧៪ 4䗮䘧 / ৄ
䕧ߎ䰏ᡫ 0.5ȍor ᳈Ԣ
ᘏ㊒ᆚᑺ r0.5% ೼(25°C, 77°F) 㣗ೈݙ⒵ࠏᑺᯊ
r1% ೼(0 ~ 55°C, 32 ~ 131°F) 㣗ೈݙ⒵ࠏᑺᯊ
ડᑨᯊ䯈 400Ӵs / ↣Ͼ䗮䘧
᭄ᄫ䞣᭄᥂Ḑᓣ 16 ԡѠ㸹ⷕ
䱨⾏ᮍᓣ
῵ᢳ䞣⬉䏃Ϣ᭄ᄫ䞣⬉䏃П䯈ˈ䗣䖛ܝ㗺䱨⾏ˈ῵ᢳ䞣䗮䘧䯈᳾䱨⾏
᭄ᄫ䞣⬉䏃Ϣ᥹ഄП䯈˖500VDC
῵ᢳ䞣⬉䏃Ϣ᥹ഄП䯈˖500VDC
῵ᢳ䞣⬉䏃Ϣ᭄ᄫ䞣⬉䏃П䯈˖500VDC
24VDC Ϣ᥹ഄП䯈˖500VDC
ଠט૙хጡ CR
CR# ሲᗻ ᆘᄬ఼ৡ⿄ 䇈ᯢ
#0 O R ᴎ⾡ൟো ㋏㒳ݙᅮˈᴎ⾡ҷⷕ˖
DVP02DA-E2 = H’0041˗DVP04DA-E2 = H’0081

- 14 -
CR# ሲᗻ ᆘᄬ఼ৡ⿄ 䇈ᯢ
#1 O R 䶻ԧ⠜ᴀ 16 䖯ࠊˈᰒ⼎Ⳃࠡ䶻ԧ⠜ᴀ
#2 O R/W CH1 䕧ߎ῵ᓣ䆒ᅮ
#3 O R/W CH2 䕧ߎ῵ᓣ䆒ᅮ
#4 O R/W CH3 䕧ߎ῵ᓣ䆒ᅮ
#5 O R/W CH4 䕧ߎ῵ᓣ䆒ᅮ
䕧ߎ῵ᓣ䆒ᅮ˖ߎ䆒ᅮؐЎ H’0000DŽҹ CH1 䇈ᯢ˖
῵ᓣ 0 (H’0000)˖⬉䕧ߎ(r10V).
῵ᓣ 1 (H’0001)˖⬉⌕䕧ߎ (0 ~ +20mA).
῵ᓣ 2 (H’0002)˖⬉⌕䕧ߎ (+4 ~ +20mA).
῵ᓣ-1 (H’FFFF)˖݇䯁 CH1 ϡՓ⫼
#16 X R/W
CH1 䕧ߎ᭄ؐ
#17 X
R/W CH2 䕧ߎ᭄ؐ
#18 X
R/W CH3 䕧ߎ᭄ؐ
#19 X
R/W CH4 䕧ߎ᭄ؐ
⬉䕧ߎ䆒ᅮ㣗ೈ K-32,000 ~ K32,000DŽ⬉⌕䕧ߎ
䆒ᅮ㣗ೈ K0 ~ K32,000DŽߎ䆒ᅮؐЎ K0DŽ
DVP02DA-E2 ПCR#18~CR#19 Ўֱ⬭DŽ
#28 O R/W CH1 ᖂ䇗 Offset ؐ
#29 O R/W CH2 ᖂ䇗 Offset ؐ
#30 O R/W CH3 ᖂ䇗 Offset ؐ
#31 O R/W CH4 ᖂ䇗 Offset ؐ
䗮䘧 CH1 ~ CH4 䆃োⱘ Offset 䆒ᅮˈߎ䆒ᅮؐЎ
K0
Offset ᅮН˖
ᔧ᭄ᄫ䞣䕧ܹؐЎ 0ᯊⱘ⬉(⬉⌕)䕧ߎؐ
#34 O R/W CH1 ᖂ䇗 Gain ؐ
#35 O R/W CH2 ᖂ䇗 Gain ؐ
#36 O R/W CH3 ᖂ䇗 Gain ؐ
#37 O R/W CH4 ᖂ䇗 Gain ؐ
䗮䘧 CH1 ~ CH4 䆃োⱘ Gain 䆒ᅮˈߎ䆒ᅮؐЎ
K16,000
Gain ᅮН˖
ᔧ᭄ᄫ䞣䕧ܹؐЎ 16,000 ᯊⱘ⬉(⬉⌕)䕧ߎؐ
#40 O R/W ⽕ℶ䆒ᅮؐব᳈ CH1 ~ CH4 ⽕ℶ䆒ᅮؐব᳈ˈߎ䆒ᅮؐЎ H’0000
#41 X R/W ټᄬ᠔᳝䆒ᅮؐ ټᄬֱᣕখ᭄ⱘ䆒ᅮؐˈߎ䆒ᅮؐЎ H’0000
#42 X R/W ᘶ໡ߎ䆒ᅮ ᘶ໡ߎ䆒ᅮˈߎ䆒ᅮؐЎ H’0000
#43 X R 䫭䇃⢊ᗕ ټᄬ᠔᳝䫭䇃⢊ᗕⱘ᭄᥂ᆘᄬ఼ˈ䆺㒚ݙᆍ䇋খ✻
䫭䇃ֵᙃ㸼
#100 O R/W Ϟϟ䰤պ⌟㟈㛑/⽕㛑 Ϟϟ䰤պ⌟ࡳ㛑㟈㛑/⽕㛑ˈߎ䆒ᅮؐЎ H’0000
#101 X R/W Ϟϟ䰤ؐ⢊ᗕ Ϟϟ䰤ؐ⢊ᗕᰒ⼎ˈߎ䆒ᅮؐЎ H’0000
#102 O R/W CH1 Ϟ䰤䆒ᅮؐ
#103 O R/W CH2 Ϟ䰤䆒ᅮؐ
#104 O R/W CH3 Ϟ䰤䆒ᅮؐ
#105 O R/W CH4 Ϟ䰤䆒ᅮؐ
CH1 ~ CH4 Ϟ䰤ؐ䆒ᅮˈߎ䆒ᅮؐЎ K32000
#108 O R/W CH1 ϟ䰤䆒ᅮؐ
#109 O R/W CH2 ϟ䰤䆒ᅮؐ
#110 O R/W CH3 ϟ䰤䆒ᅮؐ
#111 O R/W CH4 ϟ䰤䆒ᅮؐ
CH1 ~ CH4 ϟ䰤ؐ䆒ᅮˈߎ䆒ᅮؐЎ K-32000
#114 O R/W CH1 䕧ߎ᳈ᮄᯊ䯈
#115 O R/W CH2 䕧ߎ᳈ᮄᯊ䯈
#116 O R/W CH3 䕧ߎ᳈ᮄᯊ䯈
#117 O R/W CH4 䕧ߎ᳈ᮄᯊ䯈
CH1 ~ CH4 䕧ߎ᳈ᮄᯊ䯈䆒ᅮˈߎ䆒ᅮؐЎ
H’0000
#118 O R/W LV 䕧ߎ⢊ᗕ䆒ᅮ Ԣ⬉থ⫳ᯊˈ䕧ߎ⢊ᗕ䆒ᅮˈߎ䆒ᅮؐЎ H’0000
ヺোᅮН˖
O㸼⼎Ўֱᣕൟˈᔧ CR#41 䆒ᅮЎ H’5678 ᯊӮᇚ᭄᥂ֱᄬDŽX㸼⼎Ў䴲ֱᣕൟDŽ
R㸼⼎ЎৃՓ⫼ FROM ᣛҸ䇏প᭄᥂DŽW㸼⼎ЎৃՓ⫼ TO ᣛҸݭ᭄ܹ᥂DŽ
ĆCR#43 䫭䇃⢊ᗕ㸼˖
䇈ᯢ
bit0 K1 (H’1) ⬉⑤ᓖᐌ bit11 K2048(H’0800) Ϟϟ䰤ؐ䆒ᅮ䫭䇃

- 15 -
䇈ᯢ
bit1 K2 (H’2) ⹀ӊᬙ䱰 bit12 K4096(H’1000) 䆒ᅮؐ⽕ℶব᳈
bit2 K4 (H’4) 䕀ᤶؐ䍙ߎ᠔䆒ᅮⱘϞ
ϟ䰤ؐ bit13 K8192(H’2000) ϟ㑻῵ഫᮁ㒓
bit9 K512(H’0200) ῵ᓣ䆒ᅮ䫭䇃 Ё
⊼˖↣Ͼ䫭䇃⢊ᗕ⬅ⳌᇍᑨПԡ b0 ~ b13 އᅮˈ᳝ৃ㛑Ӯৠᯊѻ⫳ϸϾҹϞП䫭䇃⢊ᗕˈ
0ҷ㸼ℷᐌ᮴䫭䇃ˈ1ҷ㸼᳝䫭䇃⢊ᗕѻ⫳DŽ
!পঅ૙хጡ D9900 ~ D9999 ֹϡᄲځ!
DVP-ES2 Џᴎ䖲᥹⡍⅞ I/O ῵ഫᯊ,ᆘᄬ఼ D9900 ~ D9999 ᇚ㹿⫼,Փ⫼㗙ৃ߽⫼
MOV ᣛҸ೼⿟ᑣЁᣛᅮ D9900 ~ D9999 ᴹ䖤ㅫDŽ
DVP-ES2 Џᴎ䖲᥹ DVP02DA-E2ˋDVP04DA-E2 ᯊˈ⡍⅞ᆘᄬ఼ⱘߚ䜡བϟ˖
㄀1ৄ ㄀ 2ৄ ㄀ 3ৄ ㄀ 4ৄ ㄀ 5ৄ ㄀ 6ৄ ㄀ 7ৄ ㄀ 8ৄ 䇈ᯢ
D1320 D1321 D1322 D1323 D1324 D1325 D1326 D1327
㘨ᴎ⡍⅞ I/O ῵
ഫᴎ⾡ҷⷕ
D9900 D9910 D9920 D9930 D9940 D9950 D9960 D9970 CH1 䕧ߎ᭄ؐ
D9901 D9911 D9921 D9931 D9941 D9951 D9961 D9971 CH2 䕧ߎ᭄ؐ
D9902 D9912 D9922 D9932 D9942 D9952 D9962 D9972 CH3 䕧ߎ᭄ؐ
D9903 D9913 D9923 D9933 D9943 D9953 D9963 D9973 CH4 䕧ߎ᭄ؐ
!አፋ D/A ᖼೱপّѡቢ!
Փ⫼㗙ৃձᅲ䰙ᑨ⫼䳔㽕ᴹ䇗ᭈ䕀ᤶ⡍ᗻ᳆㒓ˈ䇗ᭈᯊҹᬍব Offset ؐ(CR#28 ~ CR#31)
ঞGain ؐ(CR#34 ~ CR#37)ᴹ䖯㸠DŽ
Gain ᅮН˖ᔧ᭄ᄫ䞣䕧ߎؐЎ 16,000 ᯊⱘ⬉(⬉⌕)䕧ܹؐDŽ
Offset ᅮН˖ᔧ᭄ᄫ䞣䕧ߎؐЎ 0ᯊⱘ⬉(⬉⌕)䕧ܹؐDŽ
y⬉䕧ߎ῵ᓣ 0݀ᓣ˖20V/64,000 = 0.3125mV
y⬉⌕䕧ߎ῵ᓣ 1݀ᓣ˖20mA/32,000 = 0.625ȝA
y⬉⌕䕧ߎ῵ᓣ 2݀ᓣ˖16mA/32,000 = 0.5ȝA
⬅⬉⌕䕧ߎ῵ᓣ 1П݀ᓣ᥼ㅫˈᇚ Gain = 12mA (19,200)ˈOffset = 4mA (6,400)ᏺ
ܹ݀ᓣDŽ
䆺㒚݀ᓣ䇋খ䯙㣅᭛⠜义ⷕ 5ПᅮНˈ೼ℸ䇁㿔⠜ᴀⳕ⬹䇈ᯢDŽ
y⬉䕧ߎ - ῵ᓣ 0˖
+32000+16000
-5V
-32000
10V
5V
0
Gain
Offset
+32767
-32768
⬉ 䕧ߎ
᭄ᄫ䕧ܹ
-10V

- 16 -
῵ᓣ 0 (CR#2 ~ CR#5) -10V ~ +10VˈGain = 5V (16,000)ˈOffset = 0V (0)
᭄ᄫ䞣᭄᥂㣗ೈ -32,000 ~ +32,000
᭄ᄫ䞣᭄᥂㣗ೈᵕ䰤ؐ -32,768 ~ +32,767
y⬉⌕䕧ߎ - ῵ᓣ 1˖
+32000+16000
20mA
10mA
0
Gain
Offset
+32767
⬉⌕䕧ߎ
᭄ᄫ䕧ܹ
῵ᓣ 1 (CR#2 ~ CR#5) 0mA ~ +20mAˈGain = 10mA (16,000)ˈOffset = 0mA (0)
᭄ᄫ䞣᭄᥂㣗ೈ 0 ~ +32,000
᭄ᄫ䞣᭄᥂㣗ೈᵕ䰤ؐ 0 ~ +32,767
y⬉⌕䕧ߎ - ῵ᓣ 2˖
+32000+16000
20mA
12mA
0
Gain
Offset
+32767
⬉⌕䕧ߎ
᭄ᄫ䕧ܹ
-6400
4mA
῵ᓣ 2 (CR#2 ~ CR#5) 4mA ~ +20mAˈGain = 12mA (19,200)ˈOffset = 4mA (6,400)
᭄ᄫ䞣᭄᥂㣗ೈ 0 ~ +32,000
᭄ᄫ䞣᭄᥂㣗ೈᵕ䰤ؐ -6400 ~ +32,767