Connection style
Distinguish feedthrough, PCB termination and adapter designs to define the rear connection.
I/O Connector products
Locking RJ45 Connectors
Find a locking RJ45 interface for your equipment panel or PCB. Compare feedthrough, board-mount and adapter designs by orientation, locking mechanism and available space. Check the mating connector before choosing a part, or request samples and pricing for a known part number.
Part number search & selector
Find Locking RJ45 Connectors part numbers
The table uses the current English-site product records, published selection fields and part-specific technical-file links.
* Frozen Image and Part Number columns · drag horizontally to review all specifications
| Image | Datasheet | Compare | Downloads |
Wiring method
|
Dimensions (L×W×H, mm)
|
Installation/welding process
|
Locking device
|
Number of plugging and unplugging (times)
|
Contact rated current (DC)
|
Contact rated voltage (AC)
|
Operating temperature
|
Operating humidity
|
Sample |
|---|
| Image | Part number | Datasheet | Compare | Downloads | Wiring method | Dimensions (L×W×H, mm) | Installation/welding process | Locking device | Number of plugging and unplugging (times) | Contact rated current (DC) | Contact rated voltage (AC) | Operating temperature | Operating humidity | Sample |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
 |
WHA9080001051AB35 | SPEC | 90° plug board | 25×29.5×25.2 | Wave soldering capable | Latch lock | 1000 | 1.5A | 125V | -40 °C～+85 °C | 20～70% |
|
||
 |
WH80000051AB35 | SPEC | 90° plug board | 25×29.5×25.2 | Wave soldering capable | Latch lock | 1000 | 1.5A | 125V | -40 °C～+85 °C | 20～70% |
|
||
 |
WH80000051AB35S | SPEC | 90° plug board | 25×29.5×25.2 | Wave soldering capable | Latch lock | 1000 | 1.5A | 125V | -40 °C～+85 °C | 20～70% |
|
||
 |
WHK6380005V432000 | SPEC | 90° plug board | 28×33×34.75 | Wave soldering capable | Latch lock | 1000 | 1.5A | 125V | -40 °C～+85 °C | 20～70% |
|
No matching part numbers
Broaden the selected filters or clear the current search.
Product family quick links
Start with Wiring method
Counts reflect the current published product data.
How to select
A practical selection sequence
Narrow the published fields in sequence, compare the remaining candidates and verify the part-specific files before design-in.
- 01
Define both ends
Identify the mating part and whether the rear interface is cable, PCB or adapter based.
- 02
Check installation space
Check the part drawing for the panel cutout, thickness, mounting holes and cable clearance.
- 03
Review retention and operating conditions
Review latch, internal locking or threaded retention and the part-specific electrical, environmental and mating requirements.
- 04
Validate a sample or request pricing
Check assembly and mating in the new design. If the part is known, send quantity and timing requirements directly.
Key selection parameters
What each filter helps you decide
Orientation and mounting dimensions
Check drawing datums, cutout, PCB holes and board-edge position; overall dimensions do not replace a mounting drawing.
Locking mechanism
Compare latch, internal locking and threaded retention against mating parts and access.
Mating durability
Read the cycle count with its test conditions; it is not a vibration or ingress rating.
Contact ratings and environment
Review current, voltage, temperature and humidity separately; connector shape does not establish system power capability.
Product family comparison
Compare the published Wiring method
Use this summary as a routing step, then verify every required value in the exact part-number row and linked technical files.
Return to the selector ↑| Wiring method | Parts | Dimensions (L×W×H, mm) | Installation/welding process | Locking device | Number of plugging and unplugging (times) | Contact rated current (DC) | Contact rated voltage (AC) | Operating temperature | Operating humidity | Action |
|---|---|---|---|---|---|---|---|---|---|---|
| 180° straight through | 3 | 28×33×34.75, 25×30.2×41.5 | 3M self-tapping screws | Latch lock | 1000 | 1.5A | 50V, 125V | -30 °C to +80 °C, -40 °C～+85 °C | 20～70%, - | Filter → |
| 180° plug board | 4 | 25×29.5×25.2 | Wave soldering capable | Latch lock, Internal card | 1000 | 1.5A | 125V | -40 °C～+85 °C | 20～70% | Filter → |
| 90° Adapter | 1 | 28×33×34.75 | 3M self-tapping screws | Latch lock | 1000 | 1.5A | 125V | -40 °C～+85 °C | 20～70% | Filter → |
| 90° plug board | 4 | 28×33×34.75, 25×29.5×25.2 | Wave soldering capable | Latch lock | 1000 | 1.5A | 125V | -40 °C～+85 °C | 20～70% | Filter → |
| Waterproof male connector | 1 | 28×33×34.75 | Crimping process | Spiral Lock | 1000 | 1.5A | 125V | -40 °C～+85 °C | 20～70% | Filter → |
Technical performance & application fit
Validate the complete design context
Application suitability is part-number specific. Treat the catalog fields as a shortlist, then confirm the design against the linked technical files.
Stage-lighting and professional equipment panels
- Review latch access, the cable-side mating part and service clearance. Connector retention is not a substitute for equipment-level vibration validation.
Industrial equipment interfaces
- Choose a panel or PCB arrangement and review grounding, cable routing and the equipment environment.
Downloads & technical resources
Find files by part number
Search a full or partial SKU, then open its datasheet, 3D model or PCB footprint without returning to the product table.
Showing representative available file sets. Search to find a specific SKU.
WHKNZ198Z80006W71A200180° straight through
WHKNZ63180180° straight through
WHA80001051AB33ZT180° straight through
WHA80001051AB33180° plug board
WHLS80000013AB33180° plug board
- 14
- PDF datasheets listed
- 13
- 3D file sets listed
- 0
- PCB footprints listed
VOOHU’s published product content is reviewed by its engineering team. Specifications, downloads and technical support information are tied to specific part numbers, so you can verify them before requesting samples or a quotation.
Category overview
Locking RJ45 connectors and where they earn their cost
A locking connector solves one specific problem: the standard RJ45 latch is the weakest part of the link.
Discuss a new design
Contact FAE for a replacement assessment.
Already have a part number? Request samples or a quote.
What fails on a standard RJ45
The retention on an ordinary RJ45 is a small moulded plastic tab. It breaks, it snags when cables are pulled through, and under vibration it allows enough movement to produce intermittent contact. In an office that is an inconvenience. On a machine, a vehicle or a stage rig it is a fault that is hard to trace.
How the locking mechanism differs
A locking connector uses a metal shell with a positive mechanical latch, usually a bayonet or threaded arrangement, so the mated pair is held by the housing rather than by a plastic tab. The connection survives vibration and accidental pull on the cable, and it cannot be unplugged without a deliberate action.
The shell only shields if it is grounded
The metal housing gives the cable screen somewhere to terminate, which helps emissions and immunity. That only works if the panel mounting provides a defined low impedance path to chassis. A shell left floating, or bonded to signal ground, provides no shielding benefit and can make matters worse.
FAQ & related guides
Questions before design-in
These answers guide the page workflow. Part-specific engineering limits still come from the linked technical files.
Will a locking RJ45 receptacle accept any standard RJ45 plug?
Do not assume mating from the RJ45 name alone. Contact engagement, housing clearance and latch operation all need checking. Physical insertion does not necessarily provide locking or sealing; share the plug part number or drawing.
What is the difference between a 180° feedthrough and a 180° PCB-mount version?
A feedthrough connects front and rear interfaces; a PCB-mount version terminates to a circuit board. The same angle does not mean the same rear termination, mounting holes or panel position.
Which dimensions matter for a 90° locking RJ45 connector?
Check the panel cutout, mounting holes, front/rear projection, PCB pattern and board-edge position. Allow room for mating and cable bending; matching overall dimensions alone do not prove interchangeability.
Are all locking RJ45 connectors waterproof?
No. Retention and ingress protection are separate attributes. Check the selected part, required seals, mating state and installation conditions for an ingress-protected connection.
Can these parts directly replace another brand of locking RJ45 connector?
A review is required. Provide the existing part, plug/receptacle drawings, wiring and fixed installation constraints. FAE can propose candidates and explain differences before sample validation.
Where can I obtain a datasheet and PCB footprint?
Open the files listed for the selected part. If a PCB footprint is not available, request the relevant design data. A feedthrough outline is not a footprint for a PCB-mount version.
What should I check for a stage-lighting interface?
Check the equipment signal assignment, wiring, mating design and operating environment as well as retention. A suitable connector shape does not establish protocol compliance or equipment reliability.
How do I request locking RJ45 samples and a quote?
Send the part number, quantity, project stage, destination and required timing. If the part is not yet known, describe the mounting and mating requirements for support from sales engineering and FAE.
Engineer support
Continue after product selection
Send the candidate part number and the condition you need reviewed. Sample support can be added after the selection is clear; commercial questions may be discussed in the same engineering conversation.
- 1Selected part numbers
- 2Engineering review
- 3Sample request
- 4Commercial discussion
For a replacement review
- Original part and datasheet
Include the document revision
- Operating conditions
Temperature, isolation voltage and PoE current basis
- Package constraints
Pin count, pitch and spacing between pin rows
- Project stage and annual volume
To help prioritize samples and evaluation
- Target review date
When you need candidates and a comparison of differences
Engineering review identifies candidate parts and explains the differences.
For samples and a quotation
- Candidate part numbers
From the selector or engineering review
- Quantity and project stage
Prototyping / pilot build / production
- Required delivery date
Specify sample and production timing separately
- Required documentation
Compliance documents, material declarations or third-party reports
Sample quantity, lead time and cost depend on the project stage and part number. Sales will respond on business days.
Published replacement reviews
Push-Pull Transformer Selection Comparison: VOOHU WHST06Q02E0 vs. Würth Elektronik 750316819
View all alternatives
