CarlisleIT's light-weight series backshells are designed to minimize weight and maximize internal space and EMI shielding. Our D-sub backshells are an ideal solution for high end commercial and aviation cables where weight and/or EMI shielding are critical.
Key Features
Straight, 45° and 90° exit
60% lighter than comparable industry standard products
Compact and efficient design maximizes internal space
Front panel mount capability
Slots for mounting stability
Tapped body style
Accommodates conventional and moisture proof
MIL-STD-24308 D-sub connectors
Designed for ease of manufacturing and rework in the field
High precision manufacturing results in a minimal air gap
Very effective EMI shielding & RoHS compliant
Benefits
Special mounting features for mechanical mounting stability that maximizes cable strain relief strength. This subsequently prevents potential damage to individual wires and electrical contacts
Readily available engineering support for shield termination methods that optimize the mechanical and electrical system performances
Custom designs are available to suit special application requirements such as tight space limitations or bending radai
CarlisleIT's light-weight series backshells are designed to minimize weight and maximize internal space and EMI shielding. Our D-sub backshells are an ideal solution for high end commercial and aviation cables where weight and/or EMI shielding are critical.
Key Features
- Straight, 45° and 90° exit
- 60% lighter than comparable industry standard products
- Compact and efficient design maximizes internal space
- Front panel mount capability
- Slots for mounting stability
- Tapped body style
- Accommodates conventional and moisture proof
- MIL-STD-24308 D-sub connectors
- Designed for ease of manufacturing and rework in the field
- High precision manufacturing results in a minimal air gap
- Very effective EMI shielding & RoHS compliant
Benefits
- Special mounting features for mechanical mounting stability that maximizes cable strain relief strength. This subsequently prevents potential damage to individual wires and electrical contacts
- Readily available engineering support for shield termination methods that optimize the mechanical and electrical system performances
- Custom designs are available to suit special application requirements such as tight space limitations or bending radai