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46、1473410-1
| Current Rating：3A | Insulation Resistance：100MΩ/min |
| Voltage Rating：500V | Withstand Voltage：1000V AC/min |
| Contact Resistance：≤40mΩ | Operating Temperature Range：-40℃~+105℃ |
| Plastic material：PBT |
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.
![[1473410-1] 2.2Pitch 16P Wire End Female Housing](http://iororwxhimpllk5p-static.micyjz.com/cloud/pqBpkKlmliSRqllrknnjkq/46.jpg "2.2Pitch 16P Wire End Female Housing")
Start with how the loom is actually built. The wire is cut and stripped, a receptacle contact is crimped onto each end, and then sixteen of those leads have to be pushed into one body in the right order without a single one stopping short of its seat. A receptacle housing laid out for that sequence changes the character of the step. Its cavities are arranged so the leads can be loaded in the order the drawing lists them, which means the person building the loom is not counting from a landmark to find cavity nine. Each contact enters along a guide rather than being aimed by eye, so the insertion is a push rather than a negotiation, and the resistance felt at the end tells the operator the contact has reached the retention point instead of merely entering the cavity. Once the body is loaded it becomes the handling point for the whole bundle: the shell takes the pull when the loom is dressed into a panel, so the load goes into molded plastic rather than into the crimp joints. That protection follows the assembly into service, when the same shell guides a mating half into alignment without the contacts having to find each other unaided — the reason the 2.2mm pitch 16P white receptacle housing is loaded once on the bench and then trusted to hold what was put in it.
A self-service kiosk rarely fails at its screen; it fails at the loom behind the service panel, which is opened every time the unit is cleaned or a bill acceptor is swapped. A connector that comes apart in one movement and goes back together the same way keeps that chore from turning into a puzzle, and it spares the technician from holding a bundle of loose leads inside a cramped cabinet. An automatic door or elevator controller presents the same problem in a harsher form: the loom is dressed through tight metalwork, it is cycled thousands of times, and a half-seated contact will not announce itself until the door stops mid-travel. Servicing is where the shape of the part pays off, because the shell can be reopened, the affected lead released and a fresh crimp loaded without the other fifteen being disturbed. Around a robot cell the same body keeps the base loom legible when it is routed alongside power feeds, so a fault trace follows the diagram rather than a guess. In each case the 2.2mm pitch 16P white receptacle housing is doing the same quiet job: holding a known number of circuits in a known order so that a service call stays routine.
1. The 2.2mm Pitch 16P White Receptacle Housing sits in the middle of the range: sixteen circuits are past the point where a small plug is adequate, but short of the count that forces a second connector into the build.
2. The white molding is a working colour rather than decoration: it separates this body from darker shells at a glance during inspection and inside a crowded panel.
3. PBT keeps the cavity field stable across the handling a loom takes between the bench and the panel, so the alignment set at assembly is the alignment found at service.
4. The ratings are published as evidence — 3 A, 500 V and a 1000 V AC withstand held for one minute — so a project can check the part against its own requirement without a round of questions.
5. A -40 °C to +105 °C window covers both an unheated store and a cabinet that has been running all day, so one part number serves installations in either condition.
Q: Who should be specifying a 2.2mm Pitch 16P White Receptacle Housing rather than a larger connector?
A: Builders whose circuit count has moved past a small plug but has not reached the point where a second connector makes sense. Sixteen positions keep a related group of signals on one body, so the wiring diagram stays single and the number of mates stays low.
Q: As a harness assembler, what do I need to know before loading this 16P receptacle housing?
A: Work from the drawing order, confirm each contact reaches its retention point rather than merely entering the cavity, and keep the keying free of swarf. Because the body holds a fixed cavity field, a lead loaded out of sequence is easier to catch during a visual check than during an electrical test.
Q: If I am maintaining this white receptacle housing, what shortens a service call?
A: Having spare contacts and a slim release tool on hand. The body is serviceable, so a single damaged lead can be released and replaced without disturbing the other fifteen, which is usually faster than swapping the whole loom.
Q: What should a buyer confirm before ordering this 16P white receptacle housing?
A: The mating half, the position count, the colour requirement, and the current and voltage the circuit actually sees. This part is published at 3 A and 500 V with a 1000 V AC withstand for one minute, and its operating window is -40 °C to +105 °C.
Q: For a design engineer, how does PBT in this receptacle housing affect the specification?
A: PBT is a rigid engineering thermoplastic, so the cavity walls resist the deformation that would let a contact drift out of position, and the material designation gives one line to place on the drawing rather than a family of options to qualify.
![[6098-5275] 2.2Pitch 12P Male Housing](http://iororwxhimpllk5p-static.micyjz.com/cloud/lqBpkKlmliSRolkpjimikq/33-640-640.png "[6098-5275] 2.2Pitch 12P Male Housing")
