chhaapptteerr counter - automationdirect · 2-6 digital counter / timer / tach user manual, 1st ed....

In This Chapter...

Display, Indicators and Keys . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2-2

Getting Started . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2-3

Counter Functions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2-51-Stage Counting Up . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2-51-Stage Counting Down . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2-91-Stage Counting UP/Command Counting Down (UdA) . . . . . . . . . . . . . . . . . . . .2-131-Stage Counting UP/Counting Down (UdB) . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2-181-Stage Counting Quadrature (UdC) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2-232-Stage Counting UP . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2-282-Stage Counting Down . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2-332-Stage Counting UP/Command Counting Down (UdA) . . . . . . . . . . . . . . . . . . . .2-382-Stage Counting UP/Counting Down (UdB) . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2-452-Stage Counting Quadrature (UdC) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2-52Batch Counting UP . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2-59Batch Counting Down . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2-64Batch Counting UP/Command Counting Down (UdA) . . . . . . . . . . . . . . . . . . . . .2-69Batch Counting UP/Counting Down (UdB) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2-75Batch Counting Quadrature (UdC) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2-81Total Counting UP . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2-87Total Counting Down . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2-92Total Counting UP/Command Counting Down (UdA) . . . . . . . . . . . . . . . . . . . . . .2-97Total Counting UP/Counting Down (UdB) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2-103Total Counting Quadrature (UdC) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2-109Dual Counting Addition . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2-115Dual Counting Subtraction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2-120

COUNTERCHAPTERCHAPTERCHAPTER

222222

w w w . a u t o m a t i o n d i r e c t . c o m 2-1Digital Counter / Timer / Tach User Manual, 1st Ed.

Digital Counter / Timer / Tach User Manual, 1st Ed. 1 - 8 0 0 - 6 3 3 - 0 4 0 52-2

Reset 2 indicatorReset 1 indicator

Key protect 2 indicator

Output 2 indicator

Key protect 1 indicator

Output 1 indicator

Special function indicator

Lock keyReset key

Mode and number shift key

PV(Present Value) display

SV(Set Value) display

Counter function indicator

Up/Down key

CTT AUTOMATIONDIRECT .com

Display, Indicators and Keys

LCD Display and IndicatorsRST 1/2 Light on when reset signal is detected BATCH “Batch Counting Mode” in Counter

K/P 1/2 Light on when key-protected mode is enabled SET 1 2 SV1, SV2 display

OUT 1/2 Light on when output is executingCNT Light on in Counter function

TOTAL “Total Counting Mode” in Counter function

Key Operation, . Increase and decrease SV or change paramter settings

´ Left move 1 digit of the selected digit. The indicator of the selected digit will flash.

Ä Save the set parameters or switch among functions.

LOCKPrevent settings from being changed. Key-protected mode still works after the power is switched off. Press LOCK to enter key-protected mode. In non-key-protectedstatus, press LOCK to enter Lock 1, press LOCK again to enter Lock 2. Press Ä and ´ at the same time to disable key-protected mode. LoC1 (Lock 1) dis-ables the functions of all keys. LoC2 (Lock 2) allows users to change SV and functions of RESET remain. LOCK only functions in non-key-protected status.

RESET Clear and reset PV.

Modes: Operation Mode and Configuration Mode

OperationWhen the power is on, the timer/counter/tachometer is in the operation mode. Press ,. to change SV, or ´ to select digit to change. The indicator of theselected digit will flash. After the change is made, press Ä to save the setting. If SV or paramters are not changed, press Ä once to switch between SET1 andSET2.

Configuration Press Ä in operation mode for more than 3 seconds to enter configuration mode. Press Ä once to switch among parameters. To return to operation mode, pressÄ for more than 3 seconds.

Digital Counter / Timer / Tach User Manual, 1st Ed. 2-3w w w . a u t o m a t i o n d i r e c t . c o m

Getting Started with Counters

Step 1: Determine Required Counter Function

Counter Functions1-Stage Counting (StA6E 1)

A single count setting value SV is available in 1-Stage Counting. Both Outputs 1 and 2 operate concurrently and willturn ON momentarily or will be maintained ON depending on the Output Mode selected.

2-Stage Counting (StA6E 2)

In 2-Stage Counting, count setting value SV1 controls Output 1 and count setting value SV2 controls Output 2.Outputs will turn ON momentarily or will be maintained ON depending on the output mode selected.

Batch Counting (bAtCH)

In Batch Counting, count setting value SV controls Output 2 which will turn ON momentarily or will be maintainedON depending on the output mode selected. Count setting value BATCH SV controls Output 1which will be main-tained ON.

Total Counting (totAL)

A single count setting value SV is available in Total Counting. Both Outputs 1 and 2 operate concurrently and willturn ON momentarily or will be maintained ON depending on the Output Mode selected.

Dual Counting (dUAL)

A single count setting value SV is available in Dual Counting. Both Outputs 1 and 2 operate concurrently and willturn ON momentarily or will be maintained ON depending on the Output Mode selected.

Step 2: Determine Required Counter Input Mode

Counter Input Modes:Counting Up (UP)*

With the input signal OFF at input CP2, each leading edge of the input signal at CP1 will increment the countpresent value PV by 1. Turning ON the input signal at CP2, will prohibit the input signal at CP1 from incrementingthe PV.

With the input signal ON at input CP1, each trailing edge of the input signal at CP2 will increment the count presentvalue PV by 1. Turning OFF the input signal at CP1, will prohibit the input signal at CP2 from incrementing thePV.

Counting Down (down)*

With the input signal OFF at input CP2, each leading edge of the input signal at CP1 will decrement the countpresent value PV by 1. Turning ON the input signal at CP2, will prohibit the input signal at CP1 from decrementingthe PV.

With the input signal ON at input CP1, each trailing edge of the input signal at CP2 will decrement the countpresent value PV by 1. Turning OFF the input signal at CP1, will prohibit the input signal at CP2 from decrementingthe PV.

Counting Up / Command Counting Down (Ud A)*

With the input signal OFF at input CP2, each leading edge of the input signal at CP1 will increment the countpresent value PV by 1.

With the input signal ON at input CP2, each leading edge of the input signal at CP1 will decrement the countpresent value PV by 1.

Counting Up / Counting Down (Ud b)*

Each leading edge of the input signal at CP1 will increment the count present value PV by 1.

Each leading edge of the input signal at CP2 will decrement the count present value PV by 1.


Quadrature (Ud C)*

When the quadrature input signal at CP1 changes before the input signal at CP2, the trailing edge of CP2 will incre-ment the count present value PV by 1.

When the quadrature input signal at CP2 changes before the input signal at CP1, the leading edge of CP2 will decre-ment the count present value PV by 1.

Addition (Add)**



Subtraction (SUb)**



*Available only with counter functions 1-stage, 2-stage, batch, total

**Available only with counter function dual

Step 3: Determine the Counter Output Mode by Visiting the Page Numbers Shown for Your Desired Counter Function and Input Mode

Counter Output Modes:Counter Function Counter Input Mode Page Number

1-Stage

Counting Up (UP) 2-5

Counting Down (DOWN) 2-9

Counting UP/Command Counting Down (UdA) 2-13

Counting UP/Counting Down (UdB) 2-18

Counting Quadrature (UdC) 2-23

2-Stage






Batch






Total






DualAddition (Add) 2-115

Subtraction (SUB) 2-120

Click on the above thumbnail or go to https://www.automationdirect.com/VID-RL-0004 for a short Counter demo video.

Click on the above thumbnail or go to https://www.automationdirect.com/VID-RL-0003 for a Counter Set-up video.

https://www.automationdirect.com/VID-RL-0004

https://www.automationdirect.com/VID-RL-0003

http://www.automationdirect.com/VID-RL-0004

http://www.automationdirect.com/VID-RL-0003



A single count setting value SV is available in 1-Stage Counting. Both Outputs 1 and 2 operate concurrently and willturn ON momentarily for the time set in the output pulse width parameter (tout2) or will be maintained ONdepending on the Output Mode selected.

CTT Counter Functions1-Stage Counting (StA6E 1)

Counting Up (UP)

Counting Up (UP)With the input signal OFF at input CP2, each leading edge of theinput signal at CP1 will increment the count present value PV by 1.Turning ON the input signal at CP2, will prohibit the input signal atCP1 from incrementing the PV.

Input Mode:

Mode F (F)

When the count present value PV counts up to the count settingvalue SV, both outputs 1 and 2 will turn ON. The count PVwill continue to increment with each input signal.

The leading edge of a “reset” input signal at RST1 will turnOFF both outputs, reset the count PV to 0, and prohibit aninput signal from incrementing the count PV. The trailing edgeof the “reset” signal at RST1 enables counting to begin.

The "reset" signal minimum pulse width is set by reset pulsewidth parameter ( rtSr ) or DIP Switch 8.

Output Modes:

Mode N (n)

When the count present value PV counts up to the count settingvalue SV, both outputs 1 and 2 will turn ON. The count PVwill remain at the count SV regardless of additional inputsignals.



ProhibitA A

01

23

45

HL

HL

0

CP1

CP2

Present Value

CP1: Counter input prohibited CP2: Counter input

Note: has to be larger than width of min. Input signalA

Counting up

ProhibitA A

01

23

4

HL

HL

0

CP1

CP2

Present Value

CP1: Counter input CP2: Counter input prohibited


With the input signal ON at input CP1, each trailing edge of theinput signal at CP2 will increment the count present value PV by 1.Turning OFF the input signal at CP1, will prohibit the input signal atCP2 from incrementing the PV.

999999RESET

SV

OUT2

OUT1

PV

Stage 1Input Mode UPOutput Mode F

0

RESET

999999

SV

PV

OUT2

OUT1

Stage 1Input Mode UPOutput Mode N

0


Mode C (C)

When the count present value PV counts up to the count settingvalue SV, both outputs 1 and 2 will turn ON momentarily for thetime set in the output pulse width parameter (tout2) and thecount PV will reset automatically to 0.

The leading edge of a “reset” input signal at RST1 will turn bothoutputs OFF, reset the count PV to 0 and prohibit an input signalfrom incrementing the count PV. The trailing edge of the “reset”signal at RST1 enables counting to begin.

The "reset" signal minimum pulse width is set by reset pulse widthparameter ( rtSr ) or DIP Switch 8.

Mode R (r)

When the count present value PV counts up to the count settingvalue SV, both outputs 1 and 2 will turn ON momentarily for thetime set in the output pulse width parameter (tout2).

The count PV is prohibited from incrementing until the end of theoutput pulse time (tout2) when the outputs turn OFF and thecount PV is reset automatically to 0. The leading edge of a “reset”input signal at RST1 will turn OFF both outputs, reset the countPV to 0 and prohibit an input signal from incrementing the countPV.

The trailing edge of the “reset” signal at RST1 enables counting tobegin. The "reset" signal minimum pulse width is set by reset pulsewidth parameter ( rtSr ) or DIP Switch 8.

Mode K (k)

When the count present value PV counts up to the count settingvalue SV, both outputs 1 and 2 will turn ON momentarily for thetime set in the output pulse width parameter (tout2). The countPV will continue to increment with each input signal.

The leading edge of a “reset” input signal at RST1 will turn OFFboth outputs, reset the count PV to 0 and prohibit an input signalfrom incrementing the count PV. The trailing edge of the “reset”signal at RST1 enables counting to begin.


Mode P (P)

When the count present value PV counts up to the count settingvalue SV, both outputs 1 and 2 will turn ON momentarily for thetime set in the output pulse width parameter (tout2). The countPV display is prohibited from incrementing until the end of theoutput pulse time, when both outputs turn OFF and the count PVis reset automatically to 0 and any input signals that occurred duringthe output pulse time.

The leading edge of a “reset” input signal at RST1 will turn OFFboth outputs, reset the count PV to 0 and prohibit an input signalfrom incrementing the count PV.

The trailing edge of the “reset” signal at RST1 enables counting tobegin. The "reset" signal minimum pulse width is set by reset pulsewidth parameter ( rtSr ) or DIP Switch 8.

RESET

999999

SV

PV

OUT2

OUT1

T T T

Stage 1Input Mode UPOutput Mode C

TTT

0

RESET

999999

SV

PV

OUT2

OUT1

T T

Stage 1Input Mode UPOutput Mode R

T T

0

RESET

999999

SV

PV

OUT2

OUT1

T

T T

T

Stage 1Input Mode UPOutput Mode K

0

RESET

999999

SV

PV

OUT2

OUT1

TT

Stage 1Input Mode UPOutput Mode P

TT

0


Mode Q (q)

When the count present value PV counts up to the count settingvalue SV, both outputs 1 and 2 will turn ON momentarily for thetime set in the output pulse width parameter (tout2). The countPV will continue to increment with each input signal until the endof the output pulse time, when the outputs turn OFF and the countPV is reset automatically to 0.



Mode A (A)

When the count present value PV counts up to the count settingvalue SV, both outputs 1 and 2 will turn ON momentarily for thetime set in the output pulse width parameter (tout2). The countPV will remain at the count SV regardless of additional inputsignals.



Output Mode - Table 2Switch 3 Switch 4 Output Mode

OFF OFF F

ON OFF N

OFF ON C

ON ON R

Dip Switch Settings - Table 1Switch Function Off On

1 Dip switch Disabled Enabled

2 Counting mode Counting up Counting down

3Output mode See Output Mode Table - Table 2

4

5 Counting speed 30cps 10Kps

6 Reserved - -

7 Input signal NPN PNP

8 Reset signalpulse width 20 ms 1 ms

Outputs

Load

Load

OUT1NPN/

SINKING

OUT2SPDT

Load

OUT1SPST

0V CP1CP2/ GATE (Pause)

+12V RST1RST2/ START

CP2 Input

CP1 Input

Reset

0V CP1


Reset

0V CP1


Reset

PNPINPUTS

L-

Load

OUT2NPN/

SINKING

Load

0V CP1


Reset

L-

L+

NPNINPUTS

CP1 Input

CP2 Input

CP2 Input

CP1 Input

CP1 Input

CP2 Input

L+

+VDC 0VDC

Externally Powered

Internally Powered

+VDC 0VDC

Externally Powered

Internally Powered

(Optional)

(Optional)

(Optional) (Optional)

+VDC

0VDC +VDC

0VDC

109

3211514

10

15

876

131211

876

131211

876

131211

321

876

131211

Counter Wiring Examples

CP2/ GATE (Pause)

CP2/ GATE (Pause)

CP2/ GATE (Pause)

RESET

999999

SV

PV

OUT2

OUT1

TT

TT

Stage 1Input Mode UPOutput Mode Q

0

RESET

999999

SV

PV

OUT2

OUT1

T T

T T

Stage 1Input Mode UPOutput Mode A

0

DIP Switch Set Up of the CTT Parameters:


Keypad set up of the parameters for 1-Stage Counting:

Select functions: There are 4 modes in CTT, (left to right) timer, counter, tachometer and timer + counter.

–FunC Cont taCh –mixtime

Select counter functions: 1-stage counting, 2-stage counting, batch counting, total counting, dual counting.Ä

CntFun sta6e1 sta6e2 batCh total dual

C–inPt ––UP down ud–a ud–b ud–C

Select input modes: counting up, counting down,counting up/command counting down,counting up/counting down, quadrature input.

C–otmd F n C r k p

q a s t d

Select output modes: CTT offer 11 output modes, among which mode S, T and D are only valid with input modesUd_A, Ud_b and Ud_C.

Select counting speed: Maximum 10Kcps; others 5K, 1K, 200, 30 and 1cps.

C–Sped –10k ––5k ––1k –200 ––30

t–out1

Pulse width of output 1: The default output time is 0.02 second. When the parameter is set to 0.00 second, the output status will be maintained ON.

–––1

–002 –000

t–out2

Pulse width of output 2: This paramter is adjustable according to different output modes selected. If the output mode is C,the default output time will be 0.02 second, When the parameter is set to 0.00 second, the output status will be maintained ON.

–002 –000

–point

Set up the position of decimal point: 0 (no decimal point), 1 (one digit after decimal point), 2 (two digits after decimalpoint), 3 (three digits after decimal point).

0 1 2 3

psCale 1000

Set up pre-scale value: 1.000 (default 1:1) Range: 0.001 to 99.999

–pwers

Save the data while switching off the power: When SAVE is selected, the PV will be saved; when CLEAR is selected,the PV will not be saved.

Clear save

–rtsr

Set up minimum width of reset signal: Default = 20ms; 1ms is also selectable

––20 –––1

inptlC

Select input signal types: NPN and PNP

–npn –pnp

Back to Top

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

or

or or or or

or or or or or

or or or or or

or

or

or

or

or or or or

or or or

oror or or or

or or

or or

or or or

or

or or

or or

or or

Ä

To enter the page for parameter setting of the counter, press Ä for the main menu for more than 3 seconds. Afterthe setup is completed, press Ä for more than 3 seconds under any of the parameter page you are in and returnto the main menu.

Used to convert the displayed PV into engineering unit, such as RPM, inches, millimeters, feet perminute etc. See Tachometer Examples in Chapter 6





Counting Down (down)


With the input signal OFF at input CP2, each leading edge of theinput signal at CP1 will decrement the count present value PV by 1.Turning ON the input signal at CP2, will prohibit the input signal atCP1 from decrementing the PV.

Input Mode:

Mode F (F)

When the count present value PV counts down to 0 bothoutputs 1 and 2 will turn ON. The count PV will continue todecrement with each input signal.

The leading edge of a “reset” input signal at RST1 will turnOFF both outputs, reset the count PV to the count setting valueSV, and prohibit an input signal from decrementing the countPV. The trailing edge of the “reset” signal at RST1 enablescounting to begin.


Output Modes:

Mode N (n)When the count present value PV counts down to 0 bothoutputs 1 and 2 will turn ON. The count PV will remain at 0regardless of additional input signals.

The leading edge of a “reset” input signal at RST1 will turnOFF both outputs, reset the count PV to the count setting valueSV, and prohibit an input signal from decrementing the countPV. The trailing edge of the “reset” signal at RST1 enablescounting to begin.


AProhibit

A

nn-1

n-2n-3

n-4n-5

HL

HL

CP1

CP2

0

Present Value



Counting down

ProhibitAA

n

n-2n-1

n-4n-3

HLCP1

CP2

Present Value

0

HL



With the input signal ON at input CP1, each trailing edge of theinput signal at CP2 will decrement the count present value PV by 1.Turning OFF the input signal at CP1, will prohibit the input signal atCP2 from decrementing the PV.

999999

RESET

SV

OUT2

OUT1

PV

Stage 1Input Mode DOWN

Output Mode F

0


Output Mode N

RESET

999999

SV

PV

OUT2

OUT1

0


Mode C (C)

When the count present value PV counts down to 0 both outputs 1and 2 will turn ON momentarily for the time set in the output pulsewidth parameter (tout2) and the count PV will reset automaticallyto the count setting value SV.

The leading edge of a “reset” input signal at RST1 will turn OFFboth outputs, reset the count PV to the count SV and prohibit aninput signal from decrementing the count PV. The trailing edge ofthe “reset” signal at RST1 enables counting to begin.


Mode R (r)

When the count present value PV counts down to 0 both outputs 1and 2 will turn ON momentarily for the time set in the output pulsewidth parameter (tout2). The count PV is prohibited from decre-menting until the end of the output pulse time (tout2) when theoutputs turn OFF and the count PV is reset automatically to thecount setting value SV.



Mode K (k)

When the count present value PV counts down to 0 both outputs 1and 2 will turn ON momentarily for the time set in the outputpulse width parameter (tout2). The count PV will continue todecrement with each input signal.

The leading edge of a “reset” input signal at RST1 will turn OFFboth outputs, reset the count PV to the count setting value SV andprohibit an input signal from decrementing the count PV. Thetrailing edge of the “reset” signal at RST1 enables counting to begin.


Mode P (P)

When the count present value PV counts down to 0 both outputs 1and 2 will turn ON momentarily for the time set in the outputpulse width parameter (tout2). The count PV display is prohibitedfrom decrementing until the end of the output pulse time whenboth outputs turn OFF and the count PV is reset automatically tothe count setting value SV and any input signals that occurredduring the output pulse time.



TTT

RESET

999999

SV

PV

OUT2

OUT1


Output Mode C

TTT

0

T T


Output Mode R

RESET

999999

SV

PV

OUT2

OUT1

T T

0

T T

RESET

999999

SV

PV

OUT2

OUT1


Output Mode K

T T

0

TT


Output Mode P

RESET

999999

SV

PV

OUT2

OUT1

TT

0


Mode Q (q)

When the count present value PV counts down to 0 both outputs 1and 2 will turn ON momentarily for the time set in the output pulsewidth parameter (tout2). The count PV will continue to decre-ment with each input signal until the end of the output pulse timewhen the outputs turn OFF and the count PV is reset automaticallyto the count setting value SV.



Mode A (A)

When the count present value PV counts down to 0 both outputs 1and 2 will turn ON momentarily for the time set in the outputpulse width parameter (tout2). The count PV will remain at 0regardless of additional input signals.

The leading edge of a “reset” input signal at RST1 will turn OFFboth outputs, reset the count PV to the count setting value SV andprohibit an input signal from decrementing the count PV. Thetrailing edge of the “reset” signal at RST1 enables counting to begin.


Outputs

Load

Load

OUT1NPN/

SINKING

OUT2SPDT

Load

OUT1SPST



CP2 Input

CP1 Input

Reset

0V CP1


Reset

0V CP1


Reset

PNPINPUTS

L-

Load

OUT2NPN/

SINKING

Load

0V CP1


Reset

L-

L+

NPNINPUTS

CP1 Input

CP2 Input

CP2 Input

CP1 Input

CP1 Input

CP2 Input

L+

+VDC 0VDC

Externally Powered

Internally Powered

+VDC 0VDC

Externally Powered

Internally Powered

(Optional)

(Optional)


+VDC

0VDC +VDC

0VDC

109

3211514

10

15

876

131211

876

131211

876

131211

321

876

131211


CP2/ GATE (Pause)

CP2/ GATE (Pause)

CP2/ GATE (Pause)

TT

RESET

999999

SV

PV

OUT2

OUT1

TT


Output Mode Q

0

T T

RESET

999999

SV

PV

OUT2

OUT1


Output Mode A

T T

0


OFF OFF F

ON OFF N

OFF ON C

ON ON R





4


6 Reserved - -









Select input modes: counting up, counting down,counting up/command counting down, counting up/counting down, quadrature input.


q a s t d



C–Sped –10k ––5k ––1k –200 ––30

t–out1


–––1

–002 –000

t–out2


–002 –000

–point


0 1 2 3

psCale 1000


–pwers


Clear save

–rtsr


––20 –––1

inptlC


–npn –pnp

Back to Top


or

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

or or or or

or or or or or

ororororor

or or or or or or

or or or or or or

or or or or or or

or or

or or

or or or or

or

or

or

or

or

or








Counting Up / Command Counting Down (UdA)

Counting Up / Command Counting Down (Ud A)

With the input signal OFF at input CP2, each leading edge of the input signal at CP1 will increment thecount present value PV by 1.

Input Mode:

Mode F (F)

When the count present value PV counts up to the count settingvalue SV, both outputs 1 and 2 will turn ON. The count PVwill continue to increment or decrement with each input signal.

The leading edge of a “reset” input signal at RST1 will turnOFF both outputs, reset the count PV to 0, and prohibit aninput signal from incrementing or decrementing the count PV.The trailing edge of the “reset” signal at RST1 enables countingto begin.


Output Modes:

Mode N (n)




With the input signal ON at input CP2, each leading edge of the input signal at CP1 will decrement thecount present value PV by 1.

999999RESET

SV

OUT2

OUT1

PV

Stage 1Input Mode UdAOutput Mode F

0

Stage 1Input Mode UdAOutput Mode N

RESET

999999

SV

PV

OUT2

OUT1

0

Counting up/command counting down


Mode C (C)

When the count present value PV counts up to the count setting valueSV, both outputs 1 and 2 will turn ON momentarily for the time setin the output pulse width parameter (tout2) and the count PV willreset automatically to 0.

The leading edge of a “reset” input signal at RST1 will turn bothoutputs OFF, reset the count PV to 0 and prohibit an input signal fromincrementing or decrementing the count PV. The trailing edge of the“reset” signal at RST1 enables counting to begin.


Mode R (r)

When the count present value PV counts up to the count setting valueSV, both outputs 1 and 2 will turn ON momentarily for the time set inthe output pulse width parameter (tout2). The count PV is prohibitedfrom incrementing or decrementing until the end of the output pulsetime (tout2) when the outputs turn OFF and the count PV is resetautomatically to 0.

The leading edge of a “reset” input signal at RST1 will turn OFF bothoutputs, reset the count PV to 0 and prohibit an input signal fromincrementing or decrementing the count PV. The trailing edge of the“reset” signal at RST1 enables counting to begin.


Mode K (k)

When the count present value PV counts up or counts down to thecount setting value SV, both outputs 1 and 2 will turn ON momen-tarily for the time set in the output pulse width parameter (tout2).The count PV will continue to increment or decrement with eachinput signal.



TT

RESET

999999

SV

PV

OUT2

OUT1

Stage 1Input Mode UdAOutput Mode C

TT

0

T

T T

T

Stage 1Input Mode UdAOutput Mode R

RESET

999999

SV

PV

OUT2

OUT1

0

RESET

999999

SV

PV

OUT2

OUT1

Stage 1Input Mode UdAOutput Mode K

TT

T T

T

T

0

T T

T

Stage 1Input Mode UdAOutput Mode P

RESET

999999

SV

PV

OUT2

OUT1

T

0

Mode P (P)

When the count present value PV counts up to the count setting valueSV, both outputs 1 and 2 will turn ON momentarily for the time set inthe output pulse width parameter (tout2). The count PV display isprohibited from incrementing or decrementing until the end of theoutput pulse time when both outputs turn OFF and the count PV isreset automatically to 0 and any input signals that occurred during theoutput pulse time.

The leading edge of a “reset” signal at RST1 will turn OFF bothoutputs, reset the count PV to 0 and prohibit an input signal fromincrementing or decrementing the count PV. The trailing edge of the“reset” signal at RST1 enables counting to begin.



Mode Q (q)

When the count present value PV counts up to the count settingvalue SV, both outputs 1 and 2 will turn ON momentarily for thetime set in the output pulse width parameter (tout2). The countPV will continue to increment or decrement with each input signaluntil the end of the output pulse time when the outputs turn OFFand the count PV is reset automatically to 0.

The leading edge of a “reset” input signal at RST1 will turn OFFboth outputs, reset the count PV to 0 and prohibit an input signalfrom incrementing or decrementing the count PV. The trailing edgeof the “reset” signal at RST1 enables counting to begin.


Mode A (A)




T T

RESET

999999

SV

PV

OUT2

OUT1

T T

Stage 1Input Mode UdAOutput Mode Q

0

T T

RESET

999999

SV

PV

OUT2

OUT1

T T

Stage 1Input Mode UdAOutput Mode A

0

Mode S (S) and Mode T (t)

When the count present value PV counts up to the count setting value SV both outputs 1 and 2 will turn ON.When the count PV counts down to the count SV, both outputs 1 and 2 will turn OFF. The count PV willcontinue to increment or decrement with each input signal.

The leading edge of a “reset” input signal at RST1 will turn OFF both outputs, reset the count PV to 0, andprohibit an input signal from incrementing or decrementing the count PV. The trailing edge of the “reset” signalat RST1 enables counting to begin.

The "reset" signal minimum pulse width is set by reset pulse width parameter ( rtSr ) or DIP Switch 8.

RESET999999

SV

PV

OUT2

OUT1

Stage 1Input Mode UdA

Output Mode S and T

0


Outputs

Load

Load

OUT1NPN/

SINKING

OUT2SPDT

Load

OUT1SPST



CP2 Input

CP1 Input

Reset

0V CP1


Reset

0V CP1


Reset

PNPINPUTS

L-

Load

OUT2NPN/

SINKING

Load

0V CP1


Reset

L-

L+

NPNINPUTS

CP1 Input

CP2 Input

CP2 Input

CP1 Input

CP1 Input

CP2 Input

L+

+VDC 0VDC

Externally Powered

Internally Powered

+VDC 0VDC

Externally Powered

Internally Powered

(Optional)

(Optional)


+VDC

0VDC +VDC

0VDC

109

3211514

10

15

876

131211

876

131211

876

131211

321

876

131211


CP2/ GATE (Pause)

CP2/ GATE (Pause)

CP2/ GATE (Pause)

Mode D (d)

When the count present value PV counts up or counts down to the count setting value SV both outputs 1 and2 will turn ON momentarily for the time set in the output pulse width parameter (tout2). The count PV willcontinue to increment or decrement with each input signal.



RESET

999999

SV

PV

OUT2

OUT1

Stage 1Input Mode UdAOutput Mode D

T

T

T

T

T

T

0


OFF OFF F

ON OFF N

OFF ON C

ON ON R





4


6 Reserved - -









Select input modes: counting up, counting down, counting up/command counting down, counting up/counting down, quadrature input.


q a s t d



C–Sped –10k ––5k ––1k –200 ––30

t–out1


–––1

–002 –000

t–out2


–002 –000

–point


0 1 2 3

psCale 1000


–pwers


Clear save

–rtsr


––20 –––1

inptlC


–npn –pnp

Back to Top


Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

or

or or or or

or or or or or

ororororor

or or or or or or

or or or or or or

or or or or or or

or or

or or

or or or or

or

or

or

or

or

or





1-Stage Counting (StA6E 1)A single count setting value SV is available in 1-Stage Counting. Both Outputs 1 and 2 operate concurrently and willturn ON momentarily for the time set in the output pulse width parameter (tout2) or will be maintained ONdepending on the Output Mode selected.


Counting Up / Counting Down (Udb)

Counting Up / Counting Down (Ud b)

Each leading edge of the input signal at CP1 will increment the count present value (PV) by 1.

Input Mode:

Mode F (F)




Output Modes:

Mode N (n)




Each leading edge of the input signal at CP2 will decrement the count present value (PV) by 1.

999999RESET

SV

OUT2

OUT1

PV

Stage 1Input Mode UdBOutput Mode F

0

Stage 1Input Mode UdBOutput Mode N

RESET

999999

SV

PV

OUT2

OUT1

0

Counting up/down


Mode C (C)




Mode R (r)




Mode K (k)




TT

RESET

999999

SV

PV

OUT2

OUT1

Stage 1Input Mode UdBOutput Mode C

TT

0

T

T T

T

Stage 1Input Mode UdBOutput Mode R

RESET

999999

SV

PV

OUT2

OUT1

0

RESET

999999

SV

PV

OUT2

OUT1

Stage 1Input Mode UdBOutput Mode K

TT

T T

T

T

0

T T

T

Stage 1Input Mode UdBOutput Mode P

RESET

999999

SV

PV

OUT2

OUT1

T

0

Mode P (P)





Mode Q (q)




Mode A (A)




T T

RESET

999999

SV

PV

OUT2

OUT1

T T

Stage 1Input Mode UdBOutput Mode Q

0

T T

RESET

999999

SV

PV

OUT2

OUT1

T T

Stage 1Input Mode UdBOutput Mode A

0





RESET999999

SV

PV

OUT2

OUT1

Stage 1Input Mode UdB

Output Mode S & T

0


Outputs

Load

Load

OUT1NPN/

SINKING

OUT2SPDT

Load

OUT1SPST



CP2 Input

CP1 Input

Reset

0V CP1


Reset

0V CP1


Reset

PNPINPUTS

L-

Load

OUT2NPN/

SINKING

Load

0V CP1


Reset

L-

L+

NPNINPUTS

CP1 Input

CP2 Input

CP2 Input

CP1 Input

CP1 Input

CP2 Input

L+

+VDC 0VDC

Externally Powered

Internally Powered

+VDC 0VDC

Externally Powered

Internally Powered

(Optional)

(Optional)


+VDC

0VDC +VDC

0VDC

109

3211514

10

15

876

131211

876

131211

876

131211

321

876

131211


CP2/ GATE (Pause)

CP2/ GATE (Pause)

CP2/ GATE (Pause)

Mode D (d)

When the count present value PV counts up or counts down to the count setting value SV, both outputs 1 and2 will turn ON momentarily for the time set in the output pulse width parameter (tout2). The count PV willcontinue to increment or decrement with each input signal.



RESET

999999

SV

PV

OUT2

OUT1

Stage 1Input Mode UdBOutput Mode D

T

T

T

T

T

T

0


OFF OFF F

ON OFF N

OFF ON C

ON ON R





4


6 Reserved - -











q a s t d



C–Sped –10k ––5k ––1k –200 ––30

t–out1


–––1

–002 –000

t–out2


–002 –000

–point


0 1 2 3

psCale 1000


–pwers


Clear save

–rtsr


––20 –––1

inptlC


–npn –pnp

Back to Top


Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

or

or or or or

or or or or or

ororororor

or or or or or or

or or or or or or

or or or or or or

or or

or or

or or or or

or

or

or

or

or

or








Quadrature (UdC)

Quadrature (Ud C)

When the quadrature input signal at CP1 changes before the input signal at CP2, the trailing edge of CP2will increment the count present value PV by 1.

Input Mode:

Mode F (F)




Output Modes:

Mode N (n)


The leading edge of “reset” input signal at RST1 will turn OFFboth outputs, reset the count PV to 0, and prohibit an inputsignal from incrementing or decrementing the count PV. Thetrailing edge of the “reset” signal at RST1 enables counting tobegin.

The "reset" signal minimum pulse width is set by reset pulsewidth parameter ( rtSr ) or DIP Switch 8

When the quadrature input signal at CP2 changes before the input signal at CP1, the leading edge of CP2will decrement the count present value PV by 1.

999999RESET

SV

OUT2

OUT1

PV

Stage 1Input Mode UdCOutput Mode F

0

Stage 1Input Mode UdCOutput Mode N

RESET

999999

SV

PV

OUT2

OUT1

0

Quadrature input

B B B B

0

1 12 2

3

HLCP1

CP2

PresentValue

0Note: has to be larger than width of 1/2 min. input signal. B

HL

0


Mode C (C)




Mode R (r)




Mode K (k)




TT

RESET

999999

SV

PV

OUT2

OUT1

Stage 1Input Mode UdCOutput Mode C

TT

0

T

T T

T

Stage 1Input Mode UdCOutput Mode R

RESET

999999

SV

PV

OUT2

OUT1

0

RESET

999999

SV

PV

OUT2

OUT1

Stage 1Input Mode UdCOutput Mode K

TT

T T

T

T

0

T T

T

Stage 1Input Mode UdCOutput Mode P

RESET

999999

SV

PV

OUT2

OUT1

T

0

Mode P (P)





Mode Q (q)




Mode A (A)




T T

RESET

999999

SV

PV

OUT2

OUT1

T T

Stage 1Input Mode UdCOutput Mode Q

0

T T

RESET

999999

SV

PV

OUT2

OUT1

T T

Stage 1Input Mode UdCOutput Mode A

0





RESET999999

SV

PV

OUT2

OUT1

Stage 1Input Mode UdC

Output Mode S & T

0


Outputs

Load

Load

OUT1NPN/

SINKING

OUT2SPDT

Load

OUT1SPST



CP2 Input

CP1 Input

Reset

0V CP1


Reset

0V CP1


Reset

PNPINPUTS

L-

Load

OUT2NPN/

SINKING

Load

0V CP1


Reset

L-

L+

NPNINPUTS

CP1 Input

CP2 Input

CP2 Input

CP1 Input

CP1 Input

CP2 Input

L+

+VDC 0VDC

Externally Powered

Internally Powered

+VDC 0VDC

Externally Powered

Internally Powered

(Optional)

(Optional)


+VDC

0VDC +VDC

0VDC

109

3211514

10

15

876

131211

876

131211

876

131211

321

876

131211


CP2/ GATE (Pause)

CP2/ GATE (Pause)

CP2/ GATE (Pause)

Mode D (d)

When the count present value PV counts up or counts down to the count setting value SV, both outputs 1 and2 will turn ON momentarily for the time set in the output pulse width parameter (tout2). The count PV willcontinue to increment or decrement with each input signal.



RESET

999999

SV

PV

OUT2

OUT1

Stage 1Input Mode UdCOutput Mode D

T

T

T

T

T

T

0


OFF OFF F

ON OFF N

OFF ON C

ON ON R





4


6 Reserved - -











q a s t d



C–Sped –10k ––5k ––1k –200 ––30

t–out1


–––1

–002 –000

t–out2


–002 –000

–point


0 1 2 3

psCale 1000


–pwers


Clear save

–rtsr


––20 –––1

inptlC


–npn –pnp

Back to Top


or

or or or or

or or or or or

ororororor

or or or or or or

or or or or or or

or or or or or or

or or

or or

or or or or

or

or

or

or

or

or

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä






In 2-Stage Counting, count setting value SV1 controls Output 1 and count setting value SV2 controls Output 2.Output 1 will turn ON momentarily for the time set in the output pulse width parameter (tout1) or will be main-tained ON (tout1 set to 0.00). Output 2 will turn ON momentarily for the time set in the output pulse width param-eter (tout2) or will be maintained ON depending on the output mode selected.


Counting Up (UP)

Counting Up (UP)

With the input signal OFF at input CP2, each leading edge ofthe input signal at CP1 will increment the count present valuePV by 1. Turning ON the input signal at CP2, will prohibitthe input signal at CP1 from incrementing the PV.

Input Mode:

Mode F (F)

When the count present value PV counts up to the count settingvalue SV1, Output 1 will turn ON momentarily for the time setin the output pulse width parameter (tout1) or will be main-tained ON if the output pulse width parameter (tout1) is setto 0.00. When the count PV counts up to the count settingvalue SV2, Output 2 will turn ON. The count PV will continueto increment with each input signal.



Output Modes:

With the input signal ON at input CP1, each trailing edge ofthe input signal at CP2 will increment the count present valuePV by 1. Turning OFF the input signal at CP1, will prohibitthe input signal at CP2 from incrementing the PV.

999999

RESET

SV2

SV1

OUT2

OUT1

PV

T1 T1

Stage 2Input Mode UPOutput Mode F

Note: T1 momentary ON time set in outputpulse parameter (tout1), setting tout1=0.00results in output 1 maintained ON.

0

ProhibitA A

01

23

45

HL

HL

0

CP1

CP2

Present Value



Counting up

ProhibitA A

01

23

4

HL

HL

0

CP1

CP2

Present Value




Mode N (n)

When the count present value PV counts up to the count settingvalue SV1, Output 1 will turn ON momentarily for the time setin the output pulse width parameter (tout1) or will be main-tained ON if the output pulse width parameter (tout1) is setto 0.00. When the count PV counts up to the count settingvalue SV2, Output 2 will turn ON. The count PV will remainat the count SV2 regardless of additional input signals.



RESET

999999

SV2

SV1PV

OUT2

OUT1

T1 T1

Stage 2Input Mode UPOutput Mode N


0

Mode C (C)

When the count present value PV counts up to the count settingvalue SV1, Output 1 will turn ON momentarily for the time setin the output pulse width parameter (tout1) or will be main-tained ON if the output pulse width parameter (tout1) is setto 0.00. When the count PV counts up to the count settingvalue SV2, Output 2 will turn ON momentarily for the time setin the output pulse width parameter (tout2) and the count PVwill reset automatically to 0. If Output 1 is ON when Output 2turns OFF, Output 1 will also turn OFF.

The leading edge of a “reset” input signal at RST1 will turnOFF both outputs, reset the count PV to 0 and prohibit aninput signal from incrementing the count PV. The trailing edgeof the “reset” signal at RST1 enables counting to begin.


RESET

999999

SV2

PV

OUT2

OUT1

SV1

T1 T1 T1

T2 T2 T2

Stage 2Input Mode UPOutput Mode C

Note: T1 momentary ON time set in outputpulse parameter (tout1), setting tout1=0.00results in output 1 maintained ON.T2 = Momentary ON time set in output pulseparameter (tout2).

0

Mode R (r)

When the count present value PV counts up to the count settingvalue SV1, Output 1 will turn ON momentarily for the time setin the output pulse width parameter (tout1) or will be main-tained ON if the output pulse width parameter (tout1) is setto 0.00. When the count PV counts up to the count settingvalue SV2, Output 2 will turn ON momentarily for the time setin the output pulse width parameter (tout2). The count PV isprohibited from incrementing until the end of the output pulsetime (tout2) when both outputs turn OFF and the count PVis reset automatically to 0.



RESET

999999

SV2

SV1PV

OUT2

OUT1

T1 T1

T2 T2

Stage 2Input Mode UPOutput Mode R


0


Mode K (k)

When the count present value PV counts up to the count settingvalue SV1, Output 1 will turn ON momentarily for the time setin the output pulse width parameter (tout1) or will be main-tained ON if the output pulse width parameter (tout1) is setto 0.00. When the count PV counts up to the count settingvalue SV2, Output 2 will turn ON momentarily for the time setin the output pulse width parameter (tout2). If Output 1 isON when Output 2 turns OFF, Output 1 will also turn OFF.The count PV will continue to increment with each inputsignal.



RESET

999999

SV1

SV2

PV

OUT2

OUT1

T1 T1

T2 T2

Stage 2Input Mode UPOutput Mode K


0

Mode P (P)When the count present value PV counts up to the count settingvalue SV1, Output 1 will turn ON momentarily for the time setin the output pulse width parameter (tout1) or will be main-tained ON if the output pulse width parameter (tout1) is setto 0.00. When the count PV counts up to the count settingvalue SV2, Output 2 will turn ON momentarily for the time setin the output pulse width parameter (tout2). The count PVdisplay is prohibited from incrementing until the end of theoutput pulse time (tout2) when both outputs turn OFF andthe count PV is reset automatically to 0 and any input signalsthat occurred during the output pulse time. The leading edge of a “reset” input signal at RST1 will turnOFF both outputs, reset the count PV to 0 and prohibit aninput signal from incrementing the count PV. The trailing edgeof the “reset” signal at RST1 enables counting to begin.


RESET

999999

SV2

SV1PV

OUT2

OUT1

T1T1

T2T2

Stage 2Input Mode UPOutput Mode P


0


Outputs

Load

Load

OUT1NPN/

SINKING

OUT2SPDT

Load

OUT1SPST



CP2 Input

CP1 Input

Reset

0V CP1


Reset

0V CP1


Reset

PNPINPUTS

L-

Load

OUT2NPN/

SINKING

Load

0V CP1


Reset

L-

L+

NPNINPUTS

CP1 Input

CP2 Input

CP2 Input

CP1 Input

CP1 Input

CP2 Input

L+

+VDC 0VDC

Externally Powered

Internally Powered

+VDC 0VDC

Externally Powered

Internally Powered

(Optional)

(Optional)


+VDC

0VDC +VDC

0VDC

109

3211514

10

15

876

131211

876

131211

876

131211

321

876

131211


CP2/ GATE (Pause)

CP2/ GATE (Pause)

CP2/ GATE (Pause)

Mode Q (q)

When the count present value PV counts up to the count settingvalue SV1, Output 1 will turn ON momentarily for the time setin the output pulse width parameter (tout1) or will be main-tained ON if the output pulse width parameter (tout1) is setto 0.00. When the count PV counts up to the count settingvalue SV2, Output 2 will turn ON momentarily for the time setin the output pulse width parameter (tout2). The count PVwill continue to increment with each input signal until the endof the output pulse time (tout2) when both outputs turn OFFand the count PV is reset automatically to 0.



RESET

999999

SV2

SV1PV

OUT2

OUT1

T1T1

T2T2

Stage 2Input Mode UPOutput Mode Q


0

Mode A (A)

When the count present value PV counts up to the count settingvalue SV1, Output 1 will turn ON momentarily for the time setin the output pulse width parameter (tout1) or will be main-tained ON if the output pulse width parameter (tout1) is setto 0.00. When the count PV counts up to the count settingvalue SV2, Output 2 will turn ON momentarily for the time setin the output pulse width parameter (tout2). The count PVwill remain at the count SV2 regardless of additional inputsignals.

The leading edge of a “reset” signal at RST1 will turn OFF bothoutputs, reset the count PV to 0 and prohibit an input signalfrom incrementing the count PV. The trailing edge of the“reset” signal at RST1 enables counting to begin.


RESET

999999

SV1

SV2

PV

OUT2

OUT1

T1 T1

T2 T2

Stage 2Input Mode UPOutput Mode A


0








q a s t d



C–Sped –10k ––5k ––1k –200 ––30

t–out1


–––1

–002 –000

t–out2


–002 –000

–point


0 1 2 3

psCale 1000


–pwers


Clear save

–rtsr


––20 –––1

inptlC


–npn –pnp

Back to Top


Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

or

or or or or

or or or or or

ororororor

or or or or or or

or or or or or or

or or or or or or

or or

or or

or or or or

or

or

or

or

or

or



OFF OFF F

ON OFF N

OFF ON C

ON ON R





4


6 Reserved - -





Used to convert the displayed PV into engineering unit, such as RPM, inches, millimeters, feet per minute etc. SeeTachometer Examples in Chapter 6







With the input signal OFF at input CP2, each leading edge ofthe input signal at CP1 will decrement the count present valuePV by 1. Turning ON the input signal at CP2, will prohibitthe input signal at CP1 from decrementing the PV.

Input Mode:

Mode F (F)

When the count present value PV counts down to the countsetting value SV1, Output 1 will turn ON momentarily for thetime set in the output pulse width parameter (tout1) or will bemaintained ON if the output pulse width parameter (tout1) isset to 0.00. When the count PV counts down to 0, Output 2will turn ON. The count PV will continue to decrement witheach input signal.

The leading edge of a “reset” input signal at RST1 will turnOFF both outputs, reset the count PV to the count SV2, andprohibit an input signal from decrementing the count PV. Thetrailing edge of the “reset” signal at RST1 enables counting tobegin.


Output Modes:

With the input signal ON at input CP1, each trailing edge ofthe input signal at CP2 will decrement the count present valuePV by 1. Turning OFF the input signal at CP1, will prohibitthe input signal at CP2 from decrementing the PV.

T1 T1

999999

RESET

SV2

SV1

OUT2

OUT1


Output Mode FNote: T1 momentary ON time set in outputpulse parameter (tout1), setting tout1=0.00results in output 1 maintained ON.

PV0

AProhibit

A

nn-1

n-2n-3

n-4n-5

HL

HL

CP1

CP2

0

Present Value



Counting down

ProhibitAA

n

n-2n-1

n-4n-3

HLCP1

CP2

Present Value

0

HL




Mode N (n)

When the count present value PV counts down to the countsetting value SV1, Output 1 will turn ON momentarily for thetime set in the output pulse width parameter (tout1) or will bemaintained ON if the output pulse width parameter (tout1) isset to 0.00. When the count PV counts down to 0, Output 2will turn ON. The count PV will remain at 0 regardless of addi-tional input signals.

The leading edge of a “reset” input signal at RST1 will turnOFF both outputs, reset the count PV to the count SV2, andprohibit an input signal from decrementing the count PV. Thetrailing edge of the “reset” signal at RST1 enables counting tobegin.


T1 T1

RESET

999999

SV2

SV1PV

OUT2

OUT1


Output Mode NNote: T1 momentary ON time set in outputpulse parameter (tout1), setting tout1=0.00results in output 1 maintained ON.

0

Mode C (C)

When the count present value PV counts down to the countsetting value SV1, Output 1 will turn ON momentarily for thetime set in the output pulse width parameter (tout1) or will bemaintained ON if the output pulse width parameter (tout1) isset to 0.00. When the count PV counts down to 0, Output 2will turn ON momentarily for the time set in the output pulsewidth parameter (tout2) and the count PV will reset automat-ically to the count SV2. If Output 1 is ON when Output 2turns OFF, Output 1 will also turn OFF.

The leading edge of a “reset” input signal at RST1 will turnOFF both outputs, reset the count PV to the count SV2 andprohibit an input signal from decrementing the count PV. Thetrailing edge of the “reset” signal at RST1 enables counting tobegin.


T1T1T1

RESET

999999

SV2

PV

OUT2

OUT1

SV1

T2 T2 T2


Output Mode CNote: T1 momentary ON time set in outputpulse parameter (tout1), setting tout1=0.00results in output 1 maintained ON.T2 = Momentary ON time set in output pulseparameter (tout2).

0

Mode R (r)

When the count present value PV counts down to the countsetting value SV1, Output 1 will turn ON momentarily for thetime set in the output pulse width parameter (tout1) or will bemaintained ON if the output pulse width parameter (tout1) isset to 0.00. When the count PV counts down to 0, Output 2will turn ON momentarily for the time set in the output pulsewidth parameter (tout2). The count PV is prohibited fromdecrementing until the end of the output pulse time (tout2)when both outputs turn OFF and the count PV is reset auto-matically to the count SV2.



T1 T1

T2T2

RESET

999999

SV2

SV1PV

OUT2

OUT1


Output Mode RNote: T1 momentary ON time set in outputpulse parameter (tout1), setting tout1=0.00results in output 1 maintained ON.T2 = Momentary ON time set in output pulseparameter (tout2).

0


Mode K (k)

When the count present value PV counts down to the countsetting value SV1, Output 1 will turn ON momentarily for thetime set in the output pulse width parameter (tout1) or will bemaintained ON if the output pulse width parameter (tout1) isset to 0.00. When the count PV counts down to 0, Output 2will turn ON momentarily for the time set in the output pulsewidth parameter (tout2). If Output 1 is ON when Output 2turns OFF, Output 1 will also turn OFF. The count PV willcontinue to decrement with each input signal.



T1 T1

T2 T2


Output Mode KNote: T1 momentary ON time set in outputpulse parameter (tout1), setting tout1=0.00results in output 1 maintained ON.T2 = Momentary ON time set in output pulseparameter (tout2).

RESET

999999

SV1

SV2

PV

OUT2

OUT1

0

Mode P (P)

When the count present value PV counts down to the countsetting value SV1, Output 1 will turn ON momentarily for thetime set in the output pulse width parameter (tout1) or will bemaintained ON if the output pulse width parameter (tout1) isset to 0.00. When the count PV counts down to 0, Output 2will turn ON momentarily for the time set in the output pulsewidth parameter (tout2). The count PV display is prohibitedfrom decrementing until the end of the output pulse time(tout2) when both outputs turn OFF and the count PV is resetautomatically to the count SV2 and any input signals thatoccurred during the output pulse time.

The leading edge of a “reset” signal at RST1 will turn OFF bothoutputs, reset the count PV to the count SV2 and prohibit aninput signal from decrementing the count PV. The trailing edgeof the “reset” signal at RST1 enables counting to begin.


T1

T2T2

T1

RESET

999999

SV2

SV1PV

OUT2

OUT1


Output Mode PNote: T1 momentary ON time set in outputpulse parameter (tout1), setting tout1=0.00results in output 1 maintained ON.T2 = Momentary ON time set in output pulseparameter (tout2).

0


Outputs

Load

Load

OUT1NPN/

SINKING

OUT2SPDT

Load

OUT1SPST



CP2 Input

CP1 Input

Reset

0V CP1


Reset

0V CP1


Reset

PNPINPUTS

L-

Load

OUT2NPN/

SINKING

Load

0V CP1


Reset

L-

L+

NPNINPUTS

CP1 Input

CP2 Input

CP2 Input

CP1 Input

CP1 Input

CP2 Input

L+

+VDC 0VDC

Externally Powered

Internally Powered

+VDC 0VDC

Externally Powered

Internally Powered

(Optional)

(Optional)


+VDC

0VDC +VDC

0VDC

109

3211514

10

15

876

131211

876

131211

876

131211

321

876

131211


CP2/ GATE (Pause)

CP2/ GATE (Pause)

CP2/ GATE (Pause)

Mode Q (q)

When the count present value PV counts down to the countsetting value SV1, Output 1 will turn ON momentarily for thetime set in the output pulse width parameter (tout1) or will bemaintained ON if the output pulse width parameter (tout1) isset to 0.00. When the count PV counts down to 0, Output 2will turn ON momentarily for the time set in the output pulsewidth parameter (tout2). The count PV will continue todecrement with each input signal until the end of the outputpulse time (tout2) when both outputs turn OFF and the countPV is reset automatically to the count SV2.



T1T1

RESET

999999

SV2

SV1PV

OUT2

OUT1

T2T2


Output Mode QNote: T1 momentary ON time set in outputpulse parameter (tout1), setting tout1=0.00results in output 1 maintained ON.T2 = Momentary ON time set in output pulseparameter (tout2).

0

Mode A (A)

When the count present value PV counts down to the countsetting value SV1, Output 1 will turn ON momentarily for thetime set in the output pulse width parameter (tout1) or will bemaintained ON if the output pulse width parameter (tout1) isset to 0.00. When the count PV counts down to 0, Output 2will turn ON momentarily for the time set in the output pulsewidth parameter (tout2). The count PV will remain at 0regardless of additional input signals.

The leading edge of “reset” input signal at RST1 will turn OFFboth outputs, reset the count PV to the count SV2 and prohibitan input signal from decrementing the count PV. The trailingedge of the “reset” signal at RST1 enables counting to begin.


T1 T1

T2 T2

RESET

999999

SV1

SV2

PV

OUT2

OUT1


Output Mode ANote: T1 momentary ON time set in outputpulse parameter (tout1), setting tout1=0.00results in output 1 maintained ON.T2 = Momentary ON time set in output pulseparameter (tout2).

0








q a s t d



C–Sped –10k ––5k ––1k –200 ––30

t–out1


–––1

–002 –000

t–out2


–002 –000

–point


0 1 2 3

psCale 1000


–pwers


Clear save

–rtsr


––20 –––1

inptlC


–npn –pnp

Back to Top


Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

or or or or

or or or or or

ororororor

or or or or or or

or or or or or or

or or or or or or

or or

or or

or or or or

or

or or

or or

or or



OFF OFF F

ON OFF N

OFF ON C

ON ON R





4


6 Reserved - -







Mode F (F)

When the count present value PV counts up or counts down tothe count setting value SV1, Output 1 will turn ON momen-tarily for the time set in the output pulse width parameter(tout1) or will be maintained ON if the output pulse widthparameter (tout1) is set to 0.00. When the count PV countsup to the count SV2, Output 2 will turn ON. The count PVwill continue to increment or decrement with each input signal.



Output Modes:

Stage 2Input Mode UdAOutput Mode F


T1 T1 T1 T1T1T1

999999

RESET

SV2

SV1

OUT2

OUT1

PV0




Counting Up / Command Counting Down (UdA)


With the input signal OFF at input CP2, each leading edge of the input signal at CP1 will increment thecount present value PV by 1.

Input Mode:

With the input signal ON at input CP2, each leading edge of the input signal at CP1 will decrement thecount present value PV by 1.



Mode N (n)

When the count present value PV counts up or counts down tothe count setting value SV1, Output 1 will turn ON momen-tarily for the time set in the output pulse width parameter(tout1) or will be maintained ON if the output pulse widthparameter (tout1) is set to 0.00. When the count PV countsup to the count SV2, Output 2 will turn ON. The count PVwill remain at the count SV2 regardless of additional inputsignals.



T1 T1T1 T1

RESET

999999

SV2

SV1PV

OUT2

OUT1

Stage 2Input Mode UdAOutput Mode N


0

Mode C (C)

When the count present value PV counts up or counts down tothe count setting value SV1, Output 1 will turn ON momen-tarily for the time set in the output pulse width parameter(tout1) or will be maintained ON if the output pulse widthparameter (tout1) is set to 0.00. When the count PV countsup to the count SV2, Output 2 will turn ON momentarily forthe time set in the output pulse width parameter (tout2) andthe count PV will reset automatically to 0. If Output 1 is ONwhen Output 2 turns OFF, Output 1 will also turn OFF.

The leading edge of a “reset” input signal at RST1 will turnOFF both outputs, reset the count PV to 0 and prohibit aninput signal from incrementing or decrementing the count PV.The trailing edge of the “reset” signal at RST1 enables countingto begin.


T1T1 T1T1 T1 T1

RESET

999999

SV2

PV

OUT2

OUT1

SV1

T2 T2

Stage 2Input Mode UdAOutput Mode C


0

Mode R (r)

When the count present value PV counts up or counts down tothe count setting value SV1, Output 1 will turn ON momen-tarily for the time set in the output pulse width parameter(tout1) or will be maintained ON if the output pulse widthparameter (tout1) is set to 0.00. When the count PV countsup to the count SV2, Output 2 will turn ON momentarily forthe time set in the output pulse width parameter (tout2). Thecount PV is prohibited from incrementing or decrementinguntil the end of the output pulse time (tout2) when bothoutputs turn OFF and the count PV is reset automatically to 0.



T1 T1T1 T1 T1 T1

T2 T2

RESET

999999

SV2

SV1PV

OUT2

OUT1

Stage 2Input Mode UdAOutput Mode R


0


Mode K (k)

When the count present value PV counts up or counts down tothe count setting value SV1, Output 1 will turn ON momen-tarily for the time set in the output pulse width parameter(tout1) or will be maintained ON if the output pulse widthparameter (tout1) is set to 0.00. When the count PV countsup or counts down to the count SV2, Output 2 will turn ONmomentarily for the time set in the output pulse width param-eter (tout2). If Output 1 is ON when Output 2 turns OFF,Output 1 will also turn OFF. The count PV will continue toincrement or decrement with each input signal.



T1 T1 T1 T1 T1

T2 T2 T2

T1

Stage 2Input Mode UdAOutput Mode K


RESET

999999

SV1

SV2

PV

OUT2

OUT1

0

Mode P (P)

When the count present value PV counts up or counts down tothe count setting value SV1, Output 1 will turn ON momen-tarily for the time set in the output pulse width parameter(tout1) or will be maintained ON if the output pulse widthparameter (tout1) is set to 0.00. When the count PV countsup to the count SV2, Output 2 will turn ON momentarily forthe time set in the output pulse width parameter (tout2). Thecount PV display is prohibited from incrementing or decre-menting until the end of the output pulse time (tout2) whenboth outputs turn OFF and the count PV is reset automaticallyto 0 and any input signals that occurred during the output pulsetime.



T1 T1 T1T1T1 T1

T2T2

RESET

999999

SV2

SV1PV

OUT2

OUT1

Stage 2Input Mode UdAOutput Mode P


0


Mode Q (q)

When the count present value PV counts up or counts down tothe count setting value SV1, Output 1 will turn ON momen-tarily for the time set in the output pulse width parameter(tout1) or will be maintained ON if the output pulse widthparameter (tout1) is set to 0.00. When the count PV counts upto the count SV2, Output 2 will turn ON momentarily for thetime set in the output pulse width parameter (tout2). Thecount PV will continue to increment or decrement with eachinput signal until the end of the output pulse time (tout2)when both outputs turn OFF and the count PV is reset auto-matically to 0.



Stage 2Input Mode UdAOutput Mode Q


T1T1 T1

RESET

999999

SV2

SV1PV

OUT2

OUT1

T1T1T1

T2T2

0

Mode A (A)

When the count present value PV counts up or counts down tothe count setting value SV1, Output 1 will turn ON momen-tarily for the time set in the output pulse width parameter(tout1) or will be maintained ON if the output pulse widthparameter (tout1) is set to 0.00. When the count PV countsup to the count SV2, Output 2 will turn ON momentarily forthe time set in the output pulse width parameter (tout2). Thecount PV will remain at the count SV2 regardless of additionalinput signals.

The leading edge of a “reset” input signal at RST1 will turnOFF both outputs, reset the count PV to 0 and prohibit aninput signal from incrementing or decrementing the count PV.

The trailing edge of the “reset” signal at RST1 enables countingto begin. The "reset" signal minimum pulse width is set by resetpulse width parameter ( rtSr ) or DIP Switch 8.

Stage 2Input Mode UdAOutput Mode A


T1 T1T1 T1

T2 T2

RESET

999999

SV1

SV2

PV

OUT2

OUT1

0

Mode S (S)When the count present value PV counts up to the count setting value SV1 Output 1 will turn ON. When the countPV counts down to the count SV1 Output 1 will turn OFF. When the count PV counts up to the count setting valueSV2 Output 2 will turn ON. When the count PV counts down to the count SV2 Output 2 will turn OFF. The countPV will continue to increment or decrement with each input signal.

The leading edge of a “reset” input signal at RST1 will turn OFF both outputs, reset the count PV to 0, and prohibitan input signal from incrementing or decrementing the count PV.

The trailing edge of the “reset” signal at RST1 enables counting to begin. The "reset" signal minimum pulse width isset by reset pulse width parameter ( rtSr ) or DIP Switch 8.


RESET999999

SV2SV1

PV

OUT2

OUT1

Stage 2Input Mode UdAOutput Mode S

0

Mode T(t)

When the count present value PV is less than count setting value SV1, Output 1 will be ON and will turn OFF whenthe count PV counts up to the count SV1. When the count PV counts down to the count SV1 Output 1 will turn ON.When the count PV counts up to the count SV2 Output 2 will turn ON. When the count PV counts down to thecount SV2 Output 2 will turn OFF. The count PV will continue to increment or decrement with each input signal.

The leading edge of a “reset” input signal at RST1 will turn OFF both outputs, reset the count PV to 0, and prohibitan input signal from incrementing or decrementing the count PV.

The trailing edge of the “reset” signal at RST1 enables counting to begin. The "reset" signal minimum pulse width isset by reset pulse width parameter ( rtSr ) or DIP Switch 8.

Stage 2Input Mode UdAOutput Mode T

RESET

999999

SV2SV1

PV

OUT2

OUT1

0

Mode D (d)

When the count present value PV counts up or counts down to the count setting value SV1 Output 1 will turn ONmomentarily for the time set in the output pulse width parameter (tout1). When the count PV counts up or countsdown to the count SV2 Output 2 will turn ON momentarily for the time set in the output pulse width parameter(tout2). The count PV will continue to increment or decrement with each input signal.

The leading edge of a “reset” input signal at RST1 will turn OFF both outputs, reset the count PV to 0, and prohibitan input signal from incrementing or decrementing the count PV. The trailing edge of the “reset” signal at RST1enables counting to begin.



Outputs

Load

Load

OUT1NPN/

SINKING

OUT2SPDT

Load

OUT1SPST



CP2 Input

CP1 Input

Reset

0V CP1


Reset

0V CP1


Reset

PNPINPUTS

L-

Load

OUT2NPN/

SINKING

Load

0V CP1


Reset

L-

L+

NPNINPUTS

CP1 Input

CP2 Input

CP2 Input

CP1 Input

CP1 Input

CP2 Input

L+

+VDC 0VDC

Externally Powered

Internally Powered

+VDC 0VDC

Externally Powered

Internally Powered

(Optional)

(Optional)


+VDC

0VDC +VDC

0VDC

109

3211514

10

15

876

131211

876

131211

876

131211

321

876

131211


CP2/ GATE (Pause)

CP2/ GATE (Pause)

CP2/ GATE (Pause)

RESET

999999

SV1

SV2

PV

OUT2

OUT1

T1 T1 T1 T1 T1 T1 T1 T1 T1 T1

T2 T2 T2

Stage 2Input Mode UdAOutput Mode D

Note: T1 momentary ON time set in outputpulse parameter (tout1), T2 = Momentary ON time set in output pulseparameter (tout2).

0


OFF OFF F

ON OFF N

OFF ON C

ON ON R





4


6 Reserved - -











q a s t d



C–Sped –10k ––5k ––1k –200 ––30

t–out1


–––1

–002 –000

t–out2


–002 –000

–point


0 1 2 3

psCale 1000


–pwers


Clear save

–rtsr


––20 –––1

inptlC


–npn –pnp

Back to Top


Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

or

or or or or

or or or or or

ororororor

or or or or or or

or or or or or or

or or or or or or

or or

or or

or or or or

or

or

or

or

or

or






Counting Up / Counting Down (Udb)

Mode F (F)




Output Modes:

Stage 2Input Mode UdBOutput Mode F


T1 T1 T1 T1T1T1

999999

RESET

SV2

SV1

OUT2

OUT1

PV0





Input Mode:


Counting up/down


Mode N (n)


The leading edge of a “reset” input signal signal at RST1 willturn OFF both outputs, reset the count PV to 0, and prohibitan input signal from incrementing or decrementing the countPV. The trailing edge of the “reset” signal at RST1 enablescounting to begin.


T1 T1T1 T1

RESET

999999

SV2

SV1PV

OUT2

OUT1

Stage 2Input Mode UdBOutput Mode N


0

Mode C (C)




T1T1 T1T1 T1 T1

RESET

999999

SV2

PV

OUT2

OUT1

SV1

T2 T2

Stage 2Input Mode UdBOutput Mode C


0

Mode R (r)

When the count present value PV counts up or counts down tothe count setting value SV1, Output 1 will turn ON momen-tarily for the time set in the output pulse width parameter(tout1) or will be maintained ON if the output pulse widthparameter (tout1) is set to 0.00. When the count PV countsup to the count SV2, Output 2 will turn ON momentarily forthe time set in the output pulse width parameter (tout2). Thecount PV is prohibited from incrementing or decrementinguntil the end of the output pulse time (tout2) when bothoutputs turn OFF and the count PV is reset automatically to 0.



T1 T1T1 T1 T1 T1

T2 T2

RESET

999999

SV2

SV1PV

OUT2

OUT1

Stage 2Input Mode UdBOutput Mode R


0


Mode K (k)




T1 T1 T1 T1 T1

T2 T2 T2

T1

Stage 2Input Mode UdBOutput Mode K


RESET

999999

SV1

SV2

PV

OUT2

OUT1

0

Mode P (P)




T1 T1 T1T1T1 T1

T2T2

RESET

999999

SV2

SV1PV

OUT2

OUT1

Stage 2Input Mode UdBOutput Mode P


0


Mode Q (q)

When the count present value PV counts up or counts down tothe count setting value SV1, Output 1 will turn ON momen-tarily for the time set in the output pulse width parameter(tout1) or will be maintained ON if the output pulse widthparameter (tout1) is set to 0.00. When the count PV countsup to the count SV2, Output 2 will turn ON momentarily forthe time set in the output pulse width parameter (tout2). Thecount PV will continue to increment or decrement with eachinput signal until the end of the output pulse time (tout2)when both outputs turn OFF and the count PV is reset auto-matically to 0.



T1T1 T1

RESET

999999

SV2

SV1PV

OUT2

OUT1

T1T1T1

T2T2

Stage 2Input Mode UdBOutput Mode Q


0

Mode A (A)




T1 T1T1 T1

T2 T2

RESET

999999

SV1

SV2

PV

OUT2

OUT1

Stage 2Input Mode UdBOutput Mode A


0

Mode S (S)When the count present value PV counts up to the count setting value SV1 Output 1 will turn ON. When the countPV counts down to or below the count SV1 Output 1 will turn OFF. When the count PV counts up to the count SV2Output 2 will turn ON. When the count PV counts down to the count SV2 Output 2 will turn OFF. The count PVwill continue to increment or decrement with each input signal.

The leading edge of a “reset” input signal at RST1 will turn OFF both outputs, reset the count PV to 0, and prohibitan input signal from incrementing or decrementing the count PV. The trailing edge of the “reset” signal at RST1 enablescounting to begin.



RESET999999

SV2SV1

PV

OUT2

OUT1

Stage 2Input Mode UdBOutput Mode S

0

Mode T(t)

When the count present value PV is less than the count setting value SV1, Output 1 will be ON and will turn OFFwhen the count PV counts up to the count SV1. When the count PV counts down to the count SV1 Output 1 turnON. . When the count PV counts up to the count SV2 Output 2 will turn ON. When the count PV counts down tothe count SV2 Output 2 will turn OFF. The count PV will continue to increment or decrement with each input signal.



Stage 2Input Mode UdBOutput Mode T

RESET

999999

SV2SV1

PV

OUT2

OUT1

0

Mode D (d)

When the count present value PV counts up or counts down to the count setting value SV1 Output 1 will turn ONmomentarily for the time set in the output pulse width parameter (tout1). When the count present value PV countsup or counts down to the count SV2 Output 2 will turn ON momentarily for the time set in the output pulse widthparameter (tout2). The count PV will continue to increment or decrement with each input signal.




Outputs

Load

Load

OUT1NPN/

SINKING

OUT2SPDT

Load

OUT1SPST



CP2 Input

CP1 Input

Reset

0V CP1


Reset

0V CP1


Reset

PNPINPUTS

L-

Load

OUT2NPN/

SINKING

Load

0V CP1


Reset

L-

L+

NPNINPUTS

CP1 Input

CP2 Input

CP2 Input

CP1 Input

CP1 Input

CP2 Input

L+

+VDC 0VDC

Externally Powered

Internally Powered

+VDC 0VDC

Externally Powered

Internally Powered

(Optional)

(Optional)


+VDC

0VDC +VDC

0VDC

109

3211514

10

15

876

131211

876

131211

876

131211

321

876

131211


CP2/ GATE (Pause)

CP2/ GATE (Pause)

CP2/ GATE (Pause)

RESET

999999

SV1

SV2

PV

OUT2

OUT1

T1 T1 T1 T1 T1 T1 T1 T1 T1 T1

T2 T2 T2

Stage 2Input Mode UdBOutput Mode D

Note: T1 momentary ON time set in outputpulse parameter (tout1),T2 = Momentary ON time set in output pulseparameter (tout2).

0


OFF OFF F

ON OFF N

OFF ON C

ON ON R





4


6 Reserved - -











q a s t d



C–Sped –10k ––5k ––1k –200 ––30

t–out1


–––1

–002 –000

t–out2


–002 –000

–point


0 1 2 3

psCale 1000


–pwers


Clear save

–rtsr


––20 –––1

inptlC


–npn –pnp

Back to Top


Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

or

or or or or

or or or or or

ororororor

or or or or or or

or or or or or or

or or or or or or

or or

or or

or or or or

or

or

or

or

or

or






In 2-Stage Counting, count setting value SV1 controls Output 1 and count setting value SV2 controls Output 2.Output 1 will turn ON momentarily for the time set in the output pulse width parameter (tout1) or will be main-tained ON (tout1 set to 0.00). Output 2 will turn ON momentarily for the time set in the output pulse widthparameter (tout2) or will be maintained ON depending on the output mode selected


Quadrature (UdC)

Quadrature (Ud C)

When the quadrature input signal at CP1 leads the input signal at CP2, the trailing edge of CP2 will incre-ment the count present value PV by 1.

Input Mode:

Mode F (F)




Output Modes:

When the quadrature input signal at CP2 leads the input signal at CP1, the leading edge of CP2 will decre-ment the count present value PV by 1.

Quadrature input

B B B B

0

1 12 2

3

HLCP1

CP2

PresentValue


HL

0


T1 T1 T1 T1T1T1

999999

RESET

SV2

SV1

OUT2

OUT1

Stage 2Input Mode UdCOutput Mode F

PV0


Mode N (n)




T1 T1T1 T1

RESET

999999

SV2

SV1PV

OUT2

OUT1

Stage 2Input Mode UdCOutput Mode N


0

Mode C (C)




T1T1 T1T1 T1 T1

RESET

999999

SV2

PV

OUT2

OUT1

SV1

T2 T2

Stage 2Input Mode UdCOutput Mode C


0

Mode R (r)

When the count present value PV counts up or counts down tothe count setting value SV1, Output 1 will turn ON momen-tarily for the time set in the output pulse width parameter(tout1) or will be maintained ON if the output pulse widthparameter (tout1) is set to 0.00. When the count PV counts upto the count SV2, Output 2 will turn ON momentarily for thetime set in the output pulse width parameter (tout2). Thecount PV is prohibited from incrementing or decrementinguntil the end of the output pulse time (tout2) when bothoutputs turn OFF and the count PV is reset automatically to 0.



T1 T1T1 T1 T1 T1

T2 T2

RESET

999999

SV2

SV1PV

OUT2

OUT1

Stage 2Input Mode UdCOutput Mode R


0


Mode K (k)




T1 T1 T1 T1 T1

T2 T2 T2

T1

Stage 2Input Mode UdCOutput Mode K


RESET

999999

SV1

SV2

PV

OUT2

OUT1

0

Mode P (P)




T1 T1 T1T1T1 T1

T2T2

RESET

999999

SV2

SV1PV

OUT2

OUT1

Stage 2Input Mode UdCOutput Mode P


0


Mode Q (q)

When the count present value PV counts up or counts down tothe count setting value SV1, Output 1 will turn ON momen-tarily for the time set in the output pulse width parameter(tout1) or will be maintained ON if the output pulse widthparameter (tout1) is set to 0.00. When the count PV countsup to the count SV2, Output 2 will turn ON momentarily forthe time set in the output pulse width parameter (tout2). Thecount PV will continue to increment or decrement with eachinput signal until the end of the output pulse time (tout2)when both outputs turn OFF and the count PV is reset auto-matically to 0.



T1T1 T1

RESET

999999

SV2

SV1PV

OUT2

OUT1

T1T1T1

T2T2

Stage 2Input Mode UdCOutput Mode Q


0

Mode A (A)




Stage 2Input Mode UdCOutput Mode A


T1 T1T1 T1

T2 T2

RESET

999999

SV1

SV2

PV

OUT2

OUT1

0

Mode S (S)When the count present value PV counts up to the count setting value SV1 Output 1 will turn ON. When the countPV counts down to or below the count SV1 Output 1 will turn OFF. When the count PV counts up to the count SV2Output 2 will turn ON. When the count PV counts down to the count SV2 Output 2 will turn OFF. The count PVwill continue to increment or decrement with each input signal.




RESET999999

SV2SV1

PV

OUT2

OUT1

Stage 2Input Mode UdCOutput Mode S

0

Mode T(t)

When the count present value PV is less than count setting value SV1, Output 1 will be ON and will turn OFF whenthe count PV counts up to the count SV1. When the count PV counts down to the count SV1 Output 1 turn ON. .When the count PV counts up to the count SV2 Output 2 will turn ON. When the count PV counts down to thecount SV2 Output 2 will turn OFF. The count PV will continue to increment or decrement with each input signal.



Stage 2Input Mode UdCOutput Mode T

RESET

999999

SV2SV1

PV

OUT2

OUT1

0

Mode D (d)

When the count present value PV counts up or counts down to the count setting value SV1 Output 1 will turn ONmomentarily for the time set in the output pulse width parameter (tout1). When the count present value PV countsup or counts down to the count SV2 Output 2 will turn ON momentarily for the time set in the output pulse widthparameter (tout2). The count PV will continue to increment or decrement with each input signal.




Outputs

Load

Load

OUT1NPN/

SINKING

OUT2SPDT

Load

OUT1SPST



CP2 Input

CP1 Input

Reset

0V CP1


Reset

0V CP1


Reset

PNPINPUTS

L-

Load

OUT2NPN/

SINKING

Load

0V CP1


Reset

L-

L+

NPNINPUTS

CP1 Input

CP2 Input

CP2 Input

CP1 Input

CP1 Input

CP2 Input

L+

+VDC 0VDC

Externally Powered

Internally Powered

+VDC 0VDC

Externally Powered

Internally Powered

(Optional)

(Optional)


+VDC

0VDC +VDC

0VDC

109

3211514

10

15

876

131211

876

131211

876

131211

321

876

131211


CP2/ GATE (Pause)

CP2/ GATE (Pause)

CP2/ GATE (Pause)

RESET

999999

SV1

SV2

PV

OUT2

OUT1

T1 T1 T1 T1 T1 T1 T1 T1 T1 T1

T2 T2 T2

Stage 2Input Mode UdCOutput Mode D

Note: T1 momentary ON time set in outputpulse parameter (tout1), T2 = Momentary ON time set in output pulseparameter (tout2).

0


OFF OFF F

ON OFF N

OFF ON C

ON ON R





4


6 Reserved - -











q a s t d



C–Sped –10k ––5k ––1k –200 ––30

t–out1


–––1

–002 –000

t–out2


–002 –000

–point


0 1 2 3

psCale 1000


–pwers


Clear save

–rtsr


––20 –––1

inptlC


–npn –pnp

Back to Top


Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

or or or or

or or or or or

ororororor

or or or or or or

or or or or or or

or or or or or or

or or

or or

or or or or

or

or or

or or

or or






In Batch Counting, count setting value SV controls Output 2 which will turn ON momentarily for the time set inthe output pulse width parameter (tout2) or will be maintained ON depending on the output mode selected. Countsetting value BATCH SV controls Output 1which will be maintained ON.

CTT Counter FunctionsBatch Counting (batCH)

Counting Up (Up)

Counting Up (UP)

With the input signal OFF at input CP2, each leading edge of theinput signal at CP1 will increment the count present value PV by1. Turning ON the input signal at CP2, will prohibit the inputsignal at CP1 from incrementing the PV.

Input Mode:

Mode F (F)

When the count present value PV counts up to the count settingvalue SV, Output 2 will turn ON and the batch count presentvalue BATCH PV will increment by one. The count PV willcontinue to increment with each input signal.

The leading edge of a “reset” input signal at RST1 will turnOFF Output 2, reset the count PV to 0, and prohibit an inputsignal from incrementing the count PV. The trailing edge of the“reset” signal at RST1 enables counting to begin.

When the BATCH PV counts up to the BATCH SV, Output 1will turn ON. The leading edge of a “reset” input signal at RST2will turn OFF Output 1, reset the BATCH PV to 0, andprohibit an input signal from incrementing the BATCH PV.The trailing edge of the “reset” signal at RST2 enables countingto begin.


Output Modes:

With the input signal ON at input CP1, each trailing edge of theinput signal at CP2 will increment the count present value PV by1. Turning OFF the input signal at CP1, will prohibit the inputsignal at CP2 from incrementing the PV.

999999

RST1RESET

COUNT SV

OUT2

COUNT PV

BATCHInput Mode UPOutput Mode F

RST2RESET

BATCH PV

OUT1

BATCH SV=2

0

ProhibitA A

01

23

45

HL

HL

0

CP1

CP2

Present Value



Counting up

ProhibitA A

01

23

4

HL

HL

0

CP1

CP2

Present Value




Mode N (n)

When the count present value PV counts up to the count setting valueSV, Output 2 will turn ON and the batch count present valueBATCH PV will increment by one. The count PV will remain at thecount SV regardless of additional input signals.

The leading edge of a “reset” input signal at RST1 will turn OFFOutput 2, reset the count PV to 0, and prohibit an input signal fromincrementing the count PV. The trailing edge of the “reset” signal atRST1 enables counting to begin.

When the BATCH PV counts up to the BATCH SV, Output 1 willturn ON. The leading edge of a “reset” input signal at RST2 will turnOFF Output 1, reset the BATCH PV to 0, and prohibit an inputsignal from incrementing the BATCH PV. The trailing edge of the“reset” signal at RST2 enables counting to begin.


BATCHInput Mode UPOutput Mode N

RST2RESET

BATCH PV

OUT1

BATCH SV=2

999999

RST1RESET

COUNT SV

OUT2

COUNT PV

0

Mode C (C)

When the count present value PV counts up to the count setting valueSV, Output 2 will turn ON momentarily for the time set in the outputpulse width parameter (tout2), the count PV will reset automaticallyto 0, and the batch count present value BATCH PV will increment byone.




RST1RESET999999

COUNT SV

COUNT PV

RST2RESET

OUT2

T T T

BATCHInput Mode UPOutput Mode C

BATCHSV=3

OUT2

BATCHPV

0

Mode R (r)

When the count present value PV counts up to the count setting valueSV, Output 2 will turn ON momentarily for the time set in the outputpulse width parameter (tout2) and the batch count present valueBATCH PV will increment by one. The count PV is prohibited fromincrementing until the end of the output pulse time (tout2) whenOutput 2 turns OFF and the count PV is reset automatically to 0.




RESET

999999

COUNT SV

COUNT PV

T T

BATCHInput Mode UPOutput Mode R

RST2RESET

BATCH PV

OUT1

BATCH SV=2

OUT2

0


Mode K (k)

When the count present value PV counts up to the count setting valueSV, Output 2 will turn ON momentarily for the time set in the outputpulse width parameter (tout2) and the batch count present valueBATCH PV will increment by one. The count PV will continue to incre-ment with each input signal.

The leading edge of a “reset” input signal at RST1 will turn OFF Output2, reset the count PV to 0, and prohibit an input signal from incre-menting the count PV. The trailing edge of the “reset” signal at RST1enables counting to begin.

When the BATCH PV counts up to the BATCH SV, Output 1 will turnON. The leading edge of a “reset” input signal at RST2 will turn OFFOutput 1, reset the BATCH PV to 0, and prohibit an input signal fromincrementing the BATCH PV. The trailing edge of the “reset” signal atRST2 enables counting to begin.


T T

BATCHInput Mode UPOutput Mode K

RST2RESET

BATCH PV

OUT1

BATCH SV=2

999999

RST1RESET

COUNT SV

OUT2

COUNT PV

0

Mode P (P)

When the count present value PV counts up to the count setting value SV,Output 2 will turn ON momentarily for the time set in the output pulsewidth parameter (tout2) and the batch count present value BATCH PVwill increment by one. The count PV display is prohibited from incre-menting until the end of the output pulse time when Output 2 turns OFFand the count PV is reset automatically to 0 and any input signals thatoccurred during the output pulse time.

The leading edge of a “reset” input signal at RST1 will turn OFF Output2, reset the count PV to 0, and prohibit an input signal from incrementingthe count PV. The trailing edge of the “reset” signal at RST1 enablescounting to begin.


The "reset" signal minimum pulse width is set by reset pulse width param-eter ( rtSr ) or DIP Switch 8.

TT

OUT2

BATCHInput Mode UPOutput Mode P

RST2RESET

BATCH PV

OUT1

BATCH SV=2

999999

RST1RESET

COUNT SV

COUNT PV

0


Mode Q (q)

When the count present value PV counts up to the count setting value SV,Output 2 will turn ON momentarily for the time set in the output pulsewidth parameter (tout2) and the batch count present value BATCH PVwill increment by one. The count PV will continue to increment witheach input signal until the end of the output pulse time when Output 2turns OFF and the count PV is reset automatically to 0.


When the BATCH PV counts up to the BATCH SV, Output 1 will turnON. The leading edge of a “reset” input signal at RST2 will turn OFFOutput 1, reset the BATCH PV to 0, and prohibit an input signal fromincrementing the BATCH PV. The trailing edge of the “reset” signal atRST2 enables counting to begin. The "reset" signal minimum pulse widthis set by reset pulse width parameter ( rtSr ) or DIP Switch 8.

TT

BATCHInput Mode UPOutput Mode Q

RST2RESET

BATCH PV

OUT1

BATCH SV=2

999999

RST1RESET

COUNT SV

OUT2

COUNT PV

0

Mode A (A)

When the count present value PV counts up to the count setting value SV,Output 2 will turn ON momentarily for the time set in the output pulsewidth parameter (tout2) and the batch count present value BATCH PVwill increment by one. The count PV will remain at the count SV regard-less of additional input signals.




T T

OUT2

BATCHInput Mode UPOutput Mode A

RST2RESET

BATCH PV

OUT1

BATCH SV=2

999999

RST1RESET

COUNT SV

COUNT PV

0

Outputs

Load

Load

OUT1NPN/

SINKING

OUT2SPDT

Load

OUT1SPST



CP2 Input

CP1 Input

Reset

0V CP1


Reset

0V CP1


Reset

PNPINPUTS

L-

Load

OUT2NPN/

SINKING

Load

0V CP1


Reset

L-

L+

NPNINPUTS

CP1 Input

CP2 Input

CP2 Input

CP1 Input

CP1 Input

CP2 Input

L+

+VDC 0VDC

Externally Powered

Internally Powered

+VDC 0VDC

Externally Powered

Internally Powered

(Optional)

(Optional)


+VDC

0VDC +VDC

0VDC

109

3211514

10

15

876

131211

876

131211

876

131211

321

876

131211


CP2/ GATE (Pause)

CP2/ GATE (Pause)

CP2/ GATE (Pause)


Keypad set up of the parameters for Batch Counting:







q a s t d



C–Sped –10k ––5k ––1k –200 ––30

t–out1


–––1

–002 –000

t–out2


–002 –000

–point


0 1 2 3

psCale 1000


–pwers


Clear save

–rtsr


––20 –––1

inptlC


–npn –pnp

Back to Top


Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

or or or or

or or or or or

ororororor

or or or or or or

or or or or or or

or or or or or or

or or

or or

or or or or

or

or or

or or

or or



OFF OFF F

ON OFF N

OFF ON C

ON ON R





4


6 Reserved - -











With the input signal OFF at input CP2, each leading edge of theinput signal at CP1 will decrement the count present value PV by1. Turning ON the input signal at CP2, will prohibit the inputsignal at CP1 from decrementing the PV.

Input Mode:

Mode F (F)

When the count present value PV counts down to 0, Output 2will turn ON and the batch count present value BATCH PVwill increment by one. The count PV will continue to decre-ment with each input signal.

The leading edge of a “reset” input signal at RST1 will turnOFF Output 2, reset the count PV to the count setting valueSV, and prohibit an input signal from decrementing the countPV. The trailing edge of the “reset” signal at RST1 enablescounting to begin.



Output Modes:

With the input signal ON at input CP1, each trailing edge of theinput signal at CP2 will decrement the count present value PV by1. Turning OFF the input signal at CP1, will prohibit the inputsignal at CP2 from decrementing the PV.

RST2RESET

BATCH PV

OUT1

BATCH SV=2

999999

RST1RESET

COUNT SV

COUNT PV

OUT2

BATCHInput Mode DOWN

Output Mode F

0

AProhibit

A

nn-1

n-2n-3

n-4n-5

HL

HL

CP1

CP2

0

Present Value



Counting down

ProhibitAA

n

n-2n-1

n-4n-3

HLCP1

CP2

Present Value

0

HL




Mode N (n)

When the count present value PV counts down to 0, Output 2 willturn ON and the batch count present value BATCH PV will incre-ment by one. The count PV will remain at 0 regardless of additionalinput signals.

The leading edge of a “reset” input signal at RST1 will turn OFFOutput 2, reset the count PV to the count setting value SV, andprohibit an input signal from decrementing the count PV. The trailingedge of the “reset” signal at RST1 enables counting to begin.



OUT2

RST2RESET

BATCH PV

OUT1

BATCH SV=2

999999

RST1RESET

COUNT SV

COUNT PV


Output Mode N

0

Mode C (C)

When the count present value PV counts down to 0, Output 2 willturn ON momentarily for the time set in the output pulse widthparameter (tout2), the count PV will reset automatically to the countsetting value SV, and the batch count present value BATCH PV willincrement by one.

The leading edge of a “reset” input signal at RST1 will turn OFFOutput 2, reset the count PV to the count SV, and prohibit an inputsignal from decrementing the count PV. The trailing edge of the“reset” signal at RST1 enables counting to begin.



TTT

OUT2


Output Mode C

BATCHSV=3

OUT2

RST1RESET999999

COUNT SV

COUNT PV

BATCHPV

RST2RESET

0

Mode R (r)

When the count present value PV counts down to 0, Output 2 willturn ON momentarily for the time set in the output pulse widthparameter (tout2) and the batch count present value BATCH PVwill increment by one. The count PV is prohibited from decrementinguntil the end of the output pulse time (tout2) when Output 2 turnsOFF and the count PV is reset automatically to the count setting valueSV.

The leading edge of a “reset” input signal at RST1 will turn OFFOutput 2, reset the count PV to the count SV, and prohibit an inputsignal from decrementing the count PV. The trailing edge of the“reset” signal at RST1 enables counting to begin.



T T


Output Mode R

RESET

999999

COUNT SV

COUNT PV

RST2RESET

BATCH PV

OUT1

BATCH SV=2

OUT2

0


Mode K (k)

When the count present value PV counts down to 0, Output 2 will turnON momentarily for the time set in the output pulse width parameter(tout2) and the batch count present value BATCH PV will incrementby one. The count PV will continue to decrement with each input signal.

The leading edge of a “reset” input signal at RST1 will turn OFF Output2, reset the count PV to the count setting value SV, and prohibit an inputsignal from decrementing the count PV. The trailing edge of the “reset”signal at RST1 enables counting to begin.



T T


Output Mode K

RST2RESET

BATCH PV

OUT1

BATCH SV=2

OUT2

999999

RST1RESET

COUNT SV

COUNT PV

0

Mode P (P)

When the count present value PV counts down to 0, Output 2 will turnON momentarily for the time set in the output pulse width parameter(tout2) and the batch count present value BATCH PV will increment byone. The count PV display is prohibited from decrementing until the endof the output pulse time when Output 2 turns OFF and the count PV isreset automatically to the count setting value SV and any input signalsthat occurred during the output pulse time.

The leading edge of a “reset” input signal at RST1 will turn OFF Output2, reset the count PV to the count SV, and prohibit an input signal fromdecrementing the count PV. The trailing edge of the “reset” signal atRST1 enables counting to begin.



TT

OUT2


Output Mode P

RST2RESET

BATCH PV

OUT1

BATCH SV=2

999999

RST1RESET

COUNT SV

COUNT PV

0


Mode Q (q)

When the count present value PV counts down to 0, Output 2 will turnON momentarily for the time set in the output pulse width parameter(tout2) and the batch count present value BATCH PV will increment byone. The count PV will continue to decrement with each input signaluntil the end of the output pulse time when Output 2 turns OFF and thecount PV is reset automatically to the count setting value SV.

The leading edge of a “reset” input signal at RST1 will turn OFF Output2, reset the count PV to the count SV, and prohibit an input signal fromdecrementing the count PV. The trailing edge of the “reset” signal atRST1 enables counting to begin.



TT


Output Mode Q

RST2RESET

BATCH PV

OUT1

BATCH SV=2

999999

RST1RESET

COUNT SV

OUT2

COUNT PV

0

Mode A (A)

When the count present value PV counts down to 0, Output 2 will turnON momentarily for the time set in the output pulse width parameter(tout2) and the batch count present value BATCH PV will increment byone. The count PV will remain at 0 regardless of additional input signals.

The leading edge of a “reset” input signal at RST1 will turn OFF Output2, reset the count PV to the count setting value SV, and prohibit an inputsignal from decrementing the count PV. The trailing edge of the “reset”signal at RST1 enables counting to begin.



T T

OUT2


Output Mode A

RST2RESET

BATCH PV

OUT1

BATCH SV=2

999999

RST1RESET

COUNT SV

COUNT PV

0

Outputs

Load

Load

OUT1NPN/

SINKING

OUT2SPDT

Load

OUT1SPST



CP2 Input

CP1 Input

Reset

0V CP1


Reset

0V CP1


Reset

PNPINPUTS

L-

Load

OUT2NPN/

SINKING

Load

0V CP1


Reset

L-

L+

NPNINPUTS

CP1 Input

CP2 Input

CP2 Input

CP1 Input

CP1 Input

CP2 Input

L+

+VDC 0VDC

Externally Powered

Internally Powered

+VDC 0VDC

Externally Powered

Internally Powered

(Optional)

(Optional)


+VDC

0VDC +VDC

0VDC

109

3211514

10

15

876

131211

876

131211

876

131211

321

876

131211


CP2/ GATE (Pause)

CP2/ GATE (Pause)

CP2/ GATE (Pause)








q a s t d



C–Sped –10k ––5k ––1k –200 ––30

t–out1


–––1

–002 –000

t–out2


–002 –000

–point


0 1 2 3

psCale 1000


–pwers


Clear save

–rtsr


––20 –––1

inptlC


–npn –pnp

Back to Top


Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

or

or or or or

or or or or or

ororororor

or or or or or or

or or or or or or

or or or or or or

or or

or or

or or or or

or

or

or

or

or

or



OFF OFF F

ON OFF N

OFF ON C

ON ON R





4


6 Reserved - -




Keypad setup of the parameters for Batch Counting:









Input Mode:

Mode F (F)

When the count present value PV counts up or counts down tothe count setting value SV, Output 2 will turn ON and thebatch count present value BATCH PV will increment by one.The count PV will continue to increment or decrement witheach input signal.




Output Modes:


999999

OUT2RST2RESET

BATCH PV

OUT1

BATCH SV=2

BATCHInput Mode UdAOutput Mode F

RST1RESET

COUNT SV

COUNT PV

0



Mode N (n)

When the count present value PV counts up or counts down to thecount setting value SV, Output 2 will turn ON and the batch countpresent value BATCH PV will increment by one. The count PV willremain at the count SV regardless of additional input signals.

The leading edge of a “reset” input signal at RST1 will turn OFFOutput 2, reset the count PV to 0, and prohibit an input signal fromincrementing or decrementing the count PV. The trailing edge of the“reset” signal at RST1 enables counting to begin.



RST2RESET

BATCH PV

OUT1

BATCH SV=2

BATCHInput Mode UdAOutput Mode N

999999

RST1RESET

COUNT SV

OUT2

COUNT PV

0

Mode C (C)





TT

RESET

999999

OUT2

RST2RESET

BATCHInput Mode UdAOutput Mode C

BATCHSV=2

OUT1

BATCHPV

0

COUNT SV

COUNT PV

Mode R (r)

When the count present value PV counts up to the count setting valueSV, Output 2 will turn ON momentarily for the time set in the outputpulse width parameter (tout2) and the batch count present valueBATCH PV will increment by one. The count PV is prohibited fromincrementing or decrementing until the end of the output pulse time(tout2) when Output 2 turns OFF and the count PV is reset auto-matically to 0.




T T

RESET

999999

COUNT SV

COUNT PV

RST2RESET

BATCHInput Mode UdAOutput Mode R

BATCHSV=2

OUT2

BATCHPV

0


Mode K (k)

When the count present value PV counts up or counts down to the countsetting value SV, Output 2 will turn ON momentarily for the time set inthe output pulse width parameter (tout2) and the batch count presentvalue BATCH PV will increment by one. The count PV will continue toincrement or decrement with each input signal.

The leading edge of a “reset” input signal at RST1 will turn OFF Output2, reset the count PV to 0, and prohibit an input signal from incre-menting or decrementing the count PV. The trailing edge of the “reset”signal at RST1 enables counting to begin.



TTT

RST2RESET

BATCH PV

OUT1

BATCH SV=2

OUT2

999999

RST1RESET

COUNT SV

COUNT PV

BATCHInput Mode UdAOutput Mode K

0

Mode P (P)

When the count present value PV counts up to the count setting value SV,Output 2 will turn ON momentarily for the time set in the output pulsewidth parameter (tout2) and the batch count present value BATCH PVwill increment by one. The count PV display is prohibited from incre-menting or decrementing until the end of the output pulse time (tout2)when Output 2 turns OFF and the count PV is reset automatically to 0and any input signals that occurred during the output pulse time.

The leading edge of a “reset” input signal at RST1 will turn OFF Output2, reset the count PV to 0, and prohibit an input signal from incrementingor decrementing the count PV. The trailing edge of the “reset” signal atRST1 enables counting to begin.



T T

RST2RESET

BATCHInput Mode UdAOutput Mode P

BATCHSV=2

OUT1

BATCHPV

OUT2

999999

RST1RESET

COUNT SV

COUNT PV

0


Mode Q (q)

When the count present value PV counts up to the count setting value SV,Output 2 will turn ON momentarily for the time set in the output pulsewidth parameter (tout2) and the batch count present value BATCH PVwill increment by one. When the count present value PV counts down tothe count SV, the batch count present value BATCH PV will incrementby one. The count PV will continue to increment or decrement with eachinput signal until the end of the output pulse time (tout2) when Output2 turns OFF and the count PV is reset automatically to 0.




T T

999999

RST1RESET

COUNT SV

COUNT PV

RST2RESET

BATCH PV

OUT1

BATCH SV=2

BATCHInput Mode UdAOutput Mode Q

OUT2

0

Mode A (A)





T T

RST2RESET

BATCH PV

OUT1

BATCH SV=2

BATCHInput Mode UdAOutput Mode A

OUT2

999999

RST1RESET

COUNT SV

COUNT PV

0

Mode S (S) & Mode T (t)

When the count present value PV counts up the count setting value SV, Output 2 will turn ON and the batch countpresent value BATCH PV will increment by one. When the count PV counts down to the count SV, Output 2 will turnOFF and the batch count BATCH PV will increment by one. The count PV will continue to increment or decrementwith each input signal.

The leading edge of a “reset” input signal at RST1 will turn OFF Output 2, reset the count PV to 0, and prohibit aninput signal from incrementing the count PV. The trailing edge of the “reset” signal at RST1 enables counting to begin.

When the BATCH PV counts up to the BATCH SV, Output 1 will turn ON. The leading edge of a “reset” input signalat RST2 will turn OFF Output 1, reset the BATCH PV to 0, and prohibit an input signal from incrementing theBATCH PV. The trailing edge of the “reset” signal at RST2 enables counting to begin.



Outputs

Load

Load

OUT1NPN/

SINKING

OUT2SPDT

Load

OUT1SPST



CP2 Input

CP1 Input

Reset

0V CP1


Reset

0V CP1


Reset

PNPINPUTS

L-

Load

OUT2NPN/

SINKING

Load

0V CP1


Reset

L-

L+

NPNINPUTS

CP1 Input

CP2 Input

CP2 Input

CP1 Input

CP1 Input

CP2 Input

L+

+VDC 0VDC

Externally Powered

Internally Powered

+VDC 0VDC

Externally Powered

Internally Powered

(Optional)

(Optional)


+VDC

0VDC +VDC

0VDC

109

3211514

10

15

876

131211

876

131211

876

131211

321

876

131211


CP2/ GATE (Pause)

CP2/ GATE (Pause)

CP2/ GATE (Pause)

RST1RESET999999

COUNT SV

OUT2

BATCHInput Mode UdA

Output Mode S & T

RST2RESET

BATCH PV

BATCH SV=2

OUT1

RST1RESET999999

COUNT SV

OUT2

RST2RESET

BATCH PV

BATCH SV=2

OUT1

RST1RESET999999

COUNT SV COUNT PV

OUT2

RST2RESET

BATCH PV

BATCH SV=2

OUT1

0

Mode D (d)

When the count present value PV counts up or counts down to the count setting value SV, Output 2 will turn ONmomentarily for the time set in the output pulse width parameter (tout2) and the batch count present value BATCHPV will increment by one. The count PV will continue to increment or decrement with each input signal.




BATCHInput Mode UdAOutput Mode D

T T T

RST1RESET999999

COUNT SV

COUNT PV

OUT2

RST2RESET

BATCH PV

BATCH SV=2

OUT1

0








q a s t d



C–Sped –10k ––5k ––1k –200 ––30

t–out1


–––1

–002 –000

t–out2


–002 –000

–point


0 1 2 3

psCale 1000


–pwers


Clear save

–rtsr


––20 –––1

inptlC


–npn –pnp

Back to Top


Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

or

or or or or

or or or or or

ororororor

or or or or or or

or or or or or or

or or or or or or

or or

or or

or or or or

or

or

or

or

or

or



OFF OFF F

ON OFF N

OFF ON C

ON ON R





4


6 Reserved - -













Input Mode:

Mode F (F)





Output Modes:


999999

OUT2RST2RESET

BATCH PV

OUT1

BATCH SV=2

BATCHInput Mode UdBOutput Mode F

RST1RESET

COUNT SV

COUNT PV

0

Counting up/down


Mode N (n)





RST2RESET

BATCH PV

OUT1

BATCH SV=2

BATCHInput Mode UdBOutput Mode N

999999

RST1RESET

COUNT SV

OUT2

COUNT PV

0

Mode C (C)





BATCHInput Mode UdBOutput Mode C

TT

RESET

999999

OUT2

RST2RESET

BATCHSV=2

OUT1

BATCHPV

COUNT SV

COUNT PV

0

Mode R (r)





T T

BATCHInput Mode UdBOutput Mode R

RESET

999999

COUNT SV

COUNT PV

RST2RESET

BATCHSV=2

OUT1

BATCHPV

0

OUT2


Mode K (k)





BATCHInput Mode UdBOutput Mode K

TTT

RST2RESET

BATCH PV

OUT1

BATCH SV=2

OUT2

999999

RST1RESET

COUNT SV

COUNT PV

0

Mode P (P)





T T

RST2RESET

BATCHInput Mode UdBOutput Mode P

BATCHSV=2

OUT1

BATCHPV

OUT2

999999

RST1RESET

COUNT SV

COUNT PV

0


Mode Q (q)





T T

999999

RST1RESET

COUNT SV

COUNT PV

RST2RESET

BATCH PV

OUT1

BATCH SV=2

BATCHInput Mode UdBOutput Mode Q

OUT2

0

Mode A (A)





T T

RST2RESET

BATCH PV

OUT1

BATCH SV=2

BATCHInput Mode UdBOutput Mode A

OUT2

999999

RST1RESET

COUNT SV

COUNT PV

0







Outputs

Load

Load

OUT1NPN/

SINKING

OUT2SPDT

Load

OUT1SPST



CP2 Input

CP1 Input

Reset

0V CP1


Reset

0V CP1


Reset

PNPINPUTS

L-

Load

OUT2NPN/

SINKING

Load

0V CP1


Reset

L-

L+

NPNINPUTS

CP1 Input

CP2 Input

CP2 Input

CP1 Input

CP1 Input

CP2 Input

L+

+VDC 0VDC

Externally Powered

Internally Powered

+VDC 0VDC

Externally Powered

Internally Powered

(Optional)

(Optional)


+VDC

0VDC +VDC

0VDC

109

3211514

10

15

876

131211

876

131211

876

131211

321

876

131211


CP2/ GATE (Pause)

CP2/ GATE (Pause)

CP2/ GATE (Pause)

RST1RESET999999

COUNT SV

COUNT PV

OUT2

BATCHInput Mode UdB

Output Mode S & T

RST2RESET

BATCH PV

BATCH SV=2

OUT1

0

Mode D (d)





BATCHInput Mode UdBOutput Mode D

T T T

RST1RESET999999

COUNT SV

COUNT PV

OUT2

RST2RESET

BATCH PV

BATCH SV=2

OUT1

0









q a s t d



C–Sped –10k ––5k ––1k –200 ––30

t–out1


–––1

–002 –000

t–out2


–002 –000

–point


0 1 2 3

psCale 1000


–pwers


Clear save

–rtsr


––20 –––1

inptlC


–npn –pnp

Back to Top

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

or

or or or or

or or or or or

ororororor

or or or or or or

or or or or or or

or or or or or or

or or

or or

or or or or

or

or

or

or

or

or



OFF OFF F

ON OFF N

OFF ON C

ON ON R





4


6 Reserved - -










Quadrature (Ud C)

Quadrature (Ud C)

When the quadrature input signal at CP1 leads the input signal at CP2, the trailing edge of CP2 will increment thecount present value PV by 1.

Input Mode:

Mode F (F)





Output Modes:

When the quadrature input signal at CP2 leads the input signal at CP1, the leading edge of CP2 will decrement thecount present value PV by 1.

999999

OUT2RST2RESET

BATCH PV

OUT1

BATCH SV=2

BATCHInput Mode UdCOutput Mode F

RST1RESET

COUNT SV

COUNT PV

0

Quadrature input

B B B B

0

1 12 2

3

HLCP1

CP2

PresentValue


HL

0


Mode N (n)





RST2RESET

BATCH PV

OUT1

BATCH SV=2

BATCHInput Mode UdCOutput Mode N

999999

RST1RESET

COUNT SV

OUT2

COUNT PV

0

Mode C (C)





BATCHInput Mode UdCOutput Mode C

TT

RESET

999999

OUT2

RST2RESET

BATCHSV=2

OUT1

BATCHPV

COUNT SV

COUNT PV

0

Mode R (r)





T T

BATCHInput Mode UdCOutput Mode R

RESET

999999

COUNT SV

COUNT PV

RST2RESET

BATCHSV=2

OUT1

BATCHPV

0

OUT2


Mode K (k)





TTT

RST2RESET

BATCH PV

OUT1

BATCH SV=2

OUT2

999999

RST1RESET

COUNT SV

COUNT PV

BATCHInput Mode UdCOutput Mode K

0

Mode P (P)





T T

RST2RESET

BATCHInput Mode UdCOutput Mode P

BATCHSV=2

OUT1

BATCHPV

OUT2

999999

RST1RESET

COUNT SV

COUNT PV

0


Mode Q (q)





T T

999999

RST1RESET

COUNT SV

COUNT PV

RST2RESET

BATCH PV

OUT1

BATCH SV=2

BATCHInput Mode UdCOutput Mode Q

OUT2

0

Mode A (A)





T T

RST2RESET

BATCH PV

OUT1

BATCH SV=2

BATCHInput Mode UdCOutput Mode A

OUT2

999999

RST1RESET

COUNT SV

COUNT PV

0







Outputs

Load

Load

OUT1NPN/

SINKING

OUT2SPDT

Load

OUT1SPST



CP2 Input

CP1 Input

Reset

0V CP1


Reset

0V CP1


Reset

PNPINPUTS

L-

Load

OUT2NPN/

SINKING

Load

0V CP1


Reset

L-

L+

NPNINPUTS

CP1 Input

CP2 Input

CP2 Input

CP1 Input

CP1 Input

CP2 Input

L+

+VDC 0VDC

Externally Powered

Internally Powered

+VDC 0VDC

Externally Powered

Internally Powered

(Optional)

(Optional)


+VDC

0VDC +VDC

0VDC

109

3211514

10

15

876

131211

876

131211

876

131211

321

876

131211


CP2/ GATE (Pause)

CP2/ GATE (Pause)

CP2/ GATE (Pause)

RST1RESET999999

COUNT SV

COUNT PV

OUT2

BATCHInput Mode UdC

Output Mode S & T

RST2RESET

BATCH PV

BATCH SV=2

OUT1

0

Mode D (d)





BATCHInput Mode UdCOutput Mode D

T T T

RST1RESET999999

COUNT SV

COUNT PV

OUT2

RST2RESET

BATCH PV

BATCH SV=2

OUT1

0






Select input modes: counting up, counting down, counting up/command down, counting up/counting down, quadrature input.


q a s t d



C–Sped –10k ––5k ––1k –200 ––30

t–out1


–––1

–002 –000

t–out2


–002 –000

–point


0 1 2 3

psCale 1000


–pwers


Clear save

–rtsr


––20 –––1

inptlC


–npn –pnp

Back to Top


Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

or

or or or or

or or or or or

ororororor

or or or or or or

or or or or or or

or or or or or or

or or

or or

or or or or

or

or

or

or

or

or



OFF OFF F

ON OFF N

OFF ON C

ON ON R





4


6 Reserved - -




Keypad setup of the parameters for Batch Counting:



Total Counting (totAL)A single count setting value SV is available in Total Counting. Both Outputs 1 and 2 operate concurrently and willturn ON momentarily for the time set in the output pulse width parameter (tout2) or will be maintained ONdepending on the Output Mode selected.

CTT Counter FunctionsTotal Counting (total)

Counting Up (UP)

Counting Up (UP)

With the input signal OFF at input CP2, each leading edge of theinput signal at CP1 will increment the count present value PV by1. Turning ON the input signal at CP2, will prohibit the inputsignal at CP1 from incrementing the PV.

Input Mode:

Mode F (F)

The Total PV increments with each count present value PV.When the count present value PV counts up to the count settingvalue SV both outputs 1 and 2 will turn ON. The count PV andTotal PV will continue to increment with each input signal.

The leading edge of a “reset” input signal at RST1 will turnOFF both outputs, reset the count present value PV to 0, andprohibit an input signal from incrementing the count PV. Thetrailing edge of the “reset” signal at RST1 enables counting tobegin.

The leading edge of a “reset” input signal at RST2 will reset theTotal PV to 0, and prohibit an input signal from incrementingthe Total PV. The trailing edge of the “reset” signal at RST2enables counting to begin.


Output Modes:

With the input signal ON at input CP1, each trailing edge of theinput signal at CP2 will increment the count present value PV by1. Turning OFF the input signal at CP1, will prohibit the inputsignal at CP2 from incrementing the PV.

999999

RST1RESET

COUNT SV

OUT2

OUT1

COUNT PV

TOTALInput Mode UPOutput Mode F

RST2RESET

TOTAL PV

0

ProhibitA A

01

23

45

HL

HL

0

CP1

CP2

Present Value



Counting up

ProhibitA A

01

23

4

HL

HL

0

CP1

CP2

Present Value




Mode N (n)

The Total PV increments with each count present value PV.When the count present value PV counts up to the count settingvalue SV both outputs 1 and 2 will turn ON. The count PV andTotal PV will remain at the count SV regardless of additionalinput signals.




RST1RESET

999999

COUNT SV

COUNT PV

OUT2

OUT1

TOTALInput Mode UPOutput Mode N

RST2RESET

TOTAL PV

0

Mode C (C)

The Total PV increments with each count present value PV.When the count present value PV counts up to the count settingvalue SV both outputs 1 and 2 will turn ON momentarily forthe time set in the output pulse width parameter (tout2) andthe count PV will reset automatically to 0.




RST1RESET

999999

COUNT SV

COUNT PV

OUT2

OUT1

T T T

TOTALInput Mode UPOutput Mode C

TTT

RST2RESET

TOTAL PV

0

Mode R (r)

Not available in Total Counting


OUT2

OUT1

T

T T

T

TOTALInput Mode UPOutput Mode K

RST2RESET

TOTAL PV

999999

RST1RESET

COUNT SV

COUNT PV

0

Mode K (k)

The Total PV increments with each count present value PV.When the count present value PV counts up to the count settingvalue SV both outputs 1 and 2 will turn ON momentarily forthe time set in the output pulse width parameter (tout2). Thecount PV and Total PV will continue to increment with eachinput signal.




Mode P (P)

The Total PV increments with each count present value PV.When the count present value PV counts up to the count settingvalue SV both outputs 1 and 2 will turn ON momentarily forthe time set in the output pulse width parameter (tout2). Thecount PV display is prohibited from incrementing until the endof the output pulse time when both outputs turn OFF and thecount PV is reset automatically to 0 and any input signals thatoccurred during the output pulse time.


The leading edge of a “reset” input signal at RST2 will reset theTotal PV to 0, and prohibit an input signal from incrementingthe Total PV. The trailing edge of the “reset” signal at RST2enables counting to begin. The "reset" signal minimum pulsewidth is set by reset pulse width parameter ( rtSr ) or DIPSwitch 8.

TT

TOTALInput Mode UPOutput Mode P

TT

RST1RESET

999999

COUNT SV

COUNT PV

OUT2

OUT1

RST2RESET

TOTAL PV

0

Accumulatedcounts duringoutput pulse



Mode Q (q)


Mode A (A)

The Total PV increments with each count present value PV.When the count present value PV counts up to the count settingvalue SV both outputs 1 and 2 will turn ON momentarily forthe time set in the output pulse width parameter (tout2). Thecount PV and Total PV will remain at the count SV regardlessof additional input signals.




OUT2

OUT1

T T

T T

TOTALInput Mode UPOutput Mode A

RST2RESET

TOTAL PV

RST1RESET

999999

COUNT SV

COUNT PV

0

Outputs

Load

Load

OUT1NPN/

SINKING

OUT2SPDT

Load

OUT1SPST



CP2 Input

CP1 Input

Reset

0V CP1


Reset

0V CP1


Reset

PNPINPUTS

L-

Load

OUT2NPN/

SINKING

Load

0V CP1


Reset

L-

L+

NPNINPUTS

CP1 Input

CP2 Input

CP2 Input

CP1 Input

CP1 Input

CP2 Input

L+

+VDC 0VDC

Externally Powered

Internally Powered

+VDC 0VDC

Externally Powered

Internally Powered

(Optional)

(Optional)


+VDC

0VDC +VDC

0VDC

109

3211514

10

15

876

131211

876

131211

876

131211

321

876

131211


CP2/ GATE (Pause)

CP2/ GATE (Pause)

CP2/ GATE (Pause)








q a s t d



C–Sped –10k ––5k ––1k –200 ––30

t–out1


–––1

–002 –000

t–out2


–002 –000

–point


0 1 2 3

psCale 1000


–pwers


Clear save

–rtsr


––20 –––1

inptlC


–npn –pnp

Back to Top


or or

or or

or or or or

or

or or

or or

or or

or or or or

or or or or or

ororororor

or or or or or or

or or or or or or

or or or or or or

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä



OFF OFF F

ON OFF N

OFF ON C

ON ON R





4


6 Reserved - -




Keypad set up of the parameters for Total Counting:




A single count setting value SV is available in Total Counting. Both Outputs 1 and 2 operate concurrently and willturn ON momentarily for the time set in the output pulse width parameter (tout2) or will be maintained ONdepending on the Output Mode selected.




With the input signal OFF at input CP2, each leading edge of theinput signal at CP1 will decrement the count present value PV by 1.Turning ON the input signal at CP2, will prohibit the input signal atCP1 from decrementing the PV.

Input Mode:

Mode F (F)

The Total PV increments with each decrement of the countpresent value PV. When the count present value PV countsdown to 0 both outputs 1 and 2 will turn ON. The count PVwill continue to decrement with each input signal.

The leading edge of a “reset” input signal at RST1 will turnOFF both outputs, reset the count present value PV to thecount setting value SV, and prohibit an input signal from decre-menting the count PV. The trailing edge of the “reset” signal atRST1 enables counting to begin.



Output Modes:

With the input signal ON at input CP1, each trailing edge of theinput signal at CP2 will decrement the count present value PV by 1.Turning OFF the input signal at CP1, will prohibit the input signalat CP2 from decrementing the PV.

TOTALInput Mode DOWN

Output Mode F

OUT2

OUT1

999999

RST1RESET

COUNT SV

COUNT PV

RST2RESET

TOTAL PV

0

AProhibit

A

nn-1

n-2n-3

n-4n-5

HL

HL

CP1

CP2

0

Present Value



Counting down

ProhibitAA

n

n-2n-1

n-4n-3

HLCP1

CP2

Present Value

0

HL




Mode N (n)

The Total PV increments with each decrement of the countpresent value PV. When the count present value PV countsdown to 0 both outputs 1 and 2 will turn ON. The count PVwill remain at 0 regardless of additional input signals.





Output Mode N

OUT1

OUT2

RST2RESET

TOTAL PV

RST1RESET

999999

COUNT SV

COUNT PV

0

Mode C (C)

The Total PV increments with each decrement of the countpresent value PV. When the count present value PV countsdown to 0 both outputs 1 and 2 will turn ON momentarily forthe time set in the output pulse width parameter (tout2) andthe count PV will reset automatically to the count setting valueSV.




TTT


Output Mode C

TTT

OUT2

RST2RESET

TOTAL PV

RST1RESET

999999

COUNT SV

COUNT PV

OUT1

0

Mode R (r)



T T

OUT2

OUT1


Output Mode K

T T

RST2RESET

TOTAL PV

999999

RST1RESET

COUNT SV

COUNT PV

0

Mode K (k)

The Total PV increments with each decrement of the countpresent value PV. When the count present value PV countsdown to 0 both outputs 1 and 2 will turn ON momentarily forthe time set in the output pulse width parameter (tout2). Thecount PV will continue to decrement with each input signal.




Mode P (P)

The Total PV increments with each decrement of the countpresent value PV. When the count present value PV countsdown to 0 both outputs 1 and 2 will turn ON momentarily forthe time set in the output pulse width parameter (tout2). Thecount PV is prohibited from decrementing until the end of theoutput pulse time when both outputs turn OFF and the countPV is reset automatically to the count setting value SV and anyinput signals that occurred during the output pulse time.




TT


Output Mode P

TT

OUT2

RST1RESET

999999

COUNT SV

COUNT PV

OUT1

0

RST2RESET

TOTAL PV




Mode Q (q)


Mode A (A)

The Total PV increments with each decrement of the countpresent value PV. When the count present value PV countsdown to 0 both outputs 1 and 2 will turn ON momentarily forthe time set in the output pulse width parameter (tout2). Thecount PV will remain at 0 regardless of additional input signals.




T T

OUT1


Output Mode A

T T

RST1RESET

999999

COUNT SV

COUNT PV

RST2RESET

TOTAL PV

0

Outputs

Load

Load

OUT1NPN/

SINKING

OUT2SPDT

Load

OUT1SPST



CP2 Input

CP1 Input

Reset

0V CP1


Reset

0V CP1


Reset

PNPINPUTS

L-

Load

OUT2NPN/

SINKING

Load

0V CP1


Reset

L-

L+

NPNINPUTS

CP1 Input

CP2 Input

CP2 Input

CP1 Input

CP1 Input

CP2 Input

L+

+VDC 0VDC

Externally Powered

Internally Powered

+VDC 0VDC

Externally Powered

Internally Powered

(Optional)

(Optional)


+VDC

0VDC +VDC

0VDC

109

3211514

10

15

876

131211

876

131211

876

131211

321

876

131211


CP2/ GATE (Pause)

CP2/ GATE (Pause)

CP2/ GATE (Pause)








q a s t d



C–Sped –10k ––5k ––1k –200 ––30

t–out1


–––1

–002 –000

t–out2


–002 –000

–point


0 1 2 3

psCale 1000


–pwers


Clear save

–rtsr


––20 –––1

inptlC


–npn –pnp

Back to Top


Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

or

or or or or

or or or or or

ororororor

or or or or or or

or or or or or or

or or or or or or

or or

or or

or or or or

or

or

or

or

or

or






4


6 Reserved - -






OFF OFF F

ON OFF N

OFF ON C

ON ON R









Input Mode:

Mode F (F)

The Total PV increments with each increment of the countpresent value PV and decrements with each decrement of thecount PV. When the count present value PV counts up to thecount setting value SV both outputs 1 and 2 will turn ON. Thecount PV will continue to increment or decrement with eachinput signal.

The leading edge of a “reset” input signal at RST1 will turnOFF both outputs, reset the count present value PV to 0, andprohibit an input signal from incrementing or decrementing thecount PV. The trailing edge of the “reset” signal at RST1 enablescounting to begin.

The leading edge of a “reset” input signal at RST2 will reset theTotal PV to 0, and prohibit an input signal from incrementingor decrementing the Total PV. The trailing edge of the “reset”signal at RST2 enables counting to begin.


Output Modes:


TOTALInput Mode UdAOutput Mode F

OUT2

OUT1

999999

RST1RESET

COUNT SV

COUNT PV

RST2RESET

TOTAL PV

0



Mode N (n)

The Total PV increments with each increment of the countpresent value PV and decrements with each decrement of thecount PV. When the count present value PV counts up to thecount setting value SV both outputs 1 and 2 will turn ON. Thecount PV will remain at the count SV regardless of additionalinput signals.




TOTALInput Mode UdAOutput Mode N

OUT1

OUT2

RST2RESET

TOTAL PV

RST1RESET

999999

COUNT SV

COUNT PV

0

Mode C (C)

The Total PV increments with each increment of the countpresent value PV and decrements with each decrement of thecount PV. When the count present value PV counts up to thecount setting value SV both outputs 1 and 2 will turn ONmomentarily for the time set in the output pulse width param-eter (tout2) and the count PV will reset automatically to 0.




TT

TT

RST1RESET

999999

COUNT SV

COUNT PV

OUT2

OUT1

RST2RESET

TOTAL PV

TOTALInput Mode UdAOutput Mode C

0

Mode R (r)



OUT2

OUT1

TOTALInput Mode UdAOutput Mode K

TT

T T

T

T

RST2RESET

TOTAL PV

999999

RST1RESET

COUNT SV

COUNT PV

0

Mode K (k)

The Total PV increments with each increment of the countpresent value PV and decrements with each decrement of thecount PV. When the count present value PV counts up orcounts down to the count setting value SV both outputs 1 and2 will turn ON momentarily for the time set in the output pulsewidth parameter (tout2). The count PV will continue to incre-ment or decrement with each input signal.




Mode P (P)

The Total PV increments with each increment of the countpresent value PV and decrements with each decrement of thecount PV. When the count present value PV counts up to thecount setting value SV both outputs 1 and 2 will turn ONmomentarily for the time set in the output pulse width param-eter (tout2). The count PV display is prohibited from incre-menting or decrementing until the end of the output pulse timewhen both outputs turn OFF and the count PV is reset auto-matically to 0 and any input signals that occurred during theoutput pulse time.




T T

T

TOTALInput Mode UdAOutput Mode P

T

RST1RESET

999999

COUNT SV

COUNT PV

OUT2

OUT1

RST2RESET

TOTAL PV

0

Mode Q (q)



Mode A (A)

The Total PV increments with each increment of the countpresent value PV and decrements with each decrement of thecount PV. When the count present value PV counts up to thecount setting value SV both outputs 1 and 2 will turn ONmomentarily for the time set in the output pulse width param-eter (tout2). The count PV will remain at the count SVregardless of additional input signals.




T T

OUT2

OUT1

T T

TOTALInput Mode UdAOutput Mode A

RST2RESET

TOTAL PV

RST1RESET

999999

COUNT SV

COUNT PV

0

Mode S (S) and Mode T(t)The Total PV increments with each increment of the count present value PV and decrements with each decrement ofthe count PV. When the count present value PV counts up to the count setting value SV both outputs 1 and 2 will turnON. When the count PV counts down to the count SV both outputs 1 and 2 will turn OFF. The count PV willcontinue to increment or decrement with each input signal.

The leading edge of a “reset” input signal at RST1 will turn OFF both outputs, reset the count present value PV to 0,and prohibit an input signal from incrementing or decrementing the count PV. The trailing edge of the “reset” signalat RST1 enables counting to begin.

The leading edge of a “reset” input signal at RST2 will reset the Total PV to 0, and prohibit an input signal from incre-menting or decrementing the Total PV. The trailing edge of the “reset” signal at RST2 enables counting to begin.


RST1RESET999999

COUNT SV

COUNT PV

OUT2

OUT1

TOTALInput Mode UdA

Output Mode S & T

RST2RESET

TOTAL PV

0


Mode D (d)

The Total PV increments with each increment of the count present value PV and decrements with each decrement ofthe count PV. When the count present value PV counts up or counts down to the count setting value SV both outputs1 and 2 will turn ON momentarily for the time set in the output pulse width parameter (tout2). The count PV willcontinue to increment or decrement with each input signal.The leading edge of a “reset” input signal at RST1 will turn OFF both outputs, reset the count present value PV to 0,and prohibit an input signal from incrementing or decrementing the count PV. The trailing edge of the “reset” signalat RST1 enables counting to begin.



RST1RESET999999

COUNT SV

COUNT PV

OUT2

OUT1

TOTALInput Mode UdAOutput Mode D

RST2RESET

TOTAL PV

T

T

T

T

0

Outputs

Load

Load

OUT1NPN/

SINKING

OUT2SPDT

Load

OUT1SPST



CP2 Input

CP1 Input

Reset

0V CP1


Reset

0V CP1


Reset

PNPINPUTS

L-

Load

OUT2NPN/

SINKING

Load

0V CP1


Reset

L-

L+

NPNINPUTS

CP1 Input

CP2 Input

CP2 Input

CP1 Input

CP1 Input

CP2 Input

L+

+VDC 0VDC

Externally Powered

Internally Powered

+VDC 0VDC

Externally Powered

Internally Powered

(Optional)

(Optional)


+VDC

0VDC +VDC

0VDC

109

3211514

10

15

876

131211

876

131211

876

131211

321

876

131211


CP2/ GATE (Pause)

CP2/ GATE (Pause)

CP2/ GATE (Pause)








q a s t d



C–Sped –10k ––5k ––1k –200 ––30

t–out1


–––1

–002 –000

t–out2


–002 –000

–point


0 1 2 3

psCale 1000


–pwers


Clear save

–rtsr


––20 –––1

inptlC


–npn –pnp

Back to Top


Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

or

or or or or

or or or or or

ororororor

or or or or or or

or or or or or or

or or or or or or

or or

or or

or or or or

or

or

or

or

or

or






4


6 Reserved - -






OFF OFF F

ON OFF N

OFF ON C

ON ON R







Counting Up / Counting Down (Ud B)


Input Mode:

Mode F (F)





Output Modes:


TOTALInput Mode UdBOutput Mode F

OUT2

OUT1

999999

RST1RESET

COUNT SV

COUNT PV

RST2RESET

TOTAL PV

0

Counting up/down


Mode N (n)





Mode C (C)





Mode R (r)


TOTALInput Mode UdBOutput Mode N

OUT1

OUT2

RST2RESET

TOTAL PV

RST1RESET

999999

COUNT SV

COUNT PV

0

TOTALInput Mode UdBOutput Mode C

TT

TT

RST1RESET

999999

COUNT SV

COUNT PV

OUT2

OUT1

RST2RESET

TOTAL PV

0


OUT2

OUT1

TOTALInput Mode UdBOutput Mode K

TT

T T

T

T

RST2RESET

TOTAL PV

999999

RST1RESET

COUNT SV

COUNT PV

0

Mode K (k)





Mode P (P)





T T

T

TOTALInput Mode UdBOutput Mode P

T

RST1RESET

999999

COUNT SV

COUNT PV

OUT2

OUT1

RST2RESET

TOTAL PV

0

Mode Q (q)



Mode A (A)





TOTALInput Mode UdBOutput Mode A

T T

OUT2

OUT1

T T

RST2RESET

TOTAL PV

RST1RESET

999999

COUNT SV

COUNT PV

0

Mode S (S) and Mode T(t)

The Total PV increments with each increment of the count present value PV and decrements with each decrement ofthe count PV. When the count present value PV counts up to the count setting value SV both outputs 1 and 2 will turnON. When the count PV counts down to the count SV both outputs 1 and 2 will turn OFF. The count PV willcontinue to increment or decrement with each input signal.




TOTALInput Mode UdB

Output Mode S & T

RST1RESET999999

COUNT SV

COUNT PV

OUT2

OUT1

RST2RESET

TOTAL PV

0


Mode D (d)

The Total PV increments with each increment of the count present value PV and decrements with each decrement ofthe count PV. When the count present value PV counts up or counts down to the count setting value SV both outputs1 and 2 will turn ON momentarily for the time set in the output pulse width parameter (tout2). The count PV willcontinue to increment or decrement with each input signal.




TOTALInput Mode UdBOutput Mode D

RST1RESET999999

COUNT SVCOUNT PV

OUT2

OUT1

RST2RESET

TOTAL PV

T

T

T

T

0

Outputs

Load

Load

OUT1NPN/

SINKING

OUT2SPDT

Load

OUT1SPST



CP2 Input

CP1 Input

Reset

0V CP1


Reset

0V CP1


Reset

PNPINPUTS

L-

Load

OUT2NPN/

SINKING

Load

0V CP1


Reset

L-

L+

NPNINPUTS

CP1 Input

CP2 Input

CP2 Input

CP1 Input

CP1 Input

CP2 Input

L+

+VDC 0VDC

Externally Powered

Internally Powered

+VDC 0VDC

Externally Powered

Internally Powered

(Optional)

(Optional)


+VDC

0VDC +VDC

0VDC

109

3211514

10

15

876

131211

876

131211

876

131211

321

876

131211


CP2/ GATE (Pause)

CP2/ GATE (Pause)

CP2/ GATE (Pause)








q a s t d



C–Sped –10k ––5k ––1k –200 ––30

t–out1


–––1

–002 –000

t–out2


–002 –000

–point


0 1 2 3

psCale 1000


–pwers


Clear save

–rtsr


––20 –––1

inptlC


–npn –pnp

Back to Top


Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

or

or or or or

or or or or or

ororororor

or or or or or or

or or or or or or

or or or or or or

or or

or or

or or or or

or

or

or

or

or

or






4


6 Reserved - -






OFF OFF F

ON OFF N

OFF ON C

ON ON R






Quadrature (Ud C)

Quadrature (Ud C)

When the quadrature input signal at CP1 leads the input signal at CP2, the trailing edge of CP2 will increment thecount present value PV by 1.

Input Mode:

Mode F (F)





Output Modes:

When the quadrature input signal at CP2 leads the input signal at CP1, the leading edge of CP2 will decrement thecount present value PV by 1.

TOTALInput Mode UdCOutput Mode F

OUT2

OUT1

999999

RST1RESET

COUNT SV

COUNT PV

RST2RESET

TOTAL PV

0

Quadrature input

B B B B

0

1 12 2

3

HLCP1

CP2

PresentValue


HL

0


Mode N (n)





Mode C (C)





Mode R (r)


TOTALInput Mode UdCOutput Mode N

OUT1

OUT2

RST2RESET

TOTAL PV

RST1RESET

999999

COUNT SV

COUNT PV

0

TOTALInput Mode UdCOutput Mode C

TT

TT

RST1RESET

999999

COUNT SV

COUNT PV

OUT2

OUT1

RST2RESET

TOTAL PV

0


OUT2

OUT1

TOTALInput Mode UdCOutput Mode K

TT

T T

T

T

RST2RESET

TOTAL PV

999999

RST1RESET

COUNT SV

COUNT PV

0

Mode K (k)





Mode P (P)





T T

T

TOTALInput Mode UdCOutput Mode P

T

RST1RESET

999999

COUNT SV

COUNT PV

OUT2

OUT1

RST2RESET

TOTAL PV

0

Mode Q (q)



Mode A (A)





TOTALInput Mode UdCOutput Mode A

T T

OUT2

OUT1

T T

RST2RESET

TOTAL PV

RST1RESET

999999

COUNT SV

COUNT PV

0


The Total PV increments with each increment of the count present value PV and decrements with each decrement ofthe count PV. When the count present value PV counts up to the count setting value SV both outputs 1 and 2 will turnON. When the count PV counts down to the count SV both outputs 1 and 2 will turn OFF. The count PV willcontinue to increment or decrement with each input signal.




TOTALInput Mode UdC

Output Mode S & T

RST1RESET999999

COUNT SV

COUNT PV

OUT2

OUT1

RST2RESET

TOTAL PV

0


Mode D (d)

The Total PV increments with each increment of the count present value PV and decrements with each decrement ofthe count PV. When the count present value PV counts up or counts down to the count setting value SV both outputs1 and 2 will turn ON momentarily for the time set in the output pulse width parameter (tout2). The count PV willcontinue to increment or decrement with each input signal.




TOTALInput Mode UdCOutput Mode D

RST1RESET999999

COUNT SV

COUNT PV

OUT2

OUT1

RST2RESET

TOTAL PV

T T

TT

0

Outputs

Load

Load

OUT1NPN/

SINKING

OUT2SPDT

Load

OUT1SPST



CP2 Input

CP1 Input

Reset

0V CP1


Reset

0V CP1


Reset

PNPINPUTS

L-

Load

OUT2NPN/

SINKING

Load

0V CP1


Reset

L-

L+

NPNINPUTS

CP1 Input

CP2 Input

CP2 Input

CP1 Input

CP1 Input

CP2 Input

L+

+VDC 0VDC

Externally Powered

Internally Powered

+VDC 0VDC

Externally Powered

Internally Powered

(Optional)

(Optional)


+VDC

0VDC +VDC

0VDC

109

3211514

10

15

876

131211

876

131211

876

131211

321

876

131211


CP2/ GATE (Pause)

CP2/ GATE (Pause)

CP2/ GATE (Pause)








q a s t d



C–Sped –10k ––5k ––1k –200 ––30

t–out1


–––1

–002 –000

t–out2


–002 –000

–point


0 1 2 3

psCale 1000


–pwers


Clear save

–rtsr


––20 –––1

inptlC


–npn –pnp

Back to Top


Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

or

or or or or

or or or or or

ororororor

or or or or or or

or or or or or or

or or or or or or

or or

or or

or or or or

or

or

or

or

or

or






4


6 Reserved - -






OFF OFF F

ON OFF N

OFF ON C

ON ON R



Dual Counting (dUAL)A single count setting value SV is available in Dual Counting. Both Outputs 1 and 2 operate concurrently and willturn ON momentarily for the time set in the output pulse width parameter (tout2) or will be maintained ONdepending on the Output Mode selected.

CTT Counter FunctionsDual Counting (dual)

Addition (add)

Addition (Add)


Input Mode:

Mode F (F)

When the count present value PV counts up to the count settingvalue SV both outputs 1 and 2 will turn ON. The count PV willcontinue to increment with each input signal.



Output Modes:


999999RESET

SV

OUT2

OUT1

PV

DUALInput Mode ADDITION

Output Mode F

0

Mode N (n)

When the count present value PV counts up to the count settingvalue SV both outputs 1 and 2 will turn ON. The count PV willremain at the count SV regardless of additional input signals.



RESET

999999

SV

PV

OUT2

OUT1


Output Mode N

0


Mode C (C)

When the count present value PV counts up to the count settingvalue SV both outputs 1 and 2 will turn ON momentarily forthe time set in the output pulse width parameter (tout2) andthe count PV will reset automatically to 0.



RESET

999999

SV

PV

OUT2

OUT1

T T T


Output Mode C

TTT

0

Mode R (r)

When the count present value PV counts up to the count settingvalue SV both outputs 1 and 2 will turn ON momentarily forthe time set in the output pulse width parameter (tout2). Thecount PV is prohibited from incrementing until the end of theoutput pulse time (tout2) when the outputs turn OFF and thecount PV is reset automatically to 0.



RESET

999999

SV

PV

OUT2

OUT1

T T


Output Mode R

T T

0

Mode K (k)

When the count present value PV counts up to the count settingvalue SV both outputs 1 and 2 will turn ON momentarily forthe time set in the output pulse width parameter (tout2). Thecount PV will continue to increment with each input signal.



RESET

999999

SV

PV

OUT2

OUT1

T

T


Output Mode K

T

T

0


Mode P (P)

When the count present value PV counts up to the count settingvalue SV both outputs 1 and 2 will turn ON momentarily forthe time set in the output pulse width parameter (tout2). Thecount PV display is prohibited from incrementing until the endof the output pulse time when both outputs turn OFF and thecount PV is reset automatically to 0 and any input signals thatoccurred during the output pulse time.



RESET

999999

SV

PV

OUT2

OUT1

TT


Output Mode P

TT

0

Mode Q (q)

When the count present value PV counts up to the count settingvalue SV both outputs 1 and 2 will turn ON momentarily forthe time set in the output pulse width parameter (tout2). Thecount PV will continue to increment with each input signaluntil the end of the output pulse time when the outputs turnOFF and the count PV is reset automatically to 0.



RESET

999999

SV

PV

OUT2

OUT1

TT

TT


Output Mode Q

0

Mode A (A)

When the count present value PV counts up to the count settingvalue SV both outputs 1 and 2 will turn ON momentarily forthe time set in the output pulse width parameter (tout2). Thecount PV will remain at the count SV regardless of additionalinput signals.



RESET

999999

SV

PV

OUT2

OUT1

T T

T T


Output Mode A

0



When the count present value PV counts up to the countsetting value SV both outputs 1 and 2 will turn ON. The countPV will continue to increment with each input signal.



999999RESET

SV

OUT2

OUT1

PV


Output Mode S & T

0

Mode D (d)When the count present value PV counts up to the countsetting value SV both outputs 1 and 2 will turn ON momen-tarily for the time set in the output pulse width parameter(tout2). The count PV will continue to increment with eachinput signal.



999999RESET

SV

OUT2

OUT1

PV


Output Mode D

0

Outputs

Load

Load

OUT1NPN/

SINKING

OUT2SPDT

Load

OUT1SPST



CP2 Input

CP1 Input

Reset

0V CP1


Reset

0V CP1


Reset

PNPINPUTS

L-

Load

OUT2NPN/

SINKING

Load

0V CP1


Reset

L-

L+

NPNINPUTS

CP1 Input

CP2 Input

CP2 Input

CP1 Input

CP1 Input

CP2 Input

L+

+VDC 0VDC

Externally Powered

Internally Powered

+VDC 0VDC

Externally Powered

Internally Powered

(Optional)

(Optional)


+VDC

0VDC +VDC

0VDC

109

3211514

10

15

876

131211

876

131211

876

131211

321

876

131211


CP2/ GATE (Pause)

CP2/ GATE (Pause)

CP2/ GATE (Pause)





Dual –add –sub

Select dual mode: Add or Subtract


q a s t d



C–Sped –10k ––5k ––1k –200 ––30

t–out1


–––1

–002 –000

t–out2


–002 –000

–point


0 1 2 3

psCale 1000


–pwers


Clear save

–rtsr


––20 –––1

inptlC


–npn –pnp

Back to Top


Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

or

or or or or

or or or or or

oror

or or or or or or

or or or or or

or or or or or or

or or

or or

or or or or

or

or

or

or

or

or






4


6 Reserved - -




Keypad set up of the parameters for Dual Counting:


OFF OFF F

ON OFF N

OFF ON C

ON ON R



Dual Counting (dUAL)A single count setting value SV is available in Dual Counting. Both Outputs 1 and 2 operate concurrently and willturn ON momentarily for the time set in the output pulse width parameter (tout2) or will be maintained ONdepending on the Output Mode selected.

CTT Counter FunctionsDual Counting (dual)

Subtraction (Sub)

Subtraction (SUb)


Input Mode:

Mode F (F)

When the count present value PV counts up to the count settingvalue SV both outputs 1 and 2 will turn ON. The count PV willcontinue to increment or decrement with each input signal.



Output Modes:


999999RESET

SV

OUT2

OUT1

PV

DUALInput Mode SUBTRACTION

Output Mode F

0

Mode N (n)

When the count present value PV counts up to the count settingvalue SV both outputs 1 and 2 will turn ON. The count PV willremain at the count SV regardless of additional input signals.




Output Mode N

RESET

999999

SV

PV

OUT2

OUT1

0


Mode C (C)

When the count present value PV counts up to the count settingvalue SV both outputs 1 and 2 will turn ON momentarily forthe time set in the output pulse width parameter (tout2) andthe count PV will reset automatically to 0.



TT

RESET

999999

SV

PV

OUT2

OUT1


Output Mode C

TT

0

Mode R (r)

When the count present value PV counts up to the count settingvalue SV both outputs 1 and 2 will turn ON momentarily forthe time set in the output pulse width parameter (tout2). Thecount PV is prohibited from incrementing or decrementinguntil the end of the output pulse time (tout2) when theoutputs turn OFF and the count PV is reset automatically to 0.



T

T T

T


Output Mode R

RESET

999999

SV

PV

OUT2

OUT1

0

Mode K (k)

When the count present value PV counts up or counts down tothe count setting value SV both outputs 1 and 2 will turn ONmomentarily for the time set in the output pulse width param-eter (tout2). The count PV will continue to increment ordecrement with each input signal.



RESET

999999

SV

PV

OUT2

OUT1


Output Mode K

TT

T T

T

T

0


Mode P (P)

When the count present value PV counts up to the count settingvalue SV both outputs 1 and 2 will turn ON momentarily forthe time set in the output pulse width parameter (tout2). Thecount PV display is prohibited from incrementing or decre-menting until the end of the output pulse time when bothoutputs turn OFF and the count PV is reset automatically to 0and any input signals that occurred during the output pulsetime.



T T

T


Output Mode P

RESET

999999

SV

PV

OUT2

OUT1

T

0

Mode Q (q)

When the count present value PV counts up to the count settingvalue SV both outputs 1 and 2 will turn ON momentarily forthe time set in the output pulse width parameter (tout2). Thecount PV will continue to increment or decrement with eachinput signal until the end of the output pulse time when theoutputs turn OFF and the count PV is reset automatically to 0.



T T

RESET

999999

SV

PV

OUT2

OUT1

T T


Output Mode Q

0

Mode A (A)

When the count present value PV counts up to the count settingvalue SV both outputs 1 and 2 will turn ON momentarily forthe time set in the output pulse width parameter (tout2). Thecount PV will remain at the count SV regardless of additionalinput signals.



T T

RESET

999999

SV

PV

OUT2

OUT1

T T


Output Mode A

0



When the count present value PV counts up to the count setting value SV both outputs 1 and 2 will turn ON. Whenthe count PV counts down to the count SV both outputs 1 and 2 will turn OFF. The count PV will continue to incre-ment or decrement with each input signal.




Output Mode S & T

RESET999999

SVPV

OUT2

OUT1

0

Mode D (d)

When the count present value PV counts up or counts down to the count setting value SV both outputs 1 and 2 willturn ON momentarily for the time set in the output pulse width parameter (tout2). The count PV will continue toincrement or decrement with each input signal.




Output Mode D

RESET

999999

SV

PV

OUT2

OUT1

T

T

T

T

T

T

0






4


6 Reserved - -



DIP Switch Set Up of the CTT Parameters:Output Mode - Table 2

Switch 3 Switch 4 Output ModeOFF OFF F

ON OFF N

OFF ON C

ON ON R

Outputs

Load

Load

OUT1NPN/

SINKING

OUT2SPDT

Load

OUT1SPST



CP2 Input

CP1 Input

Reset

0V CP1


Reset

0V CP1


Reset

PNPINPUTS

L-

Load

OUT2NPN/

SINKING

Load

0V CP1


Reset

L-

L+

NPNINPUTS

CP1 Input

CP2 Input

CP2 Input

CP1 Input

CP1 Input

CP2 Input

L+

+VDC 0VDC

Externally Powered

Internally Powered

+VDC 0VDC

Externally Powered

Internally Powered

(Optional)

(Optional)


+VDC

0VDC +VDC

0VDC

109

3211514

10

15

876

131211

876

131211

876

131211

321

876

131211


CP2/ GATE (Pause)

CP2/ GATE (Pause)

CP2/ GATE (Pause)





Dual –add –sub

Select dual mode: Add or Subtract


q a s t d



C–Sped –10k ––5k ––1k –200 ––30

t–out1


–––1

–002 –000

t–out2


–002 –000

–point


0 1 2 3

psCale 1000


–pwers


Clear save

–rtsr


––20 –––1

inptlC


–npn –pnp

Back to Top


Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

Ä

or

or or or or

or or or or or

oror

or or or or or or

or or or or or

or or or or or or

or or

or or

or or or or

or

or

or

or

or

or


Keypad set up of the parameters for Dual Counting:


chhaapptteerr counter - automationdirect · 2-6 digital counter / timer / tach user manual, 1st ed....

Documents