video corpo

Absolute rotary encoder U-ONE Generation II (LWL)
optical13-bit15-bit

Absolute rotary encoder - U-ONE Generation II (LWL)  - Johannes Hübner Giessen - optical / 13-bit / 15-bit
Absolute rotary encoder - U-ONE Generation II (LWL)  - Johannes Hübner Giessen - optical / 13-bit / 15-bit
Absolute rotary encoder - U-ONE Generation II (LWL)  - Johannes Hübner Giessen - optical / 13-bit / 15-bit - image - 2
Absolute rotary encoder - U-ONE Generation II (LWL)  - Johannes Hübner Giessen - optical / 13-bit / 15-bit - image - 3
Absolute rotary encoder - U-ONE Generation II (LWL)  - Johannes Hübner Giessen - optical / 13-bit / 15-bit - image - 4
Add to favorites
Compare this product

Characteristics

Type
absolute
Technology
optical
Absolute encoder resolution
13-bit, 15-bit
Construction
solid-shaft, hollow-shaft, exposed
Supply voltage
15VDC
Material
stainless steel
Protection level
SIL 2, IP66
Other characteristics
safety
Shaft diameter

14 mm, 20 mm
(0.55 in, 0.79 in)

Rotational speed

2,800 rpm
(17,593 rad.min-1)

Process temperature

Min.: -25 °C
(-13 °F)

Max.: 67 °C
(152.6 °F)

Description

Basic unit for encoder system U-ONE Generation II (LWL) For direct attachment to the application shaft: measurement of speed and position Interference-free signal transmission with just one fiber optic cable to function modules in the switchboard (up to 1,000 m) Description The basic units of the advanced universal encoder systems U-ONE Generation II determine the speed and position directly on the application shaft. They convert the information about speed and angular position in the integrated fiber optic transmitter into optical signals and transmit them via only one fiber optic cable to the U-ONE controller module in the switchboard without interference. The basic units are suitable for use in new plants as well as for a modernization solution. No additional mechanical components such as speed increasing gears, distribution gears or distribution couplings are required. Functions of the U-ONE(-SAFETY)-LWL basic units Safe and precise measurement of speed and position of the application shaft Conversion of data into optical signals Transmission to the controller module in the switchboard via one fiber optic cable Speed and position measurement including an integrated FOC transmitter High accuracy thanks to direct gearless mounting to the application shaft plus high resolution (13 bit singleturn / 15 bit multiturn) Interference-free signal transmission to the function modules in the switchboard via just one fiber optic cable (up to 1000 m) High reliability even when exposed to extreme operating conditions Technical data Supply voltage 15-27 VDC Resolution Singleturn 13 bit (8192 steps per rotation) Multiturn 15 bit (32768 rotations)
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.