Amphenol ICC 67998-212 Equivalent & Substitute Parts

Part Overview

The Amphenol ICC 67998-212 is a rectangular connector header designed for through-hole board-to-board applications. This BERGSTIK® II series connector features 12 positions arranged in 2 rows with 0.100" (2.54mm) pitch spacing. The part is currently active in production with 1118 units in stock.

Substitute parts are necessary when the original manufacturer part becomes unavailable, when alternative compliance certifications are required, or when specific contact finish or insulation material specifications better suit application requirements.

Substiute Parts

67998-212
Amphenol ICC (FCI)In Stock: 119367998-212 Datasheet
67998-212
Current Part
4-102973-0
TE Connectivity AMP ConnectorsIn Stock: 18614-102973-0 Datasheet
4-102973-0
MFR Recommended
929710-10-06-RK
929710-10-06-RK
MFR Recommended
929715-01-06-EU
929715-01-06-EU
MFR Recommended
929715-03-06-I
3MIn Stock: 1246929715-03-06-I Datasheet
929715-03-06-I
MFR Recommended
929715-10-06-I
3MIn Stock: 1144929715-10-06-I Datasheet
929715-10-06-I
MFR Recommended
HTSW-106-14-G-D
Samtec Inc.In Stock: 1376HTSW-106-14-G-D Datasheet
HTSW-106-14-G-D
MFR Recommended
M20-9970645
Harwin Inc.In Stock: 2005M20-9970645 Datasheet
M20-9970645
MFR Recommended
PBC06DFAN
Sullins Connector SolutionsIn Stock: 2722PBC06DFAN Datasheet
PBC06DFAN
MFR Recommended
PBC06DFCN
Sullins Connector SolutionsIn Stock: 1075PBC06DFCN Datasheet
PBC06DFCN
MFR Recommended
PBC06DFEN
Sullins Connector SolutionsIn Stock: 1584PBC06DFEN Datasheet
PBC06DFEN
MFR Recommended
PEC06DFAN
Sullins Connector SolutionsIn Stock: 1718PEC06DFAN Datasheet
PEC06DFAN
MFR Recommended
PEC06DFBN
Sullins Connector SolutionsIn Stock: 964PEC06DFBN Datasheet
PEC06DFBN
MFR Recommended
PEC06DFEN
Sullins Connector SolutionsIn Stock: 1626PEC06DFEN Datasheet
PEC06DFEN
MFR Recommended

Key Parameters

Parameter Specification
Connector Type Header
Contact Type Male Pin
Number of Positions 12
Number of Rows 2
Pitch - Mating 0.100" (2.54mm)
Row Spacing - Mating 0.100" (2.54mm)
Mounting Type Through Hole
Termination Solder
Style Board to Board
Shrouding Unshrouded
Contact Shape Square
Material Flammability Rating UL94 V-0
Insulation Color Black
RoHS Status RoHS non-compliant
Moisture Sensitivity Level 1 (Unlimited)

Substitute Part Grouping Explanation

Substitute parts for the 67998-212 are qualified based on the following critical parameters:

Mandatory Matching Parameters:

  • 12 positions in 2-row configuration
  • 0.100" (2.54mm) mating pitch
  • 0.100" (2.54mm) row spacing
  • Male pin contact type
  • Through-hole solder termination
  • Board-to-board style
  • Unshrouded design
  • Square contact shape
  • UL94 V-0 flammability rating

Variable Parameters Allowing Substitution:

  • Contact finish (Gold, Tin, or combinations thereof)
  • Contact finish thickness
  • Contact material (Phosphor Bronze, Copper Alloy, Brass)
  • Insulation material (varies by manufacturer)
  • Insulation color (Black or Natural)
  • Overall contact length (post length variations)
  • Operating temperature range
  • Current rating
  • RoHS compliance status
  • Product status (Active or Obsolete)

All listed substitute parts maintain the core electrical and mechanical interface requirements while offering variations in material composition, thermal performance, and regulatory compliance.

Parameter Comparison

Part Number Manufacturer Positions Pitch (mm) Contact Finish - Mating Contact Material Operating Temp (°C) Current Rating (A) RoHS Status Product Status
67998-212 Amphenol ICC 12 (2x) 2.54 Gold or Gold, GXT™ Phosphor Bronze - - Non-compliant Active
929710-10-06-RK 3M 12 (2x) 2.54 Tin Copper Alloy -40 to 105 2.5 Compliant Active
929715-01-06-EU 3M 12 (2x) 2.54 Gold Copper Alloy -40 to 105 2.5 Compliant Active
929715-03-06-I 3M 12 (2x) 2.54 Gold Copper Alloy -40 to 105 2.5 Compliant Active
929715-10-06-I 3M 12 (2x) 2.54 Gold Copper Alloy -40 to 105 2.5 Compliant Active
HTSW-106-14-G-D Samtec Inc. 12 (2x) 2.54 Gold Phosphor Bronze -55 to 125 Varies ROHS3 Compliant Active
M20-9970645 Harwin Inc. 12 (2x) 2.54 Gold Brass -40 to 105 3 ROHS3 Compliant Active
PBC06DFAN Sullins Connector Solutions 12 (2x) 2.54 Gold Phosphor Bronze -65 to 125 3 ROHS3 Compliant Active
PBC06DFCN Sullins Connector Solutions 12 (2x) 2.54 Gold Phosphor Bronze -65 to 125 3 ROHS3 Compliant Active
PBC06DFEN Sullins Connector Solutions 12 (2x) 2.54 Gold Phosphor Bronze -65 to 125 3 ROHS3 Compliant Active
4-102973-0 TE Connectivity AMP Connectors 80 (2x) 2.54 Gold Copper Alloy -65 to 105 3 Non-compliant Obsolete

Engineering Selection Recommendations

For RoHS Compliance Requirements: Select from 3M series (929710-10-06-RK, 929715-01-06-EU, 929715-03-06-I, 929715-10-06-I), Samtec HTSW-106-14-G-D, Harwin M20-9970645, or Sullins PBC06 variants. These parts carry RoHS3 or RoHS Compliant certifications.

For Extended Temperature Range: HTSW-106-14-G-D (-55°C to 125°C) and Sullins PBC06 series (-65°C to 125°C) provide wider operating temperature ranges compared to the original 67998-212.

For Higher Current Capacity: M20-9970645 (3A per contact), PBC06DFAN, PBC06DFCN, and PBC06DFEN (3A) offer increased current ratings versus the original specification.

For Phosphor Bronze Contact Material: HTSW-106-14-G-D, PBC06DFAN, PBC06DFCN, and PBC06DFEN maintain phosphor bronze contacts matching the original 67998-212 material composition.

For Gold Mating Finish: 929715-01-06-EU, 929715-03-06-I, 929715-10-06-I, HTSW-106-14-G-D, M20-9970645, and all Sullins PBC06 variants provide gold contact finish.

Note on 4-102973-0: This TE Connectivity part features 80 positions and is marked obsolete. It does not meet the 12-position requirement and is not a direct substitute.

Frequently Asked Questions (FAQ)

Q: Can I use a substitute part with a different contact finish? A: Yes. The mating interface remains compatible. Gold and tin finishes both provide reliable electrical contact. Gold offers superior corrosion resistance; tin provides cost efficiency. Selection depends on application environment and cost constraints.

Q: What is the difference between the 3M 929715 variants? A: The 929715 series differs in post length and insulation material. 929715-01-06-EU features 0.110" post length with PCT insulation. 929715-03-06-I has 0.410" post length with glass-filled PBT insulation. 929715-10-06-I has 0.175" post length with glass-filled PBT insulation. All maintain 12-position, 2.54mm pitch configuration and are electrically interchangeable.

Q: Is the Samtec HTSW-106-14-G-D suitable for my application? A: The HTSW-106-14-G-D maintains all critical interface parameters: 12 positions, 2.54mm pitch, board-to-board style, and through-hole solder termination. It offers extended temperature range (-55°C to 125°C) and ROHS3 compliance. Verify that the natural insulation color and liquid crystal polymer material are acceptable for your design.

Q: Why is the TE Connectivity 4-102973-0 listed as a substitute? A: The 4-102973-0 is included in the source data but does not qualify as a direct substitute. It features 80 positions versus the required 12 positions. This part should not be used as a replacement for the 67998-212.

Q: What is the difference between Sullins PBC06DFAN, PBC06DFCN, and PBC06DFEN? A: These three Sullins parts differ only in post length. PBC06DFAN has 0.120" post length, PBC06DFCN has 0.320" post length, and PBC06DFEN has 0.520" post length. All other specifications remain identical: 12 positions, 2.54mm pitch, gold mating finish, phosphor bronze contacts, 3A current rating, and -65°C to 125°C operating range. Select based on required board-to-board or cable routing depth.

Q: Are all substitute parts RoHS compliant? A: No. The original 67998-212 and TE Connectivity 4-102973-0 are RoHS non-compliant. All 3M, Samtec, Harwin, and Sullins alternatives are RoHS3 or RoHS Compliant. Verify compliance requirements for your application before selection.

Q: Can I mix substitute parts in the same assembly? A: All listed substitutes maintain identical mating interface geometry and electrical characteristics. Physical mixing is possible, but design consistency and supply chain management typically favor single-part-number selection per assembly.

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