Four-Faith F2164, F2264, F2664, F2464 User Manual

F2X64 Series User
Manual
Document Version
Page
V2.0.0
Product Name:F2X64
Total:99
Model
Product Type
F2164
GPRS RTU
F2264
CDMA RTU
F2464
WCDMA RTU
F2664
EVDO RTU
F2764
TDD-LTE RTU
F2864
FDD-LTE RTU
F2A64
LTE RTU
Date
Version
Remark
Author
2012-11-20
V1.1
1. Delete setting by simple command of SMS
2. Delete and modify some parameter settings
Xingfa.lin 2012-12-25
V1.2
1. Modify acqisition interval
Xingfa.lin
2013-4-1
V1.2
Date input voltage
Lynn Zhu
2014-1-3
V1.3
1. Add the sms command to read input value
2. Add the sms command to control output
Xingfa.lin 2015-5-28
V1.4
1. Add ADC sample type description
ZXZ
2017-10-10
V2.0.0
1.Change of company address
LXP
8ch digital
input
8 ch analog
input
4ch relay out
4ch isolated out
Cellular
Module
MCU
Antenna
SIM/UIM
Interface
Indicator
Lights
SRAM&
FLASH
WDT Module
RTC Module
User Interface
RS232/RS485/RS422
Module
Power Module
ITEM
CONTENT
F2164 GPRS RTU
Standard and Band
EGSM 900/GSM 1800MHz, GSM 850/900/1800/1900MHz(optional)
Compliant to GSM phase 2/2+
GPRS class 10, class 12(optional)
Bandwidth
85.6Kbps
TX power
GSM850/900: <33dBm
GSM1800/1900: <30dBm
RX sensitivity
<-107dBm
F2264 CDMA RTU
Standard and Band
CDMA2000 1xRTT 800MHz, 450MHz(optional)
Bandwidth
153.6Kbps
TX power
<30dBm
RX sensitivity
<-104dBm
F2464 WCDMA RTU
Standard and Band
UMTS/WCDMA/HSDPA/HSUPA/HSPA+ 850/1900/2100MHz, 850/900/1900/2100MHz(optional)
GSM 850/900/1800/1900MHz
GPRS/EDGE CLASS 12
Bandwidth
DC-HSPA+: Download speed 42Mbps, Upload speed 5.76Mbps
HSPA+: Download speed 21Mbps, Upload speed 5.76Mbps
HSDPA: Download speed 7.2Mbps, HSUPA: Upload speed 5.76Mbps
UMTS: 384Kbps
TX power
<24dBm
RX sensitivity
<-109dBm
F2664 EVDO RTU
Standard and Band
CDMA2000 1xEV-DO Rev A 800MHz, 800/1900MHz(optional), 450MHz(optional)
CDMA2000 1xEV-DO Rev B 800/1900MHz(optional)
CDMA2000 1xRTT, IS-95 A/B
Bandwidth
EVDO Rev. A: Download speed 3.1Mbps, Upload speed 1.8Mbps
EVDO Rev. B: Download speed 14.7Mbps, Upload speed 5.4Mbps (optional)
TX power
<23dBm
RX sensitivity
<-104dBm
F2764 TDD-LTE RTU
Standard and
Band
TD-LTE 2600/1900/2300MHz(Band 38/39/40), 800/1400/1800MHz(Band 27/61/62)(optional)
TD-SCDMA 2010/1900MHz(A/F frequency band, Band 34/39)
GSM /GPRS/EDGE 900/1800/1900MHz
Bandwidth
TD-LTE: Download speed 61Mbps, Upload speed 18Mbps
TD-HSPA+: Download speed 4.2Mbps, Upload speed 2.2Mbps
TD-HSPA: Download speed 2.2Mbps, Upload speed 2.2Mbps
TX power
<23dBm
RX sensitivity
<-97dBm
F2864 FDD-LTE RTU
Standard and Band
FDD-LTE 2600/2100/1800/900/800MHz, 700/1700/2100MHz(optional)
DC-HSPA+/HSPA+/HSDPA/HSUPA/UMTS 850/900/2100MHz, 800/850/1900/2100MHz(optional)
EDGE/GPRS/GSM 850/900/1800/1900MHz
GPRS CLASS 10
GPRS CLASS 12
Bandwidth
FDD-LTE: Download speed 100Mbps, Upload speed 50Mbps
DC-HSPA+: Download speed 42Mbps, Upload speed 5.76Mbps
HSPA+: Download speed 21Mbps, Upload speed 5.76Mbps
HSDPA: Download speed 7.2Mbps, HSUPA: Upload speed 5.76Mbps
UMTS: 384Kbps
TX power
<23dBm
RX sensitivity
<-97dBm
F2A64 LTE RTU
Standard and Band
FDD-LTE,TD-LTE,EVDO,WCDMA,TD-SCDMA,CDMA1X,GPRS/EDGE
Bandwidth
FDD-LTE: Download speed 100Mbps, Upload speed 50Mbps
TD-LTE: Download speed 61Mbps, Upload speed 18Mbps
DC-HSPA+: Download speed 42Mbps, Upload speed 5.76Mbps
TD-HSPA+: Download speed 4.2Mbps, Upload speed 2.2Mbps
EVDO Rev. A: Download speed 3.1Mbps, Upload speed 1.8Mbps
TX power
<23dBm
RX sensitivity
<-97dBm
Item
Content
CPU
Industrial 32 bits CPU
FLASH
2MB(Extendable 8MB
SRAM
512KB(Extendable 1MB
Item
Content
Serial
1 RS232 port and 1 RS485port, 15KV ESD protection
Data bits: 5, 6 ,7, 8
Stop bits: 1, 1.5, 2
Parity: none, even, odd, space, mark
Baud rate: 110~230400 bps
Indicator
"Power", "ACT", "Online"
Antenna
Cellular: Standard SMA female interface, 50 ohm
lighting protection(optional)
SIM/UIM
Standard 3V/1.8V user card interface, 15KV ESD protection
Power
Terminal block interface, reverse-voltage and overvoltage protection
Item
Content
Standard Power
DC 12V/0.5A
Power Range
DC 5~35V
Working States
Power Consumption
Communication
88-100mA@12VDC
Standby
52mA@12VDC
Timing Power
Off
0.9mA@12VDC
Item
Content
Housing
Iron, providing IP30 protection
Dimensions
157x97x25 mm
Weight
500g
Item
Content
Operating
Temperature
-35~+75ºC-31~+167℉)
Storage
Temperature
-40~+85ºC-40~+185℉)
Operating
Humidity
95% ( Non-condensing)
Name
Quantity
Remark
RTU host
1
Cellular Antenna
1
Power adapter
1
RS232 data cable
1
optional
RS485 data cable
1
optional
Manual CD
1
Certification card
1
Maintenance card
1
Pin
Number
Function
Interface
Default function
Function expansion
1
Power
PWR
Power input positive
None
2
GND
Power input negative
None
3
RS232
G/232
RS232 GND
None
4
RXD
RS232 Data receiving
None
5
TXD
RS232 Date sending
None
6
RS485
A
RS485 positive
Reserve compatible
RS232 DTR
7
B
RS485 negative
Reserve compatible
RS232 DSR
8
Digital
Input
DI1/C
Digital input1
Counting function
9
DI2
Digital input 2
None
10
DI3
Digital input 3
None
11
DI4
Digital input 4
None
12
DI5
Digital input 5
None
13
Digital
Input
DI6
Digital input 6
None
14
DI7
Digital input 7
None
15
DI8
Digital input 8
None
16
DIG
Digital input GND
None
18
Optocoupl
er output
DO1
Optocoupler output 1
None
19
DO2
Optocoupler output 2
None
20
DO3
Optocoupler output 3
None
21
DO4
Optocoupler output 4
None
22
COM
COM GND
None
23
Relay
output
K1-
Relay output 1-
None
24
K1+
Relay output 1+
None
25
K2-
Relay output 2-
None
26
K2+
Relay output 2+
None
27
K3-
Relay output 3-
None
28
K3+
Relay output 3+
None
29
K4-
Relay output 4-
None
30
K4+
Relay output 4+
None
31
ADC
A1
ADC 1
None
32
A2
ADC 2
None
33
A3
ADC 3
None
34
A4
ADC 4
None
35
A5
ADC 5
None
36
A6
ADC 6
None
37
A7
ADC 7
None
38
A8
ADC 8
None
39
AG
AGND
None
40
SW
V1
A1’s Sample type was Volt
I1
A1’s Sample type was Current
41
V2
A2’s Sample type was Volt
I2
A2 ’s Sample type was Current
42
V3
A3’s Sample type was Volt
I3
A3 ’s Sample type was Current
43
V4
A4’s Sample type was Volt
I4
A4 ’s Sample type was Current
44
V5
A5’s Sample type was Volt
I5
A5 ’s Sample type was Current
45
V6
A6’s Sample type was Volt
I6
A6 ’s Sample type was Current
46
V7
A7’s Sample type was Volt
I7
A7 ’s Sample type was Current
47
V8
A8’s Sample type was Volt
I8
A8 ’s Sample type was Current
Cable Color
Power Output Polarity
Black &White Alternate
Anode
Black
Cathode
Cable Color
Corresponding DB9-M Pin Number
Brown
Pin 2
Blue
Pin 3
Black
Pin 5
Cable Color
Signal definition
Red
RS485(A)
Black
RS485(B)
Indicator
Light
State
Introduction
Power
ON
RTU is powered on
OFF
RTU is powered off
ACT
BLINK
Data is communicating
OFF
No data
Online
ON
RTU has logged on network
OFF
RTU hasn’t logged on network
Byte-
orders
1234567
8
Content
01020000000879
CC
Parsing
Slave
Address
Function
code
Start address
number of registers
Checksum
Meanin
g
01
Read
input
status
Address is 0-7
corresponding to
IO1-IO8 seperately
Read the value of
digital IO input.
This example read
8 ports . If read one
channel, this
parameter should
be 0001
checksum
Byte-
orders
12345
6
Content
01020100A1
88
Parsing
Slave
Address
Function
code
Data length
IO status value
Checksum
Meaning
01
Read input
statuss
Data length
IO status value,
bit0~bit7
corresponding to
IO1-IO8
checksum
Byte-
orders
1234567
8
Content
01050000FF008C
3A
Parsing
Slave
Address
Functio
n code
Start address
Output value:FF00 means logic 1
0000
means logic 0.
checksum
Meanin
g
01
Force
single
coil
Address is 0-3 used
for optocouplers
output, address 4-7
used for relay
outputs
The digital output
value.
checksum
Byte-
orders
1234567
8
Content
0101000000083D
CC
Parsing
Slave
Address
Functio
n code
Start address
Coil number
checksum
Meanin
g
01
Force
single
coil
Address is 0-3 used
for optocouplers
output, address 4-7
used for relay
outputs
The digital output
value.
checksum
Byte-
orders
12345
6
Content
0101015591
B7
Parsing
Slave
Address
Function
code
Data length
IO status
value
checksum
Meaning
01
Read coil
Bytes count
IO status
value,
bit0~bit7
correspondi
ng to
IO1-IO8
checksum
Byte-
orders
1234567
8
Content
010300000002C4
0B
Parsing
Slave
address
Functio
n code
Start address
number of
Registers
checksum
Meanin
g
01
Read
holding
register
Address 0
corresponding to
counter
Counter value is a
32 bit value,so,
need to read two 16
bit regiesters
checksum
Byte-
orders
123456789
Conten
t
01030400000000FA33
Parsing
Slave
address
Functi
on
code
Data
length
Data 1
Data 2
Checksum
Meani
ng
01
Read
holdin
g
register
Data
length
Counter value is
32 bits
Corresponding to
high 16 bits
Counter value is
32 bits
Corresponding to
low 16 bits
Checksum
Byte-
orders
123456789
Conten
t
011000000002040000
Parsing
Slave
address
Functi
on
code
Start address
Number of
Registers
c
High 16 bits
value
Meani
ng
01
Preset
multipl
e
register
s
Address 0
corresponding to
counter
Counter value is
32 bits, so need
to write two 16
bits registers
Byte
count
Correspond to
high 16 bits of
counter value
101112
13
000A73
A8
Low 16 bits value
Checksum
Correspond to low 16 bits of counter value
checksum
Byte-
orders
1234567
8
Content
01100000000241
C8
Parsing
Slave
Address
Functio
n code
Start address
number of registers
Checksum
Meanin
g
01
Preset
multiple
registers
Address 0
corresponding to
counter
Counter value is 32
bits, so need to
operate two 16 bits
registers
checksum
Byte-
orders
1234567
8
Content
010400000010F1
C6
Parsing
Slave
Address
Functio
n code
Start Address
number of registers
Checksum
Meanin
g
01
Read
input
register
Address 0000-0010
correspond to
AIN1-AIN8
Analog input value
is 32 bits, high 16
bits first. If read
one channel, this
parameter should
be 0002
checksum
Byte-
orders
1234567
Content
01042000000182
Parsing
Slave
address
Function
code
Data
length
Data 1
Data 2
Meaning
01
Read
input
register
Byte
count
Corresponding to high
16 bits of first channel
value. Te value of each
channel is a signed
32-bit data
Corresponding to low
16 bits of first channel
value. Te value of each
channel is a signed
32-bit data
891011…323334353637
0000000C…0000000CB0A2
Data 3
Data 4
Data 15
Data 16
Checksum
Corresponding
to high 16 bits
of second
channel value.
Te value of
each channel is
Corresponding
to low 16 bits
of second
channel value.
Te value of
each channel is
corresponding
to high 16 bits
of eighth
channel value.
Te value of
each channel is
corresponding
to low 16 bits
of eighth
channel value.
Te value of
each channel is
checksum
a signed 32-bit
data
a signed 32-bit
data
a signed 32-bit
data
a signed 32-bit
data
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