Oakton 35660-94 Instruction Manual

CODE:M003861 3200839747 GZ0000590202

December, 2019

4-electrode conductivity sensor cartridge

35660-94

Conformable standards

This equipment conforms to the following standards: RoHS: EN50581 9. Monitoring and control instruments

Authorised representative in EU

Cole-Parmer UK

9 Orion Court, Ambuscade Road Colmworth Business Park

St Neots Cambridgeshire

PE19 8YX, United Kingdom Phone: [phone] Fax: [phone]

Specification

	Cell constant	1.72×0.1 cm-1 (1.72×10 m-1)
	Measurement range	10 S/cm to 2000 mS/cm (1 mS/m to 200.0 S/m)
		*Displayable range depends on the meter.
	Sample temperature	0 to 70 C
		(Up to 100 C for the sensor cartridge only)
	Storage condition	0 to 40 C In the dry air
	Materials	Body	:Epoxy / Glass epoxy
		Electrode :Carbon
	Size	16 mm × 110 mm (Immersible area )

Caution

Remove the rubber cap of the plug before use.

Push the plug into the sensor head keeping connecters dry.

Avoid using a rusted plug.

Rinse carefully the sensor cartridge with pure water before use.

Calibrate with standard solution before use or enter the cell constant of the label attached. Calibrate regularly with a standard solution.

Avoid sudden temperature change even within the operating temperature range.

Rinse carefully the residues on the sensor cartridge with pure water before measuring sample with low conductivity.

If the electrode part becomes dirty, clean it with a soft cloth and rinse with pure water.

Sensor head

1

Plug

2 Nut

Sensor cartridge

1.Connect the slot of the sensor cartridge with the marker of the sensor head and push into the sensor head.

2.Tighten the nut firmly until the nut is totally tight on the sensor head.

Note

In the absence of O-ring or in the case where the nuts is not tight enough, liquids might flow into the connection space and cause malfunction.

Oakton Instruments

625 E. Bunker Ct. Vernon Hills, IL. 60061, USA E-mail: [e-mail]

Phone number: (1)888-462-5866

For any questions regarding this product, please contact your local agency, or inquire from the following website.

http://www.4oakton.com/