BEI Sensors GHT514 Incremental Hollow Shaft Encoder - Manual

GHT5_1
BEI Sensors SAS
Espace Européen de l’Entreprise
9, rue de Copenhague
B.P. 70044 Schiltigheim
F 67013 Strasbourg Cedex
Tél : +33 (0)3 88 20 80 80
Fax : +33 (0)3 88 20 87 87
Mail : [email protected]
Web : www.beisensors.com
INCREMENTAL ENCODERS, GHT5_1 RANGE
GHT5S14 encoders are specially designed for motorist application – heavy industry
 Ø14mm through shaft
 Easy mounting with DAC (Anti Coupling Device)
 Robustness and good resistance to shocks and vibrations
 High protection level IP65
 Resolution up to 2 500 ppr
 Universal electronic circuits 5V RS 422 and Push Pull 11 to 30Vdc
GHT5_14 connection G3R (cable output), DAC 9445/015 * mounted on the bearing housing
* to be order separately
58mm GHT5S14 encoders are designed to accept shaft sizes up to 14mm and can be mounted without fixation flange.
Immobilization is achieved by a controlled deformation ‘’DAC’’ with 2 fixation points (ref : M9445/015, accossory to be order
separately) which allows an axial misalignment (±2mm), angular (±3°) and radial (±0,2 mm). The ‘’DAC’’ also allows for ±10° of
rotational adjustment for the alignment of the marker pulse, with the two ‘’DAC’’ oblong holes at 180°. The final mounting is realised
with 2 CHC M3 screws
CHARACTERISTICS
Cover : zamac Shock (EN60068-2-27) < 500 m.s -2 (during 6ms)
Body: aluminium Vibration (EN60068-2-6) < 100 m.s -2 (55Hz … 2 000Hz) Material
Shaft : stainless steel EMC EN 61000-6-4, EN 61000-6-2
Ball bearings 6003 serie Isolation voltage 1 000 V eff
Axial : 50 N Weight 0,450 kg
Maximal loads
Radial : 100 N Operating temperature - 20... + 80°C (encoder T°)
Shaft inertia  5.10 -6 kg.m 2 Storage temperature - 30... + 80°C
Torque  15 .10 -3 N.m Protection (EN 60529) IP 65
Max. speed (permissible) 9 000 min -1 Torque (pressure screw ring) nominal: 1,5N.m, breaking: 2N.m
Max. speed (continuous) 6 000 min -1 Theoretical mechanical lifetime 10 9 turns (F
axial
/ F
radial
)
Shaft seal Viton 25 N / 50 N : 228 50 N / 100 N : 28 75 N / 150 N : 8
Changes possible without further notice - Version 2.0