KW11 Bump Sensor – Subminiature Micro Limit Switch

SKU: HZDNO26QRI
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The KW11 Bump Sensor – Subminiature Micro Limit Switch is a compact mechanical switch designed for detecting physical contact, movement, and end-of-travel conditions in electronic and robotic projects. Its small size makes it suitable for applications where limited mounting space is available. The switch operates through a mechanical actuator that changes the electrical contact state when pressed. It can be...
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The KW11 Bump Sensor – Subminiature Micro Limit Switch is a compact mechanical switch designed for detecting physical contact, movement, and end-of-travel conditions in electronic and robotic projects. Its small size makes it suitable for applications where limited mounting space is available.

The switch operates through a mechanical actuator that changes the electrical contact state when pressed. It can be used as a bump sensor, limit switch, position detector, end-stop, or simple push-operated input in DIY electronics and automation systems.

The compact construction makes the KW11 suitable for small robots, particularly obstacle-detection and collision-detection mechanisms. It can also be mounted on moving mechanisms to detect when a component reaches a predefined position or mechanical limit.

This subminiature micro limit switch is useful for makers, students, hobbyists, and electronics developers. It can be connected to a microcontroller such as Arduino, Raspberry Pi, or other control systems using a suitable pull-up or pull-down configuration according to the project requirements.

Key Features

KW11 Bump Sensor
Subminiature Micro Limit Switch
Compact Mechanical Switch
Physical Contact Detection
Suitable for Bump Sensor Applications
Useful as a Limit Switch
Suitable for End-of-Travel Detection
Useful for Position Detection
Normally Open and Normally Closed Contacts
Common Terminal Available
Suitable for Small Robots
Useful for Obstacle Detection
Suitable for Collision Detection
Ideal for DIY Electronics
Useful for Arduino Projects
Suitable for Raspberry Pi Projects
Compact and Lightweight Design
Easy to Integrate into Control Circuits
Suitable for Automation Projects
Ideal for Makers and Students

Shipping & Returns

Orders placed before 3 PM IST will be shipped on the same day (excluding Sundays and Public holidays) through our shipping partners. In rare cases, the pickup may get delayed during Public holidays / Bandh / Environmental disturbances.

Specifications

Specifications:

Product Name: KW11 Bump Sensor – Subminiature Micro Limit Switch
Product Type: Micro Limit Switch / Bump Sensor
Switch Type: Mechanical
Actuation: Physical / Mechanical
Contact Configuration: Common, Normally Open and Normally Closed
Number of Terminals: 3
Operation: Momentary Switching
Function: Contact, Position and Limit Detection
Mounting: Custom Mechanical Mounting
Output Type: Electrical Switch Contact
Power Requirement: None
Controller Compatibility: Arduino, Raspberry Pi and Other Compatible Control Systems
Applications: Robot Bump Sensors, Limit Detection, End Stops, Position Detection, Obstacle Detection, DIY Electronics, Automation Systems, 3D Printers, CNC Projects and Prototyping
Package Includes: 1 × KW11 Bump Sensor – Subminiature Micro Limit Switch

FAQ

1. What is the KW11 bump sensor used for?

It is used to detect physical contact, collisions, mechanical movement, position, and end-of-travel conditions in robots, machines, and electronic projects.

2. How does this bump sensor work?

It uses a mechanical actuator that changes the electrical contact state when pressed. A controller can detect this change as an input signal.

3. How many terminals does the switch have?

The switch typically has three terminals: Common (COM), Normally Open (NO), and Normally Closed (NC).

4. Can it be used with Arduino?

Yes. It can be connected to an Arduino or similar microcontroller as a digital input using an appropriate pull-up or pull-down configuration.

5. Can it be used as a limit switch?

Yes. It can be used as an end-stop or limit switch to detect when a moving mechanism reaches a specific physical position.

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