Socket Converter to mount Belton Noval Sockets in cutouts made for Octal sockets
For TT predrilled Chassis.

Sockeladapter um Belton Noval-Sockel auf Ausfräsungen für Oktal-Sockel zu verwenden.
Für vorgefräste TT Chassis.
 

Abdeckung zum Verschliessen von unbenötigte Sockelbohrungen im Chassis.
Für vorgefräste TT Chassis.

Cover for sealing unneeded socket cutouts in the chassis.
For TT predrilled Chassis.

Aluminium Chassis
2 mm Aluminium
predrilled
Tube-Socket cut-outs for Belton Octal sockets. Adapter available to mount Belton noval sockets.

• Rugged, diecast aluminum alloy, electronic instrument enclosure.
• Lap joint construction provides protection against access of dust and splashing water. Also provides for improved EMI/RFI shielding.
• Unpainted version is vibra finished for a smooth surface with no sharp edges.
• Black painted version is painted with tough polyester powder paint for a lasting finish, even after machining. Paint is only applied to the exterior surface to maintain RFI/EMI integrity. Black screws are included to enhance appearance.
• Designed to meet IP54.
• Screws included

• Rugged, diecast aluminum alloy, electronic instrument enclosure.
• Lap joint construction provides protection against access of dust and splashing water. Also provides for improved EMI/RFI shielding.
• Unpainted version is vibra finished for a smooth surface with no sharp edges.
• Black painted version is painted with tough polyester powder paint for a lasting finish, even after machining. Paint is only applied to the exterior surface to maintain RFI/EMI integrity. Black screws are included to enhance appearance.
• Designed to meet IP54.
• Screws included

• Rugged, diecast aluminum alloy (tough - yet easy to machine), electronic instrument enclosure.
• Painted "Stomp Box" versions are coated with a smooth gloss polyester powder paint for a lasting finish, even after machining.
• Smooth paint allows for easy adhesion of labels and/or silk screens.
• Paint colors are matched to standard RAL colors.
  
• Lap joint construction provides protection against access of dust and splashing water. Also provides for improved EMI/RFI shielding.
• Designed to meet IP54.
  
• Low side wall draft angle (2 degrees or less) for easy P.C. board mounting.

• Rugged, diecast aluminum alloy (tough - yet easy to machine), electronic instrument enclosure.
• Painted "Stomp Box" versions are coated with a smooth gloss polyester powder paint for a lasting finish, even after machining.
• Smooth paint allows for easy adhesion of labels and/or silk screens.
• Paint colors are matched to standard RAL colors.
  
• Lap joint construction provides protection against access of dust and splashing water. Also provides for improved EMI/RFI shielding.
• Designed to meet IP54.
  
• Low side wall draft angle (2 degrees or less) for easy P.C. board mounting.

• Rugged, diecast aluminum alloy (tough - yet easy to machine), electronic instrument enclosure.
• Painted "Stomp Box" versions are coated with a smooth gloss polyester powder paint for a lasting finish, even after machining.
• Smooth paint allows for easy adhesion of labels and/or silk screens.
• Paint colors are matched to standard RAL colors.
  
• Lap joint construction provides protection against access of dust and splashing water. Also provides for improved EMI/RFI shielding.
• Designed to meet IP54.
  
• Low side wall draft angle (2 degrees or less) for easy P.C. board mounting.

• Rugged, diecast aluminum alloy (tough - yet easy to machine), electronic instrument enclosure.
• Painted "Stomp Box" versions are coated with a smooth gloss polyester powder paint for a lasting finish, even after machining.
• Smooth paint allows for easy adhesion of labels and/or silk screens.
• Paint colors are matched to standard RAL colors.
  
• Lap joint construction provides protection against access of dust and splashing water. Also provides for improved EMI/RFI shielding.
• Designed to meet IP54.
  
• Low side wall draft angle (2 degrees or less) for easy P.C. board mounting.

Tinned copper with silicon rubber insulation
Rated voltage: 380 V AC / 500 VDC
Test Voltage: 2000 V
Operating temperatures: -50 C / + 150 C Celsius
Stranded wire structure: 32 x 0.20 mm
5 m