0.64mm Terminal, 2.2mm Pitch, Wire-to-Board Connector

1. Reduces PCB Mounting Space
　 (0.64mm Terminal Tab Size / 2.2mm Pitch)
2. Wide Product Line-up
3. Prying Force : 98N Min.
4. Heat Resistant Up to 105℃
5. Clear Tactile Click
6. Can Be Mated with Other Manufacturers' Products

2.0mm Pitch, 0.5 Size, Wire-to-Board Connector

1　Space-saving and Wide Variations
2　Meets severe automotive requirements
3　Excellent contact retention within a compact size
4　High contact reliability with long effective mating length and 2-point
　  contact design
5    Safety design with center lock prevents incomplete mating,
      misinsertion and lock damage 

High Heat and Vibration Resistance, 0.5 Size, 2mm pitch Automotive Interface Connector

1. Space-saving (0.5 size terminal, 2mm pitch)
2. High Heat Resistance : up to 125℃
3. High Vibration Resistance
4. Rated Current : 5A (Single Pin Power Supply) / 2A (All Pins Power Supply)
5. Retainer Guarantees 40N Tensile Strength
6. Wide Position Varieties (2, 4, 5, 8, 12, 16, 20, 24)

Small and Waterproof Connector for Automotive Interface
 

1. Small Size (0.64mm terminal, 2.2mm pitch)
   Space-saving design contributes to device size reduction.

2. High Vibration Resistance
   The female crimp terminal design includes a doublelayer spring, 3-point contact and
   3 serrations in order to surpass the intense vibration requirements for devices mounted
   in the engine room.

3. High Heat Resistance
   Can be used at a temperature of 125℃.

4. Waterproof (IP67/IP69K)
   Hirose's original waterproof design is compliant with IP67/IP69K when mated.
   With waterproof performance that withstands high pressure washing, ZE064W is
   suitable for use as an interface connector for automotive and industrial applications
    used in harsh environments.

5. Rated Current
  5A (Single Pin Power Supply) / 2A (All Pins Power Supply)

6. Mating Keys
   Prevents mis-mating when using multiple connectors.

7. Retainer
   The retainer prevents incomplete terminal insertion and has high contact reliability
   during cable routing.