SUPPLY VOLTAGE: 10 to 30V dc at less than 20 milliamps (ex-
clusive of load); 10% maximum ripple.
OUTPUT CONFIGURATION: two open-collector NPN (current
sinking) transistor (solid-state) switches; one normally open (light
operate) and one normally closed (dark operate); 150 milliamps maxi-
mum, each output. Saturation voltage less than 0.5V dc at 10 milliamp
load. Off-state leakage current less than 1 microamp.
RESPONSE SPEED: 1 millisecond ON and OFF.
REPEATABILITY: 0.3 millisecond.
SENSOR LEAD LENGTH: 15 feet (4,5 m) maximum.
ADJUSTMENT: GAIN adjustment (single-turn potentiometer;
adjust with small at-blade screwdriver).
INDICATOR: exclusive Banner Alignment Indicator Device
(AID™) system lights a red LED indicator whenever the sensor "sees"
its own modulated light source, and pulses at a rate proportional to the
strength of the received light signal.
CONSTRUCTION*: totally encapsulated plug-in package with
molded VALOX® housing. Gold-ashed connection pins.
OPERATING TEMPERATURE:
0 to +70 degrees C (32 to +158 degrees F).
*A Dimension Drawing appears on page 3.
MICRO-AMP® Model MA3 Specications
Model MA3P has the same specications and performance as the MA3 amplier, except that the MA3P has complementary PNP outputs in
place of the MA3's NPN conguration.
OUTPUT: two PNP transistors, complementary outputs; one normally open (light operate) and one normally closed (dark operate). 150 mil-
liamps maximum, each output. Saturation voltage is less than 1V dc at 10 milliamps. Off-state leakage current is less than 1 microamp.
Printed in USA
Hookup Diagram, MA3 Amplier
Functional Schematic, MA3 Amplier
Banner MICRO-AMP® modules MA3 and MA3P are modulated ampliers designed
for use with the miniature SP100 Series remote sensors. Miniature photoelectric
sensors, such as the SP100s, have traditionally been used as non-modulated devices with
very limited response. These specially-engineered ampliers bring about a dramatic
improvement in the optical performance of miniature remote sensors.
MICRO-AMP modules are powered by 10 to 30 volts dc, and feature the patented
Banner Alignment Indicator Device (AID™) signal strength LED. Sensor sensitivity
is adjustable via a top-mounted GAIN potentiometer. Model MA3 has complemen-
tary current sinking (NPN) outputs; model MA3P has complementary current sourc-
ing (PNP) outputs. Circuitry is epoxy-encapsulated and enclosed in a tough molded
VALOX® housing. Connections may be made to the MICRO-AMP via the optional
RS8 socket/wiring base, or the module may be mounted directly to a printed circuit
board (see page 3).
The small size and the slim ribbon-style connecting cable of SP100 Series sensors
make it possible to use photoelectrics in many situations previously thought to be
impractical or even impossible.
MICRO-AMP® System
MA3 and MA3P Modulated Ampliers
03340F3G
Model MA3P: PNP (current sourcing) output
Hookup Diagram, MA3P Amplier
Models SP100C and CCF are ideally suited to applications where depth of eld
is critical. The emitter and receiver are both directed at a point 0.1 inch (2,5mm)
ahead of the front surface. An aperture is included which, when attached, nar-
rows the depth of eld (see curves, below). This is particularly useful when it
is necessary to detect an object while ignoring another object or a surface just a
fraction of an inch farther away. The high excess gain at the focus allows detec-
tion of objects of low reectivity. The SP100C and CCF differ only in housing
style. Model SP100C is for general application. Model SP100CCF is used where
a narrow prole is important for mounting.
SP100E &
SP100R
Range: 8 inches (20cm)
Beam: infrared, 880nm
Effective beam: .05 inch
(1,3mm diameter)
Cable (all 6-foot lengths):
SP100E: 2-wire ribbon cable
(white, green).
SP100R: 3-wire ribbon cable
(red, black, yellow).
SP100D, DB, C, CCF: 5-wire
ribbon cable (white, green, red,
black, yellow). See hookup
drawing.
Models/Dimensions Excess Gain Beam Pattern
SP100E and SP100R miniature opposed sensors have a slim right-angle design
which allows them to be mounted in very tight locations. The thin, exible rib-
bon cable which exits from one corner may be run in any direction away from
the sensing point. The SP100E and R have a wide beam angle for forgiving
line-of-sight alignment. Alignment is easily made exact (and monitored) using
the AID™ LED on the MICRO-AMP module.
OPPOSED Mode Sensors
Models SP100D and SP100DB are general-purpose miniature diffuse sensors
which detect the reection of their own light from the surface of an object. The
SP100D is a right-angle design which is generally held in place using a #4 (3mm)
screw. The SP100DB ("B" = Barrel) is an in-line threaded barrel which typically
mounts through a 3/8" (10mm) diameter hole using the lock nuts which are sup-
plied. The optical response characteristics of these two sensors are identical.
2
SP100D
SP100C SP100CCF
SP100DB DIFFUSE Mode Sensors
Temperature range for all miniature modulated remote sensors is 0 to 70 degrees C (+32 to 158 degrees F).
Sensors are epoxy-encapsulated and optics are hermetically sealed.
Sensors for use with MA3 and MA3P Modulated Ampliers
CONVERGENT Mode Sensors
Beam Pattern
3
Dimensions, TR-100 Mounting Track
"A" Di-
mension
1" (25mm)
4" (10cm)
6" (15cm)
12" (30cm)
Minimum
number of slots
1
2
3
8
Track Model
TR100-1
TR100-4
TR100-6
TR100-12
PVC mounting track for MICRO-AMP components is available in 6 and 12 inch
lengths for systems which use multiple components. For example, a 6-inch length
will accomodate one MPS-15 power supply plus two additional RS8 sockets with
modules.
Longer lengths of mounting track may be supplied on a quote basis.
TR100-1 1 inch (25mm) long (supplied with RS8 socket)
TR100-4 4 inch (100mm) long (supplied with MPS-15 series power supply)
TR100-6 6 inch (150mm) long
TR100-12 12 inch (300mm) long
MICRO-AMP® System Accessories
The RS8 socket is the most fre-
quently used means of mount-
ing and wiring a MICRO-AMP
module. It consists of a socket
with two four-terminal connec-
tion strips, all wired together
onto a PC board. The PC board
assembly slides into a 1 inch
(25mm) long PVC track which
is used to mount the entire as-
sembly. A hold-down screw
keys the correct polarity of the
module.
The RS8K is a kit of parts that
comprise the socket portion of
the RS8 assembly. It is used to
provide a socket for MICRO-
AMP modules that are installed
onto printed circuit boards. The
RS8K consists of a molded
socket block and 8 individual
socket pins. A nylon screw is
included to afx the socket block
to the PC board. The drill size for
the pins is #50 (.070"; 1,8mm).
Drill pattern dimensions are
included.
RS8 Socket
RS8K Socket
Dimensions, MA3 and MA3P, shown with RS8
Wiring Socket
MICRO-AMP®
module
pin conguration.
Mounting Track
Banner Engineering Corp. 9714 10th Ave. No., Minneapolis, MN 55441 Telephone: (763) 544-3164 FAX (applications): (763) 544-3573
WARRANTY: Banner Engineering Corporation warrants its products to be free from defects for one year. Banner Engineering Corporation will repair or replace,
free of charge, any product of its manufacture found to be defective at the time it is returned to the factory during the warranty period. This warranty does not
cover damage or liability for the improper application of Banner products. This warranty is in lieu of any other warranty either expressed or implied.
Modulated
Amplier Logic Functions Used with (Input) Full Description
Module
Model
NONE (ON/OFF)
4-input logic gate:
AND, NOR, X-NOR
Latch or alternate-action
ip-op
NONE (ON/OFF) Banner high-performance
remote sensors
Banner SP100FF modu-
lated xed-eld sensor
ONE-SHOT
MICRO-AMP logic
modules are designed to
accept the output signal
from a MICRO-AMP
amplier and process
that signal for a required
logic function. MICRO-
AMP logic modules
themselves contain no
amplier.
YES
ON-delay or OFF-delay
NONE (ON/OFF)
Banner SP100 Series min-
iature modulated remote
sensors
Banner catalog or
data sheet 03523
Banner catalog or
data sheet 03341
MA3A
MA3-4 and MA3-4P
MA4-2
MA4G
MA4L
MA5
MPC3
(for printed circuit
board mounting)
YES
YES
Banner catalog or
data sheet 03350
Banner catalog or
data sheet 03351
Banner catalog or
data sheet 03352
Banner catalog or
data sheet 03353
Banner catalog or
data sheet 03336
Other MICRO-AMP® Modules
Switches, contacts, or
NPN (current sinking)
output of dc sensors or
ampliers, including:
Banner MULTI-BEAM,
MAXI-BEAM, VALU-
BEAM, MINI-BEAM,
and ECONO-BEAM
sensors; plus MAXI-
AMP and MICRO-AMP
modules.
The MPS-15 Series power supplies are designed specically to supply power for the
Banner MICRO-AMP series ampliers and logic modules. They are constructed on small
PC boards that are track-mountable for compatibility with other track-mounted MICRO-
AMP components. The MPS-15 includes a socket for a MICRO-AMP amplier or logic
module having current sinking (NPN) output*. The combination of an MPS-15 series
power supply and a MICRO-AMP module makes a complete and compact sensing and/or
control system.
A built-in 5-amp rated SPDT output relay is supplied for easy interfacing to an external
load or circuit. Its action is controlled by the outputs of a MICRO-AMP module which is
plugged into the on-board module socket*. A switch on the PC board selects which module
output (normally open or normally closed) will activate the relay.
Two models are available. Model MPS-15 is for 120V ac operation. Model MPS-15-230
is for 220/240V ac power. Up to three MICRO-AMP modules may be powered by one
MPS -15 or MPS-15-230 power supply. A 4-inch (10cm) long mounting track is included
with each supply. Optional 6-inch (15cm) track model TR100-6 neatly accomodates the
MPS-15 Series PC board plus the PC boards of two additional RS8 sockets to form a
complete three-module MICRO-AMP sensing/logic system. (See Mounting Track infor-
mation, page 3.)
*Do not plug MICRO-AMP modules with PNP (current sourcing) outputs ("P" sufx) into the socket on the MPS-15 or MPS 15-230 power supply.
MPS-15 and MPS-15-230 Power Supplies
WARNING MICRO-AMP® Systems do NOT include the self-checking redundant circuitry necessary to allow their use in
personnel safety applications. A sensor or amplier failure or malfunction can result in either an energized or a de-energized output
condition.
Never use this product as a sensing device for personnel protection. Its use as a safety device may create an unsafe condition which
could lead to serious injury or death.
Only MACHINE-GUARD and PERIMETER-GUARD Systems, and other systems so designated, are designed to meet OSHA and
ANSI machine safety standards for point-of-operation guarding devices. No other Banner sensors or controls are designed to meet these standards, and
they must NOT be used as sensing devices for personnel protection.
