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Linear encoders
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Incremental linear encoder / optical / sealed - RV1846
RV1846 is a small (18x46 mm) optical linear detector, especially suited for...
Incremental linear encoder / optical / sealed - RV1846
RV1846 is a small (18x46 mm) optical linear detector, especially suited for use in multiaxis machines such as mills and lathes. It comes in a number of sizes (up to 1240 mm reading length) with resolution between ,5-5 μm. It has a glass measurement scale graduated in photo-etched chromium.
Incremental linear encoder / optical / sealed - RV1854
The RV1854 Linear Transducer, manufactured by Elcis Encoder slr, is designed as an optical linear...
Incremental linear encoder / optical / sealed - RV1854
The RV1854 Linear Transducer, manufactured by Elcis Encoder slr, is designed as an optical linear detector. This device is built with a glass measurement scale graduated in photo-etched chromium. It is also configured in different sizes of a maximum reading length of 2 440 mm.
Moreover, This tool is specifically suitable on machine tools, lathes, and milling machines.
Moreover, This tool is specifically suitable on machine tools, lathes, and milling machines.
Incremental linear encoder / optical / sealed - RV20
The RV20 Model is an optical straight transducer with a glass estimation scale graduated in photo-scratched...
Incremental linear encoder / optical / sealed - RV20
The RV20 Model is an optical straight transducer with a glass estimation scale graduated in photo-scratched chromium. The system is available in various sizes up to maximum reading length of 2350 mm. This unit features a 10 μm or 5 μm resolution. It is also built with 20 mm x 48.5 mm dimension. In addition, the typical application of this device includes multiaxes machine instruments, lathes, and processing machines.
Incremental linear encoder / rack-and-pinion - I07 series
Elcis presents incremental encoders with pinion for racks. This series has been designed specifically for linear displacement measurements, which are performed using the "pinion/rack" style. The series comprises of various kinds of pinion-encoders, both with and without the pinion pre-charge device. A combination of multiple inner disk resolutions...
Incremental linear encoder / rack-and-pinion - I07 series
Elcis presents incremental encoders with pinion for racks. This series has been designed specifically for linear displacement measurements, which are performed using the "pinion/rack" style. The series comprises of various kinds of pinion-encoders, both with and without the pinion pre-charge device. A combination of multiple inner disk resolutions and a variety of pinions result in resolutions ranging from 1 mm to 1 micron. Elcis provides a variety of racks, both loose and pre-assembled.
The encoders feature a LED for light source. This LED has a minimum operating life of 100000 hours. For detection of phototransistors, they use a push-pull connection. They use only high-quality parts and employ precise design engineering. They feature exceptional mechanical robustness. The devices have undergone extended tests at both high and low temperatures. With the help of Hewlett Packard Laser interferometer, they ensure that standard room has special alignment. All these factors ensure high dependability.
The encoders have an all-metal body made from turning and milling metal bar and sheet. They have ABEC 5 precision ball bearings and pinion of stainless steel. They have a strong sealing and protection from various environmental elements such as oil, dust and moisture. These factors ensure dependable operation over extended periods, including in wide temperature ranges.
The encoders feature a LED for light source. This LED has a minimum operating life of 100000 hours. For detection of phototransistors, they use a push-pull connection. They use only high-quality parts and employ precise design engineering. They feature exceptional mechanical robustness. The devices have undergone extended tests at both high and low temperatures. With the help of Hewlett Packard Laser interferometer, they ensure that standard room has special alignment. All these factors ensure high dependability.
The encoders have an all-metal body made from turning and milling metal bar and sheet. They have ABEC 5 precision ball bearings and pinion of stainless steel. They have a strong sealing and protection from various environmental elements such as oil, dust and moisture. These factors ensure dependable operation over extended periods, including in wide temperature ranges.
Incremental linear encoder / rack-and-pinion - 38CR
The ELCIS 38CR, is basically a micro-miniaturized low cost pinion encoder. It can be used with racks or CRP linear transducer for dimension measurement. It accommodates a built-in pinion pre-load system with 0.0005/1...
Incremental linear encoder / rack-and-pinion - 38CR
The ELCIS 38CR, is basically a micro-miniaturized low cost pinion encoder. It can be used with racks or CRP linear transducer for dimension measurement. It accommodates a built-in pinion pre-load system with 0.0005/1 mm resolution. The dimensions are in accordance to UNI ISO 2768-mk standard. The base is made of aluminium, cover of steel and shaft of stainless steel pinion.
The unit weighs about 230g. It supports a maximum radial / axial load of 0.5 kg, a starting torque of > 10gcm and an impact resistance of 40 G x 11 ms. The unit is vibration resistant and operates in a temperature range from -10 deg C to 70 deg C.
Additionally it houses a LED light source with >= 100000 h life, a maximum frequency of 100kHz, maximum power consumption of 120 mA and a ball bearing life of 1.5 x 10^9 revolutions.
The unit weighs about 230g. It supports a maximum radial / axial load of 0.5 kg, a starting torque of > 10gcm and an impact resistance of 40 G x 11 ms. The unit is vibration resistant and operates in a temperature range from -10 deg C to 70 deg C.
Additionally it houses a LED light source with >= 100000 h life, a maximum frequency of 100kHz, maximum power consumption of 120 mA and a ball bearing life of 1.5 x 10^9 revolutions.
Incremental linear encoder / optical / guided - GVS 200
The GVS 200 by Givi Misure is a self-aligned incremental optical scale which comes with a glass measuring...
Incremental linear encoder / optical / guided - GVS 200
The GVS 200 by Givi Misure is a self-aligned incremental optical scale which comes with a glass measuring...
Incremental linear encoder / optical / sealed - max. 0.5 µm | ISA 2320
The ISA 2320 by Givi Misure is a Sealed optical incremental linear encoder designed...
Incremental linear encoder / optical / sealed - max. 0.5 µm | ISA 2320
The ISA 2320 by Givi Misure is a Sealed optical incremental linear encoder designed...
Incremental linear encoder / optical / sealed - max. 0.5 µm | SCR 3923
The incremental modular optical scale is best suited for long strokes. The sine-wave 1Vpp or TTL signal output,...
Incremental linear encoder / optical / sealed - max. 0.5 µm | SCR 3923
The incremental modular optical scale is best suited for long strokes. The sine-wave 1Vpp or TTL signal output,...
Incremental linear encoder / optical / guided - max. 0.5 µm | PBS-HR
The optical scale device in this product series comes with a resistant construction, made from high-quality stainless steel, being suitable for applications on synchronized press...
Incremental linear encoder / optical / guided - max. 0.5 µm | PBS-HR
The optical scale device in this product series comes with a resistant construction, made from high-quality stainless steel, being suitable for applications on synchronized press brakes. In addition, the self-aligned reading transducer supports resolutions up to 0.5μm, with an accuracy of 2.5μm. The product is suitable for various applications and the reference indexes are available at coded distances or at a constant step.
The selectable zero references and the swinging cable output are also worth mentioning, while the hybrid circuit is calibrated by laser. The high stability of signals and the protection against inversion of power supply polarity are important additions as well.
The selectable zero references and the swinging cable output are also worth mentioning, while the hybrid circuit is calibrated by laser. The high stability of signals and the protection against inversion of power supply polarity are important additions as well.
Incremental linear encoder / inductive / programmable - ID4501
Features:
- Highly miniaturized encoder
- Differential inductive sensing principle
- Outputs A quad B
- Insensitive to magnetic interference fields
- Robust against...
- Highly miniaturized encoder
- Differential inductive sensing principle
- Outputs A quad B
- Insensitive to magnetic interference fields
- Robust against...
Incremental linear encoder / inductive / programmable - ID4501
Features:
- Highly miniaturized encoder
- Differential inductive sensing principle
- Outputs A quad B
- Insensitive to magnetic interference fields
- Robust against...
- Highly miniaturized encoder
- Differential inductive sensing principle
- Outputs A quad B
- Insensitive to magnetic interference fields
- Robust against...
Incremental linear encoder / inductive - 0.3 - 300 μm | ID1101L
Features :
- Differential inductive sensing principle
- Robust against dust, particles, oil, grease, liquids
-...
- Differential inductive sensing principle
- Robust against dust, particles, oil, grease, liquids
-...
Incremental linear encoder / inductive - 0.3 - 300 μm | ID1101L
Features :
- Differential inductive sensing principle
- Robust against dust, particles, oil, grease, liquids
- Insensitive to magnetic fields
- Ferromagnetic particles not attracted by scale
Specifications:
- Resolution: 300 um down to 0.3 um
- Speed: 0 up to 40 m/s at low resolution, up to 0.1 m/s at high resolution
- Encoder dimensions : 9.0 x 6.8 x 0.9 mm
- Scale dimensions: width 4 mm, thickness 0.9 mm, length up to 550 mm
- Differential inductive sensing principle
- Robust against dust, particles, oil, grease, liquids
- Insensitive to magnetic fields
- Ferromagnetic particles not attracted by scale
Specifications:
- Resolution: 300 um down to 0.3 um
- Speed: 0 up to 40 m/s at low resolution, up to 0.1 m/s at high resolution
- Encoder dimensions : 9.0 x 6.8 x 0.9 mm
- Scale dimensions: width 4 mm, thickness 0.9 mm, length up to 550 mm
Incremental linear encoder / inductive - 0.3 - 75 µm | IT3401L
Features :
- Differential inductive sensing principle
- Robust against dust, particles, oil, grease, liquids
-...
- Differential inductive sensing principle
- Robust against dust, particles, oil, grease, liquids
-...
Incremental linear encoder / inductive - 0.3 - 75 µm | IT3401L
Features :
- Differential inductive sensing principle
- Robust against dust, particles, oil, grease, liquids
- Insensitive to magnetic fields
- Ferromagnetic particles not attracted by scale
Specifications:
- Resolution: 75 um down to 0.3 um
- Speed: 0 up to 3 m/s at low resolution, up to 0.1 m/s at high resolution
- Encoder dimensions : 11 x 11 x 0.9 mm
- Scale dimensions: width 7.5 mm, thickness 0.9 mm, length up to 550 mm
- Differential inductive sensing principle
- Robust against dust, particles, oil, grease, liquids
- Insensitive to magnetic fields
- Ferromagnetic particles not attracted by scale
Specifications:
- Resolution: 75 um down to 0.3 um
- Speed: 0 up to 3 m/s at low resolution, up to 0.1 m/s at high resolution
- Encoder dimensions : 11 x 11 x 0.9 mm
- Scale dimensions: width 7.5 mm, thickness 0.9 mm, length up to 550 mm
Incremental linear encoder / inductive - 0.3 - 300 μm | ID1301L
Features :
- Differential inductive sensing principle
- Robust against dust, particles, oil, grease, liquids
-...
- Differential inductive sensing principle
- Robust against dust, particles, oil, grease, liquids
-...
Incremental linear encoder / inductive - 0.3 - 300 μm | ID1301L
Features :
- Differential inductive sensing principle
- Robust against dust, particles, oil, grease, liquids
- Insensitive to magnetic fields
- Ferromagnetic particles not attracted by scale
Specifications:
- Resolution: 300 um down to 0.3 um
- Speed: 0 up to 40 m/s at low resolution, up to 0.1 m/s at high resolution
- Encoder dimensions : 9 x 8 x 0.8 mm
- Scale dimensions: width 4 mm, thickness 0.9 mm, length up to 550 mm
- Differential inductive sensing principle
- Robust against dust, particles, oil, grease, liquids
- Insensitive to magnetic fields
- Ferromagnetic particles not attracted by scale
Specifications:
- Resolution: 300 um down to 0.3 um
- Speed: 0 up to 40 m/s at low resolution, up to 0.1 m/s at high resolution
- Encoder dimensions : 9 x 8 x 0.8 mm
- Scale dimensions: width 4 mm, thickness 0.9 mm, length up to 550 mm