Safe and precise, Safe, highly available signal transmission, Quick installation, less downtime – Baumer HOG86 User Manual
Page 3: Perfect signal quality, Proven sensing technique

Safe, highly available
signal transmission
Products with fi ber optic output are ideal when it
comes to reliable signal transmission up to 1500 m
distance - especially in environments with electromag-
netic interference.
Encoder with outdoor-capable fi ber optic output
Absolutely reliable signal transmission and quality
by two redundant fi ber optic outputs
Long-distance transmission at minimized wiring
effort
Reduced installation work
The ideal solution in metal and steel processing,
at cranes and lifting platforms, in wind turbines or
very spacious systems
HOG 86 M – redundant
signals for ultimate safety
and availability
Two-channel detection of relative position or rotation speed
using two independent signal outputs will immediately
identify any machine or system error. HOG 86 M hosts two
sensing systems which are fully independent from each other.
As an option, redundant EMS functionality will additionally
monitor the two sensing systems which makes HOG 86 M the
product of fi rst choice in safety-relevant applications.
Safe and precise.
Quick installation,
less downtime
The optional Enhanced Monitoring System (EMS) monitors
vital encoder functionalities throughout the entire speed
range, eases error tracing and signifi cantly cuts down
expensive downtime. The multicolor LED provided at the
encoder signals proper encoder supply and output driver
operation as well as encoder signal integrity. The error out-
put reports the encoder activity status. The EMS monitoring
functionality will signal connection errors right away during
installation and reduce commissioning times.
Perfect signal quality
High-performance, resilient output drivers ensure top signal
quality over 500 m (TTL) respectively 300 m (HTL) cable
routing.
Proven sensing technique
The interference-immune optical sensing technology by
highly integrated OptoASIC defi es major temperature fl uc-
tuations and harsh ambient conditions for consistently high
signal qualitiy and precise measuring results.