Overview: This document is a comprehensive guide to Yokogawa's precision measuring instruments, including oscilloscopes, power analyzers, generators, sources, manometers, and optical measuring instruments. It provides detailed specifications, features, and compatibility information for various models.
Oscilloscopes: The ScopeCorder series is highlighted for its ability to capture single-shot or infrequently recurring signals, with features like large-capacity memories, powerful triggering functions, and internal printers. Models such as DL850E/DL850EV and SL1400 are discussed, with specifications on sampling rates, bandwidth, and input channels.
Digital Power Analyzers: This section includes a selection guide and detailed descriptions of models like WT500, WT3000, and WT1800. Key features include precision power measurement capabilities and various accessories and software options.
Generators, Sources, and Manometers: Products like the GS200 DC Voltage/Current Source and the 2558A AC Voltage Current Standard are covered, with emphasis on their application in generating and measuring electrical parameters.
Optical Measuring Instruments: The document details instruments such as the AQ6370 Series Optical Spectrum Analyzer and the AQ7275 Optical Time Domain Reflectometer, focusing on their capabilities in optical measurement and analysis.
Additional Instruments: Other products include digital multimeters, clamp-on power meters, data loggers, and various testers (insulation, earth, etc.). Each product is described with its specific applications and technical specifications.
Compatibility and Accessories: The guide provides a detailed compatibility chart for plug-in modules across different main units, ensuring users can select the appropriate configurations for their needs.
Specifications: The document lists numerous modules and probes with their model numbers and descriptions. Key specifications include high-speed data acquisition units with sampling rates up to 100 MS/s, isolation and non-isolation modules with varying bit resolutions and channel capacities, and various differential and current probes with specific voltage and frequency capabilities.
Procedures and Recommendations: The document emphasizes the importance of proper grounding when using differential probes with isolation modules. It also outlines the setup and operation of the SL1000 High-Speed Data Acquisition Unit, including auto-recognition of units and modules for plug-and-play functionality, multiple measurement modes and trigger sources for flexible data acquisition, and real-time data streaming capabilities to PC or internal hard disk.
Standards and Compliance: The products comply with various international standards, including UL, CSA, VDE, AS, BS, and GB standards, ensuring safety and compatibility in different regions.
Features and Capabilities: The SL1000 unit supports fast acquisition and storage with synchronized operation across multiple units, stand-alone recording capability without the need for a PC, and comprehensive software features for data analysis, including waveform conversion and offline computation.
Data and Analysis Tools: The document describes the use of Xviewer software for data conversion and analysis, supporting formats like CSV and Excel. It also highlights the intuitive operation of the acquisition software with features like Setup Wizard for easy configuration, control buttons for simple operation akin to a DVD remote, and advanced display and analysis functions, including X-Y waveform display and accumulation features.
Oscilloscope Features: The DLM series oscilloscopes offer high-speed sampling, extensive memory, and powerful analysis functions. They support multiple analog and logic input channels, bus analysis functions for various communication protocols, and built-in printers and data storage options.
Overview of DL/DLM Series Oscilloscopes: Yokogawa's DL/DLM series oscilloscopes are designed with large capacity memory, allowing for extended observation times even at high sample rates. The DLM2000 and DLM4000 models offer up to 125 Mpoints of memory, enabling the capture of waveforms for 0.1 seconds at a sample rate of 1.25 GS/s. The history memory function allows users to redisplay past waveforms, with the capability to save up to 20,000 waveforms.
Key Features: Large memory capacity and high-speed data processing ensure efficient use without compromising response time. Standard interfaces include USB, Ethernet, and GP-IB, with software support for remote control and data processing. Built-in printer allows immediate printing of measured waveforms. Includes a variety of triggers, real-time digital filters, waveform parameter measurement, FFT computation, and specific application analysis such as serial bus and power supply analysis.
Design and Usability: The DLM2000 series features a compact, portrait body with a large 8.4-inch LCD screen for easy viewing. It supports flexible MSO input, converting 4 channels of analog input to 8-bit logic, functioning as a 3-channel analog + 8-bit logic MSO.
Specifications: Supports various input channels and coupling settings, with specific voltage axis sensitivity and frequency characteristics. Offers real-time sampling up to 2.5 GS/s and a maximum record length of 125 Mpoints. 8-bit input with compatible probes. Features an 8.4-inch TFT color display, with a rated supply voltage of 100 to 240 VAC.
Advanced Analysis Functions: The DLM2000 series supports complex waveform capture with a variety of triggers and serial analysis functions. It offers power supply analysis options and real-time filters for noise reduction. The zoom and search functions allow for detailed waveform analysis.
DLM4000 Series: The DLM4000 series is designed for advanced applications with up to 8 analog channels or 7 analog channels + 8-bit logic input. It features a large 12.1-inch display and supports simultaneous multi-channel measurements, ideal for motor control and inverter/IPM circuit development.
Applications: The DLM4000 series is particularly suited for motor control, inverter electronics, and automobile ECU development, providing reliable and efficient multi-channel measurements.
Overview: The document provides detailed specifications and features of the DLM4000 series mixed signal oscilloscopes, highlighting their capabilities in simultaneous high-speed measurement of controller I/O signals, logic measurement, and protocol analysis. It also compares the DLM4000 with other measurement tools and outlines its advantages.
Main Features: The DLM4000 offers eight analog channels, logic measurement, and protocol analysis functions for various communication protocols such as UART, I2C, SPI, CAN, and LIN. It supports simultaneous measurement of controller I/O signals and serial bus signals, enhancing the R&D process. Limitations of other devices like 4-channel MSO and memory recorders are discussed, emphasizing the DLM4000's superior performance in high-speed signal measurement.
Specifications: 8 analog channels or a combination of analog and logic channels. Frequency bandwidth options of 350 MHz or 500 MHz, with a voltage axis sensitivity range from 2 mV/div to 10 V/div. Maximum toggle frequency of 100 MHz or 250 MHz, with specific probes required. Real-time sampling up to 2.5 GS/s and repetitive sampling up to 125 GS/s. Various modes including Auto, Normal, and Single, with types like Edge, Pulse Width, and Serial Bus. 12.1-inch color TFT LCD, with compact dimensions and lightweight design.
Options and Accessories: Various options for memory expansion, built-in printer, and additional probes are available. Different suffix codes indicate language options and additional features like GP-IB interface and internal storage.
Probes and Accessories: A wide range of passive, active, differential, and current probes are compatible with the DLM4000, each with specific frequency and voltage capabilities. Additional accessories include probe power supplies, stands, and de-skew correction signal sources.
Software and Remote Control: Xviewer and MATLAB toolkits are available for data analysis and instrument control from a PC. Free software like XviewerLITE allows waveform display and analysis on a PC.
Conclusion: The DLM4000 series oscilloscopes are versatile tools for high-speed signal measurement and analysis, offering extensive features and options to meet various R&D needs.
Overview: The document provides detailed specifications and features of various digital power analyzers, focusing on models such as the WT500, WT3000, and WT1800. These analyzers are designed for precise measurement and analysis of electrical parameters in renewable energy systems and other applications.
Specifications: The analyzers measure a wide range of parameters including voltage, current, active power, reactive power, apparent power, power factor, phase angle, peak voltage, peak current, frequency, crest factor, and harmonic distortion. They support various input ranges and offer high measurement accuracy.
WT500 Features: The WT500 is a compact power analyzer suitable for single-phase and three-phase power measurement. It offers a 5.7-inch color TFT display, USB and Ethernet communication, and supports harmonic analysis and integration functions for power and current.
WT3000 Features: The WT3000 is the most precise analyzer in the series, offering up to four input elements for accurate efficiency measurement. It supports simultaneous harmonic measurement, wide bandwidth, and high-precision motor/inverter efficiency evaluation.
WT1800 Features: The WT1800 is a high-performance analyzer capable of measuring small and large currents with a wide voltage range. It supports fast data capturing and simultaneous measurement of input/output signals from inverters.
Applications: These analyzers are used in various applications including photovoltaic power generation, motor efficiency evaluation, and LED driving circuit efficiency measurement. They provide critical data for optimizing energy consumption and improving system performance.
Communication and Interfaces: The analyzers offer multiple communication options including USB, Ethernet, and GP-IB, facilitating easy data transfer and integration with other systems.
Conclusion: The document highlights the capabilities of Yokogawa's digital power analyzers in providing precise and reliable measurements for energy efficiency and system optimization in various industrial applications.
Overview: The document provides a detailed technical overview of the WT1800 and WT300 series digital power analyzers by Yokogawa. These devices are designed for high-precision power measurements, particularly in the context of inverter efficiency tests and energy conversion systems such as photovoltaic and wind power generation.
WT1800 Features: Capable of 5 MHz range and 2 MS/s sampling with 16-bit resolution for precise measurements. Offers single and dual harmonic measurement options, allowing simultaneous analysis of input and output signals. Supports up to 6 power input measurements, facilitating comprehensive inverter and motor evaluations. Measures voltage, current, and power peak values, crucial for optimizing photovoltaic power generation.
WT300 Series Features: The WT300 series is a compact power meter suitable for home appliances and office equipment development. Offers a direct voltage input range of 15 to 600 V and current input range up to 40 A. Features an auto-ranging function for seamless integration measurement, reducing evaluation time. Equipped with USB, GP-IB, RS-232, and optional Ethernet interfaces for data transfer and analysis.
Specifications: The WT1800 supports a voltage range from 1.5 V to 1000 V and a current range from 10 mA to 50 A. Basic accuracy is ±0.1% of reading, with a frequency range from DC to 100 kHz. The WT1800 measures approximately 426 mm in width, 177 mm in height, and 459 mm in depth, weighing around 15 kg.
Applications: The analyzers are used in new energy markets for measuring power generation and conversion efficiency, particularly in photovoltaic and wind power systems. They are also applicable in the development of energy-efficient home appliances and office equipment.
Power Measurement Elements and Configuration: The PX8000 can accommodate up to four power measurement elements and auxiliary modules. When ordered with the main frame, these modules are factory-installed, prioritizing power measurement elements. Customers can rearrange module locations, but slot 1 must always have a Voltage Module and slot 2 a Current Module. Calibration requires both a Voltage and a Current Module, which must be sent together for service or recalibration. Auxiliary Modules can be installed in odd-numbered slots (3, 5, 7), while additional Voltage and Current Modules are placed in odd and even slots, respectively.
Current Clamp-on Probe Specifications: The 751552 Current Clamp-on Probe measures up to 1000 Arms (1400 A Peak) with a bandwidth of 30 Hz to 5 kHz and a basic accuracy of ±0.3% of reading. It requires additional accessories for connection to the WT series.
AC/DC Current Sensors: Models CT60, CT200, and CT1000 offer DC to 800 kHz frequency bandwidths and measure up to 1000 A peak. They provide high measurement accuracy and require a power supply voltage of ±15 V.
WTViewer Software Features: WTViewer allows data acquisition from WT series analyzers via various communication methods. It supports numeric, waveform, harmonic, and trend displays, and data can be saved in CSV format. The software supports multiple unit control and is compliant with the ErP Directive Lot 6 and IEC62301 standards for standby power measurement.
IEC Regulation Software: Software 761922 supports IEC standards testing for harmonic and flicker measurements. It provides high-precision measurements and supports long-duration data acquisition for comprehensive equipment testing.
GS200 DC Voltage/Current Source: The GS200 offers high accuracy and stability for DC voltage and current signals, with a range of ±32 V and ±200 mA. It features programmable output, USB storage, and optional monitoring functions. The device can operate as both a source and a sink, providing versatile application capabilities.
Overview: The document provides detailed specifications and features of various high-accuracy voltage/current source measure units and an AC voltage current standard. It includes information on the GS820 and GS610 models, as well as the 2558A AC Voltage Current Standard.
GS820 Multi Channel Source Measure Unit: Features a highly accurate 2-channel programmable DC voltage/current source with isolated source and measurement functions. Offers source and measurement ranges of 7 V and 3.2 A or 18 V and 1.2 A, with minute current ranges down to 1-pA resolution. Capable of generating arbitrary waveforms with up to 100,000 points at 100-µs intervals. Includes a 16-bit digital I/O and supports channel expansion through master-slave synchronization. Communication interfaces include GP-IB, USB, and optional Ethernet.
GS610 Source Measure Unit: Provides high accuracy and functionality with a maximum output of 110 V and 3.2 A. Supports four-quadrant operation for both source and sink functions. Features a sweep output capability at up to 100 µs intervals and stores up to 65,535 data points. Includes USB storage for easy file operations and optional remote control via Ethernet.
2558A AC Voltage Current Standard: Offers a wide output range for AC voltage (1.00 mV to 1200.0 V) and AC current (1.00 mA to 60.00 A). Ensures high accuracy with AC voltage accuracy of 0.04% and AC current accuracy of 0.05%. Features high output stability and a wide frequency range from 40 to 1000 Hz. Includes intuitive operation with dials for setting each digit and a sweep function with selectable durations.
Communication and Interfaces: GS820 and GS610 models support multiple communication interfaces including GP-IB, RS232, USB, and optional Ethernet. Ethernet interface supports protocols like VXI-11 server, HTTP server, FTP server, and DHCP client.
Software and Applications: The GS series is compatible with the 765670 Curve Tracer Software, enabling high-speed, high-accuracy curve tracing for various applications such as semiconductors and solar battery cells. Real-time high-speed drawing capabilities with graph update rates up to 25 pages/s for the GS820 model.
Pneumatic Pressure Standard MC100: High accuracy of ±0.05% of full scale. Output ranges and resolution: 0 to 200 kPa (0.01 kPa resolution), 0 to 25 kPa (0.001 kPa resolution). Calibration functions include divider output, auto-step output, and sweep output. Temperature coefficient: Zero point: ±0.003% of full scale/°C, Span: ±0.002% of full scale/°C. Supply pressure: 280 kPa ±20 kPa for 0 to 200 kPa model, 50 kPa ±10 kPa for 0 to 25 kPa model. Output noise: ±0.02% of full scale. Effect of mounting orientation varies with incline and model. Pressure display units selectable between kPa, kgf/cm², mmH₂O, mmHg, psi, inH₂O, inHg. Dimensions and weight: 213 (W) × 132 (H) × 400 (D) mm, approx. 9.5 kg.
Optical Spectrum Analyzer AQ6370 Series: High wavelength resolution and dynamic range, high sensitivity, free-space optical input. High-speed spectrum measurement, remote interface, batch measurement. USB interface, trace zooming, over 10 waveform analysis functions. GP-IB, RS-232C, Ethernet interfaces, macro programming. Reference light source available. Models: AQ6370D (600 to 1700 nm), AQ6373 (350 to 1200 nm), AQ6375 (1200 to 2400 nm).
Optical Applications: Used in biomedical, environmental measurement, information and communication applications. Supports broadband connectivity driven by internet, IP telephony, and video streaming.
AQ6370 Series Common Specifications: Interfaces: GP-IB, RS-232, Ethernet, USB, PS/2, SVGA output. Data storage: Internal and external storage options, supports various file types. Display: 10.4-inch color LCD. Power supply: 100 to 240 VAC, 50/60 Hz. Environmental conditions: Operating temperature range: +5 to +35°C, storage temperature range: -10 to +50°C.
Enhanced Features: Measurement speed: Double-speed mode, fast data transfer. User friendliness: USB support, bright LCD, trace zoom capability. Automated test systems: Supports various interfaces and remote commands. Calibration source: Optional wavelength calibration source.
Overview: The document provides detailed specifications and features of various calibrators, including the CA150 Handy Calibrator, CA51/CA71 Handy Calibrators, CA11E Voltage/Current Calibrator, and CA12E Temperature Calibrator. These devices are used for generating and measuring electrical signals, simulating thermocouples and RTD sensors, and performing loop checks.
Specifications: Power supply: The calibrators can be powered by AA alkaline batteries, AC adapters, or dedicated NiMH batteries. Battery life varies depending on the operation mode. Operating conditions: The devices operate within specific temperature and humidity ranges, with auto power-off features to conserve battery life. Accuracy: The accuracy of measurements and signal generation is specified for various parameters, including voltage, current, resistance, and temperature, with additional temperature coefficients for certain ranges. Dimensions and weight: The calibrators are compact and lightweight, making them portable and easy to handle.
Features: Simultaneous source and measurement: The calibrators can perform source and measurement operations simultaneously for various signals such as voltage, current, resistance, thermocouples, and RTDs. Sweep and step functions: These functions allow for continuous output changes, either linearly or in steps, facilitating easy adjustments and testing. Memory and communication: Some models include memory functions for storing value sets and RS-232C-compliant interfaces for online communication. Temperature monitoring: The devices can monitor temperature changes and provide accurate compensation for thermocouple signals.
Optional Accessories: Various accessories are available for purchase separately, including AC adapters, RJ sensors for reference junction compensation, lead cables, and storage cases.
Applications: These calibrators are suitable for a wide range of applications, including industrial process maintenance, thermometer calibration, and electrical signal testing.
Overview: The document provides detailed specifications and features of various measuring instruments, including calibrators, oscilloscopes, digital power analyzers, and data loggers. It highlights the capabilities, safety standards, and operational parameters of these devices.
Key Features: Loop check functions: Includes simultaneous 24 V loop power and mA measurement, with HART/BRAIN mode setting. Generation functions: Features SIMULATE (SINK) function for transmitter simulation and 4-20 mA output options. Measurement functions: High accuracy signal measurement, handheld DMM function, and peak hold function for voltage measurement. Safety enhancements: Current terminal shutter and measurement categories up to 1000 V CAT III.
Specifications: Display: 5-digit (7 Segment) with various measurement ranges and resolutions. Operating conditions: Temperature range from -20 to 55°C, with specific humidity conditions. Battery life: Varies based on function, with up to 140 hours for DC voltage measurement. Dimensions and weight: Compact design with approximate dimensions of 90 x 192 x 49 mm and weight of 600g. Compliance: Meets EN61010-1 and EN61010-031 safety standards.
Data Logger Features: Web server function: Allows remote monitoring and operation via web browser. FTP server function: Enables file management and transfer. Measurement capabilities: Supports various input types and measurement intervals. Network functions: Includes Ethernet, USB, RS-232, and RS-485 communication options.
Applications: Water cooler maintenance: Temperature data acquisition for air-conditioning equipment maintenance. Electric hot water supply device testing: Evaluation of device temperature and water flow.
General Specifications: The document outlines the specifications for various digital multimeters (DMMs) and clamp-on testers. Key features include a shockproof elastomer casing, a wide operating temperature range from -20°C to 55°C, and safety standards of 1000 V CAT. 3 and 600 V CAT. 4. The power supply for these devices typically involves AA or AAA dry cells, with battery life extending up to approximately 120 hours for certain models.
Additional Functions: The DMMs offer USB communication (with an optional adapter and software), data memory capabilities, max/min value memory, relative/percentage value computation, logarithm computation, data/auto hold, peak hold, overvoltage warning, and backlight features. The TY720 model can store up to 10,000 data points, while the TY710 can store 1,000.
Measurement Capabilities: The document provides detailed accuracy specifications for various measurement functions, including DC voltage (DCV), AC voltage (ACV), DC current (DCA), AC current (ACA), resistance, frequency, capacitance, continuity check, diode test, and temperature. Each function is specified with a range and accuracy percentage.
Communication and Software: The DMMs can communicate with PCs via an infrared communication adapter and USB cable, allowing for data transfer and real-time monitoring. The application software is compatible with Windows XP, Vista, and 7, requiring a minimum of a Pentium 133 MHz CPU and 64 MB of memory.
Clamp-on Testers: Various models of clamp-on testers are described, each with specific measurement ranges and accuracies for AC and DC current, voltage, resistance, and frequency. These testers are designed for easy use in crowded wiring environments and offer features like RMS measurement and DC output.
Accessories: The document lists accessories such as communication packages, test leads, alligator clips, rubber cases, carrying cases, temperature probes, and current clamp-on probes, specifying compatibility with different DMM models.
YS1500
UM33A/S006
YTA610
FA-M3V
RAMC
GS610 Source Measure Unit
EJXC40A Digital Remote Sensor
TB750G EXAxt
VPSRemote Remote Solution
SENCOM Degital Sensor
Product Solution Catalog
Data Logging Software GA10
JUXTA VJ series
µR10000/µR20000
OX400
PR300 Power and Energy Meter
CENTUM RIO System Upgrade
Autonomous Controller FCN-RTU
MW100
FieldMate
AMADAS
Exapilot
Exaquantum
BUCA150_E_050
BUAQ7280-01
BUXL120_E_030
BU7603_00E_060
BUAQ2200
NR800 Near Infrared Analyzer
GD402 Gas Density Analyzer
DT450G Dust Monitor
SCADA Software VDS
Batch Control
FieldMate catalogs
DPharp for The Digital World
RAGN Rotameter
HART Communicator YHC5150X
Bulletin11G04G01-01E
Bulletin11B03A03-01E
FY01A08A08-E-E
Ultrasonic Flowmeter US300FM
AXF Verification Tool
ADMAG Series
Exaplog
AAASuite
InfoWell
Low Power Controller FCN-RTU
Standalone SIS
VTSPortal
CENTUM VP - CAMS for HIS
GS01E06K02-00E
U33Q01A01-01E
BU33K01A01-50E
Thermometers Catalog
PH400G 4-Wire Type pH Meter
SG750 Stack Gas Analyzers
Clamp-on Testers
Dust Monitor DT450G
Handy Calibrators
CENTUM.VP
Fieldbus Segment Indicator
ADMAG AXF
YTA series
TEST & mEASUREmENT 2011
digital multimeter series
WT 3000 Precision Power Analyzer
DL850/DL850V SCOPECORDER
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