User manual

Toolbox 32 User Manual 1.47d www.cse-semaphore.com/mykingfisher

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Debounce Filters: (None, 1ms, 3ms, 10ms, 30ms, 100ms, 250ms and AC Filter) These software debounce

filters are grouped into configurable filters for channels 1-4, 5-8, 9-12, and 13-16. If a software debounce

filter is selected, the logical input in the digital input register will not change to a new state until the actual

input has been at the new state continuously for the specified filter time. Note: the sample time for the

software debounce filters is in excess of 10 kHz (< 0.1ms between samples). If debounce filtering is

selected, this will limit the accuracy of SOE recording on that input channel. AC Filter is used when

connecting AC inputs to the DI-10 module.

Counter Inputs: (None, Freq count, Pulse count or Quad count) The DI-10 has 7 counters that can be

configured to count pulses from any of its input channels. Quadrature counting works on pairs of input

channels. Channel pairs are 1&2, 3&4, 5&6, 7&8, 9&10, 11&12, 13&14 and 15&16. So selecting Quad Count

on channel 1 will actually work with quadrature on channels 1 and 2. Selecting Quad Count on channel 2 will

also work with quadrature on channels 1 and 2, but will reverse the phase of the inputs. The same applies to

the other channel pairs used for quadrature inputs.

Sequence-Of-Events Logs:

User Type: (1-31) Used to group similar types of logs. For example, analog inputs could be type 1, digital

status signals type 2, digital alarm signals type 3 and so on. Logs of one user type can then be uploaded

instead of having to upload all the event logs.

Priority: (0-7) Allows separation of logs within each User Type category.

Mapping, Base Reg: (NONE, KF or DNP3) The register name to log when saving the SOE logs. Note: the

local registers themselves are not updated with the state of the DI-10 inputs.

NONE: SOE logs are logged as hardware register channels (#DIss.cc). Eg. a SOE log for channel 3 of a DI-

10 module in slot 5 would be logged as #DI5.3.

KF: SOE logs are logged as local register bits. The 16 digital inputs are mapped to the 16 register bits of the

local register configured in Base Reg (if blank, #R1 is used). Eg. if Base Reg = #R100, channel 3 would be

logged as #R100.3.

DNP3: SOE logs are logged as local registers. The 16 digital inputs are mapped to 16 consecutive local

registers starting at the specified Base Reg (if blank, #R1 is used) in DNP3 format. Bit 1 (of 16) in each local

= #R1025 (first DNP digital input by default), channel 3 would be logged as #R1027. When the digital input is

ON, a value of 129 is logged; when the digital input is OFF, a value of 1 is logged.

ON Status Reg, OFF Status Reg: (Blank or #R1 to #R2048) Allows fast rising edge transitions (ON Status

Reg) or falling edge transitions (OFF Status Reg) to be detected. When a DI-10 input changes, the

corresponding channel in the status register is set ON. These channels can be used to detect momentary

alarms that would be missed by ladder logic. Notes:

• The status register channel must be reset using ladder logic (it is not reset by the DI-10).

• The same local register can be specified for both the ON and OFF Status Reg. A channel will then be set

if there is a change of state of the DI-10 input.

• ON and OFF Status registers will only work for channels that have sequence of events enabled (the

channels are triggered from the SOE logs).