Meter Accessory for iPhone and iPod Sets New Industry Standard in Portable Data Collection

Scientists, engineers, educators and technicians out in the field, in the lab or around the plant will find the new innovative Model PH-1 Meter Application Accessory for the iPhone® or iPod® available from Sensorex measures pH accurately, presents the data in an easy-to-read format and supports email transmission of critical readings.

There’s never been a more intelligent, easier way to measure, apply and share pH data for scientific, laboratory and industrial process control purposes. First, users simply plug in the PH-1 accessory into an iPhone or iPod and follow the on screen instructions to download the free application from Apple® App Store. Next, users connect the PH-1 module to the sensor and the application provides a real-time display of pH, millivolts, ambient temperature and solution temperature.

In environmental testing and monitoring, the PH-1 meter accessory when used with a GPS-enabled device features a time/date/location stamp. It will record where and when the measurements were taken. Results can be grouped by location or date, and emailed to a central records office in .csv file format (Microsoft Excel® compatible). Using the PH-1 meter accessory eliminates the chances of transcription errors and improves efficiency.

For industrial processes and plants, the PH-1 meter accessory is suitable for service in easy-to-reach locations where pH measurements are routinely performed or can be taken to other distant locations where fixed instruments are unnecessary or too costly.

The PH-1 meter accessory is designed for use with the Sensorex Model S200C/BNC combination pH electrode or the Sensorex Model S293/30K/BNC/2.5 three-in-one pH/reference/temperature electrode. The pH electrode measures over a 0-14 pH range with accuracy to ±0.01 pH. The voltage measurement range is -1250 to 1250 mV with accuracy to ±1 mV. The solution temperature range is 0-100◦C with accuracy to ±0.1◦C. Ambient temperature is -40 to 70◦C with accuracy to ±2◦C.