Baumer HUBER BERLIN POG 11.2 G Installation And Operating Instructions Manual - Page 29

Browse online or download pdf Installation And Operating Instructions Manual for Media Converter Baumer HUBER BERLIN POG 11.2 G. Baumer HUBER BERLIN POG 11.2 G 32 pages. Incremental encoder, twin encoder

Print Page
9

Technical data

9.1

Technical data - electrical ratings

Voltage supply:
•
Consumption w/o load:
•
Pulses per revolution:
•
Phase shift:
•
Duty cycle:
•
Reference signal:
•
Sensing method:
•
Output frequency:
•
Output signals:
•
Output stages:
•
Interference immunity:
•
Emitted interference:
•
Approvals:
•
9.2

Technical data - mechanical design

Size (flange):
•
Shaft type:
•
Shaft loading:
•
Flange:
•
Protection DIN EN 60529:
•
Operating speed:
•
Operating torque:
•
Rotor moment of inertia:
•
Materials:
•
Operating temperature:
•
Resistance:
•
Explosion protection:
•
Connection:
•
Weight approx.:
•
* The voltage supply is 9...26 VDC at TTL - version R for versions <95 pulses per revolution
MB070T1 - 11055673
9...30 VDC* (HTL-P, TTL - version R)
5 VDC ±5 % (TTL)
≤100 mA
300...5000 (As ordered)
90° ±20°
40...60 %
Zero pulse, width 90°
Optical
≤120 kHz
≤300 kHz option
K1, K2, K0 + inverted
Error output (only EMS)
HTL-P (power linedriver)
TTL/RS422
(As ordered)
EN 61000-6-2:2005
EN 61000-6-3:2007/A1:2011
CE, UL approval / E256710
ø115 mm
ø11 mm solid shaft
≤300 N axial; ≤450 N radial
EURO flange B10
IP67
≤12000 rpm (mechanical)
2 Ncm
200 gcm
Housing: aluminium die-cast
Shaft: stainless steel
-40...+100 °C
-25...+100 °C (>3072 pulses per revolution)
-50...+100 °C (optional with internal heating)
Restricted in potentially explosive environments, see section 2.
IEC 60068-2-6:2007
Vibration 25 g, 10-2000 Hz
IEC 60068-2-27:2008
Shock 300 g, 6 ms
II 3 G Ex nA IIC T4 Gc (gas)
II 3 D Ex tc IIIC T135°C Dc (dust)
Terminal box, 2x terminal box (with option M)
3x (4x) terminal box (with option G and M)
1.9 kg; 2.1 kg (with option M)
2.5 kg (with option G); 2.7 kg (with option G and M)
Baumer_POG11-POG11G-T1_II_DE-EN (16A4)
2
9
Technical data
26