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SDI 2210, 2260 & 2266 ACCELEROMETERS
Reliable, low-noise accelerometers engineered for reliable and accurate performance in zero-to-medium frequency applications.
Meet the 2210, 2260 & 2266: Flexible, Single-Axis Sensing
The SDI Models 2210, 2260, and 2266 are single-axis MEMS DC accelerometers designed to excel in zero-to-medium frequency applications where consistent, low-noise performance is non-negotiable. With options for various footprints, cable types, and mounting formats, these universal accelerometers are ideal for a wide variety of applications.
Key Performance Features
- Low Noise: 10 μg/√tHz Typical for ±2g Full Scale Versions
- -55 to +125°C Operating Temperature Range
- Flexible +8 to +32 VDC Power
- Highly durable design
- ±4V Differential Output or 0.5V to 4.5V Single Ended Output
- Responds to frequencies from zero (DC) to 4000+ Hz
- Low Impedance Outputs Support up to 2000 Feet of Cable
- Integrated Cable or Connector, Traditional 1” & Small Footprint Sizes
- Simple Four (4) Wire Connection
- Rugged Anodized Aluminum Case
- Fully Calibrated and Serialized for Traceability
Reliable, Accurate, and Built to Endure
The 2210, 2260, and 2266 provide proven reliability, extremely low noise output, and long-term operational integrity, designed for engineers who want a one-and-done sensor.
Rugged and Versatile in Any Setup
Each model is tailored for installation flexibility. The 2210 features a traditional 1-inch square package with integrated cable, while the 2260 and 2266 are designed with a smaller form-factor for tight spaces.
Long-Lasting Performance
The SDI 2210, 2260, and 2266 are manufactured to maintain performance over time. With onboard voltage regulation and an internal amplifier, these industrial test and measurement accelerometers deliver reliable readings without needing supplemental equipment.
Compare Specifications
| g Range | Sensitivity, Differential |
Frequency Response (Typ, 3 dB) |
Frequency Response (Min, 3 dB) |
Frequency Response (Typ, 5%) |
Output Noise, Differential (RMS, Typ) |
Max. Mechanical Shock (0.1 ms) |
|---|---|---|---|---|---|---|
| g | mV/g | Hz | Hz | Hz | μg/(root Hz) | g (peak) |
| ±2 | 2000 | 0 – 525 | 0 – 300 | 0 – 250 | 10 | 2000 |
| ±5 | 800 | 0 – 800 | 0 – 420 | 0 – 400 | 15 | 2000 |
| ±10 | 400 | 0 – 1100 | 0 – 660 | 0 – 700 | 23 | 5000 |
| ±25 | 160 | 0 – 1750 | 0 – 1050 | 0 – 1300 | 38 | 5000 |
| ±50 | 80 | 0 – 2100 | 0 – 1400 | 0 – 1600 | 60 | 5000 |
| ±100 | 40 | 0 – 3000 | 0 – 1700 | 0 – 1700 | 121 | 5000 |
| ±200 | 20 | 0 – 3600 | 0 – 2100 | 0 – 1900 | 243 | 5000 |
| ±400 | 10 | 0 – 4200 | 0 – 2400 | 0 – 2000 | 475 | 5000 |
Need Help Choosing the Right Accelerometer?
Performance and Packaging
Designed with installation flexibility in mind, SDI’s 2210, 2260, and 2266 accelerometers are available in traditional and small-form-factor packages. Mount easily with screws, adhesive, or magnets, and take advantage of integrated cable or connector-based options for your unique setup.
Package Dimensions
Package Dimensions
Package Dimensions
Performance – All Versions
All Models: Unless otherwise specified, Vs=+8 to +32 VDC, TC=25°C, Differential Mode. Span = ±g range = 8000 mV.
| PARAMETER | MIN | TYP | MAX | UNITS |
|---|---|---|---|---|
| Bias Calibration Error (%) | 0.25 | 0.6 | ± % of span | |
| Bias Calibration Error (mV) | 25 | 60 | ± mV | |
| Scale Factor Calibration Error 1 | 0.5 | 1.25 | ± % | |
| Non-Linearity (-90 to +90% of span) 1 | 0.15 | 0.5 | ± % of span | |
| Bias Temperature Shift (Coefficient) | -200 | 0 | +200 | (PPM of span)/°C |
| Scale Factor Temperature Shift (Coefficient) | -200 | 0 | +200 | PPM/°C |
| Cross Axis Sensitivity | 2 | 3 | ± % | |
| Power Supply Rejection Ratio | 50 | >65 | dB | |
| Output Impedance | 1 | Ω | ||
| Output Common Mode Voltage | 2.5 | VDC | ||
| Operating Voltage | 8 | 32 | VDC | |
| Operating Current (AOP & AON open) | 7 | 10.5 | mA DC | |
| Operating Temperature | -55 | +125 | °C | |
| Mass 2210 / 2260 / 2266 (not including cable) | 10 / 6 / 9 | grams | ||
| Cable Mass (3’ integrated cable, 2210 / 2260) | 14 | grams/meter |
Note (1): For 2g thru 50g only; 100g and greater versions are tested and specified from -65 to +65g.
NOTICE: Stresses greater than those listed may cause permanent damage to the device. These are maximum stress ratings only. Functional operation of the device at or above these conditions is not implied.
Operational Highlights
SDI Models 2210, 2260, and 2266 MEMS DC Accelerometers provide optimal performance when they are connected to instrumentation in a differential configuration using both the AOP and AON output signals, but they also support single ended operation for complete flexibility.
These accelerometers produce differential analog output voltage pairs (AON & AOP) which vary with acceleration. The signal outputs are fully differential about a common mode voltage of approximately 2.5 volts. At zero acceleration, the output differential voltage is nominally 0 volts DC; at ±full scale acceleration, the output is ±4 volts DC, respectively, as shown in the figure. The output scale factor is independent from the supply voltage of +8 to +32 volts.
When a differential connection is not possible, SDI recommends connecting the accelerometer to instrumentation in single ended mode by connecting AOP and GND to the instrumentation and leaving AON disconnected. Keep in mind that the signal to noise ratio and sensitivity is reduced by half for a single-ended vs. a differential connection.
Frequently Asked Questions
Why does the accelerometer read zero G's when it's in free fall?
All accelerometers are used to measure increasing or decreasing acceleration, and they can detect vibration because it is a change in acceleration between multiple directions. Free fall, by definition, is a static acceleration, which means the object may be moving, but its acceleration is not changing at all. SDI’s MEMS DC accelerometer technology allows it to measure free fall because it doesn’t require any change of acceleration to supply data, and therefore it will report back 0g of acceleration.
How do I choose the right g-range for my application?
The g-range of your accelerometer should match the maximum acceleration your system is expected to experience—but avoid going unnecessarily high. Selecting too high of a g-range can reduce measurement clarity, while too low of a range can cause the sensor to saturate if the acceleration exceeds its limit. Also consider the frequency response. Each Silicon Designs sensor has a MEMS sense element tuned to its specific g-range, which affects its frequency range and noise profile. Be sure to check the product datasheet or visit our How To Choose Your Accelerometer guide for more detailed recommendations. You can also reach out to our team for help identifying the best fit for your application.
My accelerometer appears to be broken. When I place it on the desk with the lid facing up, it reads +1G. How do I fix this?
SDI’s MEMS DC accelerometers are designed to respond to the Earth’s gravity. If you are on Earth, then you are in a +1g gravitational field. Turn the device over and you will see a -1g reading, which you can use to perform your own bias calibration of the device. Visit our Technology page to learn more about how SDI’s accelerometers work. Also see the How to Calibrate Your Accelerometer page for how to use this feature for self-calibration.
Do I need a charge amplifier or signal conditioning to use my Silicon Designs MEMS DC accelerometer module?
All Silicon Designs MEMS DC accelerometers feature integrated amplifiers, so an additional one is not required. Signal conditioning is optional.
Are Silicon Designs plug-&-play MEMS DC accelerometer modules waterproof? What is their IP designation?
While all modules are considered weatherproof, only Models 2240 and 2480 may be used while submerged. We recommend the protection of the connector from exposure. Please Contact Us prior to use, and we’ll walk you through the process. The IP designation of the other modules is IP61.
Optional Accessories
MODEL 2230 3-AXIS MOUNTING BLOCK
- INFO
- Rugged, black anodized, precision-machined 6061-T6 aluminum construction
- Block mass = 79 grams
MODEL 2232 MAGNETIC MOUNTING BLOCK
- INFO
- Rugged blue anodized aluminum construction
- Block mass = 23 grams
MODEL 2235 1-AXIS STUD MOUNT BLOCK
- INFO
- Rugged black anodized aluminum construction
- Block mass = 6.2 grams
Looking for 3-axis capabilities?
MODEL 2460 3-AXIS MODULE
- INFO
- STATS
- APPLICATIONS
- Power: +8 to 32 VDC
-
Output:
- Differential: +/- 4 V
- Single Ended: +0.5V to +4.5V
- Connection: Integrated Cable
- Mass: 30 grams
- Package: Anodized Aluminum
- Temperature: -55 to +125°C
-
Available:
- 2g
- 5g
- 10g
- 25g
- 50g
- 100g
- 200g
- 400g
- rail & truck testing
- bridge monitoring
- seismic building monitoring
- pipeline bogie sensor
- robot R&D
MODEL 2466 3-AXIS MODULE
- INFO
- STATS
- APPLICATIONS
- Power: +8 to 32 VDC
-
Output:
- Differential: +/- 4 V
- Single Ended: +0.5V to +4.5V
- Connection: Connector
- Mass: 30 grams
- Package: Anodized Aluminum
- Temperature: -55 to +125°C
-
Available:
- 2g
- 5g
- 10g
- 25g
- 50g
- 100g
- 200g
- 400g
- Calibration lab reference sensor
- Wind turbine sensor
- Tunnel boring
- Heavy machinery health monitoring
- Electric tower design
Sales and Support
Reliable Customer Support from Start to Finish
Get a Quote
Our sales team is available to assist with pricing, lead times, and customized solutions tailored to your specific needs. We work closely with you to ensure you get the best accelerometer solution for your application.
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With a streamlined ordering process and secure procurement options, placing an order with SDI is simple and efficient. Our commitment to fast processing ensures minimal downtime for your projects.
Tech Support
From initial setup to ongoing performance optimization, our technical support team provides expert guidance to ensure proper integration and reliable sensor operation.
Our Distributors
Our experienced U.S. sales representatives provide direct assistance for domestic customers, ensuring a smooth procurement process with personalized service. International customers can rely on our global distributor network for localized support, timely deliveries, and expert guidance in their regions.
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