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39、1318917-1
| 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 | Terminal material：— |
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
![[1318917-1] 2.2Pitch 24P Wire End Male Housing](http://iororwxhimpllk5p-static.micyjz.com/cloud/prBpkKlmliSRqllrmjqrkp/39.jpg "2.2Pitch 24P Wire End Male Housing")
What separates this male housing from a generic shell is the way its cavity block and outer walls are designed as one continuous structure. Rather than treating retention and alignment as separate problems, the body holds every terminal on a common centerline while the outer geometry protects the mating face from the handling that happens between crimping and final assembly. That single-piece approach removes a failure mode that shows up late in production, when a terminal that has shifted by a fraction of a millimeter turns an otherwise finished loom into a rework job. The material choice reinforces the same idea: an engineering thermoplastic keeps the cavity walls stiff enough to resist deformation during repeated mating cycles, so contact alignment does not drift as a connector ages in service. Molded-in keying means the housing can only seat one way, which protects both the terminals and the person assembling the loom from reversed insertion — a difference that saves time on the line and reduces the diagnostic load later. Serviceability is built in as well: terminals can be released and replaced without scrapping the housing, which is why this 2.2mm pitch 24P white male housing tends to stay in a design through several revisions rather than being swapped out when the circuit count changes.
Inside a control cabinet, a technician usually has one shot at routing a loom before the panel goes back on. A twenty-four position male housing earns its place there because the leads can be crimped and loaded on the bench, then carried to the enclosure as a finished run instead of being terminated in place. In cabin electronics the same part sits behind a dashboard module, where space is tight, ambient heat builds over a long shift, and a connector that backs out of its seat means pulling the trim apart again. Laboratory and medical instruments ask a different question: the loom is handled often during servicing, so a housing that can be unplugged, reopened and reloaded without damage keeps the instrument in rotation. None of these settings tolerate a housing that shifts its contacts under vibration or heat, and that shared requirement is what makes this 2.2mm pitch 24P white male housing a practical choice across all three.
Why Choose 1318917-1—2.2mm Pitch 24P White Male Housing
1. The ratings are published rather than implied, so a 2.2mm pitch 24P white male housing can be checked against your own requirement before you commit: 3 A, 500 V, and a 1000 V AC dielectric withstand held for one minute.
2. The temperature window is stated plainly at -40 °C to +105 °C, which covers a cold storage bay and a hot enclosure interior without a derating conversation.
3. Two resistance figures are supplied as evidence, not as marketing: contact resistance below 40 mΩ max and insulation resistance above 100 MΩ min, the numbers an engineering team asks to see.
4. White PBT is a common, well-understood housing material, so the part behaves predictably in service and matches the color an assembly line already builds around.
5. Twenty-four circuits sit on a consistent 2.2mm pitch, which keeps one housing family usable across several builds as the circuit count drifts.
FQAs
Q: How should I clean a 2.2mm Pitch 24P White Male Housing during routine maintenance?
A: Wipe it with a lint-free cloth dampened with isopropyl alcohol and let it dry completely before mating. Avoid aggressive solvents, which can attack the PBT body, and never steam-clean or hot-air-dry the housing, since both push it past its 105 °C limit.
Q: What is the best way to store spare 24P male housings before they are used?
A: Keep them in their sealed bag, out of direct sunlight and out of a cold store where condensation can settle in the cavities. Temperature alone is rarely the problem given the -40 °C to +105 °C rating; contamination and impact damage from loose storage are the practical risks.
Q: My loom shows intermittent continuity. Should I replace this 24P male housing?
A: Check the crimped terminations first, then the housing. Look for a terminal that never seated fully, a deformed retention feature, or contamination on a contact surface. The body is serviceable, so if it and the keying are undamaged you can release the terminals, replace only the affected ones and reload.
Q: Can this white male housing be mated and unmated repeatedly during testing?
A: Yes, that is ordinary use. Seat it using the molded keying rather than force, and inspect the mating face periodically for damage; if you see cracks at the retention feature or the cavities have loosened, retire the housing instead of cycling it further.
Q: How do I remove a terminal from this 24P male housing without damaging it?
A: Release the retention feature with a slim tool while pulling gently on the lead. Work one cavity at a time and keep the tool from bearing on the cavity wall, because scored plastic is where cracks start later.
