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Showing 1–9 of 161 results
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100 ULTRA
With no electrolyte to top-up, the 100 ULTRA reduces the maintenance requirements and costs typically associated with pure water applications.
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100 ULTRA-D pH/ORP digital sensor
With no electrolyte to top-up, the 100 ULTRA with EZLinkTM technology reduces the maintenance requirements and costs typically associated with pure water applications.
This product is also available in analogue for use with existing ABB transmitters here.
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Sale!
100E
Original price was: £1,000.00.£800.00Current price is: £800.00.The 100E series of Ultem® pH and Redox (ORP) electrodes provide accurate and reliable measurement in a robust 12 mm diameter body offering an excellent combination of performance and price.
Offered with a choice of connectors and integral cable lengths, the 100E provides uncomplicated pH/ORP measurement for a wide range of general purpose applications where highly cost-effective measurement is required such as drinking water treatment, environmental monitoring, hydroponics and aquaculture.
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100GP
The 100 GP brings together exceptional performance and durability into one efficient, cost-effective, maintenance-free design.
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100GP-D
The 100 GP-D brings together digital EZLinkTM technology and durable performance into one efficient, cost-effective maintenance-free design.
This product is also available in analogue for use with existing ABB transmitters here.
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Sale!
1330L Integral Orifice Flow Elements
Original price was: £1,000.00.£800.00Current price is: £800.00.The integral orifice is a flow element can be close -coupled with differential pressure transmitters to make a complete flow meter. It provides easy-to-install, low-cost measurement of the small flows found frequently in plant metering operations and research projects.
The 1330L can be ordered with internal NPT threads or flanged pipe runs, welded both upstream and downstream of the flow restriction. The orifice assembly may be directly mounted to the transmitter or remote using an optional adapter kit.
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Sale!
2085 2-electrode, contacting, conductivity cells
Original price was: £1,000.00.£800.00Current price is: £800.00.The 2085 conductivity cell is a retractable (withdrawable) cell designed for insertion in pipelines and vessels in most industrial applications. The retraction method enables installation without the need for costly bypasses and allows maintenance without process shutdown. The cells are constructed with stainless steel electrodes and are resistant to polarization, requiring virtually no maintenance. The design and method of construction has resulted in a world-class product with an enviable reputation for long life, quality and reliability. -
Sale!
2600T Pressure Transmitter
Original price was: £1,000.00.£800.00Current price is: £800.00.The compact transmitter class for gauge pressure and level with frontbonded diaphragms works within a broad selection of variants, options, fill fluids and wetted materials.
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Sale!
266 HART Pressure Transmitters with DDS Digital Diaphragm Seal
Original price was: £1,000.00.£800.00Current price is: £800.00.The ABB HART 266 Digital Diaphragm Seal (DDS) pressure transmitters have been designed to address issues that conventional remote seal system already address, plus many of the problems that traditionally require high costs or performance compromises.
This is especially valid when devices are to be installed on tall vessels or distillation towers. DDS are based on the reliable ABB sensing technologies and deliver a differential pressure (DP) measure through a digital approach to its calculation.
DDS is indeed a system, designed as the combination of two direct mount gauge sensors connected with a nonproprietary electrical wire.
The sensor to be installed on the high side of the DP measure, is defined as “Primary device” and embeds all the functions necessary to calculate the DP. It’s the “brain” of the system which transmits signals back to the DCS/control room leveraging a standard two-wires 4–20 mA HART signal.
The other sensor, defined as “Secondary” has the function to collect independently the pressure on the low side and transmits it to the Primary for elaboration. Such digital architecture has multiple advantages if compared against a traditional oil-based capillary system.
