optical linear encoder with 1 um accuracy resolution

optical linear  encoder with 1 um accuracy resolution
Model:GCS896
Brand:HXX
Origin:Made In China
Category:Electronics & Electricity / Electronic Instrument / Electronic Measurment Apparatus
Label:lathe linear scale , l linear encoder , optical sensor
Price: -
Min. Order:1 pc

Product Description

Name
Production precesion
Outputting signal
length
resolution
Grating pitch
Ri
Working speed
WTB1
 
WTB5
±(5+L0/100)μm
Other supplies:
±(3+3L0/1000μm
 
2 way TTLF square    wave 0°and 90°;
And other 4 ways TTL square wave
0°、90°、180°、270°
50~3000
 
50~3000
0.001
 
0.005
0.02mm
 
0.02mm
50mm
 
 
50mm
60m/min
60m/min
 
Other material
Offset error  90°± 15 °      working temperature   0℃~40℃           storage temperature:-20℃~50℃
WTB
 nominal length
 
L0 = 50~1000mm ,50mm a grade
L0=1000~3000mm , 100mm a grade
maximum stroke    <500mm
 
maximum stroke    between 500mm and 900mm
maximum stroke    >900mm
Nominaldimension +30 mm         the length of signal line   :  2m
 
nominal dimension +30mm         the length of signal line   :    3.5m
 
nominal dimension +50mm         the length of signal line   :     5m
mm
L0- effecttive measuring range
50~3000           50mm/grade
L1-maximum measuring range
L1+L0+50( stroke>900)
L1=L0+30(stroke≤900)
L2-main installation dimension
L2=L0+156(stroke >900)
L2=L0+126(stroke ≤900)
L3-blade maximum dimension
L3=L0+174( stroke>900)
L3=L0+154( stroke≤900)
D-the installation pitch to the flank of the reading  head
60±0.1
E-reading head maximum dimension
90
F-the installation pitch to the top of the reading    head
60±0.1
G-the maximum thickness of the scale
29
H-the maximun height of the scale
66.8
I- the thickness of the reaing head
29±0.1
J-the dimension between the main scale and the reading head
27.3
K-the installation pitch of the main scale
15
M- the installation pitch of the main scale
23.5
N-the distance between the main scale and thereading head
1.3±0.3
P- he installation pitch dimension of the reading head
2-M5-6H
Q- the installation pitch dimension of the bottom
2-M4-6H deep 8
R-the installation pitch dimension of the main scale
4-6X10waist hole
 
 
 
1, we have the most advanced optical measurement system,and the design of five bearing system which is durable and high precision.this can make sure the stability of the optical mechanical system and the excellent repositioning and the high precision of the measurement
2The optical grating sensor linear scales manufactured by us are closed type,and the
performance of the ultra thin type is reliable,it is easy to install,and maintain
,3,the signal line is coverred by the nets of multilayer isolation , and the metal shell will keep it waterproof, rust protection
4, the light source adopts imported infrared leds, small volume but have a long life.
5,the linear scale is made of aluminum ,the head of it is die castinged of zinc alloy to protect it from rusting
6, there is a special oil resistance, corrosion resistant, high elastic and plastic anti-aging waterproof,and excellent dustproof, and a long life.
7, with high level of anti-interference ability, high stability, high speed, vibration resistance.
8, the sensor adopts the glass aprecision measurement grating as ameasuring benchmark, can produce various specifications of high precision linear scales.
9,the E2PROM is used as the power outage memory, so you don’t have to change the battery, no maintenance,the memorycan be storaged for ten years;you can use it for 1 million times,it is your best safeguard;
10, vibration filter function: for high-precision machine tools, so the display resolution is 1 um (0.001 mm)
11, non-linear error conpensation function:
 
Payment Terms:TT/WESTERN UNION
optical linear  encoder with 1 um accuracy resolution  1optical linear  encoder with 1 um accuracy resolution  2optical linear  encoder with 1 um accuracy resolution  3

Member Information

Shenzhen Hengxingxing Precision Instrument Co.,Ltd
Country/Region:Guang Dong - China
Business Nature:Manufacturer
Phone:13128899514
Contact:Locket Liao (Manager)
Last Online:10 Oct, 2018