Mini I/O Connector "DZ02 Series"for Industrial Apparatus Has Been Developed

JAE has developed the "DZ02 Series" I/O connector for industrial apparatus. The DZ02 Series is a compact connector with a superior lock structure resistant to vibration and is suitable for use under harsh environmental conditions.

As for the conventional production facilities, to meet the safety standards based on the safety of individual equipment and law was the main consideration. In recent years, centering on Europe the necessity of ensuring the safety of the whole system including the software has been increasing.

To meet those needs, the DZ02 Series can be used as an I/O connector for systems compatible with the product standard IEC/EN 61800-5-2 (Electrical Control Motor) of the international standard IEC 61508 for functional safety.

This product has a good operability and secures uniformity (coplanarity) of the lowest surface of each terminal against the mounting surface to improve SMT mountability.

:: Features

Push-on lock structure with superior operability.
Supports SMT mounting with excellent coplanarity.
Structure that prevents solder flux scattering by covering bottom surface of contact area with an outer shell.
Supports automated mounting with an embossed tape for receptacle.

:: Applicable market

Servo amplifiers, motion controllers, PLC (Programmable Logic Controller), and other industrial machinery applications.

:: General specifications (In common for both series)

No. of Contacts	:	8 pos.
Rated Current	:	0.5A per terminal
Rated Voltage	:	30V
Dielectric Withstanding Voltage	:	AC250Vr.m.s
Insulation Resistance	:	500M ohms
Operating Temperature	:	-40 Deg. C + 85 Deg. C
Mounting Method	:	SMT Mounting (for automated mounting)

:: Materials and Finishes

Product	Component	Material / Finish
Receptacle	Insulator	Synthetic resin
	Shell	Copper alloy / Tin plating
	Contact	Copper alloy / Au plating (contact area)
Short-circuit Plug	Insulator	Synthetic resin
Short-circuit Plug	Contact	Copper alloy / Au plating (contact area)

Information and details given here are as of the date of publication. Please note that the details may be changed.

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