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| The Prism Series, designed for corrosive process environments, attaches directly to Sanitary Diaphragm and Angle Valves. This rugged, feature-rich platform, offers a full array of communication and switching options as well as discrete integral pneumatic control for single-acting valve actuator operation. |
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| The Prism Series, designed for corrosive process environments, attaches directly to Sanitary Diaphragm and Angle Valves. This rugged, feature-rich platform, offers a full array of communication and switching options as well as discrete integral pneumatic control for single-acting valve actuator operation. |
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The Prism Series, designed for corrosive process environments, attaches directly to Sanitary Diaphragm and Angle Valves. This rugged, feature-rich platform, offers a full array of communication and switching options as well as discrete integral pneumatic control for single-acting valve actuator operation.
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| The Prism Series, designed for corrosive process environments, attaches directly to Sanitary Diaphragm and Angle Valves. This rugged, feature-rich platform, offers a full array of communication and switching options as well as discrete integral pneumatic control for single-acting valve actuator operation. |
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| The Quartz explosion/flame proof design is FM/CSA approved and ATEX certified for use in hazardous environments. And with the epoxy coated anodized aluminum enclosure it may be used in corrosive heavy wash down areas as well. |
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| The Quartz explosion/flame proof design is FM/CSA approved and ATEX certified for use in hazardous environments. And with the epoxy coated anodized aluminum enclosure it may be used in corrosive heavy wash down areas as well. |
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| The Quartz explosion/flame proof design is FM/CSA approved and ATEX certified for use in hazardous environments. And with the epoxy coated anodized aluminum enclosure it may be used in corrosive heavy wash down areas as well. |
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| The Quartz explosion/flame proof design is FM/CSA approved and ATEX certified for use in hazardous environments. And with the epoxy coated anodized aluminum enclosure it may be used in corrosive heavy wash down areas as well. |
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| The Axiom is a discrete valve communication & control device for quarter-turn automated valves. The advanced position sensor offers reliable long-life performance with push-button settings that may be made quickly and conveniently. The integral pneumatic pilot valve offers contemporary features which further enhance the operating performance of your automated valve system. And, with the Axiom's rugged construction will withstand your most challenging plant environments. |
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| The Axiom is a discrete valve communication & control device for quarter-turn automated valves. The advanced position sensor offers reliable long-life performance with push-button settings that may be made quickly and conveniently. The integral pneumatic pilot valve offers contemporary features which further enhance the operating performance of your automated valve system. And, with the Axiom's rugged construction will withstand your most challenging plant environments. |
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| The Axiom is a discrete valve communication & control device for quarter-turn automated valves. The advanced position sensor offers reliable long-life performance with push-button settings that may be made quickly and conveniently. The integral pneumatic pilot valve offers contemporary features which further enhance the operating performance of your automated valve system. And, with the Axiom's rugged construction will withstand your most challenging plant environments. |
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| The Axiom is a discrete valve communication & control device for quarter-turn automated valves. The advanced position sensor offers reliable long-life performance with push-button settings that may be made quickly and conveniently. The integral pneumatic pilot valve offers contemporary features which further enhance the operating performance of your automated valve system. And, with the Axiom's rugged construction will withstand your most challenging plant environments. |
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VOLUTRONIC® - that means high-dynamic, precise volume and flow measurements, evaluated according to the application - from a simple display unit to an intelligent micro-controller solution.
The basis for all this is the KRACHT gear type flow meter. This flow measure product presents the successful result of our long-experienced engineers. The sophisticated tooth system geometry in connection with application-specific bearings are made for the gear type flow meter being an absolute "All-rounder". The gear type flow meter covers a wide medium range: to go from hydraulic oil to printing ink, from gear grease to water based lacquer. The highly-efficient KRACHT electronics take the signals given by the gear type flow meter and ensures that processes are exactly monitored, regulated and controlled.
For example, in process technology as micro-controller for metering and mixing systems, or as flexible measuring and recording electronics for differentiated applications in test bench technology. KRACHT know-how guarantees functional solutions - standardized and optimized for application. |
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AD/AE Valve and Controller for Dust Collector System
Fast opening, max. flow
Low air consumption
Sequential Controller System available
Easy adjustment in time duration and interval
Application
feed factory, mining industry, air pollution prevention equipment, steel industry,
petrochemical industry, cement industry, coal power plant, chemical industry,
grain and food industry, pellet and power industry.
Principle
The programmable sequential controller is designed specifically for use with pneumatic dust collector systems. It is used to control the solenoid of the diaphragm valve in order to program the pulse jet sequence of the valves. LED lights serve as indication of status of pulse position and timing.
Both the pulse jet timing and duration of each pulse jet could be adjusted by the logic circuitry. The controller has 2 independent "ON" and "OFF" methods, the 1st is when the AC power supply is cut off, the controller will shut down. When the AC supply is reconnected, the controller will automatically revert to its initial default settings. The 2nd method is to employ the use of the controller"s remote contacts (R,C,A) as the controlling signal.
The sequential collector uses a microprocessor to control the pulse jets of a diaphragm valve through the electrical solenoid of the valve. The controller has 2 rows of 7 segment digital display. The first row displays the diaphragm valve number to be activated next, the 2nd row displays the time left before it activates the next valve. The pulse jet timing, duration of each pulse jet and the number of valves to be controlled could be set to user"s requirements. Also, the controller is able to be programmed to automatically execute the pulse jet cycle even after the system shuts down. The user just needs to configure all settings through the buttons on the face of the board. The controller is both user-friendly and serves a wide range of applications and will definitely satisfy all requirements of the user |
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The Control is a PID controller that makes any solenoid valve "intelligent", the choice of solenoid valve depending on the user's application (from among the 601, Posiflow, Preciflow solenoid valves etc), and on the installation, which may be in a critical environment.
The Control can control 2 loops in the same manufacturing process, whether they are open, closed or double (cascaded). For instance:
- In an open loop: the Control adjusts the valve's pressure or flow rate (without a sensor) by measuring the feedback value.
- In a closed loop: the Control continuously compares the set pressure or flow with the set point thanks to a signal emitted by the sensor. The benefits? Very precise control (hysteresis of 1%) that reacts to external interference
- In a double loop (with 2 sensors): the first loop adjusts the valve's pressure or flow for optimum control, while the second loop returns the signal of the relevant feedback value (pressure, position, force etc). Because the process's response time is integrated into the control process as a whole, the latter is more stable. |
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General Description
The D3C and D3D Series directional control valves are high-performance, 4-chamber, direct operated, cam controlled, 3 or 4-way valves. They are available in 2- position and conform to NFPA?s D05/CETOP 5 mounting patterns.
Features
Choice of 2 cam roller positions (D3C and D3D)
Short stroke option
High flow, low pressure drop design
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At ITT Water & Wastewater we produce practical and easy to use monitoring and control systems for many different pump and mixer applications. Our systems offer reduced operational costs, total overview, less report handling and better environmental control.
As well as supplying the hardware, such as pump controllers, sensors, electrical start equipment and cables, we also have software for running the system. The ITT Water & Wastewater AquaView SCADA system provides precise and effective monitoring and control.
Each control system comes with a host of well-thought-out functions. Good examples are comprehensive pump control functionality, advanced supervision of pump condition, accurate flow calculation and cleaning functionality. All functionalities are based on international experience in municipal wastewater. |
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Automation of pumps and valves helps to cut costs on a permanent basis and safeguards the reliable operation of your installations.
PumpDrive is the first variable speed control system that comes in a uniform housing design for three mounting methods and offers the user a comprehensive solution across a wide performance range. It allows quick, precise and continuously variable speed adjustment of a pump's drive. Thanks to absolutely reliable rotational speed optimization in line with demand, energy savings to the tune of 50% can be achieved.
LevelControl is an intelligent level control unit for single or double pump systems in applications that require reliable level control. LevelControl monitors and documents switching cycles. It ensures even distribution of pumping hours and optimum pump operation. This reduces downtime, maintenance and servicing.
PumpExpert combines three elementary functions. It is the first diagnostic system capable of issuing clear recommendations for action in the event of a disturbance or malfunction.
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Pressure/Flow Controller ED1 resp. SD1
Optionally usable as pressure relief, pressure reducing, 2-way flow controller
or 3-way flow controller
Connection of proportional throttle pressure relief or pressure reducing valves
Connection of an analogue pressure-, flow- or speed sensor
Parametering by means of front keyboard, operating terminal or software
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Bray Controls is proud to introduce the controller of state of the taps Brayline series 50, preceding the future methods of indication of position of the taps. The great experiment of Bray on the ground and a research and development intensives led to the development of general-purpose interruptory controllers of first order, intended for industrial automation. The controllers of series 50 send a signal of position of the actuator and tap to local and remote stations. The standard appliances 50-0400 have an aluminum castings case under pressure, waterproof (NEMA 4,4X). The cases of series 50-0700 are also out of aluminum castings under pressure, waterproof and explosion-proof (NEMA 4,4X, 7,9).
The apparatuses were designed in order to facilitate wiring and for a large variety of switches. The two series are characterized by internal parts of high-quality, the same robustness and same reliability. |
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The Universal Power Cell uses Hall Effect sensors that are not affected by odd waveshapes or frequencies. Also, no Voltage or Current Transformers are used.
The UPC is field scalable to match your pump motor. Complete information at loadcontrols.com.
The PMP-25V Pump Load Control takes the 0-10 volt load signal from the UPC, displays the Pump Load, and has the Set Points, Timers and Relay and Analog Outputs. |
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