L17HTNAGSOL2RM84C 15-Position D-Sub Receptacle Equivalent & Substitute Parts

Part Overview

The L17HTNAGSOL2RM84C is a 15-position D-Sub receptacle connector manufactured by Amphenol ICC (Commercial Products), designed for vertical through-hole solder termination applications. This connector features female sockets with mating side female screwlock (M3) fastening and is specified for 5A current rating at 600V voltage rating. The product is actively manufactured and RoHS compliant. Alternative equivalent parts are necessary for supply chain continuity, design flexibility across manufacturing facilities, or when original production allocations are unavailable.

Substiute Parts

L17HTNAGSOL2RM84C

Amphenol ICC (Commercial Products)In Stock: 941L17HTNAGSOL2RM84C Datasheet

Current PartRFQ

09662116503

HARTINGIn Stock: 78509662116503 Datasheet

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09662117503

HARTINGIn Stock: 80409662117503 Datasheet

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09662516513

HARTINGIn Stock: 175509662516513 Datasheet

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09662517513

HARTINGIn Stock: 102309662517513 Datasheet

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09662556513

HARTINGIn Stock: 70009662556513 Datasheet

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747141-2

TE Connectivity AMP ConnectorsIn Stock: 786747141-2 Datasheet

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D15S24A4GV00LF

Amphenol ICC (FCI)In Stock: 35597D15S24A4GV00LF Datasheet

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D15S24A4GX00LF

Amphenol ICC (FCI)In Stock: 1199D15S24A4GX00LF Datasheet

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D15S24A6GX00LF

Amphenol ICC (FCI)In Stock: 1699D15S24A6GX00LF Datasheet

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Key Parameters

Substitute Part Grouping Explanation

Substitute D-Sub 15-position receptors are organized by compatibility with the L17HTNAGSOL2RM84C based on the following critical electrical and mechanical parameters:

Core Compatible Parameters (All Substitutes Meet These):

• Connector style: D-Sub receptacle
• Position count: 15 positions
• Row configuration: 2 rows
• Shell size/layout: 2 (DA, A)
• Connector type: Female sockets
• Contact type: Signal
• Mounting: Through hole
• Termination method: Solder
• Flammability: UL94 V-0
• Material class: Copper alloy contacts
• Moisture sensitivity: Level 1 (Unlimited)
• HTSUS classification: 8536.69.4040

Variable Parameters Affecting Selection:

• Current rating: 5A (main part) vs. 6.5A (HARTING variants) or unspecified (TE Connectivity 747141-2)
• Voltage rating: 600V (main part) vs. unspecified (HARTING variants) or 300V (Amphenol Delta D series)
• Operating temperature range: -55°C to 150°C (main part) vs. -55°C to 125°C (substitutes) or -55°C to 105°C (TE Connectivity)
• Shell finish: Nickel plated (main part) vs. Unspecified (HARTING) or Tin plated (TE Connectivity) or Tin-Nickel plated (Amphenol Delta D)
• Contact finish: Gold (main part) vs. Unspecified (HARTING 09662116503, 09662117503, 09662517513) or Gold (HARTING 09662556513, TE Connectivity 747141-2, Amphenol Delta D series)
• Flange feature: Mating side female screwlock M3 (main part) vs. Mating side 4-40 (HARTING variants) vs. Housing/shell (TE Connectivity, Amphenol Delta D) vs. Female screwlock 4-40 (HARTING variants)
• Compliance: RoHS Compliant (main part) vs. RoHS3 Compliant (HARTING, Amphenol Delta D D15S24A4GX00LF) vs. RoHS non-compliant (TE Connectivity 747141-2)

Parameter Comparison

Engineering Selection Recommendations

Amphenol ICC L17HTNAGSOL2RM84C (Original Specification): Active product status with RoHS compliance. Full specification data available for all electrical parameters including 600V voltage rating and 150°C maximum operating temperature. Recommended as primary selection when design specifications require 600V rating or operating temperatures above 125°C.

HARTING 09662516513 and 09662517513 (Primary Alternatives): RoHS3 compliant, active status, highest inventory availability (1655 and 954 pieces respectively). Both feature board lock functionality matching the original part. Current rating of 6.5A exceeds the 5A specification. Operating temperature limited to 125°C. Suitable for designs where voltage rating below 600V is acceptable and operating temperature requirement does not exceed 125°C. Contact finish not specified; confirm requirement with manufacturer if gold plating is critical.

HARTING 09662116503 (Secondary Alternative): RoHS3 compliant with adequate inventory (733 pieces). No board lock feature; verify circuit board design compatibility. Operating temperature to 125°C. Contact finish and voltage rating unspecified. Current rating 6.5A. Applicable where board lock feature is not required.

HARTING 09662117503 (Secondary Alternative): RoHS3 compliant with inventory of 787 pieces. Electrically equivalent to 09662116503. Functionally suitable where board lock is not required and operating temperature remains at or below 125°C.

HARTING 09662556513 (Alternative with Gold Contacts): RoHS3 compliant with 678 pieces in stock. Contact finish specified as gold, matching the original part specification. Board lock feature present. Operating temperature to 125°C. Voltage rating unspecified. Recommended alternative for applications requiring gold-plated contacts.

Amphenol ICC Delta D Series D15S24A4GV00LF (High-Volume Alternative): RoHS compliant, highest inventory availability (35,497 pieces). Active series status. Voltage rating reduced to 300V; applicable only in designs with 300V or lower voltage requirements. Operating temperature to 125°C. Mating side female screwlock with 4-40 fastening differs from original M3 specification; mechanical compatibility with mating plugs must be verified. Gold contact finish (flash thickness) meets contact material requirements.

Amphenol ICC Delta D Series D15S24A4GX00LF (Housing-Mount Alternative): RoHS3 compliant, active status, 1110 pieces available. Housing/shell mounted flange differs mechanically from original mating side configuration. Voltage rating 300V. Gold contact finish. Phosphor bronze contacts. Select for designs permitting housing-mounted configuration and 300V voltage rating.

Amphenol ICC Delta D Series D15S24A6GX00LF (Premium Gold Plating): RoHS compliant, 1633 pieces in stock. Contact finish specified at 30.0µin (0.76µm), matching the original part thickness specification. Housing/shell mount configuration. Voltage rating 300V. Recommended alternative where precise gold plating thickness specification and housing-mount geometry are compatible with design requirements.

TE Connectivity AMPLIMITE 747141-2 (Legacy Alternative): RoHS non-compliant; applicable only in applications without RoHS regulatory requirement. Active status. Press-fit termination differs from solder termination; design PCB layout compatibility required. Operating temperature limited to 105°C. Current rating unspecified. Color specified as black. Sourcing limited to 721 pieces. Not recommended for new designs or RoHS-regulated applications.

Frequently Asked Questions (FAQ)

Q: Can HARTING 09662516513 or 09662517513 be used directly to replace L17HTNAGSOL2RM84C?

A: These HARTING connectors are mechanically and electrically compatible within defined parameter constraints. Both feature identical position count (15), shell size (2/DA-A), solder termination, and UL94 V-0 flammability rating. Critical differences exist in fastening specification (M3 female screwlock vs. 4-40 female screwlock) and operating temperature range (150°C vs. 125°C maximum). Verify mating connector compatibility with the 4-40 fastening specification. If the original design operates above 125°C, these variants are unsuitable.

Q: Why do HARTING variants show higher current rating (6.5A vs. 5A)?

A: Current rating differences reflect design variations in contact geometry and material composition. Higher ratings indicate HARTING contacts accommodate greater sustained current. This does not disqualify substitution for 5A-rated circuits; the substitute provides increased current capacity margin. However, confirm that the 6.5A rating is based on the same contact form and material composition as the original specification.

Q: Can Amphenol Delta D D15S24A4GV00LF be substituted due to its high inventory level?

A: D15S24A4GV00LF is mechanically compatible (15 positions, shell size 2, solder termination) but presents voltage rating reduction from 600V to 300V. This substitution is valid only for circuits operating at 300V or lower. Operating temperature range matches other modern substitutes (125°C maximum). Mating-side female screwlock with 4-40 specification requires verification of mechanical fit with existing mating connectors. The substantially higher inventory (35,497 pieces) indicates broader platform usage.

Q: Why is TE Connectivity 747141-2 flagged as non-recommended despite compatibility?

A: TE Connectivity 747141-2 carries RoHS non-compliance status, restricting use to applications in non-regulated markets or legacy systems. Press-fit termination fundamentally differs from solder termination, requiring PCB design modifications. Operating temperature specification (105°C maximum) is the lowest among all alternatives and may restrict thermal applications. These factors, combined with lower inventory, make newer alternatives preferable for current designs.

Q: How do contact material differences (copper alloy vs. phosphor bronze) affect substitution?

A: Both copper alloy and phosphor bronze contacts function in D-Sub applications within specified electrical and thermal ranges. Phosphor bronze (Amphenol Delta D series) offers increased spring properties and wear resistance in high-cycle mating applications. For applications with standard mating cycle requirements and 5A or lower current per contact, both materials perform equivalently. Contact material selection becomes critical in high-cycle or high-reliability applications.

Q: Can substitutes with unspecified voltage or current ratings be used?

A: Several HARTING variants provide incomplete specification data (unspecified voltage, contact finish, or contact material). These gaps complicate direct comparison but do not preclude use when the substitute is sourced from an active product line with quality certifications (RoHS3 compliance, UL94 V-0 flammability). Request complete datasheet specifications from the manufacturer before final design selection if critical electrical parameters depend on these unspecified values.

Q: How does shell finish (nickel plated vs. tin-nickel plated) affect EMI performance?

A: Both nickel plated and tin-nickel plated steel shells provide equivalent shielding effectiveness for D-Sub receptacle applications within standard EMI/RFI operating ranges. Shell finish selection is driven by environmental corrosion requirements and contact-to-shell plating compatibility rather than shielding performance. No performance degradation occurs with either finish in standard industrial environments.