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DL Series - Zif Connector

Product Description

The Cannon DL Series of Zero Insertion Force (ZIF) connectors fill the need in the medical commercial/industrial, computer and peripheral equipment market places for low-cost, high performance, multiple-wire power and signal connectors.  DL connectors feature 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. Combining their special design with commercial grade materials and low cost crimp, PCB, and wrappable hermaphroditic contact, that may be hand or machine terminated, makes the DL Series of ZIF connectors the finest low-cost-per-mated-line I/O connectors available today.

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)

Mechanical

APPLICATION / MARKET: Ultrasonic, Diagnostic & Imaging, Industrial, Defense, Transportation
SHAPE: Rectangular
SHELL STYLE: Panel, PCB or cable mounted
DURABILITY: 10,000 mating cycles
POWER & SIGNAL IN SAME LAYOUT: No
CONTACT STYLE /  TERMINATION: Stamped PCB, Solder and Press-fit

Material

SHELL: Plastic
SHELL PLATING:  Nickel
INSULATOR:  Glass filled thermoplastic, UL 94V-1
CONTACT:  Copper-Alloy
CONTACT PLATING: Gold over Nickel & Tin

Electrical

OPERATING VOLTAGE: 400 VAC
CURRENT RATING:  5Amp max.
NUMBER OF SIGNAL CONTACTS (MIN/MAX): DL: 1 -260 / DLM: 1-360
GAUGE WIRE SIZE:  18-42

Environmental

OPERATING TEMPERATURE:  -55°C to +105°C

Literature

Related Products

  • DLP

    Cannon has developed a ‘Resilient Contact’ that provides reliable performance with contact wiping action directly on a PCB pad.  A high density contact module enables a high pin count connector (136-408 contacts) and flexibility.  The nickel plated aluminum housing along with the embedded grounding springs offer superior performance under the harshest EMI conditions.  The DLP, like that of the DL, is capable of over 10,000 mating cycles.  With the PCB acting as the mated contacts, electronics can be mounted at the signal source, thus reducing cross talk and minimizing real-estate.  The DLP-408 is offered with mechanical shutters to meet the IEC requirements for finger protection.  

  • QLC

    ITT expands its DL Family of Connectors with the Miniature QLC device to meet size, reliability, and mating requirements for Portable Medical Equipment. Similar to the DL Series connectors, the QLC connector is highly reliable, easily assembled during harnessing and features a high pin count, 260 contacts in PC Board-mount style. The receptacle is available in both standard solder tail and press-fit contacts. The QLC employs rugged nickel-plated aluminum housing and features a minimum rated life of 20,000 mating cycles with no performance loss. The interface of the QLC connector utilizes EMI springs and a shield-locking mechanism to ensure uniform mating pressure around the perimeter of the mated connector, creating an EMI/RFI shield.  With the current technology advances requiring smaller connection systems, ITT reduced the size from the current DL by more than 60% with the same number of contacts.



DL Series - Zif Connector

Product Description

The Cannon DL Series of Zero Insertion Force (ZIF) connectors fill the need in the medical commercial/industrial, computer and peripheral equipment market places for low-cost, high performance, multiple-wire power and signal connectors.  DL connectors feature 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. Combining their special design with commercial grade materials and low cost crimp, PCB, and wrappable hermaphroditic contact, that may be hand or machine terminated, makes the DL Series of ZIF connectors the finest low-cost-per-mated-line I/O connectors available today.

  • 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)
APPLICATION / MARKET: Ultrasonic, Diagnostic & Imaging, Industrial, Defense, Transportation
SHAPE: Rectangular
SHELL STYLE: Panel, PCB or cable mounted
DURABILITY: 10,000 mating cycles
POWER & SIGNAL IN SAME LAYOUT: No
CONTACT STYLE /  TERMINATION: Stamped PCB, Solder and Press-fit
SHELL: Plastic
SHELL PLATING:  Nickel
INSULATOR:  Glass filled thermoplastic, UL 94V-1
CONTACT:  Copper-Alloy
CONTACT PLATING: Gold over Nickel & Tin
OPERATING VOLTAGE: 400 VAC
CURRENT RATING:  5Amp max.
NUMBER OF SIGNAL CONTACTS (MIN/MAX): DL: 1 -260 / DLM: 1-360
GAUGE WIRE SIZE:  18-42
OPERATING TEMPERATURE:  -55°C to +105°C
  • DLP

    DLP
    Cannon has developed a ‘Resilient Contact’ that provides reliable performance with contact wiping action directly on a PCB pad.  A high density contact module enables a high pin count connector (136-408 contacts) and flexibility.  The nickel plated aluminum housing along with the embedded grounding springs offer superior performance under the harshest EMI conditions.  The DLP, like that of the DL, is capable of over 10,000 mating cycles.  With the PCB acting as the mated contacts, electronics can be mounted at the signal source, thus reducing cross talk and minimizing real-estate.  The DLP-408 is offered with mechanical shutters to meet the IEC requirements for finger protection.  
  • QLC

    QLC
    ITT expands its DL Family of Connectors with the Miniature QLC device to meet size, reliability, and mating requirements for Portable Medical Equipment. Similar to the DL Series connectors, the QLC connector is highly reliable, easily assembled during harnessing and features a high pin count, 260 contacts in PC Board-mount style. The receptacle is available in both standard solder tail and press-fit contacts. The QLC employs rugged nickel-plated aluminum housing and features a minimum rated life of 20,000 mating cycles with no performance loss. The interface of the QLC connector utilizes EMI springs and a shield-locking mechanism to ensure uniform mating pressure around the perimeter of the mated connector, creating an EMI/RFI shield.  With the current technology advances requiring smaller connection systems, ITT reduced the size from the current DL by more than 60% with the same number of contacts.

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