myMectronic
myMectronic

A Premier B2B Part Search

Phoenix Contact FKMCP1512STF381 PCB Connector

The PHOENIX CONTACT FK-MCP 1,5/12-STF-3,81 is a robust and reliable PCB connector designed for efficient and secure connections in a variety of industrial applications. Its push-in spring connection simplifies installation, eliminating the need for tools. The connector's defined contact force ensures long-term stability, while the color-coded actuation lever enhances usability. A screwable flange provides superior mechanical stability, and an integrated test option allows for quick and convenient testing. This connector is ideal for applications requiring a compact and dependable connection solution.

Authorized Distributors
Part No:FK-MCP15/12-STF-381
Stock:0
Inv Date:05-29-2026
Price: N/A
Buy/RFQ:
Part No:FK-MCP-1-5/12-STF-3-81
Stock:0
Inv Date:05-28-2026
Price: Unit price: $36.96
Buy/RFQ:
Part No:FK-MCP-1-5/12-STF-3-81
Stock:0
Inv Date:05-28-2026
Price: Unit price: $36.96
Buy/RFQ:
Source:Arrow EU
Part No:FK-MCP 1.5/12-STF-3.81
Stock:699
Inv Date:05-29-2026
Price: N/A
Buy/RFQ:

Phoenix Contact FKMCP1512STF381 PCB Connector Specifications:

  • Packing unit: 1 pc
  • GTIN: 4017918110062
  • Weight per Piece (excluding packing): 12.200 g
  • Custom tariff number: 85366990
  • Country of origin: Germany
  • Length [ l ]: 20.8 mm
  • Width [ w ]: 56.11 mm
  • Height [ h ]: 12.4 mm
  • Pitch: 3.81 mm
  • Dimension a: 41.91 mm
  • Range of articles: FK-MCP 1,5/..-STF
  • Number of positions: 12
  • Connection method: Push-in spring connection
  • Insulating material group: I
  • Rated surge voltage (III/3): 2.5 kV
  • Rated surge voltage (III/2): 2.5 kV
  • Rated surge voltage (II/2): 2.5 kV
  • Rated voltage (III/3): 160 V
  • Rated voltage (III/2): 160 V
  • Rated voltage (II/2): 320 V
  • Connection in acc. with standard: EN-VDE
  • Nominal current IN: 8 A
  • Nominal cross section: 1.5 mm²
  • Maximum load current: 8 A (with 1.5 mm² conductor cross section)
  • Insulating material: PA
  • Flammability rating according to UL 94: V0
  • Internal cylindrical gage: A1
  • Stripping length: 9 mm
  • Conductor cross section solid min.: 0.14 mm²
  • Conductor cross section solid max.: 1.5 mm²
  • Conductor cross section flexible min.: 0.14 mm²
  • Conductor cross section flexible max.: 1.5 mm²
  • Conductor cross section flexible, with ferrule without plastic sleeve min.: 0.25 mm²
  • Conductor cross section flexible, with ferrule without plastic sleeve max.: 1.5 mm²
  • Conductor cross section flexible, with ferrule with plastic sleeve min.: 0.25 mm²
  • Conductor cross section flexible, with ferrule with plastic sleeve max.: 0.75 mm²
  • Conductor cross section AWG min.: 26
  • Conductor cross section AWG max.: 16
  • Minimum AWG according to UL/CUL: 28
  • Maximum AWG according to UL/CUL: 16
  • Recommended crimping pliers: 1212034 CRIMPFOX 6
  • Ferrules without insulating collar, according to DIN 46228-1: Cross section: 0.25 mm²; Length: 7 mm
  • Ferrules: Cross section: 0.34 mm²; Length: 7 mm; Cross section: 0.5 mm²; Length: 8 mm ... 10 mm; Cross section: 0.75 mm²; Length: 8 mm ... 10 mm; Cross section: 1 mm²; Length: 8 mm ... 10 mm; Cross section: 1.5 mm²; Length: 10 mm
  • China RoHS: Environmentally friendly use period: unlimited = EFUP-e
  • Standards and Regulations: EN-VDE, CSA, EAC, cULus Recognized

Buy the FK-MCP 1 5/12-STF-3 81 PHOENIX CONTACT PCB Connector | myMectronic

Purchase the PHOENIX CONTACT FK-MCP 1 5/12-STF-3 81 PCB Connector securely and efficiently online.

Buy Now

Frequently Asked Questions

Where can I buy Phoenix Contact FKMCP1512STF381?

You can click on the BUY or RFQ button to purchase FKMCP1512STF381 from an authorized Phoenix Contact distributor.

How do I troubleshoot issues or seek technical support for part FKMCP1512STF381?

You can download the FKMCP1512STF381 datasheet or visit the Phoenix Contact website for support.

Who is the manufacturer of FKMCP1512STF381?

Phoenix Contact

Phoenix Contact Part List

Browse and search other Phoenix Contact parts, locate datasheets and stock

Sponsored by