The GF Amperometric Chlorine Electrodes is designed for use in fresh,
clean water treatment applications where a level of Chlorine is always detectable.
Free Chlorine electrodes are available in measurement ranges of 0.02 to 2 ppm,
0.05 to 5 ppm or 0.1 to 20 ppm.
Chlorine Dioxide electrodes are available in measurement ranges of 0.02 to 2 ppm.
Electrodes require the 2650 Amperometric Electronics to output a digital (S
3
L) signal to
the 9950-X Chlorine Controller.
Features:
•
Utilizing smart-sensor technology, this electrode incorporates a unique
embedded memory chip within the electrode to communicate a wide variety
of information to the 2650 Amperometric Electronics and 9950-X Chlorine
Controller. Electrode type, factory calibration data, service time, chlorine range,
high and low temperature and more are stored on the chip. This information is
accessible via the 9950-X Chlorine Controller
.
•
GF's patented DryLoc
®
connector provides quick assembly and a secure
connection. Gold-plated contacts and an O-ring seal ensure a waterproof and
reliable interconnect to the 2650 Amperometric Electronics.
•
Integrated temperature element for automatic temperature compensation.
•
Separate drive electronics (2650) allow easy electrode replacement without
running new cable.
* NOTE: The 9950-X Chlorine Controller is not compatible with the standard
9950 controller.
English
*3-2630.090*
3-2630.090 Rev 16 02/22
GF 3-2630-X Amperometric Free Chlorine Electrode
GF 3-2632-X Amperometric Chlorine Dioxide Electrode
Manual
CAUTION!
1. Follow instructions carefully to avoid personal injury or damage to electrode.
2. Prior to installation or removal:
a. Disconnect flow through system.
b. Drain below sensor level.
3.
Confirm chemical compatibility before use.
4.
Do not exceed the maximum pressure or temperature specifications.
5. Do not alter product construction.
Description
WARNING:
The GF Chlorine Analyzer (electrode) is designed to be used in a
clean, chlorinated flowing stream at all times.
DO NOT
use in applications where
electrode could be exposed to periods without chlorine.
