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July 2025
NI-9220 Request for Availability
NI-9220, 16 Analog Input Channels, Spring Terminal or DSUB Connectors, Voltage Input Module
Rated 4.5/5 | 13 ratings
Actual item may vary if no part number is provided on quote request.
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Andrew Gar**** Verified Buyer
" Amazing to work with and had my order within 1 week after purchasing with all NI certs and data that were needed. "
March 2025
Said Sai**** Verified Buyer
" Competent contact for highly specialized components. The support team is very knowledgeable. Many thanks for the help and the fast shipping! "
January 2025
Bob C**** Verified Buyer
" Jason was able to get our emergency situation taken care of quickly and professionally. "
May 2025
Gregg Flecki**** Verified Buyer
" Great service and great products. This is my 2nd time using Apex Waves, truly impressed. "
January 2025
Carol Zimme**** Verified Buyer
" Very responsive and helpful, competitive pricing. Good source! "
July 2025
Andrew Gar**** Verified Buyer
" Amazing to work with and had my order within 1 week after purchasing with all NI certs and data that were needed. "
March 2025
Said Sai**** Verified Buyer
" Competent contact for highly specialized components. The support team is very knowledgeable. Many thanks for the help and the fast shipping! "
January 2025
Bob C**** Verified Buyer
" Jason was able to get our emergency situation taken care of quickly and professionally. "
May 2025
Gregg Flecki**** Verified Buyer
" Great service and great products. This is my 2nd time using Apex Waves, truly impressed. "
January 2025
National Instruments NI-9220 C Series Voltage Input Module
The NI‑9220 (Part Numbers: 785188-01, 782615-01, 782616-01, 782615-02, and 153289D-01L) Voltage Input Module belongs to the C Series. This module has the following characteristics: ±10 V, 100 kS per second per channel sample rate, 16-Bit resolution, simultaneous inputs, and 16 differential analog input channels. It is important to highlight that the NI-9220 performs concurrent differential simple contributions with 250 Vrms CAT II or 60 VDC CAT I isolation. It has the possibility to create 3.2 MB per second of information at the greatest inspecting rate. In addition to what was previously mentioned, the NI 9220 has two different connectors: the first one is a 36-position spring-terminal front connector and the second is a 37‑position D‑SUB front connector.
The essential objective of the filter on the NI-9220 module is to anticipate associating. In this manner, the stopband frequency scales decisively with the information rate. The stopband rejection is the base amount of weakening applied by the filter to all signs with frequencies inside the stopband.
Every sign that shows up in the alias-free bandwidth of the NI 9220 is not an associated device of signs at a higher repetition. The alias-free bandwidth is characterized by the capacity of the filter to dismiss repetitions over the stopband frequency; it is equivalent to the information rate minus the stopband frequency. The capacity to process and store a lot of information changes in relation to the equipment used. The device has an operating temperature range of -40 °C to 70 °C, and a storage temperature range of -40 °C to 85 °C.
The device is compatible with software packages such as NI LabVIEW FPGA Module, NI LabVIEW Real-Time Module, and LabVIEW professional development system for Windows. The NI 9220 has a power requirement of 1 W maximum when active, and 4 mW maximum when in sleep mode.
On the NI 9220 module, there is 30 V overvoltage security, 250 Vrms channel-earth, CAT II (spring-terminal) or 60 VDC channel-earth, CAT I (D-SUB) isolation, a 36-position spring-terminal or 37-position D-SUB connectors accessible, and 5 g vibration. The operating shock specifications are 30 g for 11 ms half sine or 50 g for 3 ms half sine. The device has a weight of 5.2 oz.
| Model | NI-9220 |
|---|---|
| Manufacturer | National Instruments |
| Part Numbers | 785188-01, 782615-01, 782615-02, 782616-01, |
| Type | Voltage Input Module |
| Supported Hardware Platform | C Series |
| Differential Analog Input Channels | 16 |
| Maximum Sample Rate | 100 kS/s per Channel |
| Analog Input Resolution | 16 Bits |
| Analog Input Voltage Range | -10 V to 10 V |
| Front Connector | Spring Terminal or D-SUB |
| Simultaneous Sampling? | Yes |
| Enclosed? | Yes |
| Operating Temperature Range | -40 °C to 70 °C |
| Storage Temperature Range | -40 °C to 85 °C |
| Weight | 5.2 oz. |
| Warranty | Three Year Warranty |
| NI-9220 Manual | User Manual and Maintenance Manual Available for Download |
| Price | Request a Quote for Additional Info |
Associated part numbers for NI-9220:
National Instruments NI-9220 Frequently Asked Questions
Question: Why are there three part numbers for the NI-9220?
Answer: The NI-9220 has two front connector options, two values for analog input isolation, and one version with conformal coating. Part number 782615-01 has a D-Sub front connector, 60 VDC Ch-Earth Ground Isolation, and is not conformal coated. Part number 785188-01 has a Spring Terminal front connector, 250 Vrms Ch-Earth Ground Isolation, and is not conformal coated. Part number 782615-02 has a D-Sub front connector, 60 VDC Ch-Earth Ground Isolation and is conformal coated.
Question: What does uncalibrated accuracy refer to?
Answer: The uncalibrated accuracy of the NI-9220 is the preciseness accomplished when obtaining in raw or unscaled modes where the calibration constants saved in the module are not applied to the information.
Question: What is the sample rate of the NI-9220?
Answer: The sample rate of the module is 100 kS/s maximum.
Question: Which software can be used with the NI-9220 module?
Answer: The Voltage Input Module can be used with the LabVIEW Professional Development System for Windows, the NI LabVIEW FPGA Module, and the NI LabVIEW Real-Time Module.
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