We offer fully customizable replacement solutions for the OCE-S101G-0013-E140-HFZ absolute encoder. Our team can customize specifications, performance parameters, and dimensions to ensure compatibility with the original model or surpass its performance while ensuring seamless integration. Customization options include resolution, mechanical dimensions, and environmental protection ratings. As a reliable alternative supplier, we provide professional technical support tailored to your specific application requirements.
Interface
Interface
SSI with Preset
Manual Functions
Preset + complement via cable or connector
Interface Cycle Time
≥ 25 µs
Outputs
Output Driver
RS422
Electrical Data
Supply Voltage
4.5 – 30 VDC
Power Consumption
≤ 1.5 W
Start-Up Time
< 1 s
Clock Input
RS 422, via Optocoupler
Clock Frequency
100 kHz – 2 MHz
Reverse Polarity Protection
Yes
Short Circuit Protection
Yes
EMC: Emitted Interference
DIN EN 61000-6-4
EMC: Noise Immunity
DIN EN 61000-6-2
MTTF
16.2 years @ 40 °C
Sensor
Technology
Optical
Resolution Singleturn
13 bit
Accuracy (INL)
±0.0220° (14 – 16 bit), ±0.0439° (≤13 bit)
Sense Signal (Default)
Clockwise shaft movement (front view on shaft)
Code
Gray
Environmental Specifications
Protection Class (Shaft)
IP65
Protection Class (Housing)
IP66/IP67
Humidity
98% RH, no condensation
Max Temperature
+70 °C (+158 °F)
Min Temperature
-40 °C (-40 °F)
Mechanical Data
Connection Cap Material
Aluminum
Housing Material
Aluminum
Housing Coating
Eloxide
Flange Type
Blind Hollow, ø 78mm ATEX
Flange Material
Aluminum
Shaft Type
Blind Hollow, Depth = 30 mm
Shaft Diameter
ø 14 mm (0.55")
Max. Shaft Load
Axial 60 N, Radial 80 N
Rotor Inertia
≤ 35 gcm² [≤ 0.2 oz-in²]
Friction Torque
≤ 3 Ncm @ 20 °C (4.2 oz-in @ 68 °F)
Max. Permissible Mechanical Speed
≤ 3000 1/min
Shock Resistance
≤ 100 g (half sine 11 ms, EN 60068-2-27)
Vibration Resistance
≤ 10 g (10 Hz – 2000 Hz, EN 60068-2-6)
Length
109 mm (4.29")
Weight
1090 g (2.40 lb)
Maximum Axial / Radial Misalignment
Static ± 0.3 mm /± 0.5 mm; Dynamic ± 0.1 mm /± 0.2 mm
