Subject to reasonable modifications due to technical advances.
Copyright Pepperl+Fuchs, Printed in Germany
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Technical data
Product description
Technical data
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Industrial standard housing Ø58 mm
•
13 Bit singleturn
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Output code: Gray and binary
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Short-circuit proof push-pull output
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Inputs for selection of counting direction, LATCH and PRESET
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Code change frequency up to 400 kHz
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Servo or clamping flange
Singleturn absolute encoder
FVS58
The emphasis for this series is on rapid data transf er. Posit ion data are read directly out of the
Gray code disc. The high code switching f requency of 400 kHz is achieved by consciously
avoiding the use of a microcontroller.
In terms of the mechanics, designs with clamping flange or servo flange are available for the
FVS58 singleturn absolute encoder.
FVS58
Elect rical s peci ficat io ns
Operating voltage
10 ... 30 V DC
No-load supply curr ent
max. 140 mA
Power consumption
≤ 2 W , without output drivers
Linearity
± 0.5 LSB
Output code
Gray code, binary code and Gr ay excess code
Code course (counting direction)
cw ascending ( clockwise rotation, code cour se ascending)
Code pr epar ation time
0.3 ms
In terf ace
Interface type
push- pull, par allel , short- circuit proof
Signal voltage
High
operating voltage minus voltage drop
Low
≤ 2.8 V
Resolution
Singletur n
13 Bit
Operating curr ent
40 mA
Voltage dr op
≤ 2.5 V
Code change fr equency
400 kHz
Rise time
300 ns
De-energised delay
300 ns
In pu t 1
Input type
selection of counting dir ection ( V/R)
Signal voltage
High
10 ... 30 V
Low
0 ... 2 V
Input current
< 6 mA
Signal duration
≥ 10 ms
In pu t 2
Input type
temporary storage (LATCH)
Signal voltage
High
10 ... 30 V
Low
0 ... 2 V
Input current
< 6 mA
Switch-on delay
< 0.1 ms
Switch-off delay
< 0.1 ms
Signal duration
≥ 100 µs
In pu t 3
Input type
zero-set ( PRESET )
Signal voltage
High
10 ... 30 V
Low
0 ... 2 V
Input current
< 6 mA
Switch-on delay
< 1 ms
Signal duration
≥ 10 ms