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Microvision Plus (3 axis interpolated controller)
All the power of a numeric controller with ISO programming in a cheap structure based on a RISC 16 bit processor. Monochromatic 5” display can be touch screen which improves navigation making it more user friendly. Drivers can be connected to the controller either through analog +/-10 V. signals or digital PWM or Step / Direction. Besides a considerable number of I/O “on board” many other devices can be added or remoted using the 2 available CANopen serial ports. |
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The XLe compact (96x96x57) all-in-one controller comes with a 128x64 LC-Display and has full monochrome graphics capabilities. It is equipped with built-in I/O coupled with the dual protocol capabilities and optional internal telecommunication modules.
The OCS with its full IEC61131-3 integrated development environment for logic, HMI design, networking and I/O configuration is a very capable PLC with full graphics capability. The operator interface used in the XLe series is a high visibility graphics monchrome LC-Display with blue LED backlight offering excellent readability to the user in the most difficult conditions.
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From the monitoring-for-function of the sensors to self-monitoring Control Units, Mayser supplies the right Control Unit for every safety system. Acting as a link between the sensor and the machine control, it analyses the incoming signals and immediately triggers the required measures.
In cooperation with the Elge GmbH company, we can also supply Control Units for special safety systems and other applications.
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Control unit unipos C110:
- linear path controller
- CNC + PLC
- controls max. 9 axes, servo motors or stepper motors
- DC motors on request
Control unit Unipos 120 / 220:
- Point to point controller
- Control unit to control stepper motors
- CNC
Control unit unipos 420-W:
- continuous path controller
- CNC + PLC
- Controls max. 8 axes, 4 axes simultaneous
Control unit unipos 820-W-/WH:
- CNC-Controls + PLC
- max. 64 axes with 8 NC-channels (SERCOS/Analog) |
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The DC25 Linear DC welding control is ideal for microjoining applications which require exceptional control and highest quality throughput. Weld energy may be programmed in current, voltage, or power in increments as small as .01 milliseconds.
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| Unitek Peco's Dual Pulse Series is a full range of Capacitive Discharge (CD) power supplies for precision resistance welding applications. Dual Pulse Series power supplies are microprocessor controlled, store multiple weld schedules, and provide consistent weld energy. |
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No matter what the application, Draeger's System Centers will design a monitoring system for your specific needs.
Whether it is a single wall mount unit for only one or a few points, a 19" rack mounted modular controller, or a full blown SCADA system with cabinetts to house the electronics and wiring, our experienced engineers will help to design the system that fits. Even PC monitoring consoles with event log displays and zoom-in plant layouts are available from Draeger Safety.
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Acting as the nerve center of a modular gas detection network, the Vulcain 301C provides continuous monitoring of up to 96 inputs/outputs, on 3 distinct channels, at distances of up to 2000 feet.
Once installed, this highly customizable and powerful tool provides around the clock protection identifying hazards and triggering appropriate reactive measures such as ventilation activation. |
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The Iskra AC controller is a three phase controller for AC induction motor, which is mainly suitable for traction applications. It is designed around a high performance DSP processor, which performs real time flux vector control of an AC induction motor. The result is outstanding motor dynamics and efficiency. In the same unit can be additionally included the DC controller for DC commutator motor for drive the hydraulic pump.
Flexible communications with built in CanOpen protocol and simple electrical connection make this system an ever more attractive choice for mobile hydraulic applications. |
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| The DC controller is designed to operate with DC commutator series wound or compound wound motors for pump drives. It is microprocessor controlled and designed to be cost effective and to occupy as small an outline as possible for a given output power. |
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| The CVC electronic controller has been designed as control system for hydrostatic tracks vehicles with separate - left and right - hydraulic circuit. The CVC controls in closed loop the displacement of the two pumps, or the speed of the two wheels, to make sure that it corresponds to the given command in whatever use conditions. |
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| The Waukesha Engine System Manager (ESM) is a total engine management system designed to optimize engine performance and maximize uptime. The ESM integrates spark timing control, speed governing, detonation detection, start-stop control, diagnostic tools, fault logging and engine safeties. |
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BODAS controllers for quickly and affordably creating a mobile-hydraulic complete solution without time-consuming and expensive hardware development.
The RC controllers are the heart of the BODAS system with multifunctional inputs and outputs for the control of the electrohydraulics components in the machine. BODAS RC controllers are optimally meeting the requirements of mobile working machines with a diversified application spectrum.
In complex applications, multiple controllers can be connected via the CAN bus to form a network. The number of the inputs and outputs can be extended quickly and economically with the CAN I/O-extension module RCE. Safety features integrated in the standard version enable simple and reliable machine diagnostics.
Matched to the RC controllers, the BODAS software modules offer preconfigured application solutions for drive and working hydraulics. A comprehensive tool chain for parameterization, for diagnostics and for flashing the BODAS controllers is available with the BODAS-service.
For custom solutions, you can use the BODAS RC controllers as a freely programmable platform.
Features:
- Safety features:
-Detection of cable break
-Detection of short circuit
-Monitoring the outputs
-Bosch watchdog module
-Central switch for all power outputs
- Output stages with pulse-width-modulated current regulation (PWM)
- Robust case
- High EMC > 100 V/m
- Download the software from a PC to the flash memory
- CAN bus or RS232 interfaces
- Interfaces matched to Rexroth electrohydraulics |
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Users of conventional universal display units can have difficulty in making use of their device´s options menu. Special applications require many more functions that are often not available with conventional units.
KRAL BEM 300 to 500 electronic units enhances the KRAL Volumeter performance.
Your advantages:
- Two-channel, i.e. differential measurement.
- Temperature and pressure pulse compensation.
- Measurement conversion.
- 7 point linearization.
- Limit value for a relay output, i.e. regulation of a bypass valve.
- Threshold value for signal suppression.
- Clear and easily readable display.
- Accurate handling by the use of a clear menu structure.
- Multiple mounting options. (KRAL Volumeter, wall, pipe, control panel). |
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ICU INJECTOR CONTROL UNIT - EFS 8412
PRESENTATION
The 8412 module is designed for use with the ITB 234V test bench
enabling automatic analysis of diesel or gasoline jets via image
processing. It handles the injector driving by means of an Ipod power
module, as well as driving the camera, the fog extraction system
and the light sources (laser or strobe).
USE
The ICU system provides the TTL command signals for driving an injector and the equipment necessary for image acquisition. It must be accompanied by an additional power module adapted to the injector to be driven. For this, EFS offers the IPOD modules for solenoid and piezo-electric injectors.
Injector driving
The ICU system drives the injector with a temporal resolution of 0.1 µs. It can handle from 1 to 10 injections per revolution at frequencies of between 0.1 and 10 Hertz.
It can run in two modes :
- « Signal generator » mode
The driving is based on the injection parameters entered by the user from the supervision PC. The injector command can be inhibited while allowing other signals to be generated thus enabling the calibration of the vision system without injections.
- « One shot » mode
The ICU module receives external information (an impulse on a logical input) on the START input which synchronizes the execution of a single injection cycle (one motor revolution). |
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These solid state magnetic accelerators have been designed as speed input devices used for solid-state controls for electric vehicle traction motors. Applications include industrial fork lifts, utility vehicles, and airport ground support vehicles.
Input voltage : 18 to 80 volts DC
Output voltage (maximum) : 3.65 volts (nominal)
Output voltage (minimum) : 0.35 volts (nominal)
Start switch output voltage : Equal to user battery input voltage
Start switch output current : 3 amps continuous, 5 amps intermittent (10 seconds)
Note: This accelerator switch does not contain a 1A switch.
Features and Benefits:
- Start switch function is performed by a power MOSFET, in lieu of a mechanical device
- Typical actuator force is 5 lbs, and should not exceed 7 lbs
- Switch may be operated through a linkage mechanism or directly from the vehicle accelerator pedal
- Customer connection is made by means of a metric M10x1.5 male thread
- Underwriter's Laboratory Type EE construction, O-ring cover seal, blind mounting holes, and insulated wire hole grommet all combine to eliminate the need for periodic cleaning
- No mechanical adjustment required after installation
- Includes reverse battery protection and internal fusing for start switch over-current protection
- A hall effect sensor detects the input shaft displacement through the 0.75" shaft stroke
- Switch contains a push pull linear input shaft, with a typical 0.1" displacement for start switch closure |
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| The VS-626M5 is a highly reliable AC vector controlled inverter drive designed for controlling high speed, compact AC motors used in machine tool spindle drive applications. Vector controlled technology through the use of a digital signal processor and proprietary algorithms for speed, torque, and current control allows for minimum speed and torque variations during cutting. This impacts accuracy and surface finish of precision parts. 100% back-to-line power regeneration provides quick spindle deceleration times not limited by the ohmic value of externally mounted regeneration resistors. This allows for faster tool changes and increased machine productivity. |
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Electronic controller mod. MILLENNIUM
Reggiana Macchine Utensili has developed its own software and stepping motors control, this gives the maximum flexibility, able to suit all customers needs.
Studied for Industrial applications, complete with double row back-lighted display, allows communication:
with PC,
through RS232 / RS485,
from/to PLC,
I/O signals,
from Bar Code readers,
TXT files.
Programmable with the PC specific software or able to automatically load and run different programs without being connected to a PC, can manage all following functions:
1000 programs in memory,
texts in line, angular, mirror,
arc-texts,
serial numbers,
batches of production,
time and date,
working shifts,
customized codes,
preview, diagnostic and many more.
The excellent management of the mechanical movements allows marking:
logos,
2D Matrix and OCR codes,
fonts per dots 5x7 and 11x16,
continuous line fonts.
Low maintenance and reliable, the electronic controller MILLENNIUM is complete with all above features and can be easily connected to all accessories available, rotary and vertical automated axis, nameplate automatic loader and many others even tailored on request. |
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TRM has introduced a new service allowing manufacturers of machines to design their own Controller for their machine by specifying options from a menu. The system is based upon a high power motion Controller which enables almost any application to be implemented. A typical example of the type of machine they could use this technology is a printing machine.
The OEM can select a range of liquid-crystal displays to suit the machines needs. Once the LCD has been selected the location and number of keys may be added to the keypad. Warning lights, start and stop buttons can be added to the front of the controller. In this way an attractive and efficient front panel can be designed for your machine. The idea is to make the machine as attractive, safe easy-to-use and practical as possible. Many machines require a number of technologies in order to implement a control system typically there will be a plc, motion controller, man machine interface, and a host of electrical items to control machine. The TRM system combines many of these functions onto a single board. There is a cable between the Controller and the interconnect card mounted in the machine. It is possible to implement solid-state relays, contactors, timers, soft starts, speed controls, power supplies, breakout connections, even thermal couple inputs can be included. |
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Jetline cold wire feeders are primarily used for gas
tungsten arc welding (TIG) and plasma arc welding
(PAW).
They can also be used in other applications
where a controlled feed of wire is required such as
a brazing operation. |
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