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Absolute rotary encoders
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Single-turn absolute rotary encoder / optical / hollow-shaft - ø 35 mm, 13 - 23 bit | ECN 1000 series
Heidenhain ECN, EQN, and ERN models are rotary encoders that feature an integral bearing with mounted stator coupling. The said models have short overall strength and are easy...
Single-turn absolute rotary encoder / optical / hollow-shaft - ø 35 mm, 13 - 23 bit | ECN 1000 series
Heidenhain ECN, EQN, and ERN models are rotary encoders that feature an integral bearing with mounted stator coupling. The said models have short overall strength and are easy to mount. They are ideal for a variety of applications, ranging from speed and position control on servo drives, even the simplest measuring tasks. These encoders also feature a hollow shaft slid directly and connected to the measured shaft.
The Heidenhain ROC, ROD, and ROQ contain their own sealed bearings. These encoders are compact and rugged in design, coupled by a rotor to the shaft onto a distinct coupling that offsets the misalignment and axial motion between the measured and encoder shafts.
The Heidenhain ROC, ROD, and ROQ contain their own sealed bearings. These encoders are compact and rugged in design, coupled by a rotor to the shaft onto a distinct coupling that offsets the misalignment and axial motion between the measured and encoder shafts.
Multiturn absolute rotary encoder / absolute / optical / hollow-shaft - ø 35 mm, 12 - 13 bit | EQN 1000 series
HEIDENHAIN's rotary encoders, specifically their ECN, EQN, and ERN models (all complete with stator couplings and integral bearings) provide elementary mounting capacities, as well as miniaturized...
Multiturn absolute rotary encoder / absolute / optical / hollow-shaft - ø 35 mm, 12 - 13 bit | EQN 1000 series
HEIDENHAIN's rotary encoders, specifically their ECN, EQN, and ERN models (all complete with stator couplings and integral bearings) provide elementary mounting capacities, as well as miniaturized dimensions. These rotary encoder models are capable of a variety of tasks; they do anything from speed and positioning command, to the most basic measurement functions.
The ROC, ROD, and ROQ models are compact, heavy-duty, and contain individual locked bearings. They vary from their ECN, EQN, and ERN models, as the latter series are designed for simple mounting, while the former require independent coupling to the shaft. This separated coupling compensates for misalignment and axial motion between the regular shaft and the encoder shaft.
The ROC, ROD, and ROQ models are compact, heavy-duty, and contain individual locked bearings. They vary from their ECN, EQN, and ERN models, as the latter series are designed for simple mounting, while the former require independent coupling to the shaft. This separated coupling compensates for misalignment and axial motion between the regular shaft and the encoder shaft.
Single-turn absolute rotary encoder / optical / hollow-shaft - ø 58 mm, 13 - 25 bit | ECN 400 series
The HEIDENHAIN ERN, ECN and EQN series of rotary encoders has an integral bearing and mounted...
Single-turn absolute rotary encoder / optical / hollow-shaft - ø 58 mm, 13 - 25 bit | ECN 400 series
The HEIDENHAIN ERN, ECN and EQN series of rotary encoders has an integral bearing and mounted stator coupling construction, and features simple mounting and short overall length. The compact size encoder housing with IP67 protection has a 58 mm outside diameter and has a blind hollow or hollow through-shaft. Inside diameters range from 8 to 12 mm.
Multiturn absolute rotary encoder / absolute / optical / shaft - ø 58 mm, 13 - 25 bit | EQN 400 series
The HEIDENHAIN ERN, ECN and EQN rotary encoders have a specific bearing and sealed. They are designed to be durable and compact. To balance axial motion and misalignment connecting...
Multiturn absolute rotary encoder / absolute / optical / shaft - ø 58 mm, 13 - 25 bit | EQN 400 series
The HEIDENHAIN ERN, ECN and EQN rotary encoders have a specific bearing and sealed. They are designed to be durable and compact. To balance axial motion and misalignment connecting the encoder shaft and measured shaft, the encoders are linked to the rotor by the measure shaft through separate coupling. The holow shaft is run through the shaft to be measured and fastened. The applications of these encoders is an array from measuring tasks to position and speed control on servo drives. The rotary encoders specified for separate shaft coupling are ROC/ROQ/ROD 400 are mounted by either with a synchro flange or a clamping flange and are specified for dimensions and output signals.
Absolute rotary encoder / shaft / hollow-shaft / large - ø 87 mm, 13 - 25 bit | ECN 100 series
The HEIDENHAIN ERN, ECN and EQN are rotary encoders with integral bearing. They have a hollow shaft that can be slid and fastened directly to the shaft being measured. They are applicable to basic measuring tasks...
Absolute rotary encoder / shaft / hollow-shaft / large - ø 87 mm, 13 - 25 bit | ECN 100 series
The HEIDENHAIN ERN, ECN and EQN are rotary encoders with integral bearing. They have a hollow shaft that can be slid and fastened directly to the shaft being measured. They are applicable to basic measuring tasks and speed control for servo drives. These rotary encoders are made distinct by simple mounting and total short length. These HEIDENHAIN encoders are small-scaled yet long lasting. ERN Rotary Encoders has a 6-mm blind hollow shaft, a 35-mm housing outside diameter, and a compact dimension.
Like the aforementioned rotary coders, the ROD, ROC and ROQ rotary encoders from HEIDENHAIN have their own bearings as well. They are also sealed, small-scaled, and long lasting. They function when coupled by the rotor to the shaft being measured through a different coupling that prevents axial motion and maladjustments.
Like the aforementioned rotary coders, the ROD, ROC and ROQ rotary encoders from HEIDENHAIN have their own bearings as well. They are also sealed, small-scaled, and long lasting. They function when coupled by the rotor to the shaft being measured through a different coupling that prevents axial motion and maladjustments.
Large size caliper - 0 - 1000 mm | 500-50x series
The long digital caliper uses the absolute scale and...
Large size caliper - 0 - 1000 mm | 500-50x series
The long digital caliper uses the absolute scale and measures from 450 to 1,000mm. It has a step measurement feature and can be merged into the statistical process control with a measurement connector.
Large size caliper - 0 - 2000 mm | 552-15x series
The Carbon Digimatic Caliper from Mitutoyo has been engineered with Carbon Fiber Reinforced...
Large size caliper - 0 - 2000 mm | 552-15x series
The Carbon Digimatic Caliper from Mitutoyo has been engineered with Carbon Fiber Reinforced Plastics (CFRP) that ensures durability in the jaws and beam. This IP66 absolute digital caliper is compatible with statistical measurement systems and statistical process control that has the capability to be connected to a measurement data output.
Absolute rotary encoder
In positioning tasks, the absolute encoders relieve the controller of computation tasks and keep prices down by eliminating the necessity of added input elements. Absolute rotary encoders offer a clearly...
Absolute rotary encoder
In positioning tasks, the absolute encoders relieve the controller of computation tasks and keep prices down by eliminating the necessity of added input elements. Absolute rotary encoders offer a clearly coded numerical worth for every shaft position.
In the past, point-to-point connections were oftentimes created for serial data transmission, however, these days fieldbus systems are getting used a lot. Moreover, reference runs once the machine is switched on or when power failures are not any longer needed because the current position price is accessible in real time. Parallel absolute encoders transmit the position price to the analyzing electronics through many parallel cables. Serial absolute encoders transmit their output parameters via standardized interfaces and protocols.
In the past, point-to-point connections were oftentimes created for serial data transmission, however, these days fieldbus systems are getting used a lot. Moreover, reference runs once the machine is switched on or when power failures are not any longer needed because the current position price is accessible in real time. Parallel absolute encoders transmit the position price to the analyzing electronics through many parallel cables. Serial absolute encoders transmit their output parameters via standardized interfaces and protocols.
Single-turn absolute rotary encoder - ø 58 - 78 mm, 16 bit
The Single-Turn Absolute Rotary Encoders manufactured by the very remarkable Pepperl-Fuchs...
Single-turn absolute rotary encoder - ø 58 - 78 mm, 16 bit
The Single-Turn Absolute Rotary Encoders manufactured by the very remarkable Pepperl-Fuchs are known to have high quality. What made this one of the best is one revolution of the highly reliable encoder is divided into 16-bit measuring steps and after each revolution, the coding process starts at the initial value.
Multiturn absolute rotary encoder - ø 58 - 78 mm, max. 30 bit
Pepperl+Fuchs multi-turn absolute rotary encoders are available in a range of configurations. This particular configuration features a built-in gear set along with...
Multiturn absolute rotary encoder - ø 58 - 78 mm, max. 30 bit
Pepperl+Fuchs multi-turn absolute rotary encoders are available in a range of configurations. This particular configuration features a built-in gear set along with a single turn code disc.
Up to 16,384 revolutions (14 bit) can be counted through the gearing down and coding method of this gear set. This results in an overall resolution of total 30 bits or 16 bits (single turn resolution) plus 14 bits (number of revolutions).
This type of encoder features an exceptionally number of about a billion measuring steps. This makes it ideal for division of greater linear distances into small measuring steps.
Up to 16,384 revolutions (14 bit) can be counted through the gearing down and coding method of this gear set. This results in an overall resolution of total 30 bits or 16 bits (single turn resolution) plus 14 bits (number of revolutions).
This type of encoder features an exceptionally number of about a billion measuring steps. This makes it ideal for division of greater linear distances into small measuring steps.