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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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The CoMo Logic is a y(t) control monitor with three real-time thresholds and elementary post-cycle curve analysis function. The following operating modes are available: 'GRAPHIC’ for displaying the y(t) signal characteristics, ‘TREND’ for displaying the last 118 peaks of the cycle and ‘PEAK’ with numerical display of the cycle peak.
By their web server functionality, CoMo Net and CoMo View are directly connected to the TCP/IP world. Many functions and information can be operated and viewed via familiar browser functions from any point worldwide, of course protected by security precautions and access authorization. A central storage of quality data from larger, complex production lines is significantly simplified and a cost advantageby use of an existing network structure . Also remote maintenance and diagnosis enable fast, qualified and cost-effective on-site help during servicing.
The dependent measurands, for example press force and displacement are recorded and their functional dependence is evaluated. The evaluation result can reject bad parts for reworking or classify production into different tolerance classes.
The CoMo View is equipped with an integrated 5,7" Touch Color-Display of 320x240 pixels. Possible connection of piezo, strain gauge and voltage output sensors as well as potentiometric displacement and angle sensors make this two channel control monitor versatile for most any application. Real-time capability is given via digital I/Os and a fast export of process data and measured curves add significantly to a safe process monitoring even at high cycle rates.
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Features:
- Comprehensive visualisation software for displaying filling level in
silos and vessels
- Level display on a 5.7" touch panel, including trend
- Display in volume, percentage, height or weight
- Signal evaluation of 4-20mA analogue, digital input as well as the
- UWT Nivowave® Acoustic Wave sensor Modbus RTU
- Touch panel is available as a single component or integrated in a control cabinet
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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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Freelance 800F - compact The solution ABB' S Freelance 800F control system combine easy engineering with open year, modern system architecture. Freelance 800F is proven in more than 14,000 applications - in all industries.
Compact The control system allows the integration off all common fieldbuses, leaving to use to select any they wish - whether FOUNDATION Fieldbus, PROFIBUS, gold BINDER.
The system was and will Be continously improved and enhanced to meet our user' S needs. Customers choosing Freelance 800F edge rest assured that ABB will long support them in the term.
The new AC 700F to control has just been released. In addition, new Information Management functions are available via PGIM 800F, our new Information Mananagment option.
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Modern automation, control and remote control systems have become essential for optimized and secure control and monitoring of processes regarding energy distribution and industrial networks.
Depending on the specific field of application, different requirements have to be met by the devices regarding
- Various intputs and outputs
- Process signals
- Environmental conditions
- Communication and transmission technology
- as well as essential logical functions
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Reliable fire and system protection:
Differential current monitor type B with pre-warning function, measuring range from10 mA to 3 A.
Early detection of insulation faults can prevent failure of complete electrical plants. Fault current monitoring by measuring differential current is the ideal method for this application. The monitoring requirement for today’s supply systems get more and more complex. Electronic control of drives, switched power supplies and chargers or fluorescent lamps with electronic ballast units can create DC fault currents in the case of earth faults. Standard differential current monitors do not detect this type of faults.
Type B differential current monitor DOLD varimeter IP5883 detects DC and AC fault currents in grounded voltage systems. The measurement is done by an external current transformer.
Contrary to RCD units, IP5883 does not disconnect the mains immediately but signals the fault. The unit includes an easy to read LED bar indicating the fault current and LEDs for operation, pre-alarm and alarm. The measuring range is 10 mA to 3 A. Additional features: broken wire detection, adjustable pre-alarm and test function. This varimeter offers advanced information for specific and cost effective maintenance BEFORE the plant breaks down.
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The AC and pulsed DC sensitive residual current monitor RCMA420-D (Type A) from Bender is designed for fault and residual current monitoring in earthed power supply systems (TN and TT systems) where an alarm is to be activated in the event of a fault, but disconnection must be prevented. In addition, the device can be used to monitor the current in single conductors, such as PE conductors, N-PE connections and PE-PAS connections. Due to the use of measuring current transformers, the device is nearly independent of the load current and the nominal voltage of the system.
The response value can be adjusted in the range of 10...500 mA. When the prewarning level is reached (50% to 100% of the response value), an alarm message is generated. This information achieved sufficiently well in advance can avoid unexpected disconnections and costly downtimes.
Typical application fields are: Residual current monitoring in earthed two, three or four conductor systems; construction site equipment; current monitoring of single conductors de-energized under normal conditions; socket-outlet circuits for devices which are operated unattended for a long time and which may not fail; alarm systems; safety devices.
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The RCMS system consists of one or several RCMS460-D / -L or RCMS490-D / -L residual current evaluators, which are able to detect and evaluate fault, residual and operating currents in earthed power supplies via the associated measuring current transformers. The maximum voltage of the system to be monitored depends on the nominal insulation voltage of the measuring current transformers used in case of busbar systems, or on the cables or conductors that are routed through.
Closed W...AB series measuring current transformers are required to measure AC /DC sensitive residual currents (0...2000 Hz). Six W...AB series measuring current transformers require one AN420 power supply unit. W... (closed), WR... (rectangular) and WS... (split-core) series measuring current transformers are used for alternating and pulsating currents (42...2000 Hz).
The measuring current transformer series can be used in any combination with the measuring channels of the evaluators. Each RCMS460-D / -L and RCMS490-D / -L utilizes 12 measuring channels. Up to 90 RCMS evaluators can be connected via a BMS bus (RS-485 interface with BMS protocol), thereby up to 1080 measuring channels (sub-circuits) can be monitored.
If this product is to be used for personnel, fire or plant protection, the frequency response can be set accordingly. The measured currents can be analyzed for harmonics.
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T400
Bearing Temperature Monitor
Electronic control unit - monitors up to 4 zones and 24 bearings per module
Alarm & status LEDs provide quick location of the problem bearing
Easy Installation
Stand alone system
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T500 Elite - HotBus system
- Serial Network for Continuous Remote Sensor Monitoring
- Preventative maintenance tool fully compatible with existing systems
- Accepts input signals from a total of 256 sensors
- User adjustable trip-points for alarm & shut-down
- “BUS VIEW” Easy-to-use graphical monitoring software available
- Utilises the "HotBus" communications system
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Centralized monitoring and traceability of the temperatures
New LABGUARD 2 version 3.7 with alarms in real time and function back up!
AES CHEMUNEX presents version 3.7 of system LABGUARD 2. Already adopted by many laboratories in France and abroad, LABGUARD 2 is an acquisition unit and of monitoring of the temperatures (and other parameters like: relative humidity, differential pressure, CO2, O2, contacts dry...). The transmission of the data in real time by radio of the emitters towards the receiver and the computer avoids any wiring and allows a very simple and fast installation as well as a very great flexibility.
The software, conforms CFR21 leaves 11, presents a total traceability: the data base is made safe and the software delivered with file of validation (service IQ, OQ available). The new version of the software integrates the function "back up": the data are recorded in each module and can thus be recovered in the event of stop or of computer breakdown. The data security is maximum. The emitters can be supplied with battery cell and/or sector.
The software is conceived in a modular way, various optional modules make it possible to meet the needs for each user (mapping, reference of alarms, localization of the apparatuses at fault, remote consultation, interfacing software quality...)
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Features:
- Mixture Viscosity
- Tool Condition
- Optimum Feed Rate
- Pump or Fan Flow
- Beginning or End Process
- Obstructions
- Overloads
- Loss of Load
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rEscan's technology is the answer to the early detection of cord breaks, corrosion and splice failure.
The rEscan system works through magnetic flux leakage; steel cords are magnetized within the belting then measured for the amount of magnetic flux leakage seen in the belt. The key to this system is twin conditioning heads, which aligns all the magnetic domains thus giving a clean strong signal. The system is comprised of a set of two 'conditioning transducers (permanent magnets), one'sense transducer 'and one Tachometer.
As the belt passes by the transducer a signal is sent directly to a rEscan computer system then all data is reviewed on the belt in the Left, Center and Right orientation. Once the data has been analyzed, the rEscan Technician can accurately tell you where the damage is in your belt down to the closest millimeter in precision. "
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The Splice Monitoring System allows the remote measurement of splice elongation. The SMS monitors all types of splices in fabric conveyor belting by imbedding small targets into the belting at a set distance on either side of each vulcanised splice. No such targets are imbedded for mechanical clips.
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FEATURES
The LMTX is a new system for the monitoring of hook load for telescopic cranes also when mechanical extensions are used. The system is composed by a transmission unit LIM-TX, which is hanged on crane hook, and by a receiver unit LIM-RX positioned in the control panel unit.
The LIM-TX is composed by a strain gauge pin for load detecting and by a micro controlled transmitter to send by radio the data weight to the receiver unit.
The new structure of the shackle hook group does not limit the lifting operations.
The unit LIM-RX has two functions: the show of the data weight through a four digits red display, the load limits control.
If used with mechanical extensions (up to four jibs) the LIM-RX allows, through a push button, to set the numbers of jibs and consequently to control the overload limits by a relay contact and a LED indication.
The device is included in SRD (Short Range Device) classification and uses a frequency band of 868.3 Mhz of free use (without any authorization).
The LIM-TX unit works with a battery rechargeable by the truck lighter and the LIM-RX unit works by a 12..24 voltage battery.
Free maintenance. No interference with the other on board radio devices.
APPLICATIONS
Load monitoring
Overload monitoring
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The SEL-7000 Integrated Substation System is an economical turn-key solution for control, monitoring, and protection of transmission and distribution substations. The system is simple and has a minimum number of components because it takes full advantage of the capability built into SEL relays and communications processors. SEL is further able to reduce costs by tailoring an established, tested, and scalable HMI design to your substation. SEL will work with you to create a protection and automation system specifically designed to meet your needs
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