Features
- Very high-performance economical encoder
- Low profile—less than 25.4 mm height and 38 mm diameter
- Extended temperature operating ranges available
- Up to 12-pole commutation optional (for brushless motor control)
Incremental encoders are inexpensive and versatile devices that measure the angular position of a rotating shaft. They generate pulses that indicate the change in position, requiring periodic homing to establish the starting position after power loss. Incremental encoders are suitable for applications where precise positioning is not critical and downtime is acceptable.
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Features
- 5mm Opto-ASIC encoder with a low profile (50.8mm)
- Imperial bore sizes range from 0.625” to 1.125”
- Metric bore sizes ranging from 6 mm to 28 mm
- Single replacement solution for 50.8mm to 88.9mm encoders
- Resolutions to 10,000 PPR, frequencies to 1 MHz
- Versatile flexible mounting options
- RoHS compliant
- Corrosion-Resistant Option
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Features
- Standard Size 25 package (63.5mm x 63.5mm)
- Optical technology for high accuracy
- Resolutions from 1 to 65,536 PPR (262,144 quadrature counts)
- Servo and flange mounting
- IP67 sealing available
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Features
- 58 mm package available in thru-bore or hollow bore
- Resolutions from 1 to 65,536 PPR
- 6 different output types to choose from
- 32 different waveforms available
- Standard and Metric Bore Sizes up to 5/8” and 15 mm
- Several Flexible Mounting Options
- IP67 Sealing Available
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Features
- Standard Size 20 package (50.8mm x 50.8mm)
- Flange and servo mounting
- Up to 30,000 PPR
- 35Kg maximum axial and radial shaft loading
- IP67 sealing available
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Features
- The original industry-standard cube
- Five versatile housing styles
- Single or Quadrature output
- New resolutions available to 10,000 PPR
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Features
- Standard Size 25 package (63.5 x 63.5)
- Up to 30,000 PPR
- Standard and industrial housings
- Servo and flange mounting
- IP67 sealing available
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Features
- Standard "444" Style, 115mm Diameter
- Up to 30,000 PPR
- Choice of Shaft Sizes
- IP64 Sealing Available
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Features
- Miniature size (38.1mm diameter)
- Up to 30,000 PPR
- Flex mounting & large hollow bore option (Up to 14mm)
- High-temperature option
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Features
- Miniature size (38.1mm diameter)
- Up to 30,000 PPR
- Servo or flange mounting
- 1 MHz frequency response available
- Extended temperature operating range available
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Features
- Standard Size 58 mounting (58 mm diameter)
- Up to 30,000 PPR
- 36 Kg max. Axial and radial shaft loading
- High-temperature option (100° C)
- IP65 sealing available
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Features
- Size 25 / 63.5mm Diameter (Hollow Shaft)
- Up to 12 Pole Commutation Available
- Thru Bore and Blind Bore Options
- Simple, Innovative Flexible Mounting System
- Incorporates Opto-ASIC Technology
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Features
- Extra Heavy Duty Mechanical Assembly
- Single Ended or Double Ended Shaft
- Reversible Face Fixing Option
- Incorporates Opto-ASIC Technology
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Features
- Industry-standard Size 20 (50.8mm diameter) stainless steel package
- Flange and servo mounting
- Up to 30,000 PPR
- 80 lb maximum axial and radial shaft loading
- IP67 sealing available
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Features
- Industry-standard Size 58 (58mm diameter) stainless steel package
- Up to 30,000 PPR
- 36 Kg max. Axial and radial shaft loading
- 100° C operating temperature available
- IP65 sealing available
- Manufactured in Food Grade Stainless Steel
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Features
- C-Face thru-bore encoder with stainless steel housing
- Fits NEMA Size 56C thru 184C motor faces (4.5" AK)
- Slim profile—only 25.4mm deep
- Incorporates Opto-ASIC technology
- Resolutions to 4096 PPR
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Features
- Standard 68mm Diameter Package
- Up to 30000 PPR, Opto-Asic Technology
- Square Flange Mounting
- IP65 Double O-ring Sealed
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Features
- Transverse Slotted Shaft
- Up to 30000 PPR, Opto-Asic Technology
- 90mm Round Flange with 3 x 4.5mm Dia Fixing Holes at 120° Apart on a 82mm PCD
- Double O-ring Sealed
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Features
- Number of output pulses per revolution 18000-1800000 ppr
- Line number on disc (z) 18000
- Reference signal - standard: 1 per shaft revolution - distance coded: 36 per shaft revolution
- Maximum shaft speed 5000 rpm
- Maximum shaft load - radial: 10 N
- Accuracy ± 7.5 arc. sec; ± 5.0 arc. sec
- Starting torque at 20°C ≤ 0.01 Nm
- Rotor moment of inertia < 20x10-6 kgm2
- Protection (IEC 529) IP64
- Maximum weight without cable 0.7 kg
- Operating temperature 0...+50°C
- Storage temperature -30...+80°C
- Maximum humidity (non-condensing) 98%
- Permissible vibration (55 to 2000 Hz) ≤ 100 m/s²
- Permissible shock (11 ms) ≤ 300m/s²
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Features
- Number of output pulses per revolution 18000-1800000 ppr
- Line number on disc (z) 18000; 36000
- Reference signal - standard: 1 per shaft revolution - distance coded for z = 18000: 36 per shaft revolution - distance coded for z = 36000: 72 per shaft revolution
- Permissible mech. speed ≤ 1000 rpm
- Max. operating speed 300 to 500 rpm
- Accuracy ± 2.5 arc. sec
- Permissible shaft load - axial: ≤ 30 N - radial: ≤ 30 N
- Starting torque at 20°C ≤ 0.012 Nm
- Rotor moment of inertia < 3.7x10-4 kgm2
- Protection (IEC 529) IP64
- Maximum weight without cable 3.5 kg
- Operating temperature 0...+70°C
- Storage temperature -30...+85°C
- Maximum humidity (non-condensing) 98%
- Permissible vibration (55 to 2000 Hz) ≤ 100 m/s²
- Permissible shock (11 ms) ≤ 300m/s²
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Features
- Number of output pulses per revolution 18000-1800000 ppr
- Line number on disc (z) 18000; 36000
- Reference signal - standard: 1 per shaft revolution - distance coded for z = 18000: 36 per shaft revolution - distance coded for z = 36000: 72 per shaft revolution
- Permissible mech. speed ≤ 1000 rpm
- Max. operating speed 300 to 500 rpm
- Accuracy ± 2.5 arc. sec
- Permissible shaft load - axial: 0.02 mm - radial: 0.02 mm
- Starting torque at 20°C ≤ 0.012 Nm
- Rotor moment of inertia < 3.7x10-4 kgm2
- Protection (IEC 529) IP64
- Maximum weight without cable 4.1 kg
- Operating temperature 0...+70°C
- Storage temperature -30...+85°C
- Maximum humidity (non-condensing) 98%
- Permissible vibration (55 to 2000 Hz) ≤ 100 m/s²
- Permissible shock (11 ms) ≤ 300m/s²
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Features
- Number of output pulses per revolution 3.600.000
- Line number on disc (z) 36000
- Reference signal - 1 per shaft revolution - 36 per shaft revolution - 72 per shaft revolution
- Permissible mech. speed ≤ 1000 rpm
- Max. operating speed 300 to 500 rpm
- Accuracy ± 2.0 arc. sec
- Permissible shaft load - axial: 0.02 mm - radial: 0.02 mm
- Starting torque at 20°C ≤ 0.5 Nm
- Rotor moment of inertia < 0.9x10-3 kgm2
- Protection (IEC 529) IP64
- Maximum weight without cable 4.5 kg
- Operating temperature 0...+70°C
- Storage temperature -30...+85°C
- Maximum humidity (non-condensing) 98%
- Permissible vibration (55 to 2000 Hz) ≤ 100 m/s²
- Permissible shock (11 ms) ≤ 300m/s²
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Features
- Type: Photoelectric rotary encoder (converts rotational movement into electrical signals)
- Function: Incremental (tracks changes in rotation rather than absolute position)
- Diameter: Compact size of 28 mm
- High resolution: Up to 25,000 output pulses per revolution (providing detailed rotational information)
- Benefit: Well-suited for applications with limited space due to its small size
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Features
- Number of output pulses per revolution 100-108000 ppr
- Maximum shaft speed 10000 rpm
- Permissible motion of shaft - axial: ± 0.5 mm- radial: ± 0.05 mm
- Accuracy (T1-period lines on disc in arc. sec) ± 0.1T1 arc. sec
- Starting torque at 20°C ≤ 0.025 Nm
- Rotor moment of inertia < 1.5x10-4 kgm2
- Protection (housing) (IEC 529) IP64
- Protection (shaft side) (IEC 529) IP64
- Maximum weight without cable 0.3 kg
- Operating temperature -10...+70°C
- Storage temperature -30...+80°C
- Maximum humidity (non-condensing) 98%
- Permissible vibration (55 to 2000 Hz) ≤ 100 m/s²
- Permissible shock (5 ms) ≤ 1000 m/s²
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Features
- Type: Non-contact magnetic linear encoder (measures displacement without physical contact)
- Measuring length: Up to 50 meters
- Function: Converts linear movements of machine components into electrical signals with information about:
- Value: Distance travelled
- Direction: Forward or backward movement
- Durability: Designed for harsh industrial environments and resistant to various contaminants and physical impacts.
- Components:
- Metal-based magnetic band (MP): Stores the encoded information
- Reading head: Detects the magnetic field variations on the band and converts them into electrical signals
- Profile rail (PS) with protective band: Provides mounting and protects the reading head