Product 
TGG.00T.304.CLAD52Z
QM (QUANMA)
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TGA.00T.304.CLAC32 is a 4-pin miniature IP68 waterproof metal push-pull circular connector built with lightweight full-metal construction. Its slim outer dimension and compact contact layout deliver boosted pin density, making it ideal for devices with cramped mounting space. The paired assembly hits IP67 sealing, while standalone chassis sockets reach IP68 protection grade. Thanks to robust waterproofing and interference suppression, it fits medical apparatus, field test gear and various industrial machinery perfectly.
TGA.00T.304.CLAC32 matches standard B series connectors in every core dimension: panel cut size, locking mechanics, pin configuration and assembly structure. It serves as a drop-in replacement without changes to device molds, wiring harnesses or hardware frameworks. This seamless interchange slashes client R&D and assembly expenses, shortens production cycles, and maintains flawless mechanical and electrical connectivity during equipment upgrades.
Redesigned internal contact arrangement lets TGA.00T.304.CLAC32 pack more circuits into a smaller shell versus ordinary circular connectors. Its streamlined body frees up panel and internal device room, well-suited to mini, portable and multi-channel hardware. It balances compact sizing with steady performance, aligning with the market trend of downsized, intelligent precision instruments.
Crafted from integrated metal housing, TGA.00T.304.CLAC32 delivers all-round electromagnetic shielding. It blocks external signal noise effectively and stabilizes transmission for delicate, high-precision signals. Even amid disruptive industrial or medical surroundings, shielding prevents signal distortion and guarantees consistent, error-free data transfer for sensitive equipment.
Whether plugged together or separated, TGA.00T.304.CLAC32 holds stable IP68 protection against water intrusion, dust buildup and dampness. It resists liquid splashes, prolonged moisture exposure and regular washdowns to stop short circuits and signal dropout. Durable sealing sustains long-term reliability in damp coastal, outdoor and sanitizable working conditions for medical and industrial use cases.
TGA.00T.304.CLAC32 runs reliably across -55°C to 200°C. Heat-proof insulator and contact materials keep contact resistance low and insulation intact under sustained high heat. It functions steadily within automotive, factory, aerospace and high-temperature testing setups, sustaining secure connections under extreme thermal strain.
Parameters | Specifications |
Operating Temperature | -55°C~200°C |
Humidity(max) | <=95%[at 60°C/140°F] |
Salt Spray Corrosion | 96hr |
Vibration | 15g[10Hz~2000Hz] |
Mating Cycles | 5000+ times |
Contact Material | Gold Plated Tin Bronze |
Housing Material | Pearl Chrome Plated Copper |
Insulator Material | PPS |
Other Shell Material | Nickel-plated Brass |
Contact Diameter | 0.5mm |
Shock Resistance | 100g[6ms] |
Rated Current | 2A |
Rated Voltage | 650V AC |
Insulator Resistance | 5000 mΩ[at 500V AC] |
Contact Resistance | <=15 mΩ |
IP Rate | IP68 |
Built to withstand salty, humid marine environments, TGA.00T.304.CLAC32 works for ship communication modules, underwater detection sensors, ocean monitoring units and offshore platform controls. IP68 sealing and anti-corrosion properties handle constant salt mist and high humidity; full metal shielding eliminates marine electromagnetic interference for uninterrupted power and signal transfer.
Suitable for high-temperature industrial environments, the T series connector is used in thermal detection systems, high-temperature sensors, furnace monitoring equipment, and industrial heating devices. It can withstand temperatures up to 200°C while maintaining stable electrical performance. Its robust structure and excellent sealing ensure reliable connection in high-temperature and high-vibration industrial scenes.
TGA.00T.304.CLAC32 adapts to hot factory surroundings for thermal sensing units, furnace monitoring tools, industrial heating modules and high-temperature pipeline testers. It retains stable electrical output at peak 200°C, with reinforced structure resisting vibration-induced loosening for steady circuit links in harsh production workshops.
TGA.00T.304.CLAC32’s condensed structure conserves vital joint space on precision robots, auto assembly arms and smart production lines. It transmits multi-path power and control signals reliably, with strong anti-shock and anti-interference traits to eliminate signal wobble during fast mechanical movement and enable ultra-precise motion control.
Featuring pressure-resistant full metal housing and IP68 deep-water sealing, TGA.00T.304.CLAC32 connects deep-water robots, seabed sensors, marine exploration gear and underwater monitoring terminals. It stands up to deep-sea hydraulic pressure and seawater corrosion for long-duration unattended underwater missions.
TGA.00T.304.CLAC32 meets medical hygiene standards for laser treatment machines, skin analysis systems and professional beauty apparatus. Full shielding stabilizes control and power signal flow; IP68 waterproofing permits safe regular cleaning and disinfection without harming internal circuitry.
Low-weight build cuts payload burden for industrial UAVs, unmanned ground vehicles and autonomous inspection platforms. TGA.00T.304.CLAC32 links flight controllers, image transmitters and onboard sensors, with wide temperature tolerance and shock resistance ensuring stable performance in variable outdoor operating conditions.
A:Our trade term is EXW, meaning buyers manage all logistics and freight costs. Most clients opt for DHL, FedEx or their contracted forwarders for pickup. We supply complete customs clearance documentation to facilitate smooth delivery. Reach out to our team if alternative shipping arrangements are required.
A:We only accept full 100% T/T bank transfers. Official corporate bank details will be issued after quotation confirmation or PI release. Complete payment via international wire transfer; contact support for any payment procedure questions.
A: Yes, this 4-pin miniature unit achieves full mating and electrical compatibility with standard B series parts. Our engineering team can provide verification and technical support promptly if compatibility testing is needed for your project.
