Position displays - Import export

Fast and controlled format changes thanks to the intuitive SeGMoAssist digital position display from Lenord+Bauer, that's now possible even in plants without fully automated adjustment. • For guided format adjustment • Display of nominal and actual position to facilitate manual adjustment processes • Bright graphical display • Presentation of customerspecific pictograms • Optional for rotatory and linear position measurement • Insensitive to EMC interference • Ready for use immediately after power on due to absolute multiturn position detection • Maintenancefree

The incremental digital displays are used in combination with our high-precision displacement sensors 8738. The digital technology of these measuring systems satisfies high demands for precision and long service life, as is required more and more nowadays — in measuring laboratories — in production — in testing laboratories — in workshops and many other areas. Typical uses: —Automatic assembly machines —Semiconductor industry —Keyboard tests —Robot controllers —Testing of shafts and planes —Measurement of differential displacement With its phenomenal resolution of 0.1 µm and the high response frequency of 20 MHz, the 9140 is a powerful display unit with a compact design. The comparator function integrated as standard allows for direct evaluation of measurements almost in real-time; these can be processed further by a higher-level controller. A rather more comprehensive acquisition method is also integrated into the system.

Freely programmable, compact measurement display. Optionally, the positions of incremental measurement systems or rotary speeds as well as number of pieces can be displayed combined with commercially available initiators or light barriers. Incremental, length, angle, rotational speed or number of pieces measurement. LED display (1 line of 5 digits). Inputs for incremental sensors, length and angle measurement, rotational speed or number of pieces. Free programming via front keyboard. Incremental measurement function (operating mode I), actual value memory (operating modes I and S). With reference connection. Programming enabled via external input (keyswitch). Compact design.

Freely programmable measurement display for the representation of incremental and absolute position values. The alpha-numeric display enables the precise representation of measured values as well as the freely selectable representation of length and angle units. High-contrast LCD (1 line of 12 digits). Display of units. Inputs for incremental or absolute encoder (SSI),. Free programming via front keyboard. With reference connection. Option: RS232 or RS485 interface. Option: Switching outputs.

Low-cost, freely programmable measurement display for the indication of incremental position values. The alpha-numeric display enables the precise representation of measured values as well as the freely selectable representation of length and angle units. Low-cost electronic display. LCD with high contrast, 12-digit, dot matrix. For incremental measuring systems. Freely programmable via front keyboard.

Compact turning handle made of aluminum casting. With integrated position indicator. Analog display with various gear ratios and special scales. Surface anodized or bright-finished. Various hub versions.

The GasPro gas detector can be equipped with sensors for up to five gases with ATEX approval. With the option of equipping the gas detector individually with various sensors, the GasPro gas detector is ideal for use in sewers, sewage treatment plants, landfills, ships, chemical and oil processing industries. An important unique novelty "positive safety" display. The GasPro signals the status at a glance via a three-color LED, green display = everything OK, yellow display = still OK, but a check is due soon, red display = not OK Particularly noteworthy is the loud alarm at 95 db and the optical signaling indicated by two LEDs that can be recognized from each side. The measured gas concentrations are saved every 10 seconds and stored in the internal memory. In addition, various events (switching on, alarm, calibration) are stored in the memory. The collected data can be transferred to a PC with a USB cable. A charging station with interface or a calibration station are also available.

Variable notching possibilities for mullion and transom combinations, e.g. curtain walls, winter garden, sky lights and special designs Manual adjustment of the horizontal blade max. 20mm to the front to cut slots Notch variation: rectangle, one sided angular, two sided angular, three sided angular Notch dimensions: 185mm horizontal, and 210mm vertical at (90°) Profile dimensions: height maximum 280mm, width maximum 300mm Manual adjustment of saw blade height, positioning via mechanical digital display; electronic display optional Swivelling range vertical saw blade 30°-90°-30° (back/mid/front) positioning via mechanical digital display Swivelling range of both, horizontal and vertical saw blade, 30°-90°-30°, positioning by mechanical digital display Material fence on the table swivelled left / right 30°-90°-30°, positioning by scale Depth stop adjustable via hand wheel and slide, read out by mechanical digital display, manual clamping Semi-automatic precise and safe notching...

Housing plastic. Screen LCD display. Version Position indicators with integrated battery compartment. Plugin sensor. Lowpower LCD with decimal and fraction inch function. Note Digital, mainsindependent measurement display for playfree position detection. The system is often used in industry and trade for measuring tasks on length and angle stops (on panel saws, sheet punches, press breaks...). The recommended dimensions for switchboard installation are 92+0.8 x 45+0.6. The angle display is programmable. The display is ~13 mm high and scaleable from 1999999 to 1999999. The max. display accuracy is 10 µm decimal to 1/64 inch. The position indicator features a batterybacked memory and a battery monitoring system with a LowBatt symbol at <1.1 V. The battery is easy to change via the battery compartment. Energy is supplied via 2 mignon AA batteries (not supplied).

Body and rotary table Al alloy, anodised. Spindle steel, casehardened. Spindle bearing maintenancefree. Position indicator plastic. Version Radial play of rotation axis < 0.015 mm. Axial play of rotation axis < 0.02 mm. Repeat accuracy < 0.05°. Spindle selflocking. Note 360° adjustment with no end stop. The position indicator displays in 0.1° increments clockwise. The angle of rotation is indicated directly on the large LCD display. The rotary stage rotates anticlockwise. Reset, chain dimension and offset settings can be made via the keypad. 2 years battery life. The battery is quick and easy to replace. The mounting position of the position indicator is set in 4 positions using one screw. Transmission ratio 211611008 = 501 211611012 = 551 211611025 = 501 The modular design enables the rotary stage to be easily combined with other items of the same size. Drawing reference Assembly position of position indicator a) top (standard) b) right c) bottom

Bearing block and carriage aluminium alloy, anodised. Guide columns stainless steel, ground. Spindle stainless steel, rolled thread. Guide bearing maintenancefree. Position indicator plastic. Version Radial play on guide < 0.02 mm. No axial backlash. Spindle selflocking, with additional lock. Note Due to the practically playfree guides and absolutely playfree spindle, loosening or clamping of the spindle is not required during adjustments. Digital position indicators with 0.1 mm display accuracy, digits increase with right rotation. The display value of the position indicator can be adjusted by turning the carrier ring. The mounted position of the position indicator can be set in 4 positions with a screw. Within the respective sizes, the positioning stages can be easily combined using the modular principle. Drawing reference Assembly position of position indicator a) top (standard) b) right c) bottom d) left

Freely programmable and purely battery-operated position indicator. Offers highest flexibility since the same basic device can be configured application-specifically regarding spindle pitch, display accuracy and reading position. Freely programmable electronic digital display for length or angular measurement. Freely programmable via the ProToolDE programming software. Hollow shaft, max. Ø 30 mm. LCD display with 5 digits and special characters. Digit height approx. 12 mm. Reset, incremental measurement, offset via keyboard. Long battery life. Easy battery change without dismantling of the device.

Freely programmable and purely battery-operated position indicator. Offers highest flexibility since the same basic device can be configured application-specifically regarding spindle pitch, display accuracy and reading position. Freely programmable electronic digital display for length or angular measurement. Freely programmable via the ProToolDE programming software. Hollow shaft, max. Ø 14 mm. LCD display with 5 digits and special characters. Digit height approx. 8 mm. Reset, incremental measurement, offset via keyboard. Long battery life. Easy battery change without dismantling of the device.

The measuring wire ist fastened to the headstock or a special holding device, fed at the end of the base over a pulley and stretched tight with a weight (layout according to DIN 8606). The alignment tester must be placed on the carriage of the machine or a corresponding device, which can be moved in a longitudinal direction in predefined steps on the machine base. The measuring wire must be aligned in such a way that the same values are measured in the starting and end position of the carriage, i.e. that it is tensioned to form an imaginary connecting line parallel to these positions. When the wire is aligned to the bearing, the value display is set to zero. The straightness deviation can now be read directly on the display for each position when both parts of the image are fitted together by moving the microscope horizontally with the integrated micrometer spindle.

Automatic wire straightening and cutting machine, with rollers, for the production of cuttosize wires up to Ø 13 mm (#4). Driven by digital electric servomotors. Capacity 2 Ø 10 mm (#3) Max pulling speed 150 m/min (495 ft/min) Straighteners with independent position and adjustment displays for the wires Cutting with Brushless Motorized wire change unit Web Teleassistance

Bidirectional automatic stirrup bender from coil for the production of stirrups and cuttosize bars using wires up to Ø14 mm (#4). Driven by digital electric servomotors. Prima 14 automatic stirrup benders are equipped with Max. pulling speed 150 m/min (490 ft/min) Straighteners with independent position and adjustment displays for the 2 wires Cutting with Brushless motors Web Teleassistance.

Bidirectional automatic stirrup bender from coil for the production of stirrups and cuttosize bars using wires up to Ø13 mm (#4). Driven by digital electric servomotors. Prima 13 automatic stirrup benders are equipped with Max. pulling speed 130 m/min (430 ft/min) Straighteners with independent position and adjustment displays for the 2 wires Cutting with Brushless motors Web Teleassistance

The GEMÜ 1235 electrical position indicator is suitable for mounting to pneumatically operated linear actuators. The position of the valve spindle is electronically detected and evaluated through play-free and non-positive mounting. Intelligent microprocessor controlled functions make commissioning and support during operation easier. The current position of the valve is displayed via high-visibility LEDs and fed back via electrical signals. The GEMÜ 1235 has been specially designed for valves of small, medium and large nominal sizes with a stroke of 2.2 to 74.4 mm. — Communication and programming interface IO-Link — Adjustable switch point tolerances — Speed-AP function for fast mounting and initialisation — High visibility position indicator by LED — Can be fitted to GEMÜ valves or third-party actuators — On-site or remote end position programming via programming input

The Focovision by Transmission SPF-3 is used in optical laboratories where the lenses are mounted into frames. It is connected to the computer network, from which it receives the nominal values of the prescription lens. Its main advantages are repeatability, accuracy, and easy calibration. It measures the lens optical power by using a light beam perpendicular to the concave lens surface at a certain wavelength (546 nm or 587 nm) and by measuring in all directions (360 degrees). In addition, it is equipped with a frame positioning device and has a user friendly interface; permitting an operator to learn how to perform the complete lens control of the mounted lenses with little training required. Positioning assistance: The FOCOVISION display provides assistance to the operator to help them position the frame and lens to be measured properly, creating a user friendly and fast process. The positioning target, displayed at every step of the procedure, and operator instructions projected

CNC profile machining center with economical design cabin moving on X-Y-Z axes. It can work on aluminum and PVC profiles. Specially designed for door and window profiles. It works on profiles with a high-speed spindle moving on a steel body equipped with a CNC controller unit and servo motors. The reference point at the beginning and end of the machine is lifted manually and determines the zero point of the profiles. Profile clamping pneumatic vices are placed on linear guides in 4 units as standard equipment. It works with Uni_Link, customized software for door&window manufacturing, and the clamp positions are displayed on Uni_Link’s own interface. Thanks to the Uni_Link program, Dxf drawings of door and window profiles are exported to the machine HMI. The size of the door profile to be processed is entered, hinge type, lock type is selected, and the machine performs parametric calculations on the profile perfectly.

The ND 280 digital readout for one axisis designed for simple measuring and positioning tasks, such as infeed for a circular saw, the stroke of press travel, or the position of an additional rotary table on a machine tool. Design The ND 200 series features a sturdy aluminum die-cast housing. The splashproof full-travel keyboard is built for the workshop. A large graphic TFT monitor displays the measured values, the status and the soft-key row. Functions The standard ND 280 readout provides the basic functions for simple measuring and positioning tasks. The ND 287 evaluation unit (see catalog titled Evaluation Electronics for Metrology Applications) offers expanded functions such as metrological acquisition and statistical evaluation of measured values. With its switching inputs and outputs, it also permit operation in simple automated environments.

Digital readouts from HEIDENHAIN are used in a wide variety of applications. They are deployed on machine tools, infeed axes on saws and presses, measuring and inspection equipment, dividing apparatuses, setting tools, production inspection measuring stations, and more. To meet such demands, these digital readouts can also be used in combination with numerous encoders from HEIDENHAIN. Digital readouts with multiple axes are primarily used on manually operated machine tools, where their practical cycles provide optimal support to the operator during milling, drilling, or turning. By instantly displaying the position in an easy-to-read manner, digital readouts enable a significant increase in productivity.

Digital readouts from HEIDENHAIN are used in a wide variety of applications. They are deployed on machine tools, infeed axes on saws and presses, measuring and inspection equipment, dividing apparatuses, setting tools, production inspection measuring stations, and more. To meet such demands, these digital readouts can also be used in combination with numerous encoders from HEIDENHAIN. Digital readouts with multiple axes are primarily used on manually operated machine tools, where their practical cycles provide optimal support to the operator during milling, drilling, or turning. By instantly displaying the position in an easy-to-read manner, digital readouts enable a significant increase in productivity.

Resembling a boat deck, this large format display uses emotional positioning for the DIY store launch of Living parquet flooring, by HARO. In bringing Riva boats to mind, which symbolize luxury and elegance, the display encourages shoppers to associate the same qualities with the flooring. Attention to detail is what makes this display really stand out.

TYP C 043/B Cutting, stamping and bending device for axial components Description To facilitate the placement of short axial leaded components that must be cut before insertion into the circuit board to the appropriate length and bent to the required height and - if necessary - marked. This axial taped components are processed in high- components. The machine type C 043 / B can be adjusted using the adjustment spindles cutting length and the embossing position. The setting is displayed on the relevant scale of the device. Optionally can be monitored through a digital display setting. The embossing tool is specifically for connecting pins and is manufactured according to customer requirement. The machine can be upgraded for the various tools. The taped components are fed into the machine and processed automatically. The transport speed is infinitely variable. The tool change for other forms of bending takes about 5 minutes. Components

TYP C 043/BS Cutting, stamping and bending device for axial components Description To facilitate the placement of short axial leaded components that must be cut before insertion into the circuit board to the appropriate length and bent to the required height and - are marked - if necessary. This axial taped components are processed in high- components. The machine type C 043/BS can be adjusted using the adjustment spindles cutting length and the embossing position. The setting is displayed on the relevant scale of the device. Optionally can be monitored through a digital display setting. The embossing tool is specifically for connecting pins and is manufactured according to customer requirement. The machine can be upgraded for the various tools. The taped components are fed into the machine and processed automatically. The transport speed is infinitely variable. The tool change for other forms of bending takes about 5 minutes. Components

The PWT 101 is a testing device for the functional testing and adjustment of incremental and absolute HEIDENHAIN encoders. Thanks to its compact dimensions and sturdy design, the PWT 101 is ideal for portable use. Operation and visual display are performed on a 4.3-inch color flat-panel touchscreen. The PWT 101 supports a variety of functions depending on the encoder and the interface. With encoders featuring the EnDat interface, for example, you can display the position value, export online diagnostic data, shift datums, and perform further inspection functions.