VCS1610Z (Kelvin Connection) - VFR datasheet
... To the maximum extent permitted by applicable law, VPG disclaims (i) any and all liability arising out of the application or use of any product, (ii) any and all liability, including without limitation special, consequential or incidental damages, and (iii) any and all implied warranties, including ...
... To the maximum extent permitted by applicable law, VPG disclaims (i) any and all liability arising out of the application or use of any product, (ii) any and all liability, including without limitation special, consequential or incidental damages, and (iii) any and all implied warranties, including ...
Intelligent Metering Device and Revenue Meter
... Complete with four-quadrant power, demand, energy, power factor, and frequency measurements, the ION 6200 meter is available in a variety of flexible configurations including ANSI and Measurement Canada certification for use as a revenue meter. This versatile unit is easy to wire and mount. It offer ...
... Complete with four-quadrant power, demand, energy, power factor, and frequency measurements, the ION 6200 meter is available in a variety of flexible configurations including ANSI and Measurement Canada certification for use as a revenue meter. This versatile unit is easy to wire and mount. It offer ...
Digital Energy Meters by the Millions
... Even though many feel the North American market is ready for the single-phase digital meter, few of these meters are actually being installed. However, millions are being installed in other parts of the world, especially in China, where they are proving to be cost-effective. ...
... Even though many feel the North American market is ready for the single-phase digital meter, few of these meters are actually being installed. However, millions are being installed in other parts of the world, especially in China, where they are proving to be cost-effective. ...
Fluke 30 Clamp Meter Service Data
... Clamp Meter Service Information WWarning Do not service the Meter unless you are qualified to do so. The service information provided in this document is for the use of qualified personnel only. To avoid electrical shock or personal injury: Always remove the test leads and input signals from the Met ...
... Clamp Meter Service Information WWarning Do not service the Meter unless you are qualified to do so. The service information provided in this document is for the use of qualified personnel only. To avoid electrical shock or personal injury: Always remove the test leads and input signals from the Met ...
LM3914 Dot/Bar Display Driver
... can be “chained” to form displays of 20 to over 100 segments. Both ends of the voltage divider are externally available so that 2 drivers can be made into a zero-center meter. The LM3914 is very easy to apply as an analog meter circuit. A 1.2V full-scale meter requires only 1 resistor and a single 3 ...
... can be “chained” to form displays of 20 to over 100 segments. Both ends of the voltage divider are externally available so that 2 drivers can be made into a zero-center meter. The LM3914 is very easy to apply as an analog meter circuit. A 1.2V full-scale meter requires only 1 resistor and a single 3 ...
VCS1610Z (Kelvin Connection)
... To the maximum extent permitted by applicable law, VPG disclaims (i) any and all liability arising out of the application or use of any product, (ii) any and all liability, including without limitation special, consequential or incidental damages, and (iii) any and all implied warranties, including ...
... To the maximum extent permitted by applicable law, VPG disclaims (i) any and all liability arising out of the application or use of any product, (ii) any and all liability, including without limitation special, consequential or incidental damages, and (iii) any and all implied warranties, including ...
chapter 5 - UniMAP Portal
... The AC meter movement without the inherent polarity sensitivity of the DC types. This design avoid using the permanent magnets. The simplest design is to use a non-magnetized iron vane to move the needle against spring tension, the vane being attracted toward a stationary coil of wire energized ...
... The AC meter movement without the inherent polarity sensitivity of the DC types. This design avoid using the permanent magnets. The simplest design is to use a non-magnetized iron vane to move the needle against spring tension, the vane being attracted toward a stationary coil of wire energized ...
Appendix N - Assistive Listening Systems Performance Standards
... being considered for a different induction loop system and produces an average magnetic field strength exceeding 15 mA/meter, then it is recommended that, unless the use of each system can be scheduled so as not to occur simultaneously, an induction loop system not be considered in the new area. 3. ...
... being considered for a different induction loop system and produces an average magnetic field strength exceeding 15 mA/meter, then it is recommended that, unless the use of each system can be scheduled so as not to occur simultaneously, an induction loop system not be considered in the new area. 3. ...
A STUDY ON MULTIMETER
... 2. Touch the meter probes together and check that the meter reads zero. If it doesn't read zero, turn the switch to 'Set Zero' if your meter has this and try again. 3. Put the probes across the component. Avoid touching more than one contact at a time or your resistance will upset the reading! If th ...
... 2. Touch the meter probes together and check that the meter reads zero. If it doesn't read zero, turn the switch to 'Set Zero' if your meter has this and try again. 3. Put the probes across the component. Avoid touching more than one contact at a time or your resistance will upset the reading! If th ...
LED level meter driver, 12–point, VU scale, dot or bar display
... Connect the LEDs as indicated in Fig. 2. Note that the connection methods are different for bar and dot displays, and that in the case of bar display, pin 18 is open, while for dot display, pin 18 is connected to GND. When using different color LEDs that have different current values (e.g. green for ...
... Connect the LEDs as indicated in Fig. 2. Note that the connection methods are different for bar and dot displays, and that in the case of bar display, pin 18 is open, while for dot display, pin 18 is connected to GND. When using different color LEDs that have different current values (e.g. green for ...
week 9 - Reocities
... • The satellites are not Geostationary. • As the satellite approaches, Doppler shift cause the frequency to be higher. • As the Satellite recedes, the Doppler makes the frequency lower. • Apogee is the most distance point from ...
... • The satellites are not Geostationary. • As the satellite approaches, Doppler shift cause the frequency to be higher. • As the Satellite recedes, the Doppler makes the frequency lower. • Apogee is the most distance point from ...
Electrical Instrumentation
... The adjustment know is used when measuring resistance (OHM). It is used to zero the scale before making a measurement. Part of the display is used with each setting. You will learn about these setting in the Experiments. • Multimeters are the most important electronic testing instruments. They have ...
... The adjustment know is used when measuring resistance (OHM). It is used to zero the scale before making a measurement. Part of the display is used with each setting. You will learn about these setting in the Experiments. • Multimeters are the most important electronic testing instruments. They have ...
Introduction to Transformer Rated Meters
... – Meter register must show the actual primary usage values – Example: Transformer Factor is 4800 – Meter multiplies values by 4800 and displays result – A dial multiplier may be required to prevent “wrap around”, e.g. x100, x1000, etc. ...
... – Meter register must show the actual primary usage values – Example: Transformer Factor is 4800 – Meter multiplies values by 4800 and displays result – A dial multiplier may be required to prevent “wrap around”, e.g. x100, x1000, etc. ...
Dominator™ II Precision MultiBand Peak Limiter
... output. This causes too much clipping distortion if the summed output is too high. In order to avoid this distortion the limiters’ thresholds are set very far below the clipper threshold. The drawback is a loss of loudness and, due to the lower thresholds, much greater amount of processing. The Domi ...
... output. This causes too much clipping distortion if the summed output is too high. In order to avoid this distortion the limiters’ thresholds are set very far below the clipper threshold. The drawback is a loss of loudness and, due to the lower thresholds, much greater amount of processing. The Domi ...
FLUKE 112 / 115 TRUE RMS MULTIMETER Quick Start Guide The
... V~~: measures AC voltage (voltmeter) V==: measures DC voltage (voltmeter) mV: measures small DC voltages, with higher accuracy Ω: measures resistance (ohmmeter) Note: the ohmmeter setting should never be used on an energized circuit! It is only used to measure the resistance of de-energized resistor ...
... V~~: measures AC voltage (voltmeter) V==: measures DC voltage (voltmeter) mV: measures small DC voltages, with higher accuracy Ω: measures resistance (ohmmeter) Note: the ohmmeter setting should never be used on an energized circuit! It is only used to measure the resistance of de-energized resistor ...
system-30 btu measurement system
... Numeric: 6 digit, 0.4” high SYSTEM-30 BTU MEASUREMENT SYSTEM WITH INTEGRAL ...
... Numeric: 6 digit, 0.4” high SYSTEM-30 BTU MEASUREMENT SYSTEM WITH INTEGRAL ...
What is an Amp Hour Meter? (And why the heck do we need it
... for ... ? I use mine to monitor power coming into/out of my batteries. Undoubtedly one could make many modifications; it would not be too difficult to convert this to a full function multi-meter. Mine shows DC amps, plus or minus 15. This meter is simple, and reliable enough to serve many applicatio ...
... for ... ? I use mine to monitor power coming into/out of my batteries. Undoubtedly one could make many modifications; it would not be too difficult to convert this to a full function multi-meter. Mine shows DC amps, plus or minus 15. This meter is simple, and reliable enough to serve many applicatio ...
Instruction manual
... * Before measurement, warm up for at least 30 seconds. * If the meter is used near noise generating equipment, be aware that display may become unstable or indicate large errors. * Do not use the meter or test leads if they look damaged. * Use the meter only as specified in this manual; otherwise, t ...
... * Before measurement, warm up for at least 30 seconds. * If the meter is used near noise generating equipment, be aware that display may become unstable or indicate large errors. * Do not use the meter or test leads if they look damaged. * Use the meter only as specified in this manual; otherwise, t ...
Voltmeter-Rev1 - Electro Tech Online
... The resistor R1 is placed in series with VR1 and R2. This is so that if VR1 is turned right down, the total resistance of the network does not drop to zero ...
... The resistor R1 is placed in series with VR1 and R2. This is so that if VR1 is turned right down, the total resistance of the network does not drop to zero ...
Opto Pulse Optical Output
... Performance Data OD 07 24 V/S OD 07-24 V with 1 pulse output forward and 1 pulse output reverse OD 07-24 S with 1 pulse output and flow direction signal ...
... Performance Data OD 07 24 V/S OD 07-24 V with 1 pulse output forward and 1 pulse output reverse OD 07-24 S with 1 pulse output and flow direction signal ...
Automatic Transformer Observation Device (ATOS)
... The device consists of a winding resistance meter, a turns ratio meter and multiplexers. The winding resistance meter is capable to deliver direct current for fast core magnetization. It is designed for highly accurate measurements of very low resistances. Measurements can be made with a selectable ...
... The device consists of a winding resistance meter, a turns ratio meter and multiplexers. The winding resistance meter is capable to deliver direct current for fast core magnetization. It is designed for highly accurate measurements of very low resistances. Measurements can be made with a selectable ...
SCC-E-TCO-NO2B-S for Vehicle Exhaust Detection in Wet
... power shall be low voltage 24V (nominal) or line voltage 90-240 VAC nominal in the same enclosure. The system shall have a long-life (6-years), integral electrochemical CO sensor, with measurement range of 0 - 200 ppm CO in air and 0.5 ppm resolution and long life (5-6 years) NO2 sensor with a measu ...
... power shall be low voltage 24V (nominal) or line voltage 90-240 VAC nominal in the same enclosure. The system shall have a long-life (6-years), integral electrochemical CO sensor, with measurement range of 0 - 200 ppm CO in air and 0.5 ppm resolution and long life (5-6 years) NO2 sensor with a measu ...
Glossary
... Unique number that labels each piece of equipment and is used for locating Oncor facilities in the field and on maps. The number of complete cycles per second of a wave in alternating current. The standard measurement unit of frequency is hertz (Hz). The U.S. transmission standard is 60 cycles per s ...
... Unique number that labels each piece of equipment and is used for locating Oncor facilities in the field and on maps. The number of complete cycles per second of a wave in alternating current. The standard measurement unit of frequency is hertz (Hz). The U.S. transmission standard is 60 cycles per s ...
Adding voltage rang for old multimeter
... (How think, take Vin delete VM before, then take IM divided again) Generally, common meter, always not show voltage value but indicting current (IM) only for example : VU-METER full scale of 250 uA Thus we calculate voltage of meter (VM) before so easy : VM = IM x RM We can apply to find Rs: Rs = (2 ...
... (How think, take Vin delete VM before, then take IM divided again) Generally, common meter, always not show voltage value but indicting current (IM) only for example : VU-METER full scale of 250 uA Thus we calculate voltage of meter (VM) before so easy : VM = IM x RM We can apply to find Rs: Rs = (2 ...
Peak programme meter
A peak programme meter (PPM) is an instrument used in professional audio for indicating the level of an audio signal.There are many different kinds of PPM. They fall into broad categories:True peak programme meter. This shows the peak level of the waveform no matter how brief its duration.Quasi peak programme meter (QPPM). This only shows the true level of the peak if it exceeds a certain duration, typically a few milliseconds. On peaks of shorter duration, it will indicate less than the true peak level. The extent of the shortfall is determined by the 'integration time'.Sample peak programme meter (SPPM). This is a PPM for digital audio which shows only peak sample values, not the true waveform peaks (which may fall between samples and be up to 3 dB higher in amplitude). It may have either a 'true' or a 'quasi' integration characteristic.Over-sampling peak programme meter. This is a sample PPM in which the signal has first been over-sampled, typically by a factor of four, to alleviate the problem with a basic sample PPM.In professional usage, where consistent level measurements are needed across an industry, audio level meters often comply with a detailed formal standard. This ensures that all meters that comply with the standard will give the same indication on a given audio signal. The principal standard for PPMs is IEC 60268-10. It describes two different quasi-PPM designs which have their roots in meters originally developed in the 1930s for the AM radio broadcasting networks of Germany (Type I) and the United Kingdom (Type II).The term Peak Programme Meter usually refers to these IEC-specified types and similar designs.PPMs were originally designed for monitoring analogue audio signals but are now also used with digital audio.PPMs do not provide effective loudness monitoring. Newer types of meter do, and there is now a push within the broadcasting industry to move away from traditional level meters such as those featured in this article to two new types: loudness meters based on EBU Tech. 3341 and oversampling true PPMs. The former would be used to standardise broadcast loudness to −23 LUFS and the latter to prevent digital clipping.