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14

Sensing Band

 

F03-16PE/-16PT/-15/-16SF

Chemical Resistivity for F03-16PE/-16PT

Note: 1.

A: Not affected at all or only very slightly affected.
B: Slightly affected but, depending on the conditions, sufficient for use.
C: Affected but may still be used. (Replace the Sensing Band immediately after detection.)

2.

In order to prevent secondary fire damage, consider the effect of the atmosphere of the environment and the solution to be detected on
the Sensing Band.

3.

If the Sensing Band changes shape or color when a liquid is detected, replace the Sensing Band.

Connecting the Sensing Band

Bending the Sensing Band

To change the direction of the Sensing Band, bend the Sensing Band
in one or two places where the core is not exposed.

Note:

Bend the Sensing Band approximately 4 cm (i.e., twice the dis-
tance between places where the core is exposed) away from
places where a Sticker is attached. If the Sensing Band is bent
at places further away than this, the Sensing Band may come
away from the surface. 

Stripping and Connecting Terminals

1.

Cut into the Sensing Band approximately 4 to 6 cm in from the
end as shown in the diagram below.

2.

Strip away approximately the last 9 mm of the sheath to expose
the core (SUS line).

3.

To connect to the Terminal Block, push down the top of the termi-
nal with a screwdriver and insert the core from the side. (Refer to

Dimensions 

on page 9.) More Sensing Bands can be connected

simply by wiring in an arch shape.

Note:

Check that the wiring is secure before using the K7L in applica-
tions.

Interval Between Stickers

When securing the Sensing Band with Stickers, attach the Stickers
at intervals of 20 to 30 cm in places where the core is not exposed.

Note: 1.

When using the F03-26PES (adhesive-tape model), be sure
to wipe all moisture, oil, and dust from the surface to which
the Sticker is to be attached. Failure to do so may result in
insufficient adhesion, and the Sticker may peel away from
the surface.

2.

When using the F03-26PEN (screw model), before install-
ing the Sensing Band, it is necessary to perform stud weld-
ing. For details on the pitch of the studs, refer to the
information on the dimensions of Sensing Band Stickers.

Material

Sheath

Core

Material

Sheath

Core

Polyethylene

Fluoroplastic

SUS316

Polyethylene

Fluoroplastic

SUS316

Water

A

A

A

Toluene

C

B

B

Acetone

C

A

A

Phenol

B

B

A

Ammonia

A

A

A

Butanol

B

A

---

Ethanol

B

A

A

Fluorine

A

A

C

Hydrochloric acid

A

A

C

Hexane

C

A

---

Hydrogen peroxide solution

A

A

A

Benzene

C

A

A

Xylene

B

A

A

Methanol

B

A

A

Cyclohexane

C

A

---

Sulfuric acid

C

A

B

Trichloroethylene

C

A

A

Phosphoric acid

A

B

B

Bent in 2 places

Bent in 1 place

4 to 6 cm

9 mm

Exposed 
part of 
core

Insert

F03-20 
Terminal 
Block

Sensing 
Band 
Sticker

20 to 30 cm

Summary of Contents for F03-15

Page 1: ...sitivity detects impedances of up to 50 M Polyethylene makes the Sensing Band more resistant to chemicals Series includes models with disconnection detection The color of the Sensing Band shown here i...

Page 2: ...istance SUS316 and polyethylene are used for the Sensing Band s core and sheath to ensure high resistance to both acidic and alkaline liq uids Application Examples Liquid Leakage Detection for Measuri...

Page 3: ...Stickers or Mounting Brackets Available Sensing Band Lengths Note 1 To place an order for 1 m of the F03 16PE for example specify F03 16PE 1M 2 If you cannot find the length you need please order the...

Page 4: ...sistor output with 100 mA at 30 VDC max Note If the rightmost pin of the DIP switch on the side of the Sensor Amplifier is set to the down position the output turns ON when liquid is detected if it is...

Page 5: ...nd connects to the Sensing Band through a cable that can be extended up to 50 meters Countermeasures against external noise are especially important for the Sensing Band and connecting cable because t...

Page 6: ...nection Examples NPN Output PNP Output K7L AT50 Signal transmission Level input 1 Level input 2 12 to 24 VDC Connecting cable 0 2 mm2 min F03 20 Terminal Block Sensing Band OUT Open collector output O...

Page 7: ...ance 0 to 50 M variable Range 0 0 to 250 k Range 1 0 to 600 k Range 2 0 to 5 M Range 3 0 to 50 M Note The range is set using the DIP switch on the side of the Sensor Amplifier Refer to DIP Switch Sett...

Page 8: ...mal i e there is no disconnec tion Operation at Disconnection Detection If there is a disconnection the signals will be interrupted at the place where the disconnection occurred and will not return to...

Page 9: ...te The shape of the adhesive tape shown above is for securing the F03 16PE Name Model number Remarks Liquid Leakage Sensing Band F03 16PE Sensing Band Stickers F03 26PES F03 26PEN 30 Stickers per set...

Page 10: ...The shape of the adhesive tape shown above is for securing the F03 16PE Name Model number Remarks Fluoroplastic Sensing Band F03 16PT Fluoroplastic Sensing Band Stickers F03 26PTN 10 Stickers per set...

Page 11: ...me Model number Remarks Liquid Leakage Sensing Band F03 15 Sensing Band Stickers F03 25 30 Stickers per bag Sheath Flexible transparent vinyl chloride Core SUS304 stainless steel Ambient operating tem...

Page 12: ...ductor VCT cable with a thickness of 0 75mm2 and a dielectric strength of 600 V is used Name Model number Remarks Sensing Band F03 16SF Without color indication F03 16SFC With color indication Sticker...

Page 13: ...lectric strength of 600 V is used Dimensions Unit mm Sensing Band 0 m 10 m 50 m 100 m 150 m 200 m Wiring Cable Note 0 m 10 m 50 m 100 m 150 m F03 16SF F03 16SFC Appearance Structure F03 25 Appearance...

Page 14: ...h down the top of the termi nal with a screwdriver and insert the core from the side Refer to Dimensions on page 9 More Sensing Bands can be connected simply by wiring in an arch shape Note Check that...

Page 15: ...intervals on the floor and around equipment Cover the Sensing Band with plastic or metal molding to protect it from contact with other objects and from being stepped on by workers Leave a 50 to 100 m...

Page 16: ...cation Can a different terminal block e g a commercially available terminal block or a terminal block constructed by the user be used instead of the one provided Yes When using another terminal block...

Page 17: ...m Leakage areas cannot be specified with the K7L AT50 Mounting Methods Product name Main material Cable material Electrode material Model Liquid Leakage Point Sensor Polyethylene Outer sheath PVC Inne...

Page 18: ...28 8 46 K7L AT50D LIQUID LEAKAGE SENSOR K7L AT50D PW OUT ADJUST 2 3 4 2 3 29 1 23 1 3 3 4 3 2 3 2 25 2 3 4 5 3 15 2 5 3 5 17 5 5 8 17 5 8 3 2 3 2 25 18 0 2 Two M3 Mounting Hole Dimensions 2 4 4 2 24 1...

Page 19: ...ci fied range or where condensation is likely to occur To detect liq uids with high impedances do not use in locations with high humidity Locations subject to dust Locations subject to corrosive gases...

Page 20: ...bserve all prohibitions of use applicable to this product NEVER USE THE PRODUCTS FOR AN APPLICATION INVOLVING SERIOUS RISK TO LIFE OR PROPERTY WITHOUT ENSURING THAT THE SYSTEM AS A WHOLE HAS BEEN DESI...

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