The universally applicable industrial incremental encoders in the RI58 family are characterised by being particularly flexible. There are a number of different versions offering a range of flanges and connections. These encoders are suitable for high shock loads and feature high signal accuracy and up to 40,000 steps with 10,000 marks and are particularly well suited to use in machine tools, CNC axes, packaging machines, motors / drives, injection moulding machines and sawing machines.

Compact sensor, incremental, digital interface, resolution 1 μm.

The MSC500 magnetic sensor has a large, multi-color status LED that makes commissioning and function monitoring easier for users. The correct distance between the gage and the sensor can be visually monitored.
With the plug connection directly on the sensor head, the MSC500 is also suitable for use in very confined spaces. As a result installation is fast and simple, which naturally means lower costs. In addition, the MSC500 sensor includes all digital square wave signals. This enables evaluation of the A/B signals, the inverted signals and the periodic index signals with the same sensor. Main features: Max. resolution 1 μm, Max. 200000 pulses/revolution in combination with MR500 or MBR500 (160 poles), Repeat accuracy ±0.005 mm, Status LED with integrated distance monitoring, Works with magnetic tape MB500/1, MR500, MBR500, Reading distance ≤2 mm, Sensor connection can be plugged with KV1C cable extension, Output circuit PP, TTL, LD (depending on the operating voltage), possible with fixed reference marks R or flexible reference marks FR.

Incremental, digital interface, resolution up to 0.2 μm

Encoder simple to install with help of status LED, wide installation tolerances, special tools and adhesive-backed magnetic scale. It’s operate non-contact and has no friction so makes possible to reduce hysteresis. High protection up to IP67 and resistance to shock, vibration, some chemical environments allows to use Magnetic Encoder MSK1000 in Medical technology (e.g.: Tomographs, operating tables), Linear drive technology, Torque motors, Stop systems (e.g. wood working), Sawing technology (wood, metal, stone working), Elevator technology, Warehouse and conveyor technology, Presses, Special engineering. Main features; Max. resolution 0.2 μm, Repeat accuracy ±1 μm, Status LED display, Reading distance ≤0.4 mm, Robust metal housing.

LIR-2100 incremental encoder with big hollow shaft has optical scanning technology. Designed for elevators / lifts application. These encoders feature resolution up to 1024 ppr, hollow shaft 30 mm. Most applied in OTIS 13VTR elevator drives with convertor OVF20 compatible to articles JAA00633ABF003 from Tamagawa (OIH100 TS 5208 N 902)

The AC58 series combines a series of absolute rotary encoders with optical scanning for numerous fields of application. The 58 mm encoders are available as solid-shaft or hollow-shaft models and meet the requirements for nearly every demanding industrial application and use involving motor feedback. As single-turn and multi-turn versions, these encoders achieve a resolution of up to 34 bits (22 bits single-turn, 12 bits multi-turn, depending upon interface). Apart from connections by SSI/ BiSS, many other interfaces such as EtherCAT, Profibus, CANopen, CANlayer2, DeviceNet, Interbus and SUCOnet are available.

The flagship of the Dynapar product line, the HS35R series is the ruggedized version of the original vector-duty hollow-shaft encoder. With 400g shock rating, IP67 sealing, and wide -40ºC to 100ºC temperature range, the HS35R raises the bar on vector-duty encoder performance providing increased reliability and maximize equipment uptime in mill and heavy duty plant environments. Application: Drawworks drums, mud pumps, catwalks, hoists, winches & motors, Motor and drive speed feedback, Converting Machinery, Material Handling, Packaging Equipment, Pickling Equipment, Processing Equipment, Elevators, PLC’s and electronic counters musement rides.