MS24266R14B15P7

Heilind Number:CIMMS24266R14B15P7
Manufacturer:Cinch Connectivity Solutions
Manufacturer Number:MS24266R14B15P7
ECAD Model:
3D Model

Description:

STRAIGHT PLUG 15#20 PIN

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Specifications

AttributeValue
Product Category:
Manufacturer:Cinch Connectivity Solutions
Manufacturer Part Number:Cinch Connectivity Solutions MS24266R14B15P7
Gender:Male
Mount Type:Cable Mount
Shell Size:14
Mating Type:Bayonet
Mount Angle:Straight
Shell Finish:Anodized
Mating Cycles:500 cycle
Seal Material:Fluorosilicone, Silicone Rubber
Current Rating:7.5 A
Voltage Rating:1500 VAC
Housing Material:Aluminum
Number of Contacts:15
Termination Method:Crimp
Military Specification:MIL-C-26500
Maximum Operating Temperature:200 °C
Minimum Operating Temperature:-55 °C
Shell Size - Insert Arrangement:14-15
Series:Omega
Shell Type:Plug, Straight
Contact Type:Pin
Shell Material:Aluminum
Locking Mechanism:Bayonet
Insert Arrangement:14-15
Operating Temperature:-55 to 200 °C
SKU:CIMMS24266R14B15P7

Detailed Description

Introducing the MS24266R14B15P7, a rugged circular connector designed to meet stringent MIL-DTL-26500 military specifications. Part of the Omega series, this connector features a durable aluminum housing with a cable mount for secure attachment. With 15 gold-plated contacts and a crimp termination method, it ensures reliable signal transmission in harsh environments. Operating effortlessly in temperatures ranging from -55°C to 200°C, it's perfect for demanding applications. The bayonet mating type and straight mount angle facilitate quick and easy installation. Its silicone rubber and fluorosilicone seals provide excellent environmental protection. With a shell size of 14 and a current rating of 7.5A, it offers high performance and durability. ROHS compliant and capable of withstanding up to 1500VAC, this connector is ideal for hi-rel applications, guaranteeing 500 mating cycles. Anodized for added corrosion resistance, it's the perfect choice for aerospace, defense, and industrial use. Trust the MS24266R14B15P7 for superior connectivity in the most challenging conditions.