Modular concept with large selection of output signals and interfaces. Suitable configuration can be selected for each application.
Optimized installation to monitor speed and position ranges, for example on a hoist
- Higher positioning and switching accuracy due to direct mounting without additional gears and mechanical interfaces
- Higher system performance due to faster motion cycles
- Time-saving assembly, commissioning, inspection and unit replacement due to mounting without distributor gearboxes, simple parameterisation, convenient preset function, switch test function, parameter import function, etc.
- Shorter downtimes - higher productivity
- Lower spare parts and storage costs due to modular expandable system, uniform hardware and generation of variants via parameterisation
- Maximum safety against malfunctions thanks to two-channel system structure, internal self-monitoring and optional safety certification for applications up to SIL 2 / PL
- Simple modernisation and replacement, without complex interventions in the PLC hardware and programming
Our partner, Johannes Hübner Fabrik elektrischer Maschinen GmbH, as a specialist for customised encoder solutions, can serve almost all requirements of heavy industry. The universal encoder systems make plant operation safer and more productive by significantly reducing downtimes and operating costs.
The innovative U-ONE(-SAFETY)-LWL universal encoder systems for speed and position monitoring increase performance by making optimum use of permissible speed ranges and positioning quickly and precisely.
The proven modular universal encoder systems in the first generation of U-ONE reliably determine and monitor speed and position.
The compact basic units of the universal encoder systems are part of the first generation of this group of products. They sense and monitor speeds and positions. This solution sees the function modules housed in the switchboard, which makes them particularly compact to attach to the shaft..
The U-ONE(-SAFETY)-Compact universal encoder systems for speed and position monitoring increase performance by making optimum use of permissible speed ranges and positioning quickly and precisely.
The basic units of the new second-generation universal encoder systems determine and monitor speed and position.They measure the speed and angular position of the application shaft, convert electrical signals into optical signals and transmit them to the (safety) control unit with no interference via fiber optic cable.
The position switch modules of the U-ONE(-SAFETY) second generation monitor the position ranges via three position switches, each with configurable parameters. The combination of five modules allows a maximum of 15 position switches to be used.
The communication modules of the U-ONE(-SAFETY) second generation transmit the position, speed and status data of the shafts that need to be monitored to a higher-level controller.
The communication modules of the U-ONE(-SAFETY) second generation transmit the position, speed and status data of the shafts that need to be monitored to a higher-level controller
The incremental encoder modules for detecting speed offer three types of signals: shifted 90 degrees to the basic pulse phase, mechanically fixed reference pulse and inverted signals.
The electronic position switch with six programmable switching outputs (each with one on and one off switching points) are available with numerous functions.
The speed switch modules are electronic overspeed switches that monitor the defined speeds for overspeed and underspeed.
FOC decoder modules convert optical FOC signals from the basic units of the universal encoders to electric signals and feed them on to other function modules of the U-ONE system.
The absolute encoder modules output the absolute position values of the shaft being monitored.
The speed switch modules of the U-ONE(-SAFETY) second generation are electronic overspeed switches that monitor the defined speeds for overspeed and underspeed.
The controller modules of the U-ONE(-SAFETY) second generation monitor the status of the entire universal encoder system.
Series |
Types / Modul type |
Functions |
---|---|---|
U-ONE Generation I
(Base unit) UOM(HJ) 4L / UOM(HJ) 41L SIL |
Solid shaft (flange) | Solid shaft (flange / foot) | Hollow shaft |
Speed and position monitoring |
U-ONE Generation II (Base unit) UOL(H) 40 / USL(H) 42 SIL 2 |
Solid shaft (flange) | Solid shaft (flange / foot) | Hollow shaft |
Speed and position monitoring |
U-ONE Generation I |
Solid shaft (flange) | Solid shaft (flange / foot) |
Speed and position monitoring |
U-ONE Generation II (Compact-System) UOC 40 / USC 42 |
Solid shaft (flange) | Solid shaft (flange / foot) |
Speed and position monitoring |
U-ONE Generation I (LWL-System) UOM(HJ) 4L / UOM(HJ) 41L SIL2 |
Solid shaft (flange) | Solid shaft (flange / foot) | Hollow shaft |
Speed and position monitoring |
U-ONE Generation II (LWL-System) |
Solid shaft (flange) | Solid shaft (flange / foot) | Hollow shaft |
Speed and position monitoring |
Speed switch module UO EM EGS4 / UO EM EGS41 SIL2 |
Electronic function module |
Overspeed and underspeed monitoring |
Speed switch module UO-EGS / UO-SGS |
Electronic function module |
Speed monitoring |
Position switch module UO-ERC / UO-SRC |
Electronic function module |
Position monitoring |
Communication module UO-EPN / UO-SPN |
Electronic function module |
Transmission of position, speed and status data |
Communication module UO-EPB / UO-SPB |
Electronic function module |
Transmission of position, speed and status data |
Incremental encoder module UO EM FG4 |
Electronic function module |
Speed monitoring |
Absolute encoder module UO EM AM... |
Electronic function module |
Position monitoring |
LWL-decoder module UO EM D2 / UO EM D41 SIL 2 |
Electronic function module |
Decoding of fibre LWL-signals |
Controller module UO-ECU / UO-SCU |
Electronic function module |
Incremental encoder / monitoring |
Flohr Industrietechnik GmbH - Im Unteren Tal 1 - D-79761 Waldshut-Tiengen - Phone: +49 (0)7751 / 8731-0 - info@flohr-industrietechnik.de