S4-R100D40

WWW.ENDAQ.COM S4-R100D40 Coming Soon! In-Testing, Expected Release January 2020. During this transitionary time our Slam Stick models are still available. The S4-R100 is a shock & vibration recorder with a high performance piezoresistive accelerometer, a secondary capacitive accelerometer and other environmental sensors. This model is most popular for general purpose shock & vibration testing. Its aluminum enclosure improves reliability in harsh environments and widens its frequency response. Product Features • Convenient, Configurable, and Reliable Learn More • Triggering from Sensors and/or Time-Based • Standalone Measurement System Embedded sensors, storage & power • Rechargeable Battery Life of Over 4 Hours Continuous Can operate with external power • Selectable High-Performance Accelerometers Variable capacitance, piezoelectric & piezoresistive Selectable measurement range from 16g to 2,000g Selectable sampling rate up to 20,000 samples per second • Simple USB Interface for Download & Charging • NIST Traceable Calibration • Trusted by Over 1,500 Different Commercial Customers • Up to 4 Billion Data Points of Memory • Embedded Sensor Suite Gyroscope, magnetometer, pressure, temperature, humidity & light Accelerometer Specifications Accelerometer Type Range Sampling Rate Bandwidth Noise Resolution Piezoresistive ± 100g 20,000 Hz 0 to 2,000 Hz < 0.10 gRMS 0.015 g Digital Capacitive ± 40g 4,000 Hz 0 to 300 Hz < 0.01 gRMS 0.00008 g Frequency Response Plot 60 4.1 dB Digital Capacitive - X, Y & Z Axis Piezoresistive - X, Y & Z Axis Amplitude Deviation (%) 50 40 2.9 dB 30 20 1.6 dB 10 0 0 dB -10 -20 -1.9 dB -30 -40 1 10 100 1,000 -4.4 dB 10,000 Frequency (Hz) Battery & Storage Performance Battery performance is heavily dependent upon the device configuration (sensor sample rates and triggers), battery Tue, 07 Jan 2020 14:09:03 +0000 1 WWW.ENDAQ.COM age (including charging cycles), and temperature. The following table provides the battery life and storage capacity of this device assuming it has a relatively new battery and it is at room temperature. When showing performance it assumes all sensors are on at the default sample rate with the main accelerometer sample rate driving performance. With triggers, it assumes the device is in trigger mode 99% of the time. Here are some additional resources: Setting Sensor Configuration, Battery Specifications, Battery Life Estimator Tool. Sample Rate Storage Capacity Continuous Recording Main Accel. Trigger 2nd Accel. Trigger Periodic/Time Trigger 100 Hz 22 days 11 hours 17 hours 64 hours 45 days 1,000 Hz 9 days 11 hours 17 hours 64 hours 43 days 5,000 Hz 63 hours 9 hours 16 hours 63 hours 36 days 20,000 Hz 17 hours 5 hours 16 hours 60 hours 22 days Dimensions Mechanical Specifications Mass 65 grams Case Material Aluminum 7075 Mounting - Screw 4-40 Bolts (100 in-oz) Mounting - Tape (Double Sided) 3M 950 Tape Length 76.2 mm (3.00") Width 29.8 mm (1.18") Thickness 18.3 mm (0.72") Ingress Protection IP 50 (Dust Protected) Free Software Features • Free Standalone Software Packages Lab Configuration, Quick Snapshot, Batch File Conversion Analyzer - Analysis of enDAQ Sensor Data in MATLAB • Configure Sensors for Measurement • Export/Convert Data to CSV or MATLAB • Analysis FFT PSD Spectogram Digital Filtering Tue, 07 Jan 2020 14:09:03 +0000 2