Bulletin DL850-00E Achieve New Measurement Capabilities with Higher Speeds, Isolation, Channel Count, and CAN. Introducing Our Ultra-Fast Memory Recorder! - High-speed (up to 100 MS/s), High Resolution (up to 16-bit), Isolated (up to 1kV*1) - Multi-channel, up to 128 voltage or 128 logic bits - Continuous hard disk recording at 100 kS/s simultaneously on 16 channels*2 - CAN bus monitoring and trend waveform display (DL850V only) - 15 plug-in modules *1. With the isolated probe (700929 or 701947) *2. With the /HD0 or /HD1 option

Power UVW RST Motor G E C G E C G E C G E C G E C G E C For increasingly fast inverter signals With 15 unique can handle nearly High speed (100 MS/s), High resolution (12-bit), 1kV isolated measurements.* Yokogawa's isoPRO technology offers industryleading isolation performance at the highest speeds. The isoPRO core technology is designed with energy savings applications in mind. It gives you the performance needed to develop high efficiency inverters, which employ high voltages, large currents, and high operating speeds. Example: Measuring inverter output Accurately observe inverter startup...

4 Display and Record Vast Amounts of Data with Long Memory Fs x8 Fs x1 Ch x1 Ch x8 Performs waveform analysis without stopping measurement 10.4-inch LCD XGA (1024 x 768) The large, high resolution LCD screen displays multiple channels in precise detail Snapshot key Efficiency from Settings to Measurement, Analysis, and Saving 4 directional cursor keys With large pop-up menus and 4 directional cursor keys, it is easy to enter and modify settings with many parameters. Main screen: 20 days of recording (2 days/div) Dedicated vertical axis and zoom knobs Direct accessibility means faster and easier...

6 Catch transients in durability with high-speed sampling — Dual capture — Recall Past Waveforms — History Function — Measurements with simultaneous high- and low-speed sampling Search by creating a rectangular zone on screen Chattering occurs! To visualize long term trends in durability testing and other situations, data is typically acquired at lowspeed sample rates. On the other hand, suddenly-occurring transitional phenomena should be captured at high-speed sample rates. The "Dual Capture" feature resolves these confl icting requirements by recording at two different sampling rates. Example:...

7 Armed with an array of trigger functions Power UVW RST Motor G E C G E C G E C G E C G E C G E C Superior noise rejection Excellent noise rejection performance is achieved through meticulous low-noise design. Floating voltage switching waveforms in inverter circuits can also be captured with precision. Model 701250 Voltage Input Module Example: Measuring inverter gate signals CMRR: -90dBc typ @100 kHz Trigger detection Sag Sag Wave Window Surge Momentary power loss — Wave Window trigger — The Wave Window trigger is useful for diagnosing typical power supply troubles such as momentary loss,...

8 16 Ch 16 Ch 16 Ch Plug-in Module DSP Digital Filter Trigger Circuit ACQ memory Math Block { | × ÷ User defi ned computation setup screen Acceleration pickup FFT (power spectrum) Time RPM Time constant The DL850 is armed with a dedicated DSP (digital signal processor) for computations that enables between-channel math during waveform capture. These between-channel computations are powerful because they can be set up separately from fi lter computations. In addition to FIR, IIR, Gauss, and moving average fi lters, you can use arithmetic with coeffi cients, integrals and differentials, and higher-order...

9 IRIG reference Signal generator Coaxial (BNC) cable IRIG signal Signal Generator Power amp Voltage Probe Current Probe Magnetic circuit Sinewave AC voltage applied BH measuring system Magnetic fl ux density: B = Integ (C1) / (K1*K2) Magnetic fi eld strength: H = C2*K1 / K3 C1: voltage, C2: current K1: number of turns, K2: cross sectional area K3: magnetic circuit length Synchronized measurement across multiple DL850 units is made possible by inputting an IRIG time code signal.* The DL850/DL850V's internal clock is also synchronized (locked) to the IRIG signal. Therefore, timing comparisons...

10 Snapshots Web server Example: Comparison of a snapshot waveform (white) with another waveform Multilanguage support Saving screen images and displaying thumbnails Accessory software (sold separately) Model Numbers and Suffi x Codes Model Suffi x Code Description 701992 -SP01 Xviewer Standard Edition (1 license) -GP01 Xviewer Math Edition (1 license) Option /JS01 DL850 Advanced Utility (1 license) You can compare waveforms from varied conditions You can operate controls and acquire screen images with a Web browser—no special software required on the PC. With the push of “SNAP SHOT” key, you...

11 CANdb *.dbc ECU Module Sensor 1 Sensor 2 I/O on the CAN bus monitor module Physical signal input (analog voltage, command pulse) Data frame input Data frame or remote frame output CAN bus CAN data trend waveform (2) Sensor output waveform CAN physical layer waveform CAN data trend waveform (1) Measuring with modules other than the CAN bus monitor module CAN data acquisition and trend display — CAN bus monitor module (model 720240) — You can also use DBC database files (.dbc) to specify the data to be monitored. Database (definition) files can be loaded and edited by our free Symbol Editor...

12 Example of accessory combinations High-Speed 10 MS/s, 12-Bit Non-Isolation Module 701255 Acceleration/Voltage Module (with AAF) 701275 Warning: Connect the probe earth cable to ground (grounding potential) when using these differential probes with isolation modules. Passive Probe 701940 BNC Cable 366924/366925 1:1 BNC-Alligator Cable 366926 ±500V,15MHz Differential Probe 700925 ±1400V,100MHz Differential Probe 700924 7000Vpk,50MHz Differential Probe 701926 Universal (Voltage/ Temp.) Module 701261 Universal (Voltage/ Temp.) Module with AAF 701262 Temperature, High Precision Voltage Isolation...