FISCHER CORE SERIES STAINLESS STEEL
30Pages

FISCHER CORE SERIES STAINLESS STEEL ULTRA-RESISTANT | STERILIZABLE | EASY TO HANDLE Nuclear decontamination fluids compatible Easy to handle with gloves or remotely STAINLESS STEEL

PLUGS CABLE MOUNTED STAINLESS STEEL RECEPTACLES PANEL FRONT MOUNTED PANEL REAR MOUNTED FEEDTHROUGH PANEL FRONT MOUNTED STAINLESS STEEL This catalog covers our standard connector solutions. For specific requests, including hybrid or custom connectors, please contact y

FISCHER CORE SERIES STAINLESS STEEL AVAILABLE SIZES CONNECTOR SIZE VERSUS CABLE DIAMETER mm ◄e1 All dimensions and images shown are in millimeters and are for reference only. 0 11 For max cable 0, values in parenthesis are valid STAINLESS STEEL

FISCHER CORE SERIES STAINLESS STEEL Body styles STAINLESS STEEL CABLE MOUNTED

Technical dimensions FISCHER CORE SERIES STAINLESS STEELPLUGSCABLE CABLE MOUNTED MOUNTED ST-ST BODY STYLE Series Torque [Nm] are recommended values that may be influenced by the characteristics of the cable jacket. Tests must be conducted to evaluate the exact values. To secure the cable clamp nut, we recommend the use of thread locking adhesive. STAINLESS STEEL All dimensions and images shown are in millimeters and are for reference only.

FISCHER CORE SERIES STAINLESS STEEL Body styles STAINLESS STEEL PANEL MOUNTED

Technical dimensions FISCHER CORE SERIES STAINLESS STEELRECEPTACLESPANEL FRONT MOUNTED PANEL REAR MOUNTED BODY STYLE ST-DBPE BODY STYLE Series PANEL CUT-OUT PANEL CUT-OUT STAINLESS STEEL All dimensions and images shown are in millimeters and are for reference only.

Technical dimensions FISCHER CORE SERIES STAINLESS STEELFEEDTHROUGHPANEL FRONT MOUNTED ST-WDE 103 BODY STYLE PANEL CUT-OUT STAINLESS STEEL The bulkhead feedthrough connector allows the passing of electrical signals and power through a panel via two cable plugs. The "AZ" version of the feedthrough accepts a type "A" plug on the flange side and a type "Z" plug on the threaded end, which is typically oriented toward the interior of the chassis. In the version "ZA" the connections "A" and "Z" are inverted. Dimension "B max" specifies the maximum panel thickness. For panels thinner than the...

Technical dimensions FISCHER CORE SERIES STAINLESS STEEL PANEL FRONT MOUNTED ST-WDE 107 BODY STYLE . a PANEL CUT-OUT The bulkhead feedthrough connector allows the passing of electrical signals and power through a panel via two cable plugs. The "AZ" version of the feedthrough accepts a type "A" plug on the flange side and a type "Z" plug on the threaded end, which is typically oriented toward the interior of the chassis. In the version "ZA" the connections "A" and "Z" are inverted. Dimension "B max" specifies the maximum panel thickness. For panels thinner than the unthreaded section...

Electrical & contact configurations FISCHER CORE SERIES STAINLESS STEEL A/Z POLARITY Receptacle ST-DBEE To protect users from contact with dangerous voltages, most of our connectors exist in two versions: STANDARD "A" POLARITY The contacts of the receptacle are protected against accidental touch. Recommended when voltage is present on the receptacle. Type "A" Standard Polarity INVERTED "Z" POLARITY The contacts of the plug are protected against accidental touch. Recommended when voltage is present on the plug. Plug ST-S/ST-ST Type "Z" Inverted Polarity IMPORTANT : AN "A" TYPE CONNECTOR CAN...

Electrical & contact configurations FISCHER CORE SERIES STAINLESS STEEL CONTACT  TYPES The Fischer Connectors’ contact designs are highly reliable and are guaranteed up to 5,000 mating cycles. All standard brass and bronze contacts for use in the Core Series are screw machined, and all are gold plated over a nickel underplate. Most connectors are available with solder, crimp or PCB contacts and each type is optimized for a particular application. CRIMP CONTACTS Most versatile Pre-installed contacts Qualified assemblers required PCB or Flex circuit mount Reduced pin diameter Wave soldering...

FISCHER CORE SERIES STAINLESS STEEL Electrical & contact configurations ■ Selectively annealed area ■ Special tools required ■ Limited range of wire sizes STAINLESS STEEL CONTACT TYPESCRIMP CONTACTS ■ Each contact has a selectively annealed area which is crushed during assembly by specialized tooling to ensure proper termination of the wire to the contact. ■ Commonly used for field termination or repair, as no soldering is required. ■ Not available for sealed or hermetic connectors. TOOLING FOR CRIMP CONTACTS See following pages for description of crimp tool and positioner. Please refer to...

FISCHER CORE SERIES STAINLESS STEEL 11 Stranding values are in brackets. 21 For a given AWG, the diameter of some stranded conductor designs could exceptionally be larger than the hole diameter of the barrel. Testing may be required. 31 Current per contact at 40°C temperature rise measured on the basic curve according to IEC 60512-5-2-5b. For the max. operating current a reduction factor must be used and limitations due to the size of the wires and the permissible upper temperature limit of the materials employed must be taken into account. See page A13 for details. 41 Recommended operating...

FISCHER CORE SERIES STAINLESS STEEL Electrical & contact configurations 11 Stranding values are in brackets. 2) For a given AWG, the diameter of some stranded conductor designs could exceptionally be larger than the hole diameter of the barrel. Testing may be required. 3) Current per contact at 40°C temperature rise measured on the basic curve according to IEC 60512-5-2-5b. For the max. operating current a reduction factor must be used and limitations due to the size of the wires and the permissible upper temperature limit of the materials employed must be taken into account. See page A13...

FISCHER CORE SERIES STAINLESS STEEL STAINLESS STEEL 11 Stranding values are in brackets. 21 For a given AWG, the diameter of some stranded conductor designs could exceptionally be larger than the hole diameter of the barrel. Testing may be required. 31 Current per contact at 40°C temperature rise measured on the basic curve according to IEC 60512-5-2-5b. For the max. operating current a reduction factor must be used and limitations due to the size of the wires and the permissible upper temperature limit of the materials employed must be taken into account. See page A13 for details. 41...