AME Datasheet, PDF (1/5 Pages) CUI INC – modular incremental encoder

PART NUMBER: AME
rev.
page 1 of 5
date 01/2009
DESCRIPTION: modular incremental encoder
The AME Series are high performance, low cost, 2 channel optical incremental encoders. Each encoder contains a LED
source, an integrated circuit with detectors and circuitry, and an optical disc which rotates between the emitter and detec-
tor IC. These encoders can be quickly and easily mounted to a motor.
ELECTRICAL SPECIFICATIONS
output waveform
output signals
output voltage
current consumption
output phase difference
supply voltage
output resolution (ppr)
frequency response
output current
Square wave
A, B phase
H: ≥ 85% Vcc
L: ≤ 0.3 V
≤ 25 mA
90° ± 45°
5 V dc
100, 200, 256, 360, 400, 500, 512, 1000, 1024
20 kHz (voltage output), 50kHz (line driver output)
0~5 mA
MECHANICAL SPECIFICATIONS
rotor inertia of code-wheel
hollow shaft diameter
shock resistance
vibration proof
working life
weight
6.0x10^-8 kgm²
≤ Ø 8mm
980 m/s² ,6ms, 2 times each on XYZ
50 m/s² ,10~200 Hz, 2 hours each on XYZ
MTBF ≥ 5000h(+25°C, 2000rpm)
10g (with 0.5 meter cable)
ENVIRONMENTAL SPECIFICATIONS
operating temp
-25° to +85° C
storage temp
-40° to +100° C
humidity
30~85% no condensation
protection
IP50
ORDERING INSTRUCTIONS
AME - XXXXX - XXXXX
Resolution:
100 = 100 PPR
256 = 256 PPR
400 = 400 PPR
1000 = 1000 PPR
200 = 200 PPR
360 = 360 PPR
500 = 500 PPR
1024 = 1024 PPR
Output type:
D = line driver 26LS31
V = voltage
Bore type:
"blank" = standard
T = thru bore*
Bore size:
"blank" = no kit
300 = 3mm
K = kit (Digi-Key only):
400 = 4mm
contains encoder,
500 = 5mm
centering tool, and
600 = 6mm
Allen wrench
635 = 6.35mm (1/4”)
800 = 8mm
*Removing the cap which covers the bore will turn the Standard style into a Thru Bore style
20050 SW 112^th Ave. Tualatin, Oregon 97062 phone [phone] fax [phone]