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IO-SHSC02 Internal I/O Table

InputChannelName of SignalOutputChannelName of Signal
Xn.0CH1DPRAM ACK SignalYn.0CH1Requesting to Reset Coincidence Signal 1
Xn.1CH1Counted Value GreaterYn.1CH1Requesting to Preset Enable
Xn.2CH1Counted Value Coincident 1Yn.2CH1Enable Coincidence Output
Xn.3CH1Counted Value Less 1Yn.3CH1Requesting DPRAM
Xn.4CH1Detect Request for Outer PresettingYn.4CH1Enable Count
Xn.5CH1Counted Value Greater 2Yn.5CH1Requesting to Reset Detect Outer Presetting
Xn.6CH1Counted Value Coincident 2Yn.6CH1Requesting to Start Counting
Xn.7CH1Counted Value Less 2Yn.7CH1Requesting to Reset Coincidence Signal 2
Xn.8CH2Counted Value Greater 1Yn.8CH2Requesting to Reset Coincidence Signal 1
Xn.9CH2Counted Value Coincident 1Yn.9CH2Requesting to Preset
Xn.ACH2Counted Value Less 1Yn.ACH2Enable Coincidence Output
Xn.BCH2Detect Request for Outer PresettingYn.BCH2Requesting DPRAM
Xn.CCH2Counted Value Greater 2Yn.CCH2Enable Count
Xn.DCH2Counted Value Coincident 2Yn.DCH2Requesting to Reset Detect Outer Presetting
Xn.ECH2Counted Value Less 2Yn.ECH2Requesting to Start Counting
Xn.FCH2DPRAM ACK SignalYn.FCH2Requesting to Reset Coincidence Signal 2

Input Signals

Channel
1
Channel
2
Signal NameDescription
Xn.0Xn.FDPRAM ACK– This is a response to request DPRAM (Yn.3/Yn.B).
– When the contents of DPRAM are set to the module, this is set.
Xn.1Xn.8Counted Value Greater 1– If the current value is greater than the set coincidence comparison value 1, this is on.
Xn.2Xn.9Counted Value Coincident 1– If the current value is equal to the set coincidence comparison value 1, this is on.
Xn.3Xn.ACounted Value Less 1– If the current value is less than the set coincidence comparison value 1, this is on.
Xn.4Xn.BDetect Request for Outer Presetting– When the signal to preset is detected from the outer input terminal, this is set and latched.
– If the request to reset detect outer presetting (Yn.5/Yn.D) is set, this is reset.
Xn.5Xn.CCounted Value Greater 2– If the current value is greater than the set coincidence comparison value 2, this is on.
Xn.6Xn.DCounted Value Coincident 2– If the current value is equal to the set coincidence comparison value 2, this is on.
Xn.7Xn.ECounted Value Less 2– If the current value is less than the set coincidence comparison value 2, this is on.

Output Signals

Channel
1
Channel
2
Signal NameDescription
Yn.0Yn.8Requesting to Reset Coincidence Signal 1– When set, this will reset Counted Value Coincident 1.
Yn.1Yn.9Requesting to Preset– When triggered, this will turn on the preset.
Yn.2Yn.AEnable Coincidence Output– When set, this will output Counted Value Coincident 1 and Counted Value Coincident 2 to the outer terminal.
Yn.3Yn.BRequest DPRAM– When triggered, DPRAM will become available.
Yn.4Yn.CEnable Count– When set, counting will be enabled.
Yn.5Yn.DRequesting to Reset Detect Outer Presetting– When triggered, the latch or sampling counting function begin.
Yn.6Yn.ERequesting to Start Counting– When set, counting or periodic pulse counting are disabled.
Yn.7Yn.FRequesting to Reset Coincidence Signal 2– When set, this will reset Counted Value Coincident 2.

IO-SHSC02 Allocation Example

The IO-SHSC02 is allocated one WORD of X (Xn.0 ~ Xn.F) and one WORD of Y (Yn.0 ~ Yn.F).

n is a number representing the IO-SHSC02‘s position within the chassis.

HSC Expansion Module Setup Card Properties in MapleLogic

To access the X memory registers for this IO-SHSC02 example, the X value range is X2.0 ~ X2.F.
To access the Y memory registers for this IO-SHSC02 example, the Y value range is Y2.0 ~ Y2.F.