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OMRON XG4A-1034

OMRON XG4A-1034
Manufacturer:OMRON
Model Number:XG4A-1034
Minimum Order Quantity:90
Standard Packaging:Through Hole,Right Angle,P=2.54mm
Delivery Time:3-5 working days
Product Description
Detailed Specifications & Features

OMRON XG4 Series Flat Cable Connectors

The OMRON XG4 series offers mainstream circuit board connectors conforming to MIL standards with improved design. These connectors are designed for high-density mounting and offer advantages such as MIL-compliant cables for faster delivery and lower costs, and simplified patterning with a 2.54-mm pitch. They are suitable for various applications requiring reliable connections in compact spaces.

Key Features:

  • Recommended for high-density mounting.
  • MIL-compliant cable ensures faster delivery times and lower cost.
  • 2.54-mm pitch simplifies patterning.
  • Conform to MIL standards (MIL-C-83503).
  • RoHS Compliant.
Brand
OMRON
Series
XG4
Applicable Sockets
XG4M for flat cable, XG5M-N for discrete wire
MIL Standard
MIL-C-83503
Polarity Slot Pitch
22.86 mm
Part Number (Plug) Part Number (Socket) No. of Contacts No. of Polarity Slots Description
XG4A-1079-A XG4M-1031 10 - M 2-tier Plug
XG4A-1039-A XG4M-1030 10 - M 2-tier Plug
XG4A-1439-A XG4M-1430 14 - M 2-tier Plug
XG4A-1639-A XG4M-1630 16 - M 2-tier Plug
XG4A-2039-A XG4M-2030 20 - M 2-tier Plug
XG4A-2639-A XG4M-2630 26 - M 2-tier Plug
XG4A-3039-A XG4M-3030 30 - M 2-tier Plug
XG4A-3439-A XG4M-3430 34 - M 2-tier Plug
XG4A-4039-A XG4M-4030 40 - M 2-tier Plug
XG4A-5039-A XG4M-5030 50 - M 2-tier Plug
XG4A-5079-A XG4M-5031 50 - M 2-tier Plug
XG4A-6039-A XG4M-6030 60 - M 2-tier Plug
XG4A-6079-A XG4M-6031 60 - M 2-tier Plug
XG4A-6439-A XG4M-6430 64 - M 2-tier Plug
XG4A-6479-A XG4M-6431 64 - M 2-tier Plug
Part Number Description Rated Current Rated Voltage Contact Resistance Insulation Resistance Dielectric Strength Total Insertion Force Removal Force Insertion Durability Ambient Operating Temperature
XG4M (Socket) MIL Sockets with strain relief (with lock) 1 A 250 VAC 20 m max. (at 20 mV, 100 mA max.) 1,000 M min. (at 500 VDC) 500 VAC for 1 min (leakage current: 1 mA max.) 1.96 N max. per contact 0.39 N min. (with test gauge, t=0.64 mm) 50 times -55 to 105C (with no icing at low temperature)
XG4E (Plug) Relay Plug 1 A 300 VAC 20 m max. (at 20 mV, 100 mA max.) 1,000 M min. (at 500 VDC) 500 VAC for 1 min (leakage current: 1 mA max.) 1.96 N max. per contact 0.39 N min. (with test gauge, t=0.64 mm) 50 times -55 to 105C (with no icing at low temperature)
XG4A (Plug) MIL Plugs 3 A (See note 1) 250 VAC 20 m max. (at 20 mV, 100 mA max.) 1,000 M min. (at 500 VDC) 500 VAC for 1 min (leakage current: 1 mA max.) 1.96 N max. per contact 0.39 N min. (with test gauge, t=0.64 mm) 50 times -55 to 105C (with no icing at low temperature)
XG4C (Plug) Box-type plugs 3 A (See note 1) 300 VAC 20 m max. (at 20 mV, 100 mA max.) 1,000 M min. (at 500 VDC) 500 VAC for 1 min (leakage current: 1 mA max.) 1.96 N max. per contact 0.39 N min. (with test gauge, t=0.64 mm) 50 times -55 to 105C (with no icing at low temperature)

Precautions

Correct Use

Mounting

  • Be sure to anchor the board with screws before mounting.
  • Note that a Polarizing Key cannot be mounted on the lower Plug.

Connecting the Socket

  • Before connecting the XG4M with Strain Relief, remove as much slack from the cable as possible. Insert as shown below.
  • Attach the Semi-cover before connecting the XG5M-N. It is not possible to use the Hood Cover.

Soldering

  • Automated Soldering Conditions (Jet Flow)
    1. Soldering temperature: 250 5C
    2. Continuous soldering time: Within 51s
  • Solder-mount the XG4A with the lock levers fully closed or fully open. Solder-mounting the XG4A with the lock lever half-open may cause play in lock lever due to thermal deformation of the housing.

Lock Lever Operation

  • When you operate the lock lever, do not force it past the movable range. The connector may be damaged.
  • Do not use any type of tool to operate the lock lever. Operate it only with your hand. The connector may be damaged.
  • Always release the lock mechanism before you disconnect the connector from the connected socket. The connector may be damaged.

Storage

  • If the lock levers of the XG4A or XG4E connector are left at an intermediate position for a long time, they may get to feel loose in operation due to deterioration of the plastic part. When the lock levers are not used, store the plug with the lock levers fully closed or fully open.

Tools and Accessories (Sold Separately)

XG4Z-0004 Polarizing Key

Polarity guides and slots can be used by themselves to help prevent reverse insertion. Use the Polarizing Key as well for best results.

Material: PBT resin (UL94 V-0/white)

XG4Z-0005 Coding Pin

The Coding Pin is used to prevent confusion when many Connectors with the same number of contacts are lined up. It can also be used to prevent reverse insertion when using Connectors without a shroud like the XG8 Unshrouded Plug. The Coding Pin can also be used with XC5 DIN Connectors as well as with XG5 Discrete-wire IDC Connectors.

Material: PBT resin (UL94 V-0)/white

Note: 1. A contact with a Coding Pin inserted cannot be used. 2. Each XG4Z-0005 has 4 Polarizing Keys.

XY2E-0002 Contact Cutting Driver

The Contact Cutting Driver is used to cut (twist off) a contact on the mating Plug when using an XG4Z-0005 Coding Pin.

XG5Z-0002 Lock Lever for XG8B and XG8W Plugs (With Right-angle Terminals)

Use to lock Unshrouded Plugs (for XG8B and XG8W Plugs with right-angle terminals).

Material: Polyamide resin (UL94 V-2)/natural

XG4Z-0002 Lock Lever II for XG4C Plugs

Use to lock XG4C Box-type Plugs.

Material: Polyamide resin (UL94 V-2)/natural

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