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ER3000 Series:
Ideal to be used with air actuated devices such as regulators & control valves.
Electropneumatic digital controller.
High precision (0.1% accuracy) device.
RS485 network capabilities.
Free Software.
PID loop on board.
Explosion-proof housing available.
Extra analog/digital inputs/outputs available.
Applications:
Automated flow & pressure systems
High precision control equipment
Calibration of transmitters & gages
Burst & proof test stands
Blanketing applications
Vacuum control
ER3110 Series: Compact Integrated Unit
Integrates with 44-5200 regulator, standard options available
Features identical to the ER3000
Choice of outlet pressure ranges to 500 PSIG
Preference pressure: 100 PSIG
Flow capacity: Cv=0.06 or 0.15
Venting or non-venting
70-2000 Series: Motorized Actuator
24 VDC motorized actuator provides remote adjustment of regulator setpoint
Adaptable to 26-1000, 26-1600, 26-1700, 26-2300, 54-2000 and 54-2100 Series Regulators
Variable speed control with adjustable limit stops to prevent over-travel
Pressure Transducers:
Ideal for use in ER3000 applications where an external feedback is required
Provides extremely stable and repeatable hydraulic and pneumatic pressure measurements
.1%, 0.25% and 0.5% accuracy available
Choice of 4-20 mA, 0-10 VDC versions
Wide choice of pressure ranges (including sub-atmospheric)
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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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Conventional cam controls
For 17 years now the brand name LOCON stands for reliable electronic cam controls in conventional design, which means the actual cam control and the actual value recording are separated from each other.
However, we do not rest but we are constantly working on the further development of our products and the enlargement of our product range. That way the series LOCON have been adapted to the current market requirements by creating new models. We were escpecially inspired by the implementation of Fieldbus connection combined with modern operating configuration concepts. The today's products are partly configurable as desired by the customer. |
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Built-in cam controls
For 17 years now the brand name ROTARNOCK stands for reliable electronic cam controls in a built-in design, which means that the actual value recording (absolute encoder) and the cam control are mounted in one device.
However, we do not rest but we are constantly working on the further development of our products and the enlargement of our product range. That way the series ROTARNOCK have been adapted to the current market requirements by creating new models. We were especially inspired by the implementation of Fieldbus connection combined with modern operating configuration concepts. The today's products are partly configurable as desired by the customer. |
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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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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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The components presented here have been developed and optimised for increased requirements in close co-operation with our customers over a period of several years. ifm electronic now supplies a sophisticated control and automation system which conforms to the needs of the market. In addition to flexibility and performance attention was given to the following points:
> Operation at extremes of temperature, both high and low.
> The ability to withstand extreme shock and vibrational stresses.
> Use even with direct exposure to dirt, water and moisture.
> Insensitive to supply voltage fluctuations caused by the battery/generator systems.
> The electrical system must be insensitive to high levels of conducted and radiated interference.
> Application-related networking possible with the serial CAN bus suitable for mobile applications.
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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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Our FX38DBB electronic ignition Full Sequence Controller is capable of controlling two burners simultaneously
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| Yaskawa is the largest global variable frequency drives manufacturer with over 30 years of Building Automation System (BAS) and HVAC experience. Our variable frequency drives are designed for HVAC applications, which include air handlers, cooling towers and pumps, by combining reduced size and cost with step changes in performance and quality. The drive features for Building Automation Systems include extensive parameter selection which simplifies management of BAS applications for energy efficiency and closed loop control, industry-standard Hand/Off/Auto functionality, an internal PI controller and a Sleep function. Because all variable frequency drives (VFDs) are rigorously tested, Yaskawa ensures that quality and reliability are designed and built in. |
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Advanced Tiny Giants
The integrated products of the ALPHA family replace many of the discrete components used in conventional systems, opening up a whole new range of possibilities for economical solutions.
Alpha XL
• Extra large program capacity (200 program blocks)
• Output module with 2 analog outputs
• For outdoor applications down to -25°C
• Extra large backlit display and additional HMI functions
• Additional communications capabilities
(including e-mail and SMS)
• DFC radio and clock signal interpretation
Alpha
Up to 64 functions (or 1.5 kB data) can be processed by a program. Each of the available functions (timers, counters, analog processing, calender/clock function etc.) can be used in all programs as frequently as needed.
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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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Our FX30LWD is a very versatile electronic ignition Full Sequence Controller for all types of OEM gas appliances. It is factory configurable to suit individual OEM and offers a number of unique features such as dual fan speed control. It is a drop-in replacement for the Gemini 960e combi boiler
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Features:
- Compact 1/16 DIN size fits into standard industry panel cutouts.
- Microprocessor for reliable, accurate measurement and control of pH.
- Large and super bright LED display of pH (red) and temperature (green)
- Rear screw terminals for power, 2 sets of relays, Pt 100 input and BNC for pH input.
- Optional NEMA-4X gasketed lens cover fits over front bezel of controller-made of watertight corrosion resistant ABS plastic.
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| The iQpump® controller was designed with the pump service operators and pump system owners in mind. iQpump® offers ease of setup and comprehensive pump and motor protection features. The integrated pump specific software and setup parameters, allow the operator to setup specific control values for a wide rantge of applications. The iQpump® controller will automatically adjust pump operating conditions conditions, as the process variables change while still maintaining optimum pump performance and protection. iQpump® can also replace phase converters when converting from a single phase to a three phase pump motor. |
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The M021P is a PID pump speed controller for accurate temperature regulation of hot water in a storage system.
It controls the temperature of the secondary water flow within a heat exchanger by regulating the hot water flow through the primary of the same heat exchanger.
A very accurate temperature control results and hot water can be obtained at mains pressure. |
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| ... products without technical information |
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