ascon Q2 IO-MB/DI-16LV, User Manual

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Standard Inputs
Digital Inputs Name Access Notes
1 DI-1 R
… … R Image of every physical input state
16 DI-16 R
Latched Inputs
Digital Outputs Name Access Notes
101 Latched DI-1 R/W Reading: Image of physical Inputs,
… … R/W staticised on the leading edge 0-1 (latch)
116 Latched DI-16 R/W Writing: Writing “0” resets the single latch
Local Values
Output Registers Name Access Notes
While in Loopback state the 0...15 bits of this
301 LocalV R/W register are transferred to 1..16 digital
inputs.
bit 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0
Channel 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1
MODBUS Map summary (with default values)
Module Identity Registers
Output Registers Name Access Notes
121 ManuCode R Manufacturer Code
122 ProdCode-1 R Product Code # 1
123 ProdCode-2 R Product Code # 2
124 RelCode-1 R Hardware Release Code
125 RelCode-2 R Software Release Code
126 SpecialCode R Special Product Code
127 ProdCode-3 R Product Code # 3
User defined Registers
Output Registers Name Access Notes
189 Usr#1 R/W User Defined Register # 1 (retentive)
190 Usr#2 R/W User Defined Register # 2 (retentive)
… … … ...
198 Usr#10 R/W User Defined Register # 10 (retentive)
Module parameters
Modbus Module Name Access Description default
address digital I/O (hex)
0 1 DI-1 R Input 1 0
… ... … R Input n 0
15 16 DI-16 R Input 16 0
100 101 Latched DI-1 R/W Latched Input 1 0
… ... … R/W Latched Input n 0
115 116 Latched DI-16 R/W Latched Input 16 0
396 397 Parity R/W 0 : Parity Disabled; 1 : Parity Enabled 0
397 398 EvenOdd R/W 0 : Parity Even; 1 : Parity Odd 0
Modbus Module Name Access Description default
address registers (hex)
120 121 ManuCode R Manufacturer Code 0258
121 122 ProdCode-1 R Product Code # 1 3136
122 123 ProdCode-2 R Product Code # 2 4C56
123 124 RelCode-1 R Hardware Release Code
124 125 RelCode-2 R Software Release Code
125 126 SpecialCode R Special Product Code
126 127 ProdCode-3 R Product Code # 3 4449
188 189 Usr#1 R/W User Defined Register # 1 FFFF
189 190 Usr#2 R/W User Defined Register # 2 FFFF
... … Usr#n R/W User Defined Register # n FFFF
197 198 Usr#10 R/W User Defined Register # 10 FFFF
300 301 LocalV R/W Local values 1...16 0000
397 398 Ch_LO R/W Channel Number 16-1 selection 0000
398 399 ModuleCom R/W Module Command Register 0000
399 400 StackCom R/W Modbus Stack Command Register 0000
800 801 NodeA R/W Node Address Register 00F7
801 802 BaudR R/W Baud Rate Register 0004
Reference documents
Warranty: 3 years excluding defects due to improper use
The user should refer to the following list of documents:
[1] MODBUS.ORG: MODBUS Application Protocol Specification V1.1a, June 2004
Accessories, Spare Parts and Warranty
Power Supply 45W 24Vdc 2A AP-S2/AL-DR45-24
Power Supply 120W 24Vdc 5A AP-S2/AL-DR120-24
Additional Terminal Block 2x11 AP-S2/TB-211-1
Female Plug 11 Screw clamp AP-S2/SPINA-V11
Female Plug 11 Spring clamp AP-S2/SPINA-M11
RJ45 terminated cable 14cm AP-S2/LOCAL-BUS76
RJ45 terminated cable 22cm AP-S2/LOCAL-BUS152
Termination Adapter AP-S2/TERM-CAN
This module allows parameters to be saved in a non volatile memory. In order
to avoid storing configuration data parameters (registers 801...1000) by mista-
ke, storage is only executed when a specific signature is written to the appro-
priate register. The signature is “ST”.
Similarly, the default values of parameters are restored. On receipt of the correct
signature in the appropriate register, the device restores the default parameters.
The signature is “RS”.
The new configuration becomes active after a reset, i.e. after a “Power Down”
or a reset command (signature “RT”). See Register 400.
es. Node address change by serial communications:
1. Write the new address in register 801 (NodeA). - Write value.
2. Write 0x5354 (ASCII code “ST”) to register 400. - Store value.
3. Write 0x5254 (ASCII code “RT”) to register 400. - Cold reset.
The retentive device management data (registers 401... 800) are immediately
valid after writing. To maintain the values after a power OFF/ON cyle, the
command Store (“ST”) must be executed.
Parameter Store/Restore
Three way isolation diagram
2500Vp
Power supply
Serial
bus
Logic
Input
channels
1 - 16
800Vp
A
W
ARNING
The data written at retentive and configuration registers are stored in EEPROM (see “Address
Map organisation” paragraph for details). This type of memory has a limited number of writing
cycles. Also if this number is very high (about 100000 cycles), this limit can be easily reached
if the storing process is forced through a serial communications line. Please check that the
storing procedure of these registers is not performed automatically.
DI-16LV-uso-e 3-02-2009 10:43 Pagina 3