ST-SOY-101 OBDII Cover Brand SETOCONT

Silicone Protective OBD Cover ST-SOY-101

Name: OBD Cover

Name: OBD Cover
Plastic Materials: Silicone
Packaging: 1 pieces Each Bag
Delivery Time: Based on Order Quantity

Housing moulded, terminal plated and cable crimped in our own factory — one accountable supplier. Inspected at incoming, in-process, final and outgoing stages before the carton is sealed. Pin configuration, plating, housing, cable and colour can all be changed on your drawing.

Description

What ST-SOY-101 is for

This is a Silicone Plastic obd cover to protect the OBDII connector.

It belongs to our OBDII Covers family, which means it shares tooling, terminal stock and inspection criteria with the other models in that range — so mixing parts across an assembly does not introduce a fit or plating mismatch.

Features

High quality J1962 OBDII cover
Compliant with CE, RoHS, FCC
OEM available for colors, materials

OBD bracketobd caseobd cover

Specification

Model	ST-SOY-101
Color	Blue
Pin No.	0
Material	Silicone

Need a value changed? Terminal plating, pin count, housing geometry and cable construction are tooling decisions we own in-house.

Gallery

ST-SOY-101 in detail

Production photographs of the actual part, not a render.

Questions buyers ask

Before you order ST-SOY-101

How many pins does ST-SOY-101 have?

0 positions, to the J1962 layout. Populating fewer than the full count is a tooling option rather than a new part, so tell us the pin-out you actually need.

Can this part be modified for my application?

Yes. Pin configuration, plating, housing and form factor, connector gender, cable and jacket, material and colour, and inline electronics such as resistors, LEDs or a small PCB are all things we change on request.

What is the delivery time?

Delivery is quoted against order quantity. Send the volume and the target date with your enquiry and we will confirm both before you place the order.

Do you supply samples before mass production?

Sampling runs through a dedicated channel — design review, material preparation and scheduling — using 3D printing, CNC machining or rapid prototyping, whichever proves your point fastest.

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