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-Robust technology and design
-High tolerance of up to 1.000 % overload
-Plug-and-play installation
-High accuracy, High resolution
-Hermetically sealed to IP68
-Interfaces: RS485, Profibus DP, DeviceNet, 4-20 mA, 0-10 V
-Digital filters
-ATEX certified
-3 years warranty
-Patented worldwide
The shockproof digital load cell is based on a capacitive measurement principle where a non-contacting ceramic sensor is mounted inside the load cell body. As the load cell contains no moving parts and the sensor is not in contact with the load cell body, the load cell tolerates shocks, torsion, and very high overloads and sideloads. Therefore, the mechanical installation of the load cell can be done without expensive and complicated mounting kits and overload protection devices.
The electrical installation of the digital load cell is pure plug-and-play as the signal from the non-contacting sensor is directly converted, compensated and calibrated by a microprocessor to a digital load cell output in grams, kilograms, or Newton. Measurements and status codes are transmitted as RS485 data on a single wire coaxial cable (RG-58) which may be up to 100 meters long.
The technology and mechanical design of the Eilersen load cells is covered worldwide by a number of patents.
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AALBORG®'s unique microprocessor-driven "Smart" DIGITAL MASS FLOW CONTROLLERS allow one to program, record, analyze and control flow rates of various gases with a computer via an RS 485 interface.
Programmable for various control functions such as SET POINT, TOTALIZER, STOP TOTALIZER, READ TOTALIZER, totalize from PRESET FLOW, stop at PRESET TOTAL, AUTO ZERO, PROGRAMMABLE FLOW and more. Auto zero feature utilizes an automatic balancing circuit that virtually eliminates drift of zero and span. Two dry contact closures turn external process equipment ON and OFF. Gas flow rates are unaffected by temperature and pressure variations within stated limitations.
Extensive on-board memory enables each controller to store NIST traceable calibrations for up to ten gases. Controllers also have conversion factors for 256 different gases in hardware memory making this a most versatile flow controller.
SPECIFICATIONS:
Accuracy: +/- 1% of full scale.
Repeatability: +/- .15% full scale.
Maximum Flow: 100 sL/min [N2}
Maximum Gas Pressure: 500 psig / 34.5bars.
Leak Integrity: 1 x 10- 9 sccs He maximum.
Output Signal: 4 to 20 mA 0 to 5 VDC; 0 to 10 VDC
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Our 100 Series family of mass flow controllers are one of our finest technical achievements in over 35 years in the mass flow instrumentation business. Our 100 Series is designed so the physics are correct! Our 100 Series Premium Digital family is made up of our flagship Smart-Trak® Model 100 , our highly engineered ultra-low flow solution Micro-Trak™ Model 101 and our NEMA 6 & IP67 industrial MFC, the Max-Trak™ Model 180 . Excellent accuracy and repeatability coupled with unsurpassed instrument stability result from a patented, inherently linear design, advanced platinum sensor technology, and a valve that is strong, flexible and forgiving. Our 100 Series family of instruments has raised the bar and set a higher standard in the Performance MFC marketplace.
UQNIQUE PRODUCT FEATURES
- Accuracy of +/- 1% of full scale
- Accuracy of +/- 0.7% of reading +.3% of FS
- 316 stainless steel construction
- Flow ranges from 0 to 10 sccm to 0 to 1000 slpm.
- Fast-response control valve
- True digital performance with great flexibility
- “Primary Standard” calibration& NIST traceability
- Dial-A-Gas® Technology: 10 pre-programmed gases come standard
- Small footprint makes drop-in replacement easy
- Single-sided 24 VDC power supply
- CE approval
- MAX TRAK is Industry’s only NEMA 6/IP67 industrial MFC provides wash down protection eliminating secondary enclosures
-- MICRO-TRAK Suitable for most gases with flow rates down to 0.1 sccm (smlm)
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The thermal mass flow meters and controllers of the smart series are especially well suited for measurement and control applications in industry and process as well as for customer-specific OEM applications. The products are provided with a multitude of features which can be easily optimized to meet a customer’s individual requirements.
- Digital and analog interface as standard
- Fieldbus-Connections: Modbus, Profibus, etc.
- Insensitive to pressure and temperature changes
- CMOS sensor technology
- Short response time for meters and controllers
- High accuracy and turndown ratio
- Minimum pressure loss
- Temperature measurement as standard (digital)
- Compact design, simple installation
- Easy to service and maintain
- Materials: Aluminium or stainless steel
- Easy to add functions
- 3-year warranty
Process Control Units PCU100 & PCU800 for the thermal Mass Flow Meters & Mass Flow Controllers 'red-y smart series' are ideally suited to power and control up to eight red-y mass flow meters and controllers.
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High- performance and high-speed digital mass flow controller equipped with Yamatake “µFlow” (Microflow) sensor, to actuate a proportioning valve with high level control technology.
MQV SERIES
The MQV realizes high speed, low differential pressure and wide range flow control.
MPC SERIES
The MPC is a compact gas mass flow controller with built-in miniature proportioning valve that can either be panel-mounted or can be mounted directly on the piping.
MPC is ideally suited for welding installations and medical appliances.
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Gas Flow Controllers with integrated regulator
The thermal mass flow meters and controllers of the smart series are especially well suited for measurement and control applications in industry and process as well as for customer-specific OEM applications. The products are provided with a multitude of features which can be easily optimized to meet a customer’s individual requirements.
Instrument versions
standard: The economic solution
(Accuracy +/- 1,5% of full scale, Turndown ratio 1 : 30)
hi-performance: With highest accuracy and turndown ratio
(Accuracy +/- 0,3% of full scale and +/- 0,5% of reading, Turndown ratio 1 : 100)
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Mass flow techniques provide more RELIABLE, REPEATABLE AND ACCURATE gas flow rate measurements compared to volumetric methods such as rotometers and turbine meters. Mass flow measurements use the density of the gas to translate mass flow units (kg or lbs) to units of familiar volumetric terms (liters/min). However the measurements are still mass units (we call those units STANDARD liter/min (slm)) and they do not change with temperature and pressure changes. We do this by referencing just one, specific temperature and one specific pressure (STP).
300 Series mass flow instruments have flow ranges from 0-5 sccm to 0-3,000 slm; use all metal seals, provide analog outputs, and are constructed of stainless steel. The mass flow controllers have normally closed valves. Corrosive gases, with the exception of the halogens, pressures up to 1000 psig (optional) are easily measured.
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All CMOSens® mass flow controller (MFC) offer fast and accurate control of gas flows over a very wide range. The overall performance of a MFC depends mainly on the mass flow sensor used in it. The leading performance of Sensirion MFC is based on Sensirion's unsurpassed CMOSens® sensor technology which combines a high precision sensor element with the amplification and A/D converter circuit on one single CMOS chip.
The digital calibrated and temperature compensated sensor signal is converted directly on the CMOSens® chip into a signal which is used in the analog or digital controlling circuit to control the valve. This results in very high accuracy, fast settling time and large dynamic range.
CMOsens® mass flow controllers are highly suitable for a variety of applications like dry etching, surface coating, gas mixing, gas analysis, and many others.
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Performance at small prices
***The New Series of Indicators and PID Controllers of B B Thermo-Technik***
B B Thermo-Technik presents a new series of low cost indicators and digital temperature or universal controllers.
Available from 77,- € on, the PID 1/16 DIN temperature controller was designed also for non-experienced users: combining extreme simplicity in operation with high performance only found in expensive high end controllers. It accepts most thermocouples and Pt100 RTD, features a relay and pulse output for driving solid state relays.
The Universal Controller series accepts thermocouples J, K, T, E, N, R, S, resistance thermometer Pt100, V, mV, mA. They hold in one single instrument all the major features that are needed for the vast majority of industrial processes. Both input and output are selected through the front keyboard without hardware change.
The low cost temperature indicators available from 69,- € are easy-to-use also ideal for non-experienced users. Much performance at an acceptable price! Universal indicators at reasonable prices are also available!
Further information will be found at our Temperature Shop:
www.temperature-shop.eu
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Fuzzy logic is an essential feature of this versatile controller. Although PID control is widely accepted by industry, it is difficult for it to work efficiently in some systems - for example: systems of second order, long lag-time systems, and systems with various set points and loads, etc. This fuzzy logic temperature controller will enhance PID control. Fuzzy logic will adjust PID values indirectly to make the manipulation output value (MV) adjust flexibly and quickly adapt to various processes. This enables a process to reach its predetermined set point in the shortest time with minimum overshoot during tuning or external disturbance.
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The MDH is an indicated equipment to control heating systems. It owns an alarm with two ways of operation. The temperature control can be programmed in the ways on-off or proportional and their exits can be selected via keyboard. Configurable entrance for sensors J type, K and PT100. The access to the parameters is protected by password.
Dimensions: 48x48x90mm;
Approximate weight: 150g;
Feeding: 110/220Vca, 50-60Hz;
Two exits to relay 5 To or for SSR.
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The Si8250 is the first fully digital switch mode power controller that delivers the flexibility of a DSP and the fast response of a hardware controller.
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P820
motor-controlled, for air, vacuum or water
of brass, 0 - 10 V or 24 V
G1/2 - G1, 0 - 1000 / 3500 l/min
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%u2022 The FLOWTRONICD consists of a fast, direct-acting 2-port proportional valve, a pressure sensor
unit and digital control electronics.
%u2022 Especially designed for applications placing extreme dynamic demands on fl ow control.
%u2022 Control and maintenance of constant and even fl ow, irrespective of outside infl uences.
%u2022 Precise measurement of fl ow with two sensors.
%u2022 Adaptable to different applications due to the use of digital control electronics that can be
confi gured by PC over a USB interface.
%u2022 Auto-tune function and ASCO FlowCom PC software provide for quick and easy start-up.
%u2022 Diagnosis over integrated LEDs or the ASCO FlowCom PC software.
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The VS-626M5 is a highly reliable AC vector controlled inverter drive designed for controlling high speed, compact AC motors used in machine tool spindle drive applications. Vector controlled technology through the use of a digital signal processor and proprietary algorithms for speed, torque, and current control allows for minimum speed and torque variations during cutting. This impacts accuracy and surface finish of precision parts. 100% back-to-line power regeneration provides quick spindle deceleration times not limited by the ohmic value of externally mounted regeneration resistors. This allows for faster tool changes and increased machine productivity.
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Silicon Disks 2.5-inch For Game System, Factory Automation Systems, Measuring Instruments, POS Systems, Medical Instruments
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