It depends on the sensor. The following is a list of the common Water Quality sensors and their resistance to salt water. Temperature Probe – The stainless steel should do......
When an Ion Selective Electrode (ISE) is connected to a Go Wireless Link, the attached sensor can be identified incorrectly. This happens when you have a “dry” electrode, one that......
...solid reading. What is wrong with my sensor? –What is the difference between a Differential Voltage Probe (DVP-BTA) or Go Direct Voltage Probe (GDX-VOLT) and the simple Voltage Probe (VP-BTA)?......
...units had problems with current draw which causes the sensors to auto-ID incorrectly. For example, the 25-g Accelerometer (ACC-BTA), will auto-ID incorrectly on an old Go! Link. Second test: If......
...very carefully. See How do I calibrate my sensor? If you have a LabQuest ISE probe with a cable and white, BTA end: Below are some typical voltages one might......
It will depend on several things. The easiest way to ensure no interference is to use our Go Direct water quality sensors via Bluetooth. If you are using LabQuest sensors......
Yes, we carry a high and low standard for each of our ISEs. These are used to calibrate the sensors. They come in 500 mL bottles. Item Vernier Order Code......
...all analog LabQuest sensors output a 0-5 V signal, except for two. Voltage Probe (VP-BTA) This sensor not a true “sensor” at all; it is just a connector to the......
...input line. Those sensors are the simple voltage probe (VP-BTA) and 30V-BTA. Ion Selective Electrodes (NH2-BTA, CA-BTA, CL-BTA, NO3-BTA), the Wide-Range Temperature Probe (WRT-BTA), Tris-compatible pH Electrode (FPH-BTA), and the......
...with LabPro, LabQuest (all versions), Go!Link, EasyLink, or CBL 2 or analog output on LabPro include Analog BTA Cable (CB-BTA) — This cable has a right-hand release BTA connector on......