Sp12 sensor hookup to cd series maxi-amp ™ modules, 3) power for external devices (all models), 2) logic level npn output (cd3 models) – Banner MAXI-AMP Series User Manual

Page 9: 1) hookup of sp12 series sensors (all models), Models with isolated solid-state contacts

Advertising
background image

9

3) Power for External Devices (all models)

External 10 to 30V dc devices such as
self-contained sensors may be connected
between terminals #3 (+) and #1 (-) of
any CD series MAXI-AMP module.
Terminal #3 offers 40mA maximum.
This is sufficient to power most Banner
self-contained dc sensors.

As the example at the right illustrates,
the current sinking output of a self-
contained sensor powered by the MAXI-
AMP may be used as the input to the
AUXILIARY terminal of a CD5 mod-
ule.

See Hookup Diagram #1 (above) for load and power connection information.

2) Logic Level NPN Output (CD3 models)

Typically, the CM5 module would
be programmed for the ONE-SHOT
or DELAYED ONE-SHOT logic
function. If the SP12 pair "sees" an
acceptable condition when the
SP300D senses the leading (or trail-
ing) edge of a product, the CD3 will
inhibit a reject pulse from occuring.

The AUXILIARY terminal (#9) of models CD3A, CD3B, CD3RA and
CD3RB modules offers a logic-level NPN (current sinking) output which may
be used as a fast-response solid-state inhibit signal to the AUXILIARY input
of MAXI-AMP CD5, CL5, CM5, or CR5 Series modules. This output may
also serve as an input to any MI-
CRO-AMP™, Plug Logic, or CL
Series logic module. In addition,
this output may interface to other dc
devices or circuits like counters,
rate meters, or programmable logic
controllers. Switching capacity is
20mA maximum at 12V dc max.

The example here shows the use of
SP12 Series sensors and a CD3 mod-
ule to provide inspection informa-
tion, with the SP300D functioning
as a product (GATE) sensor.

green

black

white

green

red

black

white

Gate

(Interrogate)

Data

(Inspection)

Inhibit

AC

Supply

CD3
models

8

7

6

5

4

9

10

11

1

2

3

AC

Supply

CM5
models

8

7

6

5

4

9

10

11

1

2

3

SP300D

SP12 Series Emitter

SP12 Series Receiver

blue
brown

NOTE: Black wire from

SE612

is not used

+15V dc

(#3)

GATE

(Interrogate)

CD5
models

Inhibit

White

green

blue

black

white

AC

Supply

Blue

(#1)

Brown

+15V dc @40mA

DATA

(Inspection)

SE612

8

7

6

5

4

9

10

11

1

2

3

brown

SP12 Series Emitter

SP12 Series Receiver

CD3RA
CD3RB
CD5RA
CD5RB

SPDT 5A

Relay

Output

AC

SUPPLY*

8

7

6

5

4

9

10

11

1

2

3

CD3A
CD3B
CD5A
CD5B

LED + (white)

LED - (green)

COMMON (black)

PT - (blue)

AUX

8

7

6

5

4

9

10

11

1

2

3

AC

SUPPLY*

PT + (brown)

AC Load

DC Load

Load Common

Models with isolated solid-state contacts

LED + (white)

LED - (green)

COMMON (black)

PT - (blue)

AUX

PT + (brown)

Emitter

Receiver

Emitter

Receiver

Models with electromechanical relay contacts

*105 to 130V ac or 210 to 250V ac, 50/60Hz, depending on model. To power the MAXI-AMP™ module from a dc supply, connect
+12 to 28V dc at

70mA to terminal #3 and dc common to terminal #1. Make no connection to terminal #7 or #8.

SP12 Series sensors are especially designed for use with CD Series modules. The basic hookup is given here (QD sensor models shown). Each MAXI-AMP™
CD Series module supports use of one pair of SP12 Series sensors. CD5 Series module models also support use of a GATE or INHIBIT sensor at pin #9 (below,
this page).

1) Hookup of SP12 Series Sensors (all models)

SP12 Sensor Hookup to CD Series MAXI-AMPModules

Advertising