help desk software
DAT70510U by cynergy3
Image is representational - see mfr. specs

DAT70510U

Cynergy3

High Voltage Relay - SPST-NO (1 Form A) - 5VDC Coil - Max Switching: 7kV, 2A - Tungsten Contacts - PCB - UL Approved ...

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. Certificate of Compliance Guarantee

DESCRIPTION

CYNERGY3's DAT70510U is a high-quality High Voltage Relay designed for applications that require switching high voltage with a reliable and durable design. This Single Pole Single Throw Normally Open (1 Form A) relay features a 5VDC coil and can handle a maximum switching capability of 7kV at 2A. The relay is equipped with tungsten contacts for enhanced conductivity and longevity. Designed for easy integration onto PCB boards, this relay is UL approved, ensuring safety and quality compliance for your projects.

Search Keywords: DAT70510U

SPÉCIFICATION

Product Attribute
Attribute Value
Select Attribute
Products found: 0
fournisseur:
Cynergy3
Référence:
DAT70510U
Unité de mesure:
Per Each
RoHS:
Yes
HTS:
8535300080
COO:
MY
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.
20
Relay Construction:
Non-Latching
AC Coil Voltage:
N/A
DC Coil Voltage:
5 V
Contact Arrangement:
SPST-NO
Mounting:
Through Hole
Operating Temperature:
-20 to 70 °C

EN STOCK: 20

Peut être expédié immédiatement

Quantité minimale de commande pour qté en rupture de stock: 5

DÉLAI DE L'USINE 18 Weeks

PRICE (USD)

QTÉ
Prix unitaire
1
$65.93
5
$65.28
10
$61.70
15
$61.39
20 +
$58.97
Emballage standard du fournisseur
Log in for special pricing Click for Quote Price Match Request
Please Note: Tariffs may apply for U.S. shipments

Tools/3D Models

ressources