Commissioning | Configuring the axes
7.6.2
Overview of typical encoders
The following overview lists the parameters of the HEIDENHAIN encoders that are
typically connected to the product.
When connecting other encoders, refer to the encoder's
documentation for the required parameters.
Linear encoders
Encoder series
Interface
Signal period
Reference mark
Maximum
traverse path
LS 328C
TTL
20
μ
m
Coded / 1000
20 mm
20
μ
m
4
μ
m
AK LIDA 27
TTL
2
μ
m
One
-
4
μ
m
One
-
4
μ
m
Coded / 1000
*)
20 mm
2
μ
m
One
-
AK LIDA 47
TTL
2
μ
m
Coded / 1000
*)
20 mm
LS 388C
1 V
PP
20
μ
m
Coded / 1000
20 mm
AK LIDA 28
1 V
PP
200
μ
m
One
-
AK LIDA 48
1 V
PP
20
μ
m
One
-
AK LIF 48
1 V
PP
4
μ
m
One
-
*)
“Coded / 1000” only in conjunction with the LIDA 4x3C scale
Examples of absolute encoders that are typically used
Encoder series
Interface
Measuring step
AK LIC 411
EnDat 2.2
1 nm
5 nm
10 nm
LIC 211 scanning head
EnDat 2.2
50 nm
100 nm
7
HEIDENHAIN | GAGE-CHEK 2000 | Operating Instructions | 08/2020
85
Summary of Contents for GAGE-CHEK 2000 Series
Page 1: ...GAGE CHEK 2000 Operating Instructions Evaluation Unit English en 08 2020 ...
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Page 13: ...1 Fundamentals ...
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Page 23: ...2 Safety ...
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Page 29: ...3 Transport and storage ...
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Page 35: ...4 Mounting ...
Page 41: ...5 Installation ...
Page 51: ...6 Basic operation ...
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Page 75: ...7 Commissioning ...
Page 119: ...8 Setup ...
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Page 155: ...9 Measuring ...
Page 169: ...10 File management ...
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Page 177: ...11 Settings ...
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Page 211: ...12 Servicing and maintenance ...
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Page 221: ...13 What to do if ...
Page 225: ...14 Removal and disposal ...
Page 227: ...15 Specifications ...