Bar Graph Amplifier for Fiber-Optic Sensors |
| E3X-NA Series Fiber Optic Sensor |
|
 |
|
|
|
|
|
$
182.00
E3X-NA41
|
| • |
Streamline Features Provide Basic Sensing Immediately After Plug-In
|
| • |
LED Bar Display
|
| • |
8 Turn Sensitivity Adjustment with Indicator
|
| • |
Switch-Selectable, Light-ON/ Dark-ON Operation
|
| • |
NPN or PNP Output Models Available
|
View related products - Sensors and Transducers
|
| |
|
|
|
 |
 | | E32-TC200 throught beam fiber optic cable, with M4 threaded end, used to verify probe presence in Omega's automated MI Cable processing. E3X-NA41 amplifier is located away from the machine's moving components, but still accessable for adjustments. |
The E3X-NA Series fiber optic amplifier is a
simplified amplifier for basic sensing needs,
the LED bar graph quickly confirms sensor
performance. The E3X-NA series amplifier
requires and can be used with many fiberoptic
sensors to perform through-beam,
reflective or diffuse sensing methods. This
amplifier can be switched between Light-ON
or Dark-ON and has a selectable fixed
OFF-delay timer of 40 ms. The sensitivity is
adjustable with an 8-turn adjustment wheel
with an indicator for easy operation.
SPECIFICATIONS
Voltage: 12 to 24 Vdc
Control Output: NPN/PNP open collector, load current 50 mA max
Current Consumption: 35 mA max
Response Time: 200 µs
Timer Function: OFF-delay timer 40 ms (fixed)
Light Source: Red LED (680 nm)
Circuit Protection: Reverse polarity, output short-circuit and mutual interference
Operating Temperature: -25 to 55°C (-13 to 131°F), 35 to 85% RH
Connection Method (Prewired Models): 2 wire, 2 m (6.6') length
Dimensions: 31.5 H x 10 W x 64.3 mm L (1.24 x 0.39 x 2.53")
Materials :
Case: PBT (polybutylene terephthalate)
Cover: Polycarbonate
Cable: PVC with stripped leads
What is a Fiber Optic Sensor?
A fiber optic sensor is a two component sensor that uses
a fiber optic cable as a means of relaying the light signals from a remote
sensing location to the amplifier (electronics) that processes the signal.
The amplifiers are DIN rail mountable and can be installed in an area
away from moving equipment or in an electrical enclosure, allowing
for remote sensitivity adjustments.
The fiber optic cable allows detection of very small objects or parts
verification in hard to reach areas with precise positioning of the
sensing head, where photoelectric sensors would be inaccessible.
Advantages are the ability to withstand higher temperatures, shock
and vibration resistance, wet or corrosive locations and since the fiber
optic cables only transfer light, they are unaffected by electrical noise.
Fiber optic cables are divided into two categories: through-beam
and reflective. The through-beam is comprised of an emitter and a
receiver in two separate cables and the object will pass through the
beam. The reflective comes in a single unit with the emitter and
receiver in a single cable and the light is reflected off the object
back to the receiver.
|
|
| |
|
|
|
|
|
† All dollar amounts on this site are shown in US currency.
Note: Comes complete with instruction sheet. Fiber optics sold separately.
Ordering Example: (1) E3X-NA41 Fiber optic amplifier with bar graph display with NPN output for 12-24 Vdc, $182.00, plus (1) E32-TC200 Through beam fiber optic cable with 400mm sensing distance and M4 threaded sensing head., $64.00, $182.00 + 64.00 = $246.00
(1) E3X-NA11 Fiber optic amplifier with bar graph display with PNP output for 12-24 Vdc, $182.00, plus (1) E32-DC200 Reflective fiber optic cable with 150mm sensing distance and M6 threaded sensing head., $66.00, $182.00 + 66.00 = $248.00
|
|
|
|
|
| |
|
|
|
|
|
 |
 |
 |
|
|
Related Links -
Related Products
|
|
|
|
|
|
 |
|
|
|
|
 |
|
|
