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| Features (1) | Features (2)
DualCapture: A Powerful Tool for Durability Test Data Analysis | Features (3)
Modules | Features (4)
701280 Frequency Module (2 CH) | Features (5)
701280 Frequency Module (2 CH) | Features (5)
701275 Acceleration/Voltage Module | Features (5)
Firmware | Features (6)
Web Services | Features (7)
DC12 V Power Supply Input Option |
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Frequency Module Applications
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The 701280 Frequency Module supports all rotation and pulse measurements involved in encoder pulse measurement.
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Automotive
For measurement of rotating devices such as engines and transmissions (rpm, speed, distance, fluctuations).
Effective for deceleration characteristics in braking applications such as ABS.
Also used for duty analysis of oil pressure controllers.
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Motor
For measurement of rotation, load characteristics, and fluctuations.
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Robot
For multichannel measurement of encoder pulse, and motor analysis.
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Office Automation
Office equipment, paper feed fluctuation analysis, copiers, and wow-flutter in laser printer drums.
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Power Supply
High resolution measurement of power supply frequency (50/60 Hz) (0.01 Hz resolution, ±0.03 Hz accuracy)
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An LED accompanies each channel for confirmation of pulse input. Lights green during input, and turns red on a voltage overrange.
You can confirm the input waveform condition at a glance.
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701275 Acceleration/Voltage Module
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Voltage and acceleration inputs can be switched. Both inputs have anti-aliasing filters. The sensor supports built-in amp type acceleration sensors. The sensor and module can be connected directly without using an expensive charge amp (Built-in amp type sensors are resistant to outside noise. A wide variety of sensors are available from various manufacturers.).
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- Accepts both acceleration and voltage inputs
- AAF (built-in anti-aliasing filter)
- 100 kS/s, 16-bit isolated inputs
- Bandwidth: DC-40 kHz (voltage), 0.4 Hz-40 kHz (acceleration)
- Voltage input range: 5 mV-10 V/div (1-2-5 steps, 11 ranges)
- Acceleration input range: X 0.1-X1-X100 (1-2-5 steps, 10 ranges)
- Supports built-in amp type acceleration sensors (4 mA/22 V)
- Also supports high-impedance acceleration sensors by using charge converters.2
- Applications: acceleration, vibration, shock, and voltage measurements
- Built-in amp type acceleration sensor examples:
Built-in amp type acceleration sensor examples:
Support for acceleration sensors whose constant current is
4 mA, and voltage is 22 V.
Kistler Corp. :PiezotronTM 1
PCB Corp. :ICPTM 1
Endevco Corp. :Isotron2TM 1
1: Registered trademarks of their respective companies.
2: Sold by various sensor manufacturers.
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Firmware Upgrade (Ver 3.01 or later)
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More Advanced, More Convenient
- Numerical Monitor Function
The waveform numeric level (instantaneous value) updates approximately every second even when starting, stopping, or performing long-term observation of a waveform. Useful for confirming the waveform input condition, or temperature/DC waveform levels. Confirm the levels of up to 16 channels simply by pressing the ESC key.
- Supports 100 kW-FFT
Increased from 10 kW to 100 kW, 10 kW (8 ch), 100 kW/50 kW (2 ch)
- Improved Statistical Functions
Supports history statistics. Increased number of cycle statistics items (from 24,000 to 48,000).
- Knocking Filter Function (DSP Channel Function)
Offers dedicated menus for extracting the knocking portion of the waveform from the rest of the engine cylinder pressure waveform. HPF, BPF, and differential filters available. Includes functions for eliminating noise when the bulb opens/closes and for triggering on filtered waveforms. Max 6 channels and OR trigger are available.
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DL Series Selection Guide
Find the right one for you! |
Serial Bus Analyzer Selection Guide
For I2C, CAN, and SPI analysis |
Probes for Digital Oscilloscopes
Supporting a variety of measurement |
Accessories for DL series
Accessories other than probes |
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Firmware Download
(product registration, ID and password for y-Link required)
