NEW PRODUCT
CCS2 High Amperage EV Charging Connector - with boost mode up to 500A
Try Our New Configurator
As simple as 1, 2, 3 - Configure a Part Number, Download Technical Data, and Check Stock. Now available for APD Series I CTC Series I MKJ Series I Nemesis Series I HDx Series
2024 Global Events Calendar
Throughout the year, we will be attending renowned exhibitions & conferences around the world, find out where >>
DLM Series - Zero Insertion Force Connectors
The Cannon DLM Series of Zero Insertion Force (ZIF) connectors fill the need in the medical commercial/industrial, computer and peripheral equipment market places for high performance, multiple-wire power and signal connectors. The metal version of the original DL connectors, the DLM features a minimum rated life of 10,000 mating cycles with no performance loss. They can be mated and unmated in less than two seconds with up to 360 contacts and offer enhanced environmental protection and EMI/RFI shielding.
Features
High pin count: 60, 96, 156, 260, 360, contact positions
ZIF Over 10K mating cycles
Metal housing (EMI/RFI Shielding)
Variety of contacts in Crimp, Square PCB Post, Square Wrap Post, Buss and PC/RC (Round PCB tail)
DLM Series - Zero Insertion Force Connectors
Searching for part specs, 2D drawings, 3D models (when available) or available stock?
Resources
DL Series Sell Sheet
DL Series ZIF Connectors for Test & Measurement - Technical Article
Medical Product Selection Guide
QLC Solderless Plug Sell Sheet
DL Series ZIF Connectors Catalog
Product Specification
Related Products
DL Series - Zero Insertion Force Connectors
The Cannon DL Series of Zero Insertion Force (ZIF) connectors fill the need in the medical commercial/industrial, computer and...
DLP Series - Zero Insertion Force Connectors
Cannon has developed a ‘Resilient Contact’ that provides reliable performance with contact wiping action directly on a PCB pad. A high...
QLC - Miniature Zero Insertion Force
ITT expands its DL Family of Connectors with the Miniature QLC device to meet size, reliability, and mating requirements for Portable...