User manual

Toolbox 32 User Manual 1.47d www.cse-semaphore.com/mykingfisher
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RTU Data - Network Registers
Network Registers are used to store Hardware and Local registers from another RTU. When transferring
data to another RTU, local registers are stored in the destination RTU's network registers and hardware
registers are stored in the destination RTU's network analog or network digital registers. A network register
can also be transferred between RTUs.
Note: network registers, network analog registers or network digital registers that have the same address as
the local RTU refer to the local registers, local analog modules and local digital modules of that RTU.
However, network registers that have the same address as the local RTU will not be updated if used in
ladder logic.
Network Registers
Local registers received from another RTU are stored as network registers. Note: Network Float Registers
and Network Long Registers are pairs of local registers received from another RTU.
#NRrrr.xxxx Network register xxxx [1-2048] for RTU rrr [1-249]
Read/Write
#NRrrr.xxxx.cc Channel cc [1-16] of network register xxxx [1-2048] for RTU rrr [1-249]
Read/Write
Network Analog Registers
Hardware analog inputs or outputs received from another RTU are stored as network analog registers.
#NArrr.ss.c Channel c [1-8] of analog module in slot ss [1-64] for RTU rrr [1-249]
Read/Write*
* Cannot be written if the network analog register has the same address as the local RTU.
Network Digital Register
Hardware digital inputs or outputs received from another RTU are stored as network digital registers
#NDrrr.ss All 16 channels of digital module in slot ss [1-64] for RTU rrr [1-249]
Read/Write*
#NDrrr.ss.cc Channel cc [1-16] of digital module in slot ss [1-64] for RTU rrr [1-249]
Read/Write*
* Cannot be written if the network digital register has the same address as the local RTU.
RTU Data - Timer Registers
Timer Registers are used with the Timer ladder blocks. Note: many standard periodic contacts are available
as system registers ( #YTICK ) for which timer registers are not required. Each timer register can only be
used once in ladder logic.
#Ttt Timer register tt [1-64]. Possible values = 0 to 65535 [16-bit]
Read/Write