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PD765 X 2 Trident large display universal process meter

The PD765 Trident digital panel meter is one of the most versatile , digital panel meters on the market and will satisfy a wide variety of process applications. The Trident can be field programmed to accept process voltage (0-5V, 1-5V, etc) and current (4-20 mA) inputs, 100 Ohm RTDs, and the four most common thermocouples. It is housed in a shallow-depth, 1/8 DIN enclosure that features a NEMA 4X front panel and convenient mounting hardware. There are two power options for the Trident: 85 to 265 VAC or 12-36 VDC and it can provide 24 VDC to power the transmitter if needed. Programming and setup can be performed with the four front panel pushbuttons, free MeterView software, or using the Copy function.
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PS11 OEM pressure switch

For low pressure applications, the longevity of our PS11 Series is hard to beat. A life expectancy of 1 million cycles means long-term reliability. Their snap-action microswitch resets automatically and meets or exceeds industry standards. The brass housing offers chemical resistance at an affordable price.
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PS41 Gems pressure switch

These miniature pressure switches are designed for demanding applications where space and/or price are strong concerns. The switches utilize a piston/diaphragm design, which incorporates the high proof pressure of piston technology with the sensitivity of diaphragm designs. Switches are field adjustable via an Allen head screw that is hidden to protect against unauthorized tampering., , *CE approval – EN61010:2001 standard
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PS61 Gems pressure switch

Gems PS61 series pressure switch is suitable for a wide range of hydraulic and pneumatic applications including medical, general industry and fire systems.
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PS71 Series hydraulic / pneumatic pressure switch

These versatile general purpose hydraulic pressure switches and pneumatic pressure switches coupled with our snap action micro switches can be used in a wide range of hydraulic pressure sensor and pneumatic pressure sensor applications. The proven piston/diaphragm design of the hydraulic pressure switch offers outstanding accuracy over a very wide pressure range with an outstanding 6000 psi (414 bar) proof pressure. The hydraulic pressure switch’s modular construction allows Gems™ to offer a large number of standard pressure fittings in two materials as well as numerous electrical ratings and terminations. For lower pressures, our pneumatic pressure switch offers similar features that users can easily configure to meet their needs., , For other applications where analog outputs are required, check our 3100 Series pressure transducer. The 3100 Series pressure transducer has applications as both a hydraulic pressure transducer and a pneumatic pressure transducer. , , *CE approval – EN61010:2001 standard
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PS75 Rugged sylindrical pressure switch

Gems PS75 Series have all metal surfaces for overload stops and deliver reliable operation under extremely high pressure surges. They are designed with a wear disc and cushioning ring for increased life. The switches use a piston/diaphragm design, which combine the high proof pressure of piston technology with the sensitivity of a diaphragm design. They can be field or factory adjusted.
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PS82 Economical Vacuum Switch

These miniature vacuum switches, based on our proven PS41 series, are designed for demanding applications where space and/or price are strong concerns
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RFA Types – Flow rate monitoring analogue output

GEMS Sensors popularized the RotorFlow’s paddlewheel design by combining high visibility rotors with solid-state electronics that are packaged into compact, panel mounting housings. They provide accurate flow rate output with integral visual confirmation…all with an unprecedented price/performance ratio. RFA Types feature a 0 to 10 VDC analog output which is proportional to flow rate
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RFI Gems sensors paddle wheel visual flow indicator

The Gems RFI (RotorFlow® Visual Flow Indicator) is the simplest model in the RotorFlow family. It provides visual confirmation of liquid flow by means of a high-visibility rotating rotor, with no electrical output or power supply required. It is ideal where operators only need to verify that flow is present.
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RFI Types – Visual flow indicators

This is RotorFlow in its most basic form — a bright orange rotor turning with fluid flow. Simple, direct and reliable. Flow rate is estimated, or simply confirmed, by viewing the speed of the turning rotor. Either port may be used for incoming flow, and bayonet mounting lens is easily removed for quick cleanout. RFI Type RotorFlow sensors are easy to see, easy to install and easy to afford.
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RFO Type – Flow rate monitoring pulse output

4.5 to 24 VDC Pulsed Output., GEMS Sensors popularized the RotorFlow’s paddlewheel design by combining high visibility rotors with solid-state electronics that are packaged into compact, panel mounting housings. They provide accurate flow rate output with integral visual confirmation…all with an unprecedented price/performance ratio. RFO Types feature a , VDC pulsed output.
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RFS Type – Electronic flow switch

RotorFlow® Switches build an extra level of reliability and , protection into your equipment. By principle of operation, the rotor cannot be deceived into indicating a positive flow situation when no flow actually exists. Once set to a desired actuation point, RotorFlow will switch to a “no-flow” condition should the rotor stop for any reason.
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Rod Profile Type Displacement Transducer

External installation, easy to use, , No zero, absolute displacement output, , Non-contact sensing technology, never worn, , High accuracy, 16 bit D/A for Analog output type, min.0.5um for SSI output type, , Non-linearity <±0.01% of full stroke, , Repeatability: <±0.001% of full stroke,, Easy to diagnosis, LED lamp real-time display, , Modular design, replaced by convenience,, Low power design, reduce the heat.
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Rod Type Displacement Transducer

Rugged and reliable, oil fouling resistant, , No zero, absolute displacement output, , Non-contact sensing technology, never worn, , High accuracy, 16 bit D/A for Analog output type, min, 0.5um for SSI output type, , Non-linearity <±0.01% of full stroke, , Repeatability: <±0.001% of full stroke,, Easy to diagnosis, LED lamp real-time display, , Modular design, replaced by convenience, , Low power design, reduce the heat.
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S7AC In-Line LVDT input Signal Conditioning Amplifier

Signal conditioning is required where the output of a transducer needs to be boosted or changed into a form suitable for the monitor or logging device which will be used. These amplifiers are suitable for LVDT transducers, strain gauge sensors and some internally amplified transducers., Our S7 amplifiers are specifically designed to be installed close to the transducer so that the signal can be boosted as soon as possible. The S7 signal conditioning units are mounted in a die-cast aluminum housing and have a good level of environmental protection and screening from electrical noise., A very wide range of gain adjustment ensures that our amplifiers are compatible with the vast majority of LVDT and strain gauge sensors available from any manufacturer., There are several versions with different input, output and transducer compatibility
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S7DC In-Line millivolt input signal sonditioning amplifier

Signal conditioning is required where the output of a transducer needs to be boosted or changed into a form suitable for the monitor or logging device which will be used. These amplifiers are suitable for LVDT transducers, strain gauge sensors and some internally amplified transducers., Our S7 amplifiers are specifically designed to be installed close to the transducer so that the signal can be boosted as soon as possible. The S7 signal conditioning units are mounted in a die-cast aluminum housing and have a good level of environmental protection and screening from electrical noise., A very wide range of gain adjustment ensures that our amplifiers are compatible with the vast majority of LVDT and strain gauge sensors available from any manufacturer., There are several versions with different input, output and transducer compatibility
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