Replaces JST SM15B-SHLS-TF

Replaces JST SM15B-SHLS-TF
Details:
Replacement for JST SM15B-SHLS-TF, a 1.00 mm pitch SMD right-angle header with 15 circuits, single-row configuration and friction-lock retention. The alternative model A1008RS015AA6TTPBA112 is designed for compact wire-to-board PCB assemblies and supplied in reel packaging for automated component handling.
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Description
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Replacement for JST SM15B-SHLS-TF, a 1.00 mm pitch SMD right-angle header with 15 circuits, single-row configuration and friction-lock retention. The alternative model A1008RS015AA6TTPBA112 is designed for compact wire-to-board PCB assemblies and supplied in reel packaging for automated component handling.
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Technical Specifications

 

Parameter

Specification

Product Type

SMD Right-Angle Header

Replacement Model

SM15B-SHLS-TF

Alternative Model

A1008RS015AA6TTPBA112

Circuit Count

15 Circuits

Pitch

1.00 mm (0.0394 in)

Mounting Type

SMD

Orientation

Right-Angle

Rows

Single Row

Locking Structure

Friction Lock

Rated Current

1A AC/DC

Rated Voltage

50V DC

Operating Temperature

-40°C to +105°C

Contact Resistance

≤20 mΩ

Insulation Resistance

≥100 MΩ

Withstanding Voltage

500V AC/minute

Housing Material

PA66, UL 94V-0

Housing Color

White

Terminal Material

Phosphor Copper

Terminal Plating

Tin / Gold Plated

SMT Pin Body Material

LCP / PA6T, UL 94V-0

SMT Pin Body Color

Natural

Pin Material

Gold-Plated Phosphor Copper

Pin Holder Ground Disc

Brass, Tin Plated

 

SM15B-SHLS-TF Cross-Reference

 

Brand

Original Model

Alternative Model

Configuration

JST

SM15B-SHLS-TF(LF)(SN)

A1008RS015AA6TTPBA112

1.00 mm pitch, SMD, right-angle, 15 circuits, single row, friction lock, reel

 

PCB Footprint & Mechanical Replacement Check

 

PCB Footprint: Check pad pattern, mounting pads and component keep-out areas.


Connector Position: Confirm the replacement sits correctly relative to the PCB edge and nearby components.


Mating Height: Compare the connector's assembled height and mating position with the existing design.


Right-Angle Clearance: Verify the cable-side mating direction and available clearance around the connector.


Locking Interface: Confirm that the friction-lock structure engages correctly with the corresponding mating part.

 

15-Circuit Single-Row Connector Configuration

01/

15 Circuits: Maintains the target number of positions for the SM15B-SHLS-TF replacement.

02/

1.00 mm Pitch: Provides a compact contact spacing for space-constrained PCB layouts.

03/

Single Row: Keeps all contacts in one linear arrangement for the target interface.

04/

Right-Angle Design: Positions the mating cable parallel to the PCB surface.

05/

Friction Lock: Provides mechanical retention at the mating interface.

 

Mating Connector & Harness Considerations

 

Mating Connector Identification
Confirm the connector housing used on the cable side and its 15-circuit configuration.

 

Terminal Compatibility
Check the applicable crimp terminal, conductor size and termination method used with the existing harness.

 

Cable Routing
Verify that the right-angle header and cable assembly maintain the same routing direction and available space.

 

Insertion & Retention
Evaluate mating engagement, insertion force, retention and locking behavior during sample testing.

 

Harness Assembly Validation
Where the connector is used in a pre-assembled harness, test representative cable assemblies before production release.

 

Supply & Delivery for SMT Production

Packaging:

Reel packaging for SMT components.

01

MOQ:

1,000 pcs per model; samples available for evaluation.

02

Lead Time:

7–15 working days for standard orders.

03

Shipping:

Express, air and sea freight available.

04

Trade Terms

FOB, CIF and DDP supported.

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FAQ

 

Q: Can this alternative connector be added as a second source for an existing BOM?

A: Yes. The alternative can be evaluated as a qualified second source while the original JST part remains the primary source. Procurement can use the approved alternative to reduce single-supplier dependency and improve supply continuity.

Q: What information should procurement provide when requesting a quotation?

A: Provide the target JST part number, required quantity, application, expected annual demand, and any existing approval or quality requirements. If the connector is part of an assembled harness or PCB, relevant assembly information can also help confirm the sourcing requirement.

Q: Can the alternative be used for long-term OEM production?

A: Yes. For recurring OEM production, the alternative should be managed under an agreed specification and quality-control process. This helps maintain consistent performance across repeat orders rather than treating each purchase as an independent sourcing event.

Q: How can buyers control consistency between production batches?

A: Buyers should establish an approved part number, controlled specification, incoming inspection requirements, and change-notification procedure with the supplier. Batch records and inspection results can also support traceability for recurring production.

Q: What happens if the original JST connector becomes difficult to source?

A: A pre-qualified alternative can reduce the risk of production interruption. Procurement can complete sample evaluation and supplier approval before a shortage occurs, allowing the alternative to be activated when the original supply becomes constrained.

Q: Does using an alternative connector require customer approval?

A: This depends on the customer's BOM control, engineering-change procedure, and end-product requirements. For customer-controlled products, procurement should confirm whether an approved vendor list, deviation approval, or formal engineering change is required before production use.

Q: Can samples be purchased before mass-production approval?

A: Yes. Samples can be used for internal engineering evaluation, assembly trials, and customer approval before placing recurring production orders. This allows buyers to complete qualification without committing to a full production purchase.

Q: How should an approved alternative be controlled after supplier qualification?

A: The approved model should remain tied to the qualified specification and supplier source. Any material, tooling, manufacturing-process, or construction change that could affect the approved product should be reviewed through the agreed change-control process before implementation.

Q: What are the main risks when replacing an established connector supplier?

A: The main risks are undocumented specification differences, inconsistent batch quality, uncontrolled supplier changes, and insufficient approval records. A controlled qualification process, clear purchasing specification, and defined change-notification requirements help reduce these risks.

Q: What quality documents can procurement request from the alternative supplier?

A: Procurement can request the product specification, inspection records, material information, and relevant quality-control documentation required by the customer's supplier-approval process. The documentation package can be aligned with the buyer's internal qualification and purchasing requirements.

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