• Maintenance (steel plants, power plants, cogeneration systems)
• On-board testing for railroads and other vehicles
• Heavy machinery development (industrial machinery, robotics, semiconductor manufacturing equipment)
• Multichannel on-site observations (automobiles, automobile parts)
• Replacement for Yokogawa's AR, OR, and LR instruments (former models)

• Universal Modules (for Simultaneous Release with the DL750P)
• Multiple inputs of general-use voltage (100 kS/s, 16-bit) and temperature (thermocouple)
  Two isolated inputs (voltage: 100 kS/s, 16-bit; temp.: 500 S/s) Two types of modules available: with or without AAF
  (anti-aliasing filter)
• Key Specifications
  Voltage range: 20 V/div-5 mV/div (for 10 div display, in steps of 1-2-5)
  Temperature: Thermocouple
  (K, E, J, T, L, U, N, R, S, B, W, iron-doped, gold/chromel)
  Filters: AUTO (AAF), 4 kHz, 400 Hz, 40 Hz
  

• 701280 Frequency Module (2 CH) New!
  High speed (40 µs, 25 kHz) update rates, 0.01 Hz-200 kHz frequency range, 9 measurement modes, built-in real-time digital filters, deceleration/stop prediction, offset observation function, isolated input, multiple input types (direct input from electromagnetic pickups, 300 Vrms AC power supply input, contact input, chatter elimination function)
• 701275 Acceleration/Voltage Module (2 CH) New!
  Inputs for both acceleration and voltage, built-in AAF (anti-aliasing filter), supports built-in amp type acceleration sensors (4 mA/22 V), isolated input.
• 701255 High-Speed 10 MS/s 12-Bit Non-Isolation Module
  Non-isolated model with the same performance as the model 701250
• 701260 High-Voltage 100 kS/s 16-Bit Isolation Module (with RMS)
  850 V (DC+ACpeak) direct input, RMS mode support
  Accuracy of 0.25%
• 701270 Strain Modules NDIS-type
  Wide ranges of bridge voltage (2 V, 5 V, & 10 V)
  Accuracy of 0.5%
• 701271 Strain Modules DSUB-type
  Wide ranges of bridge voltage (2 V, 5 V, & 10 V)
  Accuracy of 0.5%
• 701250 High-Speed 10 MS/s 12-Bit Isolation Module
  Broad bandwidth (3 MHz) and high accuracy (0.5%) inputs
• 701251 High-Speed 1 MS/s 16-Bit Isolation Module
  High resolution inputs combined with high-sensitivity (1 mV/div)
• 701265 Temperature/High-Precision Voltage Module
  100 Hz frequency range, high-accuracy (0.08%) voltage measurements, and ultra high-sensitivity range value (100 μV/div)
  

Using DualCapture, you can now record your trend data with a slow sampling speed and still be able to capture the transient phenomena with a faster sampling speed.

• Integration of a High-Speed sampler (Oscilloscope) and Low-Speed sampler (Recorder) in a Single Unit
  • High-speed sampler: Trigger on abnormal high-speed phenomena
  • Low-speed in a sampler: Roll recording (trend recording)
• Separate Memory Management for Each sampler
  • Maximum memory for low-speed: 100 MW
  • Maximum memory for high-speed: 10 kW * 100 screens
• High-Speed Sampling Triggered Only by Abnormal Events Occurring during Long-Term Observation (Low-Speed Sampling)
  • Effective for separately capturing data at high speed
• Long Memory Equivalent to 1 Teraword (1012)
  • To acquire many hours of data at the higher sampling rate (10 MS/s) would require Teraword of memory:
  • (8 hr to 24 hr) × 60 min × 60 sec × 10 MS/s × 16 channels = 4.6 to 138 TW

• Capturing Signals Using the Longest Memory Capacity Ever
  For Accurately Capturing Complex Signals or Long Waveforms
  The DL750P's standard memory capacity is 50 MWord (2.5 MWord per channel). This can be expanded (optional) to as much as 1 GW (50 MW per channel)
• Benefits of GWord Recording
  You can record data for 10 days (1 day/div) on the main screen, while displaying 1-second recordings (100 ms/div) in real time on the zoom screen. The large memory capacity lets you capture all of your data while still maintaining a sample rate fast enough to see any abnormal phenomena.
• Efficient Memory Use
  Sufficient memory length is available even when 16 channels are used, so you can conduct extended observations on multiple channels (2.5 MW per channel with standard memory, 50 MW per channel with maximum memory).

• A Wide Range of Trigger
  Having a wide range of triggers is of course very useful for obtaining stable observations of variety of different waveforms. In addition, the GUI menu makes setting trigger conditions easy and intuitive.
• Wave Window Trigger
  Automatically Triggers on Abnormalities in Power Supply Waveforms
  This function comes standard with the DL750P to allow observation power supply waveforms. In addition to traditional power supply troubles such as sudden outages, sags, and surges, you can make efficient real time observations of frequency fluctuations and voltage drops. The trigger activates when a signal exceeds the allowable values determined by comparing a defined waveform (wave window) with an actual waveform in real time. Comparative waveforms can be automatically produced in real time based on measured waveforms. Detection on all 16 analog channels is available (with OR conditions).
• Action-on Trigger
  Automatically Save Measured Data
  When this trigger is activated, the DL750P performs a specified action each time a waveform is captured and a screen is displayed. This feature is useful for automatically and reliably saving data (e.g., for data collection in automated, continuous tests).
• Manual Trigger
  In Addition to Simple and Enhanced Triggers, a Trigger Can Be Activated Manually with the Press of a Button. With this feature, a trigger can be executed whenever you like, separate from the preset trigger conditions.

• History Memory and Smart Search
  Enable You to Access to Large Amount of Captured Data
• History Memory and History Search (Zone Search)
  Occasionally, you may capture an abnormal waveform and then have it quickly disappear from the display as new data is acquired. It is not always possible to manually Start and Stop data acquisition to catch the abnormal waveform and have it displayed.
  The History Memory function was designed for such situations. It divides long memory into a number of blocks and automatically stores up to 2000 previously captured waveforms. This means you can reliably save displayed waveforms to memory even when there are events for which trigger conditions cannot be set.
• The Zone Search function lets you define zones on the screen and find all previously captured waveforms that either pass or don't pass through the user-defined zone. Up to four zones can be defined.
• Search (Edge Search) and Zoom: The Edge Search counts rising and falling edges in the captured data. It automatically searches for the desired edges and displayed them on a zoom screen.

• Real-Time Hard Drive Recording (with the /C8 Option Only)
• Recorder-Like Real-Time Recording for Long Periods
  With the optional internal hard drive, you can record measurements to the hard drive in real time. This makes it easier to manage and analyze data using PCs and other tools. Maximum data capacity: 1 GW Maximum sampling rate: 100 kS/s (using 1 channel only)
  
• Memory Backup Function
• Protects Your Data Even If the Power Supply Goes Out
  This function backs up about 10 minutes of data saved to the acquisition memory immediately prior to power loss. Memory backup helps you avoid losing important data even if the power supply is unstable and gets cut off. (Backup time varies according to the usage environment. Four AA batteries are required for memory backup.)
  
• Snapshot Function
• Enables On-Screen Waveform Comparisons
  Using the snapshot function, you can freeze the currently displayed waveform with the touch of a button. Snapshots are useful for comparing a reference waveform with an input waveform. In addition, snapshots can be saved to and loaded from storage media.
  
• X-Y Display Function
• Display an Overlay of up to Four X-Y Displays
  This function lets you display multiple X-Y plots together, making relative phase comparisons easy. The X-Y display function is a powerful tool for applications such as evaluating DC motors based on a Lissajous waveform.
  
• All-Channel Menu
• Quickly View the Setup of All Channels
  This menu lets you review and modify all of the channel setups from a single screen display. Parameters such as voltage axis sensitivity, screen scale settings, and linear scaling can be configured for each channel.
  
• Wide Waveform Display
• Increase the Viewing Area of the Display
  With the SVGA color TFT liquid crystal display, the number of display pixels has been greatly increased. For wide waveform display, set the resolution to 750 × 512 pixels.