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Whether it’s a feedback solution for a small stepper motor, a rugged shaft encoder with 95 lbs bearing loads, or a precision measuring wheel, EPC has a variety of products to meet your needs.
Incremental encoders provide position information for a rotating shaft by producing a continuous series of pulses. These pulses correspond to increments of resolution on the code disk. Incremental thru-bore and hollow-bore encoders are designed to mount directly to a rotating shaft which passes through the encoder. A flexible tether mount keeps the encoder from rotating with the shaft and absorbs shaft run-out or endplay, minimizing loads on the encoder bearings. Motor-mount style encoders feature a machined housing that attaches a hollow-bore encoder to the NEMA frame motor. To meet varied industrial feedback requirements, EPC offers a broad range of incremental thru-bore and motor mount encoders.
Low profile 1.5″ diameter with commutation and multiple flex mounts
Progammable 58 MM thru-bore encoder with a variety of flex mounts and up to 65,536 CPR
Newest generation high-performance thru-bore with bore sizes up to 1.125″
High performance and versatility with multiple configuration options
Size 58MM thru-bore with a variety of flex mounts and up to 65,536 CPR
Auto-Aligning modular for high RPMs with up to 12 pole commutation
Economical thru-bore up to 0.875″ bore with all-metal construction
1.5″ diameter
up to 30,000 CPR with a variety of flexible mounts
Induction motor solution for NEMA size 56C thru 184C motor faces
Precision bearings allow easy installation on 182TC thru 256TC motors
Thin profile makes installation easy on motor shafts up to 1.375″
Perfect for large motor shafts, up to 1.875″, where reliability is needed
Motor mount ready solution is ultra-rugged and very reliable
All-metal housing with easy installation on NEMA size 23 or 34 motor frames
Incremental encoders provide position information for a rotating shaft by producing a continuous series of pulses. These pulses correspond to increments of resolution on the code disk. Incremental shaft encoders are the most widely applied industrial encoders in the world, with an extensive range of form factors and output types. EPC offers a broad array of incremental shaft encoders suitable for applications ranging from fine instrument control to rugged, industrial heavy duty feedback.
Low profile 1.5″ diameter with commutation and multiple mounting options
Rugged and reliable
2″ diameter for the toughest environments
Programmable Size 25 (2.5″) package with servo and flange mounting up to 65,536 CPR
Size 25 (2.5″) package with servo and flange mounting up to 65,536 CPR
Size 25 (2.5″) package with servo and flange mounting up to 30,000 CPR
The original cube encoder with unidirectional output and many housing options
Bi-directional feedback with constant pulse width outputs
Quadrature output with resolutions up to 10,000 CPR and Opto-ASIC circuitry
Size 58 (58 mm) housing with both 26 Type and 20 Type flange mounts
1.5″ diameter up to 30,000 CPR with both servo and flange mounts
As the term implies, rotary encoders generally provide feedback for rotary motion. However, with the addition of a measuring wheel, gear, or cable-draw assembly, a rotary encoder can also provide feedback for linear displacement or measurement. EPC offers a line of integrated linear measurement solutions. They’re easy to install and deliver reliable, accurate feedback for applications such as cut-to-length, spooling, length measurement and print registration.
Linear Cable Encoder uses retractable cable to monitor linear movement
Complete measuring wheel solution to simplify system design
Spring-loaded arm with pinion gear in one compact solution
Heavy duty measuring wheel design with optional dual wheels
Absolute encoders provide position information for a rotating shaft within either a single rotation (single-turn) or over the course of multiple rotations (multi-turn). The encoder provides a unique digital code or bit for each increment of shaft rotation. Multi-turn absolute encoders store turns-counting information for instant retrieval, even after power down. EPC offers both single-turn and multi-turn absolute thru-bore encoders with a variety of housing sizes, bore diameters, signal types and resolutions.
Multi-Turn Absolute Encoder (14 Bit/18 Bit)
Single Turn Absolute Encoder (up to 14 Bits)
Single turn thru-bore with low 1.55″ profile and parallel outputs
Multiturn hollow bore solution in 36 mm (1.42″) unit with serial communications
Single turn up to 14 bits in 36 mm (1.42″) package with serial communications
Absolute encoders provide position information for a rotating shaft within either a single rotation (single-turn) or over the course of multiple rotations (multi-turn). The encoder provides a unique digital code or bit for each increment of shaft rotation. Multi-turn absolute encoders store turns-counting information for instant retrieval, even after power down. EPC offers both single-turn and multi-turn absolute shaft encoders with a variety of housing sizes, shaft diameters, signal types and resolution.
Robust Size 25 (2.5″) up to 12 bits with parallel outputs and IP67 sealing
Multiturn shaft solution in 36 mm (1.42″) unit with serial communications
Industrial multiturn in 2.5″ package with IP67 sealing and serial communications
Single turn up to 14 bits in 36 mm (1.42″) package with serial communications
For operating environments where abundant moisture, corrosive or caustic agents are present, EPC offers encoders with housings made of 316 stainless steel. With bearings rated for loads up to 80 lbs axial/radial and IP67 sealing, EPC’s stainless steel encoders are suitable for harsh industrial applications.
Rugged and reliable
2″ diameter that withstands harsh environments
Size 58 (58 mm) stainless steel housing with both 26 Type and 20 Type flange mounts
Induction motor solution for NEMA size 56C thru 184C motor faces
For operating environments where abundant moisture, corrosive or caustic agents are present, EPC offers encoders with housings made of 316 stainless steel. With bearings rated for loads up to 80 lbs axial/radial and IP67 sealing, EPC’s stainless steel encoders are suitable for harsh industrial applications.
Rugged and reliable
2″ diameter that withstands harsh environments
Size 58 (58 mm) stainless steel housing with both 26 Type and 20 Type flange mounts
Induction motor solution for NEMA size 56C thru 184C motor faces
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