Rockwell Automation 45CPD Analog Laser Sensor User Manual

Page 3

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3

The discrete and analog output functions can be set in
combination (e.g., two discrete outputs and the analog output).

General Set Up

The 45CPD is set up using the pushbuttons (SET and

) and the

LED indicators on the top of the sensor.

To begin the Teach-In process, Press the SET button for three
seconds.

This will automatically turn on the visible red alignment laser.

Scrolling through the Teach-In functions is done using the

button. After the last function is reached the menu is started
again from the first function.

To teach the selected function indicated by the teach-in LEDs as
shown in table above, press SET for approximately three seconds.
The LED will blink three times when complete.

After the desired functions are set, press SET and

simultaneously for approximately one second to exit the Teach-In
mode. The sensor will begin normal operation based on the
Teach-In settings. The visible red Class 2 laser will turn off and the
infrared Class 1 laser will turn on.

(Note: To reset the sensor to the factory setting, sensor should be
in the operating mode. Press the

button for approximately 15

seconds until the menu LEDs turn on briefly.)

(Note: The Speed Mode of the 45CPD can be adjusted for either a
Fast or Slow mode of operation. The Fast mode enables faster
switching speeds which have a slightly lower repeatability. The

Teach-In Buttons/Indicators

The SET button sets the function that is currently indicated by the
Teach-In LEDs. To SET, press button for approximately three seconds
until LED blinks three times.

The  button advances to the next function. After advancing
through the entire menu, it will begin at the first function.

Teach-In Indicators

A

S1

A

S2

B

S1

B

S2

Speed

Turn on switchpoint for QA

X

Turn off switchpoint for QA

X

Invert Output for QA (L.O./

D.O.)

X

X

Turn on switchpoint for QB

X

Turn off switchpoint for QB

X

Invert Output for QB (L.O./

D.O.)

X

X

0% point for Analog

Output

X

X

100% point for Analog

Output

X

X

Speed Mode

X

SPEED

Q

A

Q

B

As2

As1

PWR

0% analog

100% analog

INV.

SET

Bs2

Bs1

INV.

Allen-Bradley

Slow mode has a slower switching frequency with higher
repeatability. Selection will depend on the requirements in the
application. The Speed mode is set by pressing the

button until

the Speed LED (Orange) is blinking fast. To select the slower speed
function press SET and the Speed LED will blink approximately
once per second. To select the higher speed function, press SET
and the Speed LED will blink approximately three times per
second. To teach the setting for either slow or fast speed, press
SET for approximately three seconds. The four teach-in indicators
will blink three times when complete. When the sensor is put in
operation, the LED will be turned on when running in the Slow
mode.)

Modes of Operation for Typical Applications:

Object Detection—Single Output

To set the output for Q

A

there is a switch-on point indicated by the

A

S1

LED

and a switch off point indicated by the A

S2

LED.

Once in the Teach-In mode press the

until the A

S1

LED turns ON.

Position the target at the desired switch on point and then press
the SET button.

(If the target is not within the measuring range or cannot be
detected the A

S1

LED

will blink.)

Press the

button to advance to the A

S2

function which is

indicated by the teach-in LED.

Position the target at the desired switch off point and then press
the SET button.

If desired, the output can be inverted for this switching window
(L.O./D.O. function). Press

until both the A

S1

and

A

S2

LEDs are

turned ON and then press the SET button. This is also indicated
by the “INV” text on the teach-in pad.

After this Q

A

setting has been completed, press SET and

simultaneously for approximately one second to begin normal
operation.

Object Detection—Dual Output

To set the output for both Q

A

and

Q

B

,

follow the same teach-in

procedure as the Q

A

Single Output (shown above) and

additionally teach the Q

B

output using the B

S1

and B

S2

LEDs.

Q

A

Output

A

S2

A

S1

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