Ametek 5100 HD, Руководство пользователя

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Maintenance
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6-5
Parameter ID & Modbus Registers
All system parameters can be identified by a parameter ID. Telnet/Terminal inter -
face use this ID to view, set, and trend the parameter’s value
Access: r: read, w: write, s: system, f: factory, h: hidden
Parameter 112: 0 = Modbus disabled, 1=Modbus RTU enabled, 4=Modbus TCP/
IP enabled.
28
Parameter ID & Modbus Registers
All system parameters can be identified by a parameter ID. Telnet/Terminal interface use this ID to
view, set, and trend the parameter’s value
Access: r: read, w: write, s: system, f: factory, h: hidden
Parameter 112: 0 = Modbus disabled, 1=Modbus RTU enabled, 4=Modbus TCP/IP enabled
ID Access Data
Type
mnemonic MB Start
Regs
MB Reg
Size
Description
6 rs char[20] SERIAL 0 10 Serial Number
7
rs char[6] MAC 10 3 MAC address
8 rws uint IP 13 2 IP Address
9 rws uint SUBNET 15 2 IP Subnet Mask
10 rws uint GW 17 2 Gateway
11
rws uint DNS 19 2 DNS
12 rws uint16 DHCPE 21 1 DHCP enable. 1=disabled, 2=enabled
13 rws uint16 TCPE 22 1 TCP Enable. 0=disabled, 1=enabled
14 rws uint SVRIP 23 2 Server IP
100
rwf int16 CFGFILEVER 25 1 Version of the params.xml file
generated by this
101
r char[20] VERSION 26 10 Software Version
102 r char[20] NAME 36 10 Model Name
103 rw uint IU1BAUD 46 2 Internal UART1baud rate (MODBUS)
104 rwf uint IU2BAUD 48 2 Internal UART2 baud rate (DISPLAY)
105 rwf uint EU1BAUD 50 2 External UART1 baud rate (RS232)
106 rwf uint EU2BAUD 52 2 External UART2 baud rate
107 r uint16 FWVERHRB 54 1 Interface Board FW version
108
r uint16 CARDID 55 1 0x20: HC121, 0x40: HC122
109
rw int16 MBPARITY 56 1 Parity. 0=none, 1=even, 2=odd
110 rwf int16 MBSTOPBIT 57 1 Stop bits. 1=1 stop bits, 2=2 stop bits
111 rw uint16 MBUSADD 58 1 Modbus Address
112 rwf uint16 MBUSPORT 59 1 Modbus Port. 0=Disable, 1=RTU,
4=TCP/IP
113 rwf uint MBUSTO 60 2 Modbus Timeout (ms)
114
r char[20] SYSTIME 62 10 System Time
115 r char[20] SYSDATE 72 10 System Date
Chapter
10
29
116 r int16 MANCMD 82 1 Parameter used to request a state
machine change. 1=Not ready,
2=Measure, 3=Zero, 4=Span, 5=Zero
Hold, 6=Span Hold, 7=Idle
117
rw char[20] CONCUNIT 83 10 Concentration Unit of Measure for
analyte 1
118 rw int16 FLOATFRMT 93 1 Float Format index. 0=comma as
decimal, 1=period as decimal
119 rw uint16 IDATEFRMT 94 1 International date format index.
0=MM\DD\ YYYY, 1=MM- DD -YYYY,
2=DD\MM\ YYYY, 3=DD- MM -YYYY
120 rw char[10] PRESUNIT 95 5 Pressure Unit of Measure, case
sensitive. Valid strings include psi,
psia, inH20, inHg, bar, cmH20,
kg/cm2, kPa, mbar, micron, mmHg,
oz/in2, torr, atm
121
rw char[10] TEMPUNIT 100 5 Temp Unit of Measure, case
sensistive. Valid strings include
degreeC, degreeF, degreeK
122 r uint DATAVALID 105 2 Data Valid. 0=Not Valid, 1=Valid
123
r int16 DMODE 107 1 0=Line- lock mode, 1=Sample,
2=Calib
124 rwf int16 COMPPT 108 1 Pressure and temp compensation.
0=none, 1=pressure, 2=temperature,
3=both
125
r uint SYSALARM1 109 2 Bit - mapped system alarms
126 r uint SYSALARM2 111 2 Bit - mapped system alarms
127 r uint USERALARM 113 2 Bit - mapped system alarms
128 r uint CONCALARM 115 2 Bit mapped concentration alarms
129 r int16 SYSSTATUS 117 1 System Status. 0=Everything ok, Not
0=something is wrong
130 r int16 SYSSTATE 118 1 System State. 100=Not Ready,
201=Measure Run, 502=Idle,
600=diag
131 r uint TOTUPTIME 119 2 Total uptime in seconds
132
r uint UPTIME 121 2 Uptime in seconds
133
r float CELLTEMPD 123 2 Cell temp for display
134
r float ANAOUT1 125 2 Current Output 1
135
rw float ANAOUT1O 127 2 Current Output 1 Offset
136 rw uint16 ANAOUT1P 129 1 Current Output 1 Parameter
137 rw float ANAOUT1S 130 2 Current Output 1 Span
138 rw int16 ANAOUT1T 132 1 Current Output 1 Output Type. 0=4-
20 mode, 1=0 - 20 mode.
If overange enable (ANAOUT1OR =
1)
0 = 3.78 - 20.5, 1 = 0 - 20.5, high or
low values can also be set by fault
value, See Fault option (ANAOUT1F)
139 rw uint16 ANAOUT1OR 133 1 Current Output 1 Over range Enable.
0=disabled, 1=enabled
140 rw uint16 ANAOUT1F 134 1 Current Output 1 Fault Option. 0=No
fault, 1=Low fault, 2=High fault.
If high fault (2):
High end of range becomes 22 mA
Output ratio becomes 1
If low fault (1) AND in 4- 20 mode
(ANAOUT1T = 0):
Low end of range becomes 3 mA
Output ratio bec omes 0.