Intrinsically Safe Battery Powered Digital Thermometer
This 4 digit LCD display thermometer is battery powered with 3 years minimum battery life. The sensor is user configurable by means of push buttons located on the underside of the display and accepts a wide range of RTD and thermocouple sensors. These thermometers are used for local point temperature measurement as an alternative to mercury/alcohol or traditional mechanical gauges.
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Explosion Proof Rugged Temperature Switches
Stainless steel construction with 300SS wetted parts. Come either with a probe or capillary. Supplied with flying leads.
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Intrinsically Safe & Explosion Proof Temperature Sensors
Temperature probes are available in a selection of materials and styles, and can be supplied with pockets/thermowells as an option.
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Intrinsically Safe In-head Temperature Transmitters
Digital drift free in-head temperature transmitters which feature a simple push button calibration. Smart versions available for PC interface for greater parameter control.
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Explosion Proof & Intrinsically Safe Industrial Pressure Switches
These pressure switches comprise of three different measurement principles; diaphragm (up to 42bar), piston (up to 400bar), and bourdon tube (up to 600bar). As well as standard pressure measurement, these switches can also measure differential. The switches used make contact positively – no contact teasing as switch setting is approached, these also feature low hysteresis; adjustable hysteresis is an available option.
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Intrinsically Safe Industrial Pressure Transmitters
Industrial pressure transmitters feature ceramic or stainless steel sensing elements allowing wide material compatibility. These transmitters offer high resistance to shock and vibration as well as high accuracy. High pressure measurement up to 2200bar is available.
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Intrinsically Safe Flush Diaphragm Pressure Transmitters
Ideally suited for hygienic and clean applications or with viscous media. Different transmitting fluids are available on request including silicon and food compatible oils. A high temperature version with a cooling element is available and can be used with media up to 300°C.
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Intrinsically Safe HART/Fieldbus Pressure Transmitters
Featuring a Piezo-resistive sensor, these transmitters have been developed to meet the highest requirements in the process industry. High signal stability and thermal compensation is achieved by its intelligent digital electronics. Linearisation of the output is another feature of this transmitter. These sensors are available in a rugged housing for industrial applications or stainless steel ball housing for clean and hygienic applications. A high temperature version with a cooling element is available and can be used with media up to 300°C.
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Intrinsically Safe Intelligent Differential Pressure Transmitters
The intelligent differential pressure transmitter features a piezo-resistive sensor which results in outstanding performance and has extraordinary stability against overpressure. It is suitable for liquids, vapour and gases, preferred areas of use are process engineering and chemical industries. This transmitter features HART communication and a temperature sensors displayed in °C or °F.
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Explosion Proof & Intrinsically Safe Vibrating Level Switches
The vibrating level switches are suitable for almost all level switching applications; two blade design for liquids, and single blade for solids ensures that no media is trapped, hence reduced risk of false readings. There are no moving parts resulting in zero maintenance and are simple to install as no adjustment is needed. They are un-effected by environmental changes, dust clouds or agitation. There is also a short twin bladed version is available for installing into pipe work, typically for pump protection.
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Intrinsically Safe Hydrostatic External Level Transmitters
The ceramic sensor used in these hydrostatic transmitters feature high compatibility against aggressive media. Typical industries are water and sewage, chemical, medical and pharmaceutical. The main strength of this level sensing method is its immunity to surface conditions and agitation. The body of the sensor is also available in PVDF offering higher resistance to chemicals and other aggressive media.
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Intrinsically Safe Hydrostatic Submersible Level Transmitters
Submersible pressure transmitters are a cost effective and reliable method of level detection. Suitable for sewage and water treatment, wells and open water as well as vented tanks and aggressive media. These are particularly successful in applications with foam content where other technologies may fail. Available as standard one piece housing or detachable, this enables the sensor to be removed without removing the entire cable run.
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Intrinsically Safe Ultrasonic Level Transmitters
These ultrasonic transmitters are available as a traditional 2 wire loop powered device or as a 2 piece separated system featuring a remote sensing head and a local display with outputs. Both types incorporate false echo rejection techniques and can track level changes at up to 10 metres per minute. This non contact level measuring method is suitable for virtually any liquid or solid and can be used in a wide range of industries from waste and water to chemical, process to quarry and aggregate.
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Explosion Proof & Intrinsically Safe FMCW Radar Level Transmitters
Frequency Modulated Continuous Wave (FMCW) radar is immune to changes in dielectric, pressure, vacuum, humidity, dust, viscosity, foam or temperature and is capable of measuring ranges up to 40 metres. These are available as a 2 wire loop powered transmitter and are simple to install or retrofit due to the small diameter of its output horn and wide range of process connections. Suitable for narrow tanks due to reduced beam diameter. The radar signal can also penetrate surface foam on liquids to give a reliable liquid level measurement.
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Explosion Proof & Intrinsically Safe TDR Level Transmitters
Time Domain Reflectometry (TDR) employs a metal probe to concentrate the signal into a narrower beam therefore more of the reflected energy is returned to the sensor, resulting in less signal disturbance. Although this transmitter requires contact with the media, it still remains un-effected by dielectric, pressure, vacuum, humidity, dust, viscosity, foam or temperature.
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Intrinsically Safe Adjustable Paddle Flow Switches
These are mechanical flow switches for use with liquid or gaseous media. These feature spring supported paddle to allow adjustment, with magnetic reed switch contacts for accurate switching. Rugged design, produced in brass or stainless steel.
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Intrinsically Safe Rugged Housed Glass Tube Flow Transmitter
Approved for explosive atmospheres, these flowmeters offer 4-20mA output direct indication with the option of alarms. These transmitters can be ranged to suit higher flow rates than those shown. This flowmeter also features low pressure drop and can be configured at site or factory.
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Explosion Proof & Intrinsically Safe Variable Orifice/Swing Vane Indicator-Switch-Transmitter
Due to the spring loaded vane design, these flowmeters require no straight pipe runs are not affected by orientation. Limited movement on internal parts mean minimal wear and less down time. The flowmeter can pass twice the maximum flow without damage, typical of CIP processes. Typically these indicators can be fitted with 1 or 2 switched outputs with the option of analogue output, and because of the wide range of materials of construction available, can be used on most liquids and gases. Depending on the application, these flowmeters can provide a cost effective alternative to electromagnetic flowmeters.
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Intrinsically Safe Turbine Flowmeters
These turbine flowmeters are available in a wide variety of body sizes and styles, as an industrial version for generally clean applications, hygienic for food, medical and pharmaceutical applications and the pelton wheel for low flow ranges. The flowmeters are suitable for use on lubricating or non-lubricating liquids of low to medium viscosity and are largely insensitive to density variations, pressure or temperature fluctuations.
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Explosion Proof Ultrasonic Flowmeters
The fixed flowmeters can be wall or pipe mounted, in order to provide the most cost effective solution; the permanent flowmeters can be supplied with in-built multiplexers and have the capability to measure more than one pipe simultaneously. The hazardous area version is ATEX approved and can be supplied as either a single or dual channel device to be able to offer maximum cost effectiveness.
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Intrinsically Safe Loop Powered Plug-on Transmitter Display
The plug-on display is suitable for all transmitters with an output signal of 4-20mA/2 wire or 0-10V/3 wire. The display is installed between the male and female plug and is ready for work immediately. This can be freely programmed via front panel to adjust scaling, decimal point, dampening, on/off switch points, hysteresis, window mode and switching delays.
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Explosion Proof & Intrinsically Safe Battery Powered Panel & Field Indicators
There are several types of displays available in this range of indicators. These displays have been developed with primary functionality in mind featuring a variety of basic display, output and alarm functions. The range is suitable for panel or wall mounting.
Various models exist to accept pulse or analogue inputs, with a wide selection of features including;
All models are ATEX approved for intrinsic safety or explosion proof.
Models:
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Intrinsically Safe Portable Multifunction, Multivariable Calibrator
This Portable Multifunction/Multivariable Calibrator materializes a concept, a philosophy of operations, within the industrial world as a self-contained Miniature Calibration Laboratory. Instead of being located in a workshop it is brought in the field to provide full calibration service through easy, quick, safe and accurate microprocessor driven operations. This calibrator is really an anti-conventional unit as, in addition to a variety of Electrical Simulations and Measurements, it simulates/generates and measures Temperature, Vacuum and Pressure as well. Being a highly integrated Multifunction/Multivariable unit, it incorporates, in a compact and handy box, most of the functions normally available within the maintenance laboratory and in most cases; no external complements (pumps, fittings, manometers, additional modules) are required. Its storing capabilities allows the editing of individual Test Reports, according to ISO 9001:2000 requirements, either in direct association with a printer or with a PC.
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