Molex MediSpec MPC Interconnect System
Molex MediSpec Medical Plastic Circular (MPC) Interconnect System combines premium performance and ease of use to meet the stringent standards of medical device users. MediSpec MPC connectors utilize a Molex contact system to ensure a reliable electrical interface and 10,000 mating cycles. MediSpec connectors offer push-pull engagement with a unique locking sleeve. Lightweight medical-grade plastic housings withstand medical industry sterilization processes, including autoclave, ethylene oxide (EtO), gamma, and chemical. An IP64 rating option is available, protecting against dust ingress and splashing water. In addition to various medical applications, these Molex connectors are also ideal for instrumentation, test and measurement, avionics, data acquisition, and entertainment equipment.Features
- Utilizes proven Molex contact technology
- Ensures reliable electrical interface and 10,000 mating cycles
- Utilizes economical stamped-and-formed process, which allows for selective plating for further cost reduction
- Simple push-pull mating engagement with unique locking sleeve
- Easy to use
- Latch provides cable un-mating force to 50N minimum for D1 and 85N minimum for D2
- Lightweight medical-grade plastic housing
- PPSU for re-use/sterilization apps
- Polycarbonate for single-use apps
- Factory-potting of terminal retainer assemblies assure barrier against dust and moisture at all locations, including unpopulated pin fields to seal them whether there is a pin in them or not
- Two standard diameter versions are available (D1 with eight contacts and D2 with 17 contacts)
Applications
- Medical
- Surgical instrumentation
- Electrophysiology
- Therapeutic
- Patient monitoring
- Imaging
- Dental
- Disposables (sensors/catheters)
- Instrumentation
- Test and measurement
- Avionics
- Data acquisition
- Entertainment equipment
Specifications
- 10,000 mating cycles
- Stamped-and-formed contact style
- IP50 or IP64 rating
- Circuit size
- Up to eight (D1)
- Up to 17 (D2)
Publié le: 2015-10-01
| Mis à jour le: 2022-03-11
