Female Solder Panel-Mount, Plastic Connector (KW02.PKG)

KEY FEATURES

The KW02 miniature plastic circular electrical connectors are precision engineered, multi-pin, compact and highly-robust circular push-pull connectors used in various industries where space and cost are especially critical.
The KW02.PKG Female Solder Panel-Mount mates with the Male Solder Plug (KW02.PAG) for enclosure or housing connections.
Its unparalleled push-pull, self-latching mechanism allows for positive engagement giving an audible sound and clicking feel leading to a quick and secure engagement and disengagement from its mating part without having bulky, weight and space-consuming clips and bayonets.
Connectors include the cable collet (strain relief) and bend relief and are 0° keyed (polarization).
Gold-plated copper alloy contacts, Polysulfone (PSU) for the shell and Polyphenylene Sulfide (PPS) engineering thermoplastic used for the insulator is chemical-resistant, heat-resistant and is inherently flame retardant with a UL94V-0 flammability rating allowing these rugged, high-performance and light weight connectors to demonstrate high reliability in harsh and extreme environments conditions.It has excellent dielectric characteristics and is inert to steam (no moisture absorption), strong bases, fuels and acids.
Download Engineering Drawing for more technical information and assembly instructions.

MECHANICAL AND ENVIRONMENTAL

Characteristics	Value
Operating Temperature Range	- 50^o C, +125^o C
Mating Cycles	1000 cycles MIN
Ingress Protection Rating	IP50
Humidity	up to 95% at 60^oC
Weight *	0.014 lbs MAX

* Includes weight of bend relief

ELECTRICAL

Insulation Resistance

>1000MΩ

Item No.	Description	Material
1	CONNECTOR SHELL	POLYSULFONE (PSU)
2	INSULATOR, FEMALE SOCKETS	POLYPHENYLENE SULFIDE (PPS) WITH GOLD-PLATED COPPER ALLOY SOCKETS
3	MOUNTING NUT	NICKEL-PLATED BRASS
4	FRONT NUT, COLORED	POLYSULFONE (PSU)

* The above tables should be used as guidelines only, testing is recommended for the specific application requirements

connector mating