37-E/C

Electrode for Cotton and Textiles.

Model No. :

Brand : Delmhorst

The $37-E/C$ $is$ $a$ $specialized$ $8$ – $pin$ $electrode$ engineered for $precise$ $moisture$ $measurement$ in delicate and difficult-to-test materials like $textile$ $yarn$ $cones$ $and$ $skeins$ , as well as $cotton$ , $hemp$ , $and$ $hops$ . Its $unique$ $pin$ $design$ $ensures$ $readings$ $are$ $isolated$ $to$ $the$ $subsurface$ $material$ $core$ , $preventing$ $false$ $high$ $readings$ $from$ $surface$ $moisture$ .

$8$ – $pin$ $design$ $for$ $consistent$ $fiber$ $contact$ .
$One$ – $inch$ $penetration$ $depth$ $in$ $materials$ .
Insulated $pins$ $prevent$ $surface$ $moisture$ $errors$ .

[acf_all_fields_accordion]

− Features

$Multi$ – $Pin$ $Configuration$ : Features an $8$ – $pin$ $electrode$ $head$ , $maximizing$ $the$ $number$ $of$ $contact$ $points$ $within$ $a$ $small$ $area$ $for$ $highly$ $reliable$ $and$ $stable$ $readings$ on uneven or packaged materials.
Controlled $Penetration$ $Depth$ : $The$ $pins$ $penetrate$ $1$ $inch$ $into$ $the$ $material$ , $making$ $it$ $ideal$ $for$ $textile$ $forms$ $such$ $as$ $cones$ $or$ $skeins$ $where$ $deeper$ $probes$ $are$ $unsuitable$ .
$Moisture$ $Isolation$ $Technology$ : $The$ $pins$ $are$ $insulated$ $except$ $for$ $the$ $outermost$ $1/4$ $inch$ $of$ $the$ $tip$ . $This$ $critical$ $feature$ $ensures$ $the$ $measurement$ $is$ $drawn$ $from$ $the$ $inner$ $core$ $of$ $the$ $package$ , $improving$ $accuracy$ .
Versatile $Textile$ $Application$ : $Specifically$ $suited$ $for$ $quality$ $control$ $across$ $various$ $fibrous$ $materials$ , $including$ $cotton$ , $hemp$ , $hops$ , $and$ $finished$ $textiles$ , $offering$ $broad$ $utility$ $in$ $fiber$ $processing$ .

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Features

$Multi$ – $Pin$ $Configuration$ : Features an $8$ – $pin$ $electrode$ $head$ , $maximizing$ $the$ $number$ $of$ $contact$ $points$ $within$ $a$ $small$ $area$ $for$ $highly$ $reliable$ $and$ $stable$ $readings$ on uneven or packaged materials.
Controlled $Penetration$ $Depth$ : $The$ $pins$ $penetrate$ $1$ $inch$ $into$ $the$ $material$ , $making$ $it$ $ideal$ $for$ $textile$ $forms$ $such$ $as$ $cones$ $or$ $skeins$ $where$ $deeper$ $probes$ $are$ $unsuitable$ .
$Moisture$ $Isolation$ $Technology$ : $The$ $pins$ $are$ $insulated$ $except$ $for$ $the$ $outermost$ $1/4$ $inch$ $of$ $the$ $tip$ . $This$ $critical$ $feature$ $ensures$ $the$ $measurement$ $is$ $drawn$ $from$ $the$ $inner$ $core$ $of$ $the$ $package$ , $improving$ $accuracy$ .
Versatile $Textile$ $Application$ : $Specifically$ $suited$ $for$ $quality$ $control$ $across$ $various$ $fibrous$ $materials$ , $including$ $cotton$ , $hemp$ , $hops$ , $and$ $finished$ $textiles$ , $offering$ $broad$ $utility$ $in$ $fiber$ $processing$ .

Technical Specifications

Application & Standards

Accessories

Software

FAQs

$What$ $is$ $the$ $main$ $application$ $for$ $the$ $37-E/C$ $Electrode$ ?

$Its$ $primary$ $use$ $is$ $to$ $accurately$ $measure$ $the$ $moisture$ $content$ $in$ $textile$ $cones$ , $yarn$ $skeins$ , $cotton$ , $hemp$ , $and$ $hops$ .

$How$ $deep$ $do$ $the$ $pins$ $penetrate$ ?

$The$ $pins$ $are$ $designed$ $to$ $penetrate$ $a$ $maximum$ $depth$ $of$ $1$ $inch$ $into$ $the$ $test$ $material$

$Why$ $is$ $the$ $insulation$ $important$ $on$ $the$ $pins$ ?

$The$ $insulation$ $confines$ $the$ $moisture$ $reading$ $to$ $the$ $uninsulated$ $1/4$ $inch$ $at$ $the$ $tip$ , $ensuring$ $the$ $measurement$ $reflects$ $the$ $core$ $moisture$ $and$ $not$ $surface$ $conditions$ .

$Is$ $this$ $electrode$ $used$ $by$ $itself$ $for$ $reading$ $moisture$ ?

$No$ , the $37-E/C$ $is$ $an$ $electrode$ $accessory$ $that$ $must$ $be$ $connected$ $to$ $a$ $compatible$ $Delmhorst$ $moisture$ $meter$ $and$ $cable$ $to$ $provide$ $a$ $moisture$ $content$ $reading$ .

$What$ $is$ $the$ $advantage$ $of$ $the$ $8$ – $pin$ $design$ ?

$The$ $8$ – $pin$ $design$ $increases$ $the$ $overall$ $contact$ $area$ , $which$ $is$ $beneficial$ $for$ $getting$ $a$ $more$ $representative$ $and$ $consistent$ $reading$ $in$ $fibrous$ $materials$ .

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37-E/C

Electrode for Cotton and Textiles.

Electrode for Cotton and Textiles.

Electrode for Cotton and Textiles.

$What$ $is$ $the$ $main$ $application$ $for$ $the$ $37-E/C$ $Electrode$ ?

$How$ $deep$ $do$ $the$ $pins$ $penetrate$ ?

$Why$ $is$ $the$ $insulation$ $important$ $on$ $the$ $pins$ ?

$Is$ $this$ $electrode$ $used$ $by$ $itself$ $for$ $reading$ $moisture$ ?

$What$ $is$ $the$ $advantage$ $of$ $the$ $8$ – $pin$ $design$ ?

$What$ $is$ $the$ $main$ $application$ $for$ $the$ $37-E/C$ $Electrode$ ?

$How$ $deep$ $do$ $the$ $pins$ $penetrate$ ?

$Why$ $is$ $the$ $insulation$ $important$ $on$ $the$ $pins$ ?

$Is$ $this$ $electrode$ $used$ $by$ $itself$ $for$ $reading$ $moisture$ ?

$What$ $is$ $the$ $advantage$ $of$ $the$ $8$ – $pin$ $design$ ?

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37-E/C

Electrode for Cotton and Textiles.

Electrode for Cotton and Textiles.

Electrode for Cotton and Textiles.

What is the main application for the 37-E/C Electrode?

How deep do the pins penetrate?

Why is the insulation important on the pins?

Is this electrode used by itself for reading moisture?

What is the advantage of the 8–pin design?

What is the main application for the 37-E/C Electrode?

How deep do the pins penetrate?

Why is the insulation important on the pins?

Is this electrode used by itself for reading moisture?

What is the advantage of the 8–pin design?

Related Products

Related products

Quick Links

Company

Legal

Contact Info

$What$ $is$ $the$ $main$ $application$ $for$ $the$ $37-E/C$ $Electrode$ ?

$How$ $deep$ $do$ $the$ $pins$ $penetrate$ ?

$Why$ $is$ $the$ $insulation$ $important$ $on$ $the$ $pins$ ?

$Is$ $this$ $electrode$ $used$ $by$ $itself$ $for$ $reading$ $moisture$ ?

$What$ $is$ $the$ $advantage$ $of$ $the$ $8$ – $pin$ $design$ ?

$What$ $is$ $the$ $main$ $application$ $for$ $the$ $37-E/C$ $Electrode$ ?

$How$ $deep$ $do$ $the$ $pins$ $penetrate$ ?

$Why$ $is$ $the$ $insulation$ $important$ $on$ $the$ $pins$ ?

$Is$ $this$ $electrode$ $used$ $by$ $itself$ $for$ $reading$ $moisture$ ?

$What$ $is$ $the$ $advantage$ $of$ $the$ $8$ – $pin$ $design$ ?