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Linear encoders
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Incremental linear encoder / magnetic - max. 5 µm | SME51
The SME51, manufactured by Lika, is a Lineplus standard magnetic sensor that is used...
Incremental linear encoder / magnetic - max. 5 µm | SME51
The SME51, manufactured by Lika, is a Lineplus standard magnetic sensor that is used...
Incremental linear encoder / magnetic - max. 1 µm | SME21
The SME21, manufactured by Lika, is a Lineplus high resolution magnetic sensor that is...
Incremental linear encoder / magnetic - max. 1 µm | SME21
The SME21, manufactured by Lika, is a Lineplus high resolution magnetic sensor that is...
Incremental linear encoder / magnetic - max. 10 µm | SMK
The SMK sensors from Lika Electronic are strong sensors that are utilized for linear...
Incremental linear encoder / magnetic - max. 10 µm | SMK
The SMK sensors from Lika Electronic are strong sensors that are utilized for linear or rotary applications. These sensors are capable of providing operators with a gap clearance up to 4.0 mm, and a resolution that stretches up to 0.1 mm. Moreover, these units are fitted with Push-Pull or Line Driver output circuits.
Incremental linear encoder / magnetic - max. 100 µm | SML
The SML-SMH sensors from Lika Electronic are strong sensors that are utilized for...
Incremental linear encoder / magnetic - max. 100 µm | SML
The SML-SMH sensors from Lika Electronic are strong sensors that are utilized for linear or rotary applications. These sensors are capable of providing operators with a gap clearance up to 2.0 mm, and a resolution that stretches up to 0.1 mm. Moreover, these units are fitted with Push-Pull or Line Driver output circuits.
Incremental linear encoder / magnetic - max. 1 000 µm | SMSR
The SMSR sensors from Lika Electronic are strong and small magnetic sensors...
Incremental linear encoder / magnetic - max. 1 000 µm | SMSR
The SMSR sensors from Lika Electronic are strong and small magnetic sensors that are utilized for linear or pick and place applications. These sensors are capable of providing operators with a 10 m/s maximum operating speed. Moreover, these units are fitted with a 1 Vpp sine or cosine output circuit.
Incremental linear encoder / high-resolution - 0.5 µm, 125 in | 9717
Model 9717 incremental encoder gives direct measurement of linear position or speed without touching the reading head and the glass scale. Use of encoder with HR2B or HR2C interpolator offers...
Incremental linear encoder / high-resolution - 0.5 µm, 125 in | 9717
Model 9717 incremental encoder gives direct measurement of linear position or speed without touching the reading head and the glass scale. Use of encoder with HR2B or HR2C interpolator offers electronically amplified optical resolution and the output is generated as quadrate square waves plus index from RS422 differential line drivers.
The encoder gives unbuffered phototransistor output sinusoids. Quadrature square waves, gated index, and built-in "watchdog" self-test data is sent via RS-422 differential line drivers for generating digital output signals or increased resolution. Output square waves exist at 20 times the line count on HR2B scale or 1, 2, 3, 4, 5, 8, 10, 12, 16, or 25 times the line count on HR2C.
The encoder gives unbuffered phototransistor output sinusoids. Quadrature square waves, gated index, and built-in "watchdog" self-test data is sent via RS-422 differential line drivers for generating digital output signals or increased resolution. Output square waves exist at 20 times the line count on HR2B scale or 1, 2, 3, 4, 5, 8, 10, 12, 16, or 25 times the line count on HR2C.
Incremental linear encoder / optical - 0.5 - 10 µm, 0.8 - 1.6 in | P20, P40 series
The P20 and P40 are optical incremental linear encoders or measuring gauges. The encoders are capable...
Incremental linear encoder / optical - 0.5 - 10 µm, 0.8 - 1.6 in | P20, P40 series
The P20 and P40 are optical incremental linear encoders or measuring gauges. The encoders are capable of measuring travel lengths of at most 40 mm and can be placed in a Quality Control Laboratory or on a factory floor. They have ball bearing plunger guides to smoothly operate and highly resist side loads. They also have an internal ASIC to interpolate electronically and reliably.
Incremental linear encoder / optical / sealed - 0.1 - 10 µm | LE series
The LE18, LE20, LE25 and LE35 series of optical linear encoders are extremely resourceful devices that deliver superlative services and exceptionally high performance in many applications. The devices are designed to provide incremental linear measuring lengths. The LE18 is super-compact and provides maximum measuring lengths of 1.2m (48")....
Incremental linear encoder / optical / sealed - 0.1 - 10 µm | LE series
The LE18, LE20, LE25 and LE35 series of optical linear encoders are extremely resourceful devices that deliver superlative services and exceptionally high performance in many applications. The devices are designed to provide incremental linear measuring lengths. The LE18 is super-compact and provides maximum measuring lengths of 1.2m (48"). The LE20, also quite compact, can measure maximum 1.5m (60"). The LE25 and LE35, power-packed, robust devices both, are designed to deliver measuring lengths of 3.2m (126").
The models are equipped with internal ASIC systems that unfailingly deliver dependable services to provide extremely refined resolutions to the tune of 0.1μm, that is offset by a 4X quadrature decode in the user network. Its output is a differential line driver that transmits the quadrature square waves and index signals via an EIA/RS-422 provision.
The devices are highly conducive to custom-creating desired interpolations by the provision of analog outputs in the range of 11μA or 1V signal outputs. The reading head slides over the glass scale with stupendous speeds of 1m/s i.e 40in/s with the aid of high-exactitude ball bearings. The encoders comprise an extrusion structured from aluminium and sealing flaps that are in rubber. They are compliant with IP53 guidelines.
The models are equipped with internal ASIC systems that unfailingly deliver dependable services to provide extremely refined resolutions to the tune of 0.1μm, that is offset by a 4X quadrature decode in the user network. Its output is a differential line driver that transmits the quadrature square waves and index signals via an EIA/RS-422 provision.
The devices are highly conducive to custom-creating desired interpolations by the provision of analog outputs in the range of 11μA or 1V signal outputs. The reading head slides over the glass scale with stupendous speeds of 1m/s i.e 40in/s with the aid of high-exactitude ball bearings. The encoders comprise an extrusion structured from aluminium and sealing flaps that are in rubber. They are compliant with IP53 guidelines.
Incremental linear encoder / rack-and-pinion - 0.25 µm
The Rack-and-Pinion Linear Encoder, manufactured by Gurley Precision Instruments, is equipped with...
Incremental linear encoder / rack-and-pinion - 0.25 µm
The Rack-and-Pinion Linear Encoder, manufactured by Gurley Precision Instruments, is equipped with...
Absolute linear encoder / optical - 1 µm | VL18
VL18 is a product that combines the ruggedness and simplicity of an incremental control with the ease of access to the interface, specific to an absolute encoder. The manufacturer has made...
Absolute linear encoder / optical - 1 µm | VL18
VL18 is a product that combines the ruggedness and simplicity of an incremental control with the ease of access to the interface, specific to an absolute encoder. The manufacturer has made use of Virtual Absolute technology, which is a unique technique developed by Gurley, and makes the system less expensive and more reliable than most devices on the market. In addition, when compared to an incremental encoder, this device will provide greater reliability and maintain a minimal homing time.
There are three accuracy grades available, while the LED illumination is possible for a longer life. The small number of wires from the encoder and the differential output that provides noise immunity are other important additions.
There are three accuracy grades available, while the LED illumination is possible for a longer life. The small number of wires from the encoder and the differential output that provides noise immunity are other important additions.
Absolute linear encoder / optical - max. 55 mm, RS485, RS232 | RF25X Series
The RF25X series is suitable for the measurement and checking process of various materials. The absolute linear encoder can be utilized...
Absolute linear encoder / optical - max. 55 mm, RS485, RS232 | RF25X Series
The RF25X series is suitable for the measurement and checking process of various materials. The absolute linear encoder can be utilized...