Apps Like Spool Ethanol Analyzer for iPhone and iPad
Connect to sensor, analyze content and temperature
Connects to Wireless Sensor Kit or Handheld to measure content and fuel temperature. Displays real-time data via Bluetooth. Includes mixing ratio calculator for fuel blends. Functions without the sensor kit.
by Ajay Rajeev★ 4.114 ratingsUtilitiesFreeData updated 2026-09-15
Configure and manage Bluetooth capacitive sensor WCS 300 Wirebus. Adjust sensor settings, monitor data in real time, and calibrate devices. Export logs and integrate with compatible systems for automated data collection.
The app provides wireless monitoring and control of onboard systems for an iPad. It features a user-friendly homepage for managing power electronics, AC/DC power, and tank levels, with the ability to receive alarms and personalize the display.
Detect connected Wi-Fi devices and scan nearby Bluetooth activity. Monitor signal strength with real-time visualizations. Identify unknown network activity and details.
The app functions as a wireless Bluetooth Low Energy scanner for iPhones, iPods, and iPads. It discovers iBeacon and Eddystone beacons, displaying their identifiers, signal strength, and last discovery time.
The app provides live view and optical zoom controls for camera installation. It allows for viewing angle and focus adjustment without a notebook computer or ground assistance.
The app uses a fuel cell sensor for breathalyzer testing. Users can wirelessly connect to their smartphone and share results via SMS, Facebook, or Twitter.
Monitor home conditions with real-time updates on windows, doors, freezer temperature, and washing machine status. Receive alerts for power outages and check sensor data remotely via device. Control and view system status from anywhere.
Setup wireless connections and configure printer settings to print sample receipts from iPhone to a POS receipt printer. Supports Bluetooth, Wi-Fi, and Ethernet interfaces. Compatible with specified printer models for receipt printing.
Collect and analyze data on surrounding wireless networks. Visualize coverage with heatmaps and site surveys. Simulate future setups with predictive planning tools. Identify signal strength and interference sources.