The Absolute Magnetic Sensing Head ALS21 combined with BOGEN‘s magnetic scales offer cost-efficient magnetic measurement solutions for many industrial applications where movements or positions have to be measured. ALS21 can be used for linear measurements up to 8100 mm length with a resolution up to 1 µm. The measuring head provides both BiSS C or SSI outputs, including incremental signal output in parallel. Thanks to IP67 class protection and rugged mechanical design ALS21 can be implemented even in harsh industrial environments.
Absolute AMOSIN © linear measuring systems are based on the inductive measuring principle.
The Encoder Head has the high degree of protection IP 67 rating with immunity to contamination.
The available system resolution is 0,25 µm
EMA21 is an Absolute Linear Magnetic Encoder, made in India for first time. It supports BiSS-C protocol along with optional digital incremental RS422 or analog 1Vpp outputs. It supports maximum length up to 60 meters. EMA21 offers IP67 protection against dust and coolants.
Resolutions of 1µm and 5µm with measurement speed of 4m/s @ 1µm. ideal choice for robotics, pick and place applications, precise positioning and many more…
High performance position measurement in a narrow and robust enclosed design. FORTiS-N™ encoders deliver high performance measurement in the harshest of environments, offering significant benefits over conventional systems. Also available for safety-critical applications using BiSS Safety.
High performance position measurement in robust enclosed design. FORTiS-S™ encoders deliver high performance measurement in the harshest of environments, offering significant benefits over conventional systems. Also available for safety-critical applications using BiSS Safety.
Integrated Feedback electronics using BiSS interface contains position sensors, temperature sensors, interpolation electronics and motor parameters as electronic data sheet (EDS).
LA11 is an absolute magnetic linear encoder system designed for motion control applications as a position and velocity control loop feedback element. The encoder system is highly reliable due to contactless absolute measuring principle, built-in safety algorithms and high quality materials/components used.
LinACE™ absolute linear shaft encoder
LinACE™ is an extremely robust absolute linear cylindrical encoder system designed for integration into hydraulic, pneumatic and electromechanical actuators as a feedback element for position/velocity closed loop applications. The encoder module is available for OEM applications. The readhead housing, shaft diameters and shaft end attachment holes are customisable.
The Linear Absolute Encoder CLE-AA-370/670 with BiSS C interface covers precise positioning e.g. for semiconductor industry: wafer handling, lithography, clean room equipment etc.
Photoelectric absolute linear encoder LK24 has measuring length of up to 3.240 mm depending on customer demand, uses SSI or BiSS serial interface and produces up to ±1 µm accuracy. The encoder can have an additional 1Vpp incremental track.
Magnetic systems for no-contact measurements of accurate linear and rotative displacements. Small-sized sensors.
Stainless steel support for magnetic band equipped with bi-adhesive tape for an easy and economical fixing.
Magnetic absolute linear encoder MK has measuring length of up to 50.000 mm, accuracy can reach up to ±35 μm. The encoder has two versions of serial interface – SSI or BiSS C, but optionally it can have 2 analog sinusoidal signals with phase shift 90°C and amplitude approx. 1Vpp .
The Passive Read Head 450 PRH BiSS covers Linear Absolute Encoder applications with the BiSS C interface.
Ideal for applications like robotics, precise positioning, machine builders.
RoLin™ is a component level encoder consisting of a RoLin readhead and a magnetic scale or a ring. It has been designed for embedded motion control applications as a position control loop feedback element. The information carrier is a periodically magnetised scale with a pole length of 2 mm. Radial or axial reading of the ring is possible.