KJA21-39-INS-ASSY-PIN by itt cannon
Image non contractuelle - consultez les spécifications du fabricant

KJA21-39-INS-ASSY-PIN

ITT CANNON

Circular PIN ...

Fiche technique
RoHS Compliant
Emballage
ACCESSOIRES
This product is backed by Electro Sonic' Certificate of Compliance Guarantee. Rest assured you will receive the Manufacturer's Certificate of Compliance with your order. Garantie du certificat de conformité

DESCRIPTION

143-2117-000 is a circular connector insert assembly pin designed for use in ITT Cannon's 38399 Series I, II, and interconnect systems. This component is part of the KJA21-39 insert assembly and serves as a critical element in circular connector applications. The product is RoHS compliant, meeting material restrictions for lead, cadmium, hexavalent chromium, mercury, polybromated biphenyl ether (PBDE), and polybromide diphenyl ether according to directive 2011/35/EU, and is compatible with lead-free soldering processes. This insert assembly pin is commonly used in interconnect solutions where reliable circular connector performance is required across various industrial and electronic applications.

Search Keywords: KJA2139INSASSYPIN

SPÉCIFICATION

Attribut du produit
Valeur de l'attribut
Sélectionner un attribut
Produits trouvés : 0
fournisseur:
ITT CANNON
Référence:
KJA21-39-INS-ASSY-PIN
Alias/également connu sous:
143-2117-000
Unité de mesure:
Par Each
RoHS:
Yes
HTS:
8547200000
COO:
MX
ECCN:
EAR99
Référence: This information is provided for customers who prefer to buy in multiples of the Manufacturer’s Standard Package quantity. Minimum Order Quantities and Required Order Multiples are presented with our price and availability information.
1

EN STOCK: 9

Expédition today, if you order in

Quantité minimale de commande pour qté en rupture de stock: 13

DÉLAI DE L'USINE 16 Weeks

Prix (USD)

QTÉ
Prix unitaire
1
$725.42
5
$723.61
10
$721.79
13
$720.00
25
$395.19
38
$268.21
50 +
$262.84
Log in for special pricing Cliquez pour demander un devis Price Match Request

Outils/Modèles 3D

ressources