6098-5281—2.2mm Pitch 16P Female Housing

For harness engineers who have to fit a whole subsystem into one disconnect, the 2.2mm Pitch 16P Female Housing replaces a pair of narrower plugs with a single wire-side body. It removes the awkward middle ground where a design has outgrown an eight-way connector but does not yet justify a second loom running alongside the first, and it keeps every one of the sixteen leads on the same wiring diagram instead of splitting them across two drawings. The body is molded in PBT, so the cavity walls hold their shape through the handling a bundle takes before it is ever plugged in. Natural resin color keeps the housing at its base material rather than committing the program to a pigment choice. Positions left unused on the first build can be reserved for a later feature, so the connector does not have to change when the product grows. For teams that expect a product to grow after launch, that headroom is the point.

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36、6098-5281

Wafer Connectors FPC Connectors W2B Connectors B2B Connectorss W2W Connectorss vertical Connectors Horizontal Connectors

Product Description

Specifications

Current Rating‌：	Insulation Resistance‌：
Voltage Rating：	Withstand Voltage：
Contact Resistance‌：	Operating Temperature Range‌：

Material

Plastic material‌：PBT

Terminal material：—

Package Type

tape and reel‌、 ‌tube packaging‌、Tape and Reel Package

Note For Wafer Connectors, FPC Connectors, FAKRA Connectors, and HSD Connectors, please contact customer service to confirm the final packaging method based on product specifications, size, and quantity requirements.

Drawing/Model

[6098-5281] 2.2Pitch 16P Female Housing

Product Features

What sets the 2.2mm Pitch 16P Female Housing apart is that it removes the mate between two smaller connectors. Sixteen leads that would otherwise arrive at a panel as two separate plugs now reach it as one, which means one insertion on the line instead of two, one place to look when a fault appears, and one point to disconnect when a module comes out for repair. Fewer mate points also mean fewer chances for a partly seated plug to pass a visual check and fail later, which is the kind of fault that costs most on a moving machine. The body carries its contacts in a fixed order, so the numbering on a wiring diagram runs straight through the connector and a technician can read circuit position without counting from a landmark. Molding in engineering thermoplastic keeps cavity geometry steady, so the alignment set at first assembly is the alignment found at the tenth. Because the housing is keyed to its mate, an incorrect or half-turned plug will not seat, and two similar looms cannot be swapped by accident. The natural resin color also means there is one less specification to freeze at drawing release. For a design that needs a wide group of related signals in one place, that combination is what separates this part from a stack of narrow connectors.

Application Scenarios

On a city bus, the body harness is where the 2.2mm Pitch 16P Female Housing does quiet work: interior lighting, door control, and passenger information all belong to the same subsystem, and landing them in one body means the ceiling loom disconnects once when a panel is dropped for maintenance rather than three times in three places. Stage and studio lighting gear presents a different problem, because a dimmer rack or moving fixture is patched and re-patched constantly, and every extra connector is one more thing to check before the rig goes live; a single wider body keeps a fixture's control and feedback leads together through load-in and load-out. Medical equipment on a cart is the third case, where a monitor, a pump, and a sensor head share a cable run that is flexed all day and has to come apart quickly for cleaning or a swap between rooms. Each of these settings rewards the same habit: keeping related circuits in one place so that the person servicing the machine only has to open one connection.

Why Choose 6098-5281—2.2mm Pitch 16P Female Housing

1. The 2.2mm Pitch 16P Female Housing keeps sixteen related circuits in one body, so a subsystem can be isolated and restored through a single connection.

2. PBT molding gives the shell the dimensional stability to hold cavity alignment across the mate cycles a serviceable machine demands.

3. Natural resin color leaves the housing at its base material, so there is no pigment specification to freeze or verify at drawing release.

4. The body follows the same 2.2mm pitch practice as the rest of the family, so terminals, crimping process, and harness drawings carry over.

5. Positions left unused on the first build stay available for a later feature, which keeps the connector in the drawing as the product grows.

FAQs

Q: Does the 2.2mm Pitch 16P Female Housing fit the same harness layout as the rest of the 2.2mm family?

A: The pitch and cavity practice carry over, so terminals and crimping process stay the same as other position counts in the family, but the body is wider and the count is fixed at sixteen, so a footprint drawn for a narrower housing needs adjusting. Confirm position count, row layout, and keying against the mating part before release.

Q: What does PBT give this 16P female housing that matters in service?

A: PBT is a rigid engineering thermoplastic, and the housing leans on that rigidity to hold cavity walls and contact position steady while the connector is handled, bundled, and mated repeatedly. It is also the resin the part is molded in, so the natural-color housing you receive is the material stated on the specification, with nothing added for appearance.

Q: How is this wide female housing handled during panel assembly?

A: Load all sixteen terminals before mating the plug, then offer the body square to its mate so the keying engages and the shell seats in one movement. Give the loom a light tug to confirm the plug is held, and route the bundle so the cable exit is not loaded sideways against the connector.

Q: How should this 16P housing be stored before it goes onto the line?

A: Keep the parts in their bag or tray so stacked weight does not press on the cavity openings, and store them away from heat and solvent vapor that soften thermoplastics. Check a batch for distorted cavities before the run starts, because a deformed shell will not hold contact position however well the terminal was crimped.