Examples of using Engineering units in English and their translations into Korean
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Colloquial
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Ecclesiastic
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Ecclesiastic
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Programming
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Computer
Inputs A and B have separate scaling to read in engineering units.
Auto-tuning, engineering units(°F or °C), and alarm status is also indicated on the faceplate.
The Y axis is configurable to allow simultaneous graphing of multiple engineering units.
The FMA1000 displays the air velocity in different engineering units such as FPM, m/sec, miles/hour, and km/hour.
Scaling and offset allow current and voltage signals to be converted and displayed in engineering units.
The HHF1000 displays the air velocity in different Engineering units such as FPM, m/sec, Miles/Hour, and Km/ hour.
They accept a wide range of inputs and can be configured to display information in many different engineering units.
The lower display can also be configured to display engineering units, set points, user defined legends, or simply turned off.
Almost any 0 to 10 V and 4 to 20 mA sensor or transducer can be displayed and scaled in meaningful engineering units, e.g., psi or gpm.
Scaling and calibrating the DP460-S to display engineering units from the strain gage input is similar to the DP460- V models.
It was developed by the British during World War II and saw extensive use by both British and American military engineering units.
The gauge can display measurements in nine different engineering units, plus one user-programmable unit of measure.
K FACTOR/SCALING The DPF80 series has two separate K-Factors that are used to convert the input pulses to engineering units.
The modules convert analog input signals to engineering units and transmit, in ASCII format, to any host computer with a standard RS-232C or RS-485 port.
Point and click to select your sample interval, alarm set points, engineering units and recording triggers.
Configurable to provide a display in wide range of engineering units, these devices are a boon to anyone designing and building factory automation or process control equipment.
It was developed by the British during World War II for military use andsaw extensive use by British, Canadian and US military engineering units.
Like the DPM35A, the DP35 can be scaled for both zero and span to display in engineering units and has jumper selectable decimal point position.
It was developed by the British during World War II for military use and saw extensive use by both British and the American military engineering units.
Each tag has properties associated withit including alarm limits, scaling(converting from voltage to engineering units), and events such as when the user wants it to log to a disk.
The D1000 series provide direct interface to a wide variety of sensors and perform all signal conditioning,scaling, linearization and conversion to engineering units.
Process inputs are fully scalable,supporting virtually all engineering units with aselectable decimal point providing a perfect solution for pressure, flow or other process inputs.
The FMA-4100/4300 Series flow rate can be displayed in 23 different volumetric flow or mass flow engineering units including a user specific selection.
It was developed by the British during the Second World War for military use andsaw extensive use by British, Canadian and the American military engineering units.
The bipolar voltage or current inputs are fully scalable to virtually all engineering units, with a selectable decimal point that is perfect for use with pressure, flow, or other process input.
It was developed by the British during World War II by Donald Coleman Bailey for military use and saw extensive use by both British and the American military engineering units.
The full bidirectional voltage or current inputs are fully scalable to virtually all engineering units, with a selectable decimal point that is perfect for use with pressure, flow, or other process input.
The drivers are available directly from Atmel, and provide basic interface functionality with both raw data and calibrated engineering units outputs, with a standard API.
Key features include an IP-67 rated, marine-grade enclosure,a fast pressure safety valve(PSV) mode, custom engineering units, and a leak-free pressure fitting connection.
The digital RS232 or RS485(optional) interface provides access to applicable internal data including, flow, CPU temperature,auto zero, totalizer and alarms settings, gas table, conversion factors and engineering units selection, dynamic response compensation and linearization table adjustment.