Web Based Remote Monitoring
Reliable Web based solutions for monitoring the condition or status of remote assets no matter where you or they are located.
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Reliable Web based solutions for monitoring the condition or status of remote assets no matter where you or they are located.
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SIL rated alarms systems, wireless telemetry and web based inventory tracking systems. Connects to your existing tank gauging.
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Advanced proven Impressed Current Cathodic Protection Systems incorporating Remote Monitoring and Control. New or retrofit existing sites.
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Specialised monitoring systems for Radiological environments including
nuclear power stations, storage facilities, PET
Centres etc.
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Real time energy, water, gas, air and/or steam monitoring for industry, commercial buildings and campuses. Meets reporting standards and reduces cost.
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Remote Temperature monitoring systems tailored for pharmaceutical and food industry applications from laboratories to warehousing. Meets reporting standards.
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Process Alarm Systems to IEC61508 and Event recording to sub-millisecond resolution making plants safer and reducing downtime.
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Upgrade your legacy alarm systems to current safety standards with minimum plant disruption. Custom solutions to suit individual needs.
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Data2Desktop provides an end-to-end solution to your remote
monitoring needs. Data2Desktop relieves you of the technical
complexities of implementation, with rapid low risk deployment.
Turn your organisation into a Real Time Enterprise within days.
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Remote Monitoring Specialists
Instrument PSUs
Priced to perfection
DIN Rail mounted
All Round Protection
Adjustable 24Vdc o/p
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FOR IMMEDIATE RELEASE
All I/O is scanned automatically and I/O status assembled into a Data Interchange Table (DIT).
For digital inputs and standard analogues the input status requires no configuration at all, however temperature inputs like thermocouple and RTD require the sensor type to be configured providing input values in engineering units of degrees C or F.
Scaled analogue inputs can also be catered for eliminating the need for the HMI to do any scaling to engineering units for 4-20mA loops from the field.
Adding I/O to the system has never been easier simply plug in the new modules (hot plug-in, ie plug in while system is live) and plug-in the detachable wire terminals from the field.
The new field I/O status is added to the DIT automatically.
Configuration is easily made using a free Windows based software package called "OmniSet", and a serial cable available from Omniflex.
Simple selection of pull down options allows the user to configure the CPU completely.
This configuration includes the ability to create multi-drop telemetry systems using the Omniflex Conet Local Area Network up to 10km on twisted pair cable.
Configuration can also be done via the HMI if so desired making a neatly integrated system controlled exclusively from the HMI stations.
The HMI is simply connected to the Maxiflex T1 or T2 CPU via its auxiliary serial port which can be set to communicate using Modbus Protocol, one of the standard protocols on every HMI.
The HMI now has access to any of the DIT registers on the CPU.
In fact if a Conet Local Area Network is used any data from the network is also accessible to the HMI - not just the local node.
Multiple HMIs can also be connected to the network in the same fashion reading the same or different data from the network.
Outputs may also be generated from the HMI to activate plant devices.
Maxiflex provides a very cost effective solution to HMI front ends and simplifies the field I/O systems by eliminating the need to write time-consuming application programs for data acquisition or telemetry.
Maxiflex I/O systems cover analogue inputs, voltage, current, thermocouple, RTD and digital inputs, potential free and voltages up to 200Vdc, series contact chains, pulse inputs up to 50kHz.
Interfacing to third party RS232 or RS485 devices is a specialty with analytical devices like gas chromatographs, gas analysers, intelligent circuit breakers or sub-station energy metering equipment.
Given the communication protocol Maxiflex will communicate with any of these devices.
The Conet Network Topology can be used as a bus, star or mixed configuration allowing complex networks to be configured all on low grade plant cables.
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For further information on this press release please contact sales@omniflex.com
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