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FIBER OPTIC Mode

glass fiber optics

The  threaded  barrel  design  of  the 

LR400 and PT400

 permit the con

-

nection  of  any  Banner  glass  fiber 
optic assembly by using two model 
FOF-400  fittings.   The  sensors  are 
typically  mounted  through  a  3/8 
inch  (10mm)  diameter  clearance 
hole,  with  the  FOF-400  fittings 
threaded  onto  them  after  mount

-

ing.    Setscrews  in  the  fittings  lock 
the fibers in place, but allow rapid 
replacement without disturbing any 
electrical wiring.

As the excess gain curves show, the 
LR/PT400 combination produces a 
high-performance  fiber  optic  sens

-

ing  system.    With  the  amplifier's 
1  millisecond  response  time,  this 
system can be used for almost any 
fiber optic requirement.

Range:

 see excess gain curves

Temp. range: 

-40 to +100°C

LR400 & PT400

with FOF-400 fittings 

and fiber optics

The following hookup diagrams include all of the 

remote sensors for use with the model MA3-4 

modulated amplifier module.  It is important to 

note how the shield wire of a remote sensor is 

wired.  The shield wire is the uninsulated wire 

in  each  sensor  cable.    Failure  to  connect  the 

shield as shown may result in false operation of 

the amplifier.  When wiring emitters, it is good 

practice to connect the positive wire first.  LEDs 

are sensitive to application of the wrong voltage, 

and can easily be destroyed.

NOTE:  only  one  sensor  may  be  connected  to 

each MA3-4 amplifier.

Sensor Hookup Diagrams for MA3-4 MICRO-AMP Modules 

(continued on 

page 6)

NOTE:  Shield wires must be connected as shown to avoid cable crosstalk.

Hookup of LR/PT200, 250, 300, and 400

Beam Pattern

5

Sensors for use with MA3-4 and MA3-4P Modulated Amplifiers

Sensors are epoxy-encapsulated and optics are hermetically sealed.  Cables are 6-1/2  feet (2m) long.  30-foot (9m) cables available by special 
order.

Excess Gain

Models/Dimensions

Beam Pattern

Fiber optic information:

IT13S:

 individual assembly .06 in. 

(1,5mm) dia. bundle

IT23S:

 individual assembly .12 in. 

(3mm) dia. bundle

BT13S:

bifurcated assembly .06 in. 

(1,5mm) dia. bundle

BT23S:

bifurcated assembly .12 in. 

(3mm) dia. bundle

L9:

 .5 in. (12mm) dia. lens

L16F:

 1.0 in. (25mm) dia. lens

FOF-400 fiber optic fitting

Содержание MA3-4

Страница 1: ...c at 10 milliamps Off state leakage current less than 1 microamp Model MA3 4P has the same specifications and performance as the MA3 4 amplifier except that the MA3 4P has complementary PNP outputs in place of the MA3 4 s NPN configuration P N 03341F3G Printed in USA ADJUSTMENT GAINadjustment single turnpotentiometer adjust with small flat blade screwdriver INDICATOR exclusiveBannerAlignmentIndica...

Страница 2: ...ate a very small and well defined effective beam for resolv ing small profiles increasing sensing repeatability or easing response time requirements Aperture model AP400 010 AP400 015 AP400 040 AP400 030R LR200 PT200 LR250 PT250 LR300 PT300 LR400 PT400 Temp range 40 to 100 C Housing material black Delrin Temp range 40 to 100 C Housing material black Delrin Temp range 40 to 80 C Housing material bl...

Страница 3: ...ed Cables are 6 1 2 feet 2m long 30 foot 9m cables available by special order Sensors for use with MA3 4 and MA3 4P Modulated Amplifiers Model SP300L is a remote retroreflective sensor with the same rugged design as the SP300EL RL described above Its useable range is from 6 inches to 15 feet 0 2 to 4 5m using the model BRT 3 retroreflector If the object that is to break the beam has a shiny surfac...

Страница 4: ...hes 96mm from its glass lenses As the excess gain curve illustrates the SP1000V has a very sharp drop off of gain beyond the focus point This feature makes it an excellent choice for detecting a small part which is only a fraction of an inch in front of another surface such as parts on a conveyor viewed from above It is also ideal for fill level detection and for precise positioning control in lie...

Страница 5: ... shield wire of a remote sensor is wired The shield wire is the uninsulated wire in each sensor cable Failure to connect the shield as shown may result in false operation of the amplifier When wiring emitters it is good practice to connect the positive wire first LEDs are sensitive to application of the wrong voltage and can easily be destroyed NOTE only one sensor may be connected to each MA3 4 a...

Страница 6: ...ze the chances for cable crosstalk IMPORTANT Cable Splicing Information WARNINGMICRO AMP SystemsdoNOT includetheself checkingredundantcircuitryneces sary to allow their use in personnel safety applica tions A sensor or amplifier 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 ...

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