Camille Bauer KINAX WT 707-SSI Operating Instructions Manual - Page 10

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4.2 Mechanical data
Material:
Housing:
Back part:
Connectors:
Metal (M12/8 pin)
Housing protection:
IP 66 according to EN 60529
Permissible static load
on shaft:
Max. 1000 N (radial)
Max. 500 N (axial)
If subjected to vibration, the shaft
load should be as low as possible
to ensure optimum life of the bear-
ings
4.3 Ambient conditions
Temperature range:
– 20 to + 70 °C
Humidity:
Max. mean annual relative humidity
≤ 95%
Transport and
storage temperature:
– 40 to + 80 °C
Operating altitude:
max. 2000 m
Vibration:
≤ 300 m/s
(according to IEC 60068-2-6)
Schock:
≤ 1000 m/s
(according to IEC 60068-2-27)
4.4 Dimensions (without connector)
32,5
76,5
147
4.5 Readout of positional values
Impulse times:
T = 1 to 10 μs /t1 = 0.5 to 5 μs
I2 = < 0.2 μs / t3 = > 12 to 25 μs
4.6 Output circuits
Data output:
encoder
circuit
schematic
+Vs
Data
e.g.
MAX 490
0 V
10
Steel
Aluminium
2
/ 10 – 2000 Hz
2
/ 6 ms
M6 × 15
82
±0,2
102
typical
user
interface
+Vs
100 Ω
e.g.MC 3489
SN 75175
AM 26 LS 32A
0 V
Clocked input:
encoder
circuit
schematic
+Vs
100 Ω
Clock
0 V
4.7 Pin confi guration of connector
Pin
Cable
colour
1
White
2
Brown
3
Green
4
Yellow
5
Grey
6
Pink
7
Blue
8
Red
Shield
5. Mounting
Three different ways to mount KINAX WT707-SSI are avail-
able.
Mounting options for the attachment
Directly
Using a base
82 ±0,2
6,5
120º
9
Direct mounting requires 3 M6 screws, whereas the variants
using a base or a fl ange require 4 M8 screws and nuts.
Screws are not included in the scope of delivery since their
length is determined by the thickness of the attachment at
the measured object, which fl uctuates from case to case.
Avoid impacts or shocks on the housing
•
and shaft.
Do not deform housing.
•
Do not open or mechanically modify tghe
•
device.
typical
user
interface
+Vs
0 V
Signals
Description
0V
Power supply
+Vs
Power supply
Clock+
Clocking lead
Clock–
Clocking lead
Data+
Data line
Data–
Data line
Zero
Zero setting input
Open
Not connected
Housing
Using a fl ange
71 ±0,2
9
130 ± 0,2