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Absolute and Incremental Encoders
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| AV125 SMARTach II
Magnetic, Modular Encoder |
| AV125 SMARTach II heavy mill
duty modular magnetic encoders fit 12.5" motor and brake flanges. Other models, from 115mm to 8.5", are available to fit other motor sizes. Quite simply, the AV125 is designed to eliminate encoder failures. |
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| AV485 SMARTach II
Magnetic Encoder
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| AV485 SMARTach II severe duty magnetic encoders can be foot or NEMA 56C face/flange mounted. They feature our largest bearings on an ultra-wide stance for pulley and other rough applications. |
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| AV685 SMARTach II
Magnetic Encoder |
| AV685 hollow shaft encoders survive
the worst conditions: dust, dirt, liquid sprays, and temperature
extremes from -40°C* to +120°C*!
The dual, replaceable sensors are interchangeable between AV485, AV685, and AV850 |
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| AV850 SMARTach II Magnetic, Modular Encoder |
| AV850 SMARTach II heavy mill
duty modular magnetic encoders fit standard 8.5" FC-Face motors. Other models, from 115mm to 12.5", are available to fit other motor sizes.
Quite simply, the AV850 is designed to eliminate encoder failures. |
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| HS35A Optical, Hollow Shaft Encoder |
| HS35A encoders fit shafts from 1/2"
to 1" easily, using a durable shaft insert. Units may be resized by replacing or removing the insert, enabling our factory, distributors, and customer stockrooms to swiftly meet any need. The shaft insert and insulated
bearings also provide isolation from motor shaft currents, |
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| HS35M Magnetic, Hollow Shaft Encoder |
| HS35M encoders fit shafts from 1/2"
to 1 1/8" [12mm to 30mm]
easily, using a durable shaft insert.
Models from 1/2" to 1" [12mm to 20mm]
may be resized by replacing the insert,
enabling our factory, distributors, and
customer stockrooms to swiftly meet
any need. |
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| M4 Solid Shaft Magnetic Encoder |
| M4-1 and M4-2 heavy mill
duty magnetic solid shaft encoders are designed for NEMA 56C face mounting (M4-1) and foot mounting (M4-2) using a coupled solid shaft. Other models are available for hollow shaft mounts M4-3 thru -9.
Leave optical encoders in the dust! |
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| M4 Magnetic Hollow Shaft Mount Encoder |
| M4-3 thru -9 heavy mill duty
magnetic hollow shaft encoders fit any motor or load shaft from 5/8" to 2 3/8". Other models are available for face/flange (M4-1)
and foot (M4-2) mounting (solid shaft coupled).
Forget tiny hollow shaft optical units that require shaft reduction and special protection! |
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| M6 Hollow Shaft Incremental Encoder |
| M6-4,M6-5,M6-6 and M6-7 are Hollow Shaft Incremental Encoders (also know as tachometers or pulse generators). They are a similar to hte model M4 Heavy Mill Duty rotary hollow shaft incremental encoders |
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| Incremental encoders : Rim Tach 8500 |
| The 8500 is the most reliable magnetoresistive
digital tachometer found on the market today.
Available in either thru-shaft or end-of shaft
models, it is specifically designed to provide
feedback for AC and DC drive control systems. |
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| Incremental encoders : Rim Tach HS85 |
| RIM Tach HS85 is a
mill duty, digital tachometer that accommodates
large thru-shaft sizes (up to 4.5 inches or
115mm) and can easily mount to most AC or
DC fan cooled motors. This digital tachometer
offers the reliability, resolution, and flexibility
characteristics |
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| Incremental encoders : Rim Tach 6200 |
| The RIM Tach® 6200 is specifically designed to
meet the needs of process industries, providing
the most reliable, mechanical, electrical, and
environmental features available in digital
tachometers today. |
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| Incremental encoders : Rim Tach 1250 |
| RIM Tach® 1250 digital tachometer
provides position and velocity feedback
from both AC & DC electric motors, providing
precise, reliable speed signals for many
monitoring and control applications |
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| Absolute Encoder With SSI Interface : AI25 |
| The Acuro AI25 optical absolute industrial encoder is
available in a single-turn or multi-turn version. The
multi-turn design is based on a reliable high-speed gear
with optical scanning and the latest generation of
OptoASIC technology. |
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Absolute and Incremental Encoders - (Reseller)
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| DuraCoder Absolute Multi-Turn Resolver Based Encoder |
| Utilizing the SSI protocol to reduce cabling
costs, the AMCI Multi-Turn SSI DuraCoder
is a 24 bit absolute multi-turn resolver based
shaft encoder. It provides a maximum resolution
of 4096 counts per turn over a maximum
of 4096 turns. |
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| DuraCoder Incremental
Output Version |
| DuraCoders are designed as direct replacements for optical encoders. Instead of being designed
around a disk and optics, DuraCoders use a resolver as the shaft position sensor. |
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| Duracoder Analog Output version |
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Output Precision: 12 bit analog voltage or current |
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Voltage Load Capacity: 2KΩ min. |
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Power Requirements: 4.75 to 26.4Vdc 1.5W max. |
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| Duracoder Absolute Output version |
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Code Format: Gray, Binary: 4096 counts max.
BCD: 4000 counts max. |
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Frequency Response: 125 kbits/sec min. |
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Drive Capability: 15 mA Sink or Source max. |
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