| Measuring standard |
DIADUR graduation on glass disk
|
| Measuring method |
absolute (singleturn)
|
| System accuracy |
± 2"
|
| Maximum position error per signal period |
± 0.4"
|
| Mechanical device version |
Solid shaft for separate shaft coupling
|
| Shaft type |
Solid shaft
|
| Shaft diameter |
14 mm
|
| Flange version |
Flange with 170 mm outside diameter and 140 mm centering collar, aluminum
|
| Interface |
EnDat 2.2
|
| Ordering designation |
EnDat02
|
| Positions per revolution |
268435456 (28 bit)
|
| Electrical permissible speed |
? 1500 min?¹
|
| Clock frequency |
? 2 MHz
|
| Calculation time tcal |
5 µs
|
| Incremental signals |
1 Vpp
|
| Output signals per revolution |
16384
|
| Cutoff frequency (-3 dB) |
? 400 kHz
|
| Permissible cable length (with HEIDENHAIN cable) |
? 150 m
|
| Power supply |
DC 3.6 V ... 14 V
|
| Typical current consumption without load |
? 140 mA at 5 V
|
| Power consumption |
? 1.1 W at 3.6 V
? 1.3 W at 14 V
|
| Connecting direction |
Cable outlet for axial and radial use
|
| Cable type |
PUR Ø 6.0 mm
|
| Cable length |
1 m
|
| Electrical connection |
Coupling M23, male, 17-pin
|
| Mechanical permissible speed |
? 3000 min?¹
|
| Starting torque at 20 °C |
0.025 Nm
|
| Moment of inertia of the rotor (shaft) |
0.000065 kgm²
|
| Shaft load |
axial 30 N
radial 30 N at shaft end
|
| Vibration 55 Hz to 2000 Hz (EN 60068-2-6) |
? 200 m/s²
|
| Shock 6 ms (EN 60068-2-27) |
? 1000 m/s²
|
| Maximum operating temperature |
? +50 °C
|
| Minimum operating temperature |
? 0 °C
|
| Degree of protection |
IP 64 (EN 60529)
|
| Mass |
1.6 kg |
