WDELE WD-E Series High Current Metal Pushbutton Switches

The Family

WD-E Series High Current Metal Pushbutton Switches Lineup

Select a model to inspect its photos and drawings in the quick view.

2 Photos 2 Drawings

WD-E Series High Current Metal Button Switches

View Photos & Drawings Inquire

Engineering Highlights

WD-E Series High Current Metal Pushbutton Switches: Engineering Details

The construction and performance details recorded for the WD-E Series High Current Metal Pushbutton Switches — sealing, contacts, materials and endurance.

It can be connected with a wired socket to ensure contact performance and reduce labor waste
The diameter of the operation button is increased, which has stable self-locking performance and comfortable operation feel
It has a super metallic texture and high-end appearance design
The new structural design, fast-moving contacts, stable on-off performance
improve the ability to resist welding deformation
IP67 waterproof grade at the end of the button
Mechanical life up to 1,000,000 cycles
It can realize two-color, three-color and multi-color luminescence
Gold-plated pins improve oxidation resistance, ultra-short design, save installation space
Widened and thickened pins to improve the current passing performance and refuse to heat
It has applied for or obtained a number of patents, and has passed CQC and CE certification.

Technical Data

Technical Specifications

Key specifications for the WD-E Series High Current Metal Pushbutton Switches — confirm each value against the current datasheet before specifying your build.

Electrical Performance

Switching voltage	1.5V~250VAC/DC
Current rating — Resistive loads	DC-13: 12V/24V 10A; AC-15: 110V/250V 10A
Current rating — Inductive loads	AC-15: 110V/250V 3.5A; DC-13: 110V 3.5A
Rated heating current	Ith: 10A/250VAC
Switch combinations	1NO1NC
Lamp bead voltage	AC/DC: 3.3V, 6V, 12V, 24V, 36V, 48V, 110V, 220V
Lamp bead current	2mA~20mA
Dielectric strength	≥100MΩ 500VDC/h
Compressive strength	Pins and housings 2500VAC 20mA/min
Contact resistance	Contact resistance≤50mΩ

Mechanical & Environmental

Mounting hole diameter	22~22.1mm, 25~25.1mm, 30~30.1mm
Waterproof rating	IP65 at the end of the button; IP67 optional
Ambient temperature	-30℃~85℃
Electrical life	DC-13: 12V/24V 10A > 30,000 times; AC-15: 110V/250V 10A > 30,000 times
Mechanical life	DC-13: 12V 0.5A > 1,000,000 times
Operating force	Approximately 2.5~4N
Button travel	The key stroke is 3mm and the contact stroke is 1.5mm

Materials & Terminals

PIN pin style	Switch pin 4.8×0.8; LED pin 2.8×0.5
Base material	Modified nylon PA66
Glowing color	Red / Green / Blue / Yellow / White
Housing material	SUS304 / Brass nickel-plated / aluminum alloy anodized
Key Material	PC&SUS316
Contact material	Silver tin oxide alloy contacts

More Specifications

Action type

Self-locking/self-resetting (optional)

Configuration

Configuration Options

Mounting, actuator, wiring and finishing options for the WD-E Series High Current Metal Pushbutton Switches.

Mounting diameter

Head shape

Type of operation

Type of glow

Glowing color

LED Voltage

Housing material

Pick one option per parameter, then request a quote — your selections are pre-filled into the inquiry.

Standard Specifications

Serial NumberE
Switch combinations11: 1NO1NC

Applications

Built for These Applications

Real-world environments and equipment where the WD-E Series High Current Metal Pushbutton Switches is a natural fit for dependable WDELE control.

Agricultural machinery, construction equipment, municipal vehicles, fire apparatus, and other special-purpose vehicles operate outdoors and are exposed to rain, dust, mud, vibration, temperature changes, and demanding electrical environments.

Heavy-Duty & Special Purpose Vehicles

EV chargers, battery energy storage systems, power inverters, and other energy infrastructure often operate outdoors and require reliable control, high-current switching, status indication, and emergency shutdown functions.

Renewable Energy, BESS & EV Charging Infrastructure

PV combiner boxes, solar tracking systems, inverters, switchgear, and power distribution cabinets require reliable panel components that remain stable under heat, dust, outdoor exposure, and continuous electrical operation.