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4

263X Series Chlorine Electrodes

 7.  Installation

Align tab on electrode with notch on 

fi

 tting. Insert until fully seated.

Lubricate O-rings with a non-petroleum 
based, viscous lubricant (grease) 
compatible with the system.

Do Not Use Lubricant or Sealing Tape on Threads.
Do Not Overtighten. Do Not Use Tools.

 6.2. Disposal

The electrode is not recyclable. Dispose of properly according to local, state and federal guidelines.

Reconditioning Procedure Continued:
(Steps 1-10, See Previous Page)

11.  Fill beaker with a 12 mm (½ inch) of the appropriate solution.
12.  Position or suspend the sensor 0.2 mm to 12 mm (¼ in. to ½ in.) above the appropriate 

solution. DO NOT SUBMERGE THE SENSOR.  See Figure 2.

13.  Apply power to the system.
14.  Monitor the nA of the sensor (press the down arrow once on the 8630 transmitter). 

The nA reading should start to rise. Response time and nA reading will depend upon the 
temperature of the bleach.

15.  Once the sensor's nA reading reaches approximately 300-360 nA allow the sensor to 

remain in the beaker, suspended over the appropriate solution, for an additional 20 minutes.

 

•  If sensor does not recover quickly, cover the beaker to avoid air contamination.

 

•  Contact the factory for assistance (www.gfsignet.com).

16.  After 20 minutes, remove the sensor and install it into the 

fl

 ow cell and 

restore 

fl

 ow to the system.

17.  Calibrate the sensor after the system has become stable.

 6.1. Storage of the Sensor continued

 8.  Mounting Position - PVC Tee

Flow

Best

Flow Direction

Good

45º

or

or

45º

Figure 2

Summary of Contents for Signet 3-2630 Series

Page 1: ...vice time chlorine range high and low pH with optional Signet pH electrode temperature limits and more are stored on the chip This information is accessible via the Signet 8630 transmitter Signet s pa...

Page 2: ...rane caps carry no warranty Diluted HCl can irritate the eyes and skin use proper safety equipment Do not use surface tension reducing chemicals detergents or solvents on the membrane Electrode Range...

Page 3: ...greater than 2 months 4 If the sensor still fails to work properly continue with steps 11 17 Storage periods greater than 2 months If the sensor has been in storage for a long period of time or used...

Page 4: ...MERGE THE SENSOR See Figure 2 13 Apply power to the system 14 Monitor the nA of the sensor press the down arrow once on the 8630 transmitter The nA reading should start to rise Response time and nA re...

Page 5: ...The predominant categories used in disinfection are Free Chlorine Total Chlorine and Chlorine Dioxide Free Chlorine is the sum of chlorine gas Cl2 hypochlorous acid HOCl and hypochlorite OCl Above pH...

Page 6: ...n water See technical data Surfactants in water Remove surfactants and replace cap Membrane cap coated Clean or replace membrane cap Membrane cap loose Tighten or replace membrane cap pH outside worki...

Page 7: ...Replacement Parts Mfr Part No Code Description 3 2630 391 159 001 674 Free Chlorine electrolyte 30 mL 3 2632 391 159 310 160 Chlorine Dioxide electrolyte solution 30 mL 3 2630 394 159 310 164 Free Chl...

Page 8: ...trode range Sensor Conditioning New first start up 4 hours maximum before calibration Subsequent start ups 2 hours maximum Temperature Element PT1000 Operational Ranges and Limits Free Chlorine Range...

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