Autonics BFC Series User manual

© Copyright Reserved Autonics Co., Ltd. i
USER MANUAL
For COMMUNICATION

ii © Copyright Reserved Autonics Co., Ltd.

Preface
© Copyright Reserved Autonics Co., Ltd. iii
Preface
Thank you for purchasing an Autonics product.
Please store this manual in a place where user can find easily, because it contains the guidance
for the product and how to correctly use it.

User Manual Guide
iv © Copyright Reserved Autonics Co., Ltd.
User Manual Guide
This user manual contains information about the product and its proper use, it should be kept in
a place where it will be easy to access.
Please familiarize yourself with the information in this manual before using the
product.
This manual provides detailed information on the product's features. It does not offer
any guarantee concerning matters beyond the scope of this manual.
This manual may not be edited or reproduced in either part or whole without
permission.
A user manual is not provided as part of the product package.
Please visit www.autonics.com to download a copy.
The manual's content may vary depending on changes to the product's software and
other unforeseen developments within Autonics, therefore, the contents of this
manual is subject to change without prior notice.
We manage to describe this manual more easily and accurately. Nevertheless, if you
have any questions or corrections, please leave comments on our website.

User Manual Symbols
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User Manual Symbols
Symbol
Description
Supplementary information for a particular feature
Failure to follow instructions can result in serious injury or death
Failure to follow instructions can lead to a minor injury or product damage
An example of the concerned feature’s use
※1 Annotation mark

Safety Precautions
vi © Copyright Reserved Autonics Co., Ltd.
Safety Precautions
Following these safety precautions will ensure the safe and proper use of the product
and help prevent accidents and minimize hazards.
Safety precautions are categorized as Warnings and Cautions, as defined below:
Warning Cases that may cause serious injury or fatal accident if
instructions are not followed.
Caution Cases that may cause minor injury or product damage if
instructions are not followed.
In case of using this unit with machinery(Nuclear power control, medical equipment,
vehicle, train, airplane, combustion apparatus, entertainment or safety device etc.), it
is required to install fail-safe device, or contact us for information required.
It may cause a fire, human injury or property loss.
Do not disassemble or modify this unit. Please contact us when required.
It may give an electric shock and cause a fire.
This unit shall not be used outdoors.
It might shorten the life cycle of the product or give an electric shock. Use this
product indoors only. Do not use the product outdoors or at locations subject to the
temperature or humidity of outdoors.(Example: rain, dirty, frost, sunlight,
condensation, etc.)
Do not use this unit where inflammable or explosive gas exists.
It may cause a fire or explosion.
Please observe the rated specifications.
It may damage or shorten the life cycle of the product.
Do not use this unit beyond rated power and do not supply AC power to a DC power
type product.
It may cause a damage to the product.
Please check the polarity of power and wrong wiring.
It may cause a damage to the product.
Do not use this unit where there is vibration or a chance of impact.
It may cause a damage to the product.
When cleaning the unit, do not use water or an oil-based detergent.
It may cause a fire, give an electric shock or damage to the product.
※The specifications and dimensions of this manual are subject to change without any
notice.

Table of Contents
© Copyright Reserved Autonics Co., Ltd. vii
Table of Contents
Preface .............................................................................................................................iii
User Manual Guide ......................................................................................................... iv
User Manual Symbols ...................................................................................................... v
Safety Precautions .......................................................................................................... vi
Table of Contents ........................................................................................................... vii
1Modbus RTU protocol.................................................................................9
1.1 Read Coil Status(Func 01–01H) ...........................................................................9
1.2 Read Input Status(Func 02–02H) .......................................................................10
1.3 Read Holding Registers(Func 03–03H).............................................................. 11
1.4 Read Input Registers(Func 04–04H)..................................................................12
1.5 Force single coil (Func 05–05H).........................................................................13
1.6 Preset Single Registers(Func 06–06H) ..............................................................14
1.7 Preset Multiple Registers(Func 16–10H)............................................................15
1.8 Exception Response-Error Code ........................................................................16
2Modbus Mapping Table ............................................................................17
2.1 Read Input Status(0X02).....................................................................................17
2.2 Read Input Register(Func: 0X04).......................................................................18
2.3 Read Input Register(Present Value List) ............................................................19
2.4 Read Input Register(Set Value List) ...................................................................23
2.5 Read Input Register(LED Status List).................................................................27
2.6 Read Input Register(HI Peak Value List by Channel) ........................................28
2.7 Read Input Register(LO Peak Value List by Channel) .......................................30
2.8 Read Input Register(Recognized Model List by Channel) .................................32
2.9 Read Input Register(ERROR List by Channel) ..................................................33
2.10 Read Holding Register& Preset Single Register & Write Multiple
Register(Func:03/06/16) .....................................................................................34
2.10.1 Parameter Map List .................................................................................... 34
2.10.2 Parameter Mapping Table .......................................................................... 40
2.11 Exception process...............................................................................................44

Table of Contents
viii © Copyright Reserved Autonics Co., Ltd.

1 Modbus RTU protocol
© Copyright Reserved Autonics Co., Ltd. 9
1Modbus RTU protocol
1.1 Read Coil Status(Func 01–01H)
Reads output(OX reference, Coil) ON/OFF status in the Slave device.
(1) Query (Master)
Slave Address Function Starting Address No. of Points Error Check(CRC16)
Hi(Upper) Lo(Lower) Hi(Upper) Lo(Lower) Lo(Lower) Hi(Upper)
1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte
(2) Response (Slave)
Slave Address Function Byte Count Data
(Data)
Data
(Data)
Data
(Data)
Error Check(CRC16)
Lo(Lower) Hi(Upper)
1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte
If reading the output status(ON: 1, OFF: 0) of 10 within coil 000001(0000 H) to 000010(0009 H)
on Slave (Address 17) from Master.
Query (Master)
Slave Address Function Starting Address No. of Points Error Check(CRC16)
Hi(Upper) Lo(Lower) Hi(Upper) Lo(Lower) Lo(Lower) Hi(Upper)
11 H 01 H 00 H 00 H 00 H 0A H ## H ## H
If the values range from coil 000008(0007 H) to 000001(0000 H) on the slave are “ON-ON-OFF-
OFF-ON-ON-OFF-ON”, and the values from 000010(0009 H) to 000009(0008 H)are respectively
“OFF-ON”.
Response (Slave)
Slave Address Function Byte Count Data
(000008 to 000001)
Data
(000010 to 000009)
Error Check(CRC16)
Lo(Lower) Hi(Upper)
11 H 01 H 02 H CD H 01 H ## H ## H
CRC16
CRC16

1 Modbus RTU protocol
10 © Copyright Reserved Autonics Co., Ltd.
1.2 Read Input Status(Func 02–02H)
Reads Input ON/OFF status(1X reference) in Slave device.
(1) Query (Master)
Slave Address Function
Starting Address
No. of Points
Error Check(CRC16)
Hi(Upper) Lo(Lower) Hi(Upper) Lo(Lower) Lo(Lower) Hi(Upper)
1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte
(2) Response (Slave)
Slave Address Function Byte Count Data
(Data)
Data
(Data)
Data
(Data)
Error Check(CRC16)
Lo(Lower) Hi(Upper)
1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte
If reading the input status(ON: 1, OFF: 0) of 10 range 100001(0000 H)to100010(0009 H)in the
Slave(Address 17) from the Master.
Query (Master)
Slave Address Function Starting Address No. of Points Error Check(CRC16)
Hi(Upper) Lo(Lower) Hi(Upper) Lo(Lower) Lo(Lower) Hi(Upper)
11 H 02 H 00 H 00 H 00 H 0A H ## H ## H
If the values range 100008(0007 H) to 100001(0000 H) on slave are “ON-ON-OFF-OFF-ON-ON-
OFF-ON”, and the values of 100010(0009 H) to 100009(0008 H) are respectively “OFF-ON”.
Response (Slave)
Slave Address Function Byte Count Data
(100008 to 100001)
Data
(100010 to 100009)
Error Check(CRC16)
Lo(Lower) Hi(Upper)
11 H 02 H 02 H CD H 01 H ## H ## H
CRC16
CRC16

1 Modbus RTU protocol
© Copyright Reserved Autonics Co., Ltd. 11
1.3 Read Holding Registers(Func 03–03H)
Reads the Binary data of Holding Registers(4X reference) in Slave device.
(1) Query (Master)
Slave Address Function
Starting Address
No. of Points
Error Check(CRC16)
Hi(Upper) Lo(Lower) Hi(Upper) Lo(Lower) Lo(Lower) Hi(Upper)
1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte
(2) Response (Slave)
Slave Address Function Byte Count
Data(Data) Data(Data) Data(Data) Error Check(CRC16)
Hi(Upper) Lo(Lower) Hi(Upper) Lo(Lower) Hi(Upper) Lo(Lower) Lo(Lower) Hi(Upper)
1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte
If reading the values of 2, from Holding Register 400001(0000 H) to 400002(0001 H), in
Slave(Address 17) from the Master.
Query (Master)
Slave Address Function Starting Address No. of Points Error Check(CRC16)
Hi(Upper) Lo(Lower) Hi(Upper) Lo(Lower) Lo(Lower) Hi(Upper)
11 H 03 H 00 H 00 H 00 H 02 H ## H ## H
If the value of 400001(0000 H) on Slave is “555(22B H)” and the value of 400002(0001 H) is
“100(64 H)”.
Response (Slave)
Slave Address Function Byte Count Data(Data) Data(Data) Error Check(CRC16)
Hi(Upper) Lo(Lower) Hi(Upper) Lo(Lower) Lo(Lower) Hi(Upper)
11 H 03 H 04 H 02 H 2B H 00 H 64 H ## H ## H
CRC16
CRC16

1 Modbus RTU protocol
12 © Copyright Reserved Autonics Co., Ltd.
1.4 Read Input Registers(Func 04–04H)
Reads the Binary data of Input Registers(3X reference) in Slave device.
(1) Query (Master)
Slave Address Function
Starting Address
No. of Points
Error Check(CRC16)
Hi(Upper) Lo(Lower) Hi(Upper) Lo(Lower) Lo(Lower) Hi(Upper)
1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte
(2) Response (Slave)
Slave Address Function Byte Count Data Data Data Error Check(CRC16)
Lo(Lower) Hi(Upper)
1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte
If reading the values of 2 range from Input Register 300001(0000 H) to 300002(0001 H) on
Slave (Address 17) from Master.
Query (Master)
Slave Address Function Starting Address No. of Points Error Check(CRC16)
Hi(Upper) Lo(Lower) Hi(Upper) Lo(Lower) Lo(Lower) Hi(Upper)
11 H 04 H 00 H 00 H 00 H 02 H ## H ## H
If the values of 300001(0000 H) on Slave is “10(A H)” and the values of 300002(0001 H) on
Slave is “20(14 H)”.
Response (Slave)
Slave Address Function Byte Count Data(Data) Data(Data) Error Check(CRC16)
Hi(Upper) Lo(Lower) Hi(Upper) Lo(Lower) Lo(Lower) Hi(Upper)
11 H 04 H 04 H 00 H 0A H 00 H 14 H ## H ## H
CRC16
CRC16

1 Modbus RTU protocol
© Copyright Reserved Autonics Co., Ltd. 13
1.5 Force single coil (Func 05–05H)
Turns ON (FF00 H) or OFF (0000 H) of single coil (0X reference) status within slave device.
(1) Query (Master)
Slave address Function
Starting address
Preset data
Error check (CRC16)
High Low High Low Low High
1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte
(2) Response (Slave)
Slave address Function Starting address Preset data Error check (CRC16)
High Low High Low Low High
1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte
If Coil 000001 (0000 H) turns ON of Slave (Address 17) from Master.
Query (Master)
Slave address Function Starting address Preset data Error check (CRC16)
High Low High Low Low High
11 H 05 H 00 H 00 H FFH 00 H ## H ## H
Response (Slave)
Slave address Function Starting address Preset data Error check (CRC16)
High Low High Low Low High
11 H 05 H 00 H 00 H FF H 00 H ## H ## H
CRC16
CRC16

1 Modbus RTU protocol
14 © Copyright Reserved Autonics Co., Ltd.
1.6 Preset Single Registers(Func 06–06H)
Writes the Binary data of single Holding Registers (4X reference) in Slave device.
(1) Query (Master)
Slave Address Function
Register Address
Preset Data(Data)
Error Check(CRC16)
Hi(Upper) Lo(Lower) Hi(Upper) Lo(Lower) Lo(Lower) Hi(Upper)
1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte
(2) Response (Slave)
Slave Address Function Register Address Preset Data(Data) Error Check(CRC16)
Hi(Upper) Lo(Lower) Hi(Upper) Lo(Lower) Lo(Lower) Hi(Upper)
1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte
If writing “10(A H)” to Holding Register 400001(0000 H) on Slave(Address 17) from Master.
Query (Master)
Slave Address Function Starting Address Preset Data(Data) Error Check(CRC16)
Hi(Upper) Lo(Lower) Hi(Upper) Lo(Lower) Lo(Lower) Hi(Upper)
11 H 06 H 00 H 00 H 00 H 0A H ## H ## H
Response (Slave)
Slave Address Function Starting Address Preset Data(Data) Error Check(CRC16)
Hi(Upper) Lo(Lower) Hi(Upper) Lo(Lower) Lo(Lower) Hi(Upper)
11 H 06 H 00 H 00 H 00 H 0A H ## H ## H
CRC16
CRC16

1 Modbus RTU protocol
© Copyright Reserved Autonics Co., Ltd. 15
1.7 Preset Multiple Registers(Func 16–10H)
Writes the Binary data of Holding Registers (4X reference) consecutively in Slave device.
(1) Query (Master)
Slave
Address Function
Starting Address No. of Register Byte Count Data(Data) Data(Data)
Error Check
(CRC16)
Hi
(Upper)
Lo
(Lower)
Hi
(Upper)
Lo
(Lower)
Hi
(Upper)
Lo
(Lower)
Hi
(Upper)
Lo
(Lower)
Lo Hi
1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte
(2) Response (Slave)
Slave
Address Function Starting Address No. of Register Error Check(CRC16)
Hi(Upper) Lo(Lower) Hi(Upper) Lo(Lower) Lo(Lower) Hi(Upper)
1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte 1Byte
If writing “10(A H)” in common to the range of Holding Register 400001(0000 H) to 400002(0001
H) on Slave(Address 17) from Master.
Query (Master)
Slave
Address Function
Starting Address No. of Register Byte
Count
Data(Data) Data(Data)
Error Check
(CRC16)
Hi
(Upper)
Lo
(Lower)
Hi
(Upper)
Lo
(Lower)
Hi
(Upper)
Lo
(Lower)
Hi
(Upper)
Lo
(Lower)
Lo Hi
11 H 10 H 00 H 00 H 00 H 02 H 04 H 00 H 0A H 00 H 0A H ## H ## H
Response (Slave)
Slave
Address Function Starting Address No. of Register Error Check(CRC16)
Hi(Upper) Lo(Lower) Hi(Upper) Lo(Lower) Lo(Lower) Hi(Upper)
11 H 10 H 00 H 00 H 00 H 02 H ## H ## H
Please use the Single Register Write function rather than Multi Register Write function if you use
the slave(device) connecting with external devices such as PLC, Graphic Panel, except in the
case of download that presets the minimum/maximum or basic value of parameter by Input
specifications in PC Loader Program.
CRC16
CRC16

1 Modbus RTU protocol
16 © Copyright Reserved Autonics Co., Ltd.
1.8 Exception Response-Error Code
If occurs an error, send a response command and transmit each Exception Code after set(1) the
highest-level bit of received command(Function).
Slave Address Function
+80 H Exception Code
Error Check(CRC16)
Lo(Lower) Hi(Upper)
1Byte 1Byte 1Byte 1Byte 1Byte
ILLEGAL FUNCTION (Exception Code: 01 H): A command that is not supported.
ILLEGAL DATA ADDRESS (Exception Code: 02 H): Starting address of queried data
is inconsistent with transmittable address from the device.
ILLRGAL DATA VALUE (Exception Code: 03 H): Numbers of queried data are
inconsistent with the numbers of transmittable (transferable) data from the device.
SLAVE DEVICE FAILURE (Exception Code: 04 H): Not properly completed the
queried command (order).
If reading the output status of non-existing coil 001001(03E8 H) [ON: 1, OFF: 0] on
Slave(Address 17) from Master.
Query (Master)
Slave Address Function Starting Address No. of Points Error Check(CRC16)
Hi(Upper)
Lo(Lower)
Hi(Upper)
Lo(Lower)
Lo(Lower)
Hi(Upper)
11 H 01 H 03 H E8 H 00 H 01 H ## H ## H
Response (Slave)
Slave
Address
Function
+80 H Exception Code Error Check(CRC16)
Lo(Lower) Hi(Upper)
11 H 81 H 02 H ## H ## H
CRC16

2 Modbus Mapping Table
© Copyright Reserved Autonics Co., Ltd. 17
2Modbus Mapping Table
2.1 Read Input Status(0X02)
NO. FUNC R/W ITEM DETAILS
100001(0000) 02 R/W CH1 OUT LED Status “0” : OFF “1” : ON
100002(0001) 02 R/W CH2 OUT LED Status “0” : OFF “1” : ON
100003(0002) 02 R/W CH3 OUT LED Status “0” : OFF “1” : ON
100004(0003) 02 R/W CH4 OUT LED Status “0” : OFF “1” : ON
100005(0004) 02 R/W CH5 OUT LED Status “0” : OFF “1” : ON
100006(0005) 02 R/W CH6 OUT LED Status “0” : OFF “1” : ON
100007(0006) 02 R/W CH7 OUT LED Status “0” : OFF “1” : ON
100008(0007) 02 R/W CH8 OUT LED Status “0” : OFF “1” : ON
100009(0008) 02 R/W CH9 OUT LED Status “0” : OFF “1” : ON
100010(0009) 02 R/W CH10 OUT LED Status “0” : OFF “1” : ON
100011(000A) 02 R/W CH11 OUT LED Status “0” : OFF “1” : ON
100012(000B) 02 R/W CH12 OUT LED Status “0” : OFF “1” : ON
100013(000C) 02 R/W CH13 OUT LED Status “0” : OFF “1” : ON
100014(000D) 02 R/W CH14 OUT LED Status “0” : OFF “1” : ON
100015(000E) 02 R/W CH15 OUT LED Status “0” : OFF “1” : ON
100016(000F) 02 R/W CH16 OUT LED Status “0” : OFF “1” : ON
100017(0010) 02 R/W CH17 OUT LED Status “0” : OFF “1” : ON
100018(0011) 02 R/W CH18 OUT LED Status “0” : OFF “1” : ON
100019(0012) 02 R/W CH19 OUT LED Status “0” : OFF “1” : ON
100020(0013) 02 R/W CH20 OUT LED Status “0” : OFF “1” : ON
100021(0014) 02 R/W CH21 OUT LED Status “0” : OFF “1” : ON
100022(0015) 02 R/W CH22 OUT LED Status “0” : OFF “1” : ON
100023(0016) 02 R/W CH23 OUT LED Status “0” : OFF “1” : ON
100024(0017) 02 R/W CH24 OUT LED Status “0” : OFF “1” : ON
100025(0018) 02 R/W CH25 OUT LED Status “0” : OFF “1” : ON
100026(0019) 02 R/W CH26 OUT LED Status “0” : OFF “1” : ON
100027(001A) 02 R/W CH27 OUT LED Status “0” : OFF “1” : ON
100028(001B) 02 R/W CH28 OUT LED Status “0” : OFF “1” : ON
100029(001C) 02 R/W CH29 OUT LED Status “0” : OFF “1” : ON
100030(001D) 02 R/W CH30 OUT LED Status “0” : OFF “1” : ON
100031(001E) 02 R/W CH31 OUT LED Status “0” : OFF “1” : ON
100032(001F) 02 R/W CH32 OUT LED Status “0” : OFF “1” : ON

2 Modbus Mapping Table
18 © Copyright Reserved Autonics Co., Ltd.
2.2 Read Input Register(Func: 0X04)
NO. FUNC R/W ITEM DETAILS
Reserved
300101(0064) 04 R Product Serial No. H -
300102(0065) 04 R Product Serial No. L -
300103(0066) 04 R Hardware Version 10
300104(0067) 04 R Software Version 10
300105(0068) 04 R Model Name 1 “BF”
300106(0069) 04 R Model Name 2 “C “
300107(006A) 04 R Model Name 3
300108(006B) 04 R Model Name 4
300109(006C) 04 R Model Name 5
300110(006D) 04 R Model Name 6
300111(006E) 04 R Model Name 7
300112(006F) 04 R Model Name 8
300113(0070) 04 R Model Name 9
300114(0071) 04 R Model Name 10
Reserved
300118(0075) 04 R COIL START ADDRESS 0
300119(0076) 04 R COIL QUANTITY 3
300120(0077) 04 R INPUT START ADDRESS 0
300121(0078) 04 R INPUT QUANTITY 0
300122(0079) 04 R HOLDING REG START ADDRESS 0
300123(007A) 04 R HOLDING REG QUANTITY 0
300124(007B) 04 R INPUT REG START ADDRESS 0
300125(007C) 04 R INPUT REG QUANTITY 4
Reserved

2 Modbus Mapping Table
© Copyright Reserved Autonics Co., Ltd. 19
2.3 Read Input Register(Present Value List)
NO. FUNC R/W ITEM DETAILS
300201(00C8) 04 R
CH1 Present Value
DSPF: Indicates 0to
4000/9999
Indicates incident light level in the decimal
system
-UFAST, FAST, STD: Indicates 0 to 4000
-LONG: Indicates 0 to 9999
300202(00C9) 04 R
CH2 Present Value
DSPF: Indicates 0to
4000/9999
Indicates incident light level in the decimal
system
-UFAST, FAST, STD: Indicates 0 to 4000
-LONG: Indicates 0 to 9999
300203(00CA) 04 R
CH3 Present Value
DSPF: Indicates 0to
4000/9999
Indicates incident light level in the decimal
system
-UFAST, FAST, STD: Indicates 0 to 4000
- LONG: Indicates 0 to 9999
300204(00CB) 04 R
CH4 Present Value
DSPF: Indicates 0to
4000/9999
Indicates incident light level in the decimal
system
-UFAST, FAST, STD: Indicates 0 to 4000
-LONG: Indicates 0 to 9999
300205(00CC) 04 R
CH5 Present Value
DSPF: Indicates 0to
4000/9999
Indicates incident light level in the decimal
system
-UFAST, FAST, STD: Indicates 0 to 4000
-LONG: Indicates 0 to 9999
300206(00CD) 04 R
CH6 Present Value
DSPF: Indicates 0to
4000/9999
Indicates incident light level in the decimal
system
-UFAST, FAST, STD: Indicates 0 to 4000
-LONG: Indicates 0 to 9999
300207(00CE) 04 R
CH7 Present Value
DSPF: Indicates 0to
4000/9999
Indicates incident light level in the decimal
system
-UFAST, FAST, STD: Indicates 0 to 4000
-LONG: Indicates 0 to 9999
300208(00CF) 04 R
CH8 Present Value
DSPF: Indicates 0to
4000/9999
Indicates incident light level in the decimal
system
-UFAST, FAST, STD: Indicates 0 to 4000
-LONG: Indicates 0 to 9999
300209(00D0) 04 R
CH9 Present Value
DSPF: Indicates 0to
Indicates incident light level in the decimal
system

2 Modbus Mapping Table
20 © Copyright Reserved Autonics Co., Ltd.
NO. FUNC R/W ITEM DETAILS
4000/9999 -UFAST, FAST, STD: Indicates 0 to 4000
-LONG: Indicates 0 to 9999
300210(00D1) 04 R
CH10 Present Value
DSPF: Indicates 0to
4000/9999
Indicates incident light level in the decimal
system
-UFAST, FAST, STD: Indicates 0 to 4000
-LONG: Indicates 0 to 9999
300211(00D2) 04 R
CH11 Present Value
DSPF: Indicates 0to
4000/9999
Indicates incident light level in the decimal
system
-UFAST, FAST, STD: Indicates 0 to 4000
-LONG: Indicates 0 to 9999
300212(00D3) 04 R
CH12 Present Value
DSPF: Indicates 0to
4000/9999
Indicates incident light level in the decimal
system
-UFAST, FAST, STD: Indicates 0 to 4000
-LONG: Indicates 0 to 9999
300213(00D4) 04 R
CH13 Present Value
DSPF: Indicates 0to
4000/9999
Indicates incident light level in the decimal
system
-UFAST, FAST, STD: Indicates 0 to 4000
-LONG: Indicates 0 to 9999
300214(00D5) 04 R
CH14 Present Value
DSPF: Indicates 0to
4000/9999
Indicates incident light level in the decimal
system
-UFAST, FAST, STD: Indicates 0 to 4000
-LONG: Indicates 0 to 9999
300215(00D6) 04 R
CH15 Present Value
DSPF: Indicates 0to
4000/9999
Indicates incident light level in the decimal
system
-UFAST, FAST, STD: Indicates 0 to 4000
-LONG: Indicates 0 to 9999
300216(00D7) 04 R
CH16 Present Value
DSPF: Indicates 0to
4000/9999
Indicates incident light level in the decimal
system
-UFAST, FAST, STD: Indicates 0 to 4000
-LONG: Indicates 0 to 9999
300217(00D8) 04 R
CH17 Present Value
DSPF: Indicates 0to
4000/9999
Indicates incident light level in the decimal
system
-UFAST, FAST, STD: Indicates 0 to 4000
-LONG: Indicates 0 to 9999
300218(00D9) 04 R
CH18 Present Value
DSPF: Indicates 0to
Indicates incident light level in the decimal
system