Mill-Max Launches New Double Row Pre-Wired SLC Connectors

1 March, 2022

Introducing Mill-Max’s new double row pre-wired connectors in both spring-loaded and target versions. These products incorporate high quality Mill-Max pins with the convenience of an 8” pig-tail to suit a wide variety of applications.

 

The new double row connectors, 889-22-0XX-70-501010 (spring-loaded) and 889-10-0XX-70-502010 (target), complements Mill-Max’s existing single row pre-wired products, providing numerous wiring options in a convenient package. This connector eliminates the process of crimping wires to assembled connectors and can replace the slow and laborious crimp and poke style connectors, which helps to save costs.

 

Both the spring-loaded and target connectors are available in 4-20 positions and are ready to use in a host of wire termination applications. The open-end wire has flexible termination possibilities like soldering, crimping, splicing, or connecting to a terminal block. The 889 series uses reliable Mill-Max spring-loaded pins which are suitable for battery charging, low-power delivery and quick connect purposes.

 

Key features of the connectors are:

 

  • Precision-machined and gold-plated pins on .100” (2.54 mm) centres with connector housings moulded from high temperature thermoplastic
  • Spring-loaded pins have a maximum stroke of .055” (1.4 mm) while the target connector has a burr free mating surface
  • The 8” (203 mm) long wires are 24 AWG stranded conductors per UL1007 with black PVC insulation and 7/32 stranding
  • Positive stop inside the pins prevents the pins from being dislodged if pull force is applied to the wires
  • Wire crimping is achieved using an 8-point crimp tool per M22520/1-01, insuring the proper tensile retention is attained

YOU MAY BE INTERESTED IN…

Pin Technology Comparison: Through-Hole vs Surface Mount

Pin Technology Comparison: Through-Hole vs Surface Mount

22 August, 2023
Within the ever-changing landscape of electronic components and printed circuit boards (PCBs), two fundamental pin technologies continue to stand out: through-hole and surface mount. These distinct methods both serve the essential purpose of linking components to PCBs, yet they differ significantly in terms of design, assembly techniques, and their diverse applications.   As an established…

Read More

New Right-Angle Solder Cup Headers

3 August, 2018
Designed to simplify wire to board terminations, the new 380-10-1XX-10-003000 right-angle headers series by Mill-Max are ideal for situations where space is limited and wires cannot be easily manipulated. These solder cup headers speed up the soldering process and reduce overall assembly height by eliminating the need to bend wires or cables for in-line connections….

Read More

Mill-Max Pre-Wired Spring-Loaded Connectors

3 February, 2020
Mill-Max Manufacturing Corp., Inc. announces the release of a new pre-wired spring-loaded connector, a two-position header with crimp terminated wires. This product combines high quality Mill-Max spring-loaded pogo pins with the convenience of a 12” pig-tail to suit a wide variety of applications.   The new 867-22-002-70-501010 cable assembly is a cost-effective solution when a…

Read More

Product Development: The Role of Quality Electronic Components

Product Development: The Role of Quality Electronic Components

31 July, 2023
In today’s rapidly advancing technological landscape, the success of any product hinges on the quality and reliability of its electronic components. Whether it’s a smartphone, a smart home device, or a cutting-edge medical device, the performance and longevity of these products are intricately tied to the electronic components incorporated in their design.   Furthermore, in…

Read More

Pickering Miniature High Voltage Reed Relay rated up to 150°C

18 July, 2023
The launch of the latest variant of the Series 104 miniature high voltage reed relay from Pickering is now rated up to 150°C.   Pickering Electronics, a renowned company for its remarkable advancements in reed relay miniaturization and superior performance over the past 50 years, today launched a new high temperature high voltage single-in-line reed…

Read More

ANY ENQUIRIES?

GET IN TOUCH WITH US

English