|
|
|
|
|
Model A58 -
High Resolution True Absolute
Rotary Encoder
|
Model A37 -
Low Cost Miniature True Absolute
Rotary
Encoder
|
Model A19 - Smallest True Absolute
Rotary Encoder |
|
Download datasheet
Features:
-
12- to 16-bit
resolution
- 58 mm
diameter
-
Gray code or natural binary
-
Parallel, SSI and
multiplexed parallel outputs
- Accuracy: +/-
0.5 LSB
|
Download datasheet
Features:
-
12-bit resolution
-
37 mm diameter
-
Gray code or natural binary
-
Parallel, SSI and
multiplexed parallel outputs
- Accuracy: +/-
0.5 LSB
|
Download datasheet
Features:
-
12-bit resolution
-
19
mm diameter
-
Shaft or blind hollow-shaft
configurations
-
Gray code or natural binary
-
SSI output format
- Accuracy: +/-
0.5 LSB
|
|
More Info: |
More Info: |
More Info: |
|
The A58 is the
highest resolution
compact encoder
available for
applications requiring
precise measurements of
distances and angles in
a relatively small
package. The low cost
and high accuracy of
this encoder make it an
ideal solution for
practically all
applications which
require absolute
positioning. Mechanical
features include a 58-mm
diameter aluminum
housing, a 3mm to 0.25”
diameter stainless steel
shaft, and precision
ball bearings. Output
formats include serial,
parallel and multiplexed
versions of Gray code or
natural binary.
|
The
Model A37 mini-encoder is a
12-bit single turn absolute
rotary encoder with opto-electronic
technology. These encoders are
used in a wide variety of
position sensing applications
for the measuring of angles
and distances in relatively
small envelopes. Mechanical
features include a 37-mm
diameter aluminum housing, a 3-4
mm 0.125 - 0.25") diameter
stainless steel shaft, and
precision ball bearings. Output
formats include serial,
parallel, and multiplexed
versions of Gray code or natural
binary.
|
The
Model A19 mini-encoder is a
12-bit single turn absolute
rotary encoder with opto-electronic
technology. These encoders are
used in a wide variety of
position sensing applications
for the measuring of angles and
distances in relatively small
envelopes. Mechanical features
include a 19mm diameter aluminum
housing and either shaft or
blind hollow-shaft
configurations. Output
format is SSI Gray code or natural
binary. |
|
|
Free Exhibit Pass -
National
Manufacturing Week in Chicago |
|
See us at
National
Manufacturing Week in Chicago |
GPI will be
exhibiting at the Design
Engineering Show at National Manufacturing Week
in Chicago, March 7-10 at McCormich Place.
Click the logo below for free
advanced registration!
New Products: Gurley Models A37, R11and LE50
|
USB compatible
Virtual
Absolute Encoder - Model 7700 |
KEY SYSTEM FEATURES:
-
Convenient
interface — USB interface
(and power!)
updates up to 500 times/sec
-
High
resolution — 18 bits =
262,144 measuring steps/rev
-
Low cost —
least expensive 1/4 million
count absolute device anywhere!
-
Virtual
Absolute — position is
absolute after 3.52° initial
motion
-
More choices
— 1.75" at 1/2 million counts
coming soon
Click here to
learn more.
|
Technical News -
What is
Virtual Absolute Technology?
|
Technical News -
What is
Virtual Absolute (VA) Technology? |
Gurley Precision
Instruments has developed a unique encoding method
that combines the opto-mechanical simplicity of an
incremental encoder with the system reliability and
interfacing ease of an absolute encoder. Virtual
Absolute encoders use cyclic and index tracks, like
an incremental encoder. However, the index track is
a serial code similar to a bar code instead of just
a single line.
The advantages of our
VA technology are as follows:
-
A VA
encoder is usually dramatically less expensive
than a conventional absolute.
-
The encoder
contains inherent built-in-test functions not
found in any conventional encoder. It reports
not only various encoder malfunctions, but can
also help detect system problems such as too
high a temperature or excessive speed.
-
The encoder
generates the same whole-word information as a
conventional absolute, so it is very easy to
interface to computers, PLC's, servo controls,
etc.
-
With its
simpler optics, a rotary VA encoder can
be smaller than a conventional absolute of equal
resolution. And you can use a linear VA
encoder for applications where a suitable
conventional absolute linear would be very hard
to find.
-
Because of
its simpler electronics, reduced parts count,
and less critical internal alignments, a VA
encoder is inherently more reliable than a
conventional absolute.
-
The
initialization distance or angle is a fixed and
very small motion, regardless of the starting
position or direction of travel. Just "bump" it
to find out where you are.
Click here to download full PDF article.
|
You have received this email as a
subscriber to Motioncontrol.com. Gurley
Precision Instruments publishes this quarterly
newsletter to share the latest trends in motion
control, technical articles and new
product information.
Please visit
our site at www.gurley.com for complete product and
company information.
Gurley
Precision Instruments
514 Fulton St.
Troy, NY 12180
(800) 759-1844
info@gurley.com
|
Ó 1997 - 2005 Gurley
Precision Instruments
Terms
of Use / Privacy Policy
|
|
