Roller ball on the lever end for applications such as end-stop switches.
Description
These microswitches have a roller ball on the lever end for applications such as end-stop switches. They are rated up to 5A and suitable for logic levels and low power switching.
PACKAGE INCLUDES:
- Qty 2 – Microswitch with Roller Lever SPDT 5A
KEY FEATURES OF MICROSWITCH WITH ROLLER LEVER SPDT 5A:
- Microswitch with roller ball lever
- Single Pole / Double Throw (SPDT)
- Rated for up to 250VAC @ 5V
These are 3-terminal SPDT type switches with a C or COM (Common), NO (Normally Open) and NC (Normally Closed) connections.
When the switch is open the COM and NC terminals make contact. When the switch is closed by depressing the lever the COM and NO terminals make contact and the COM to NC connection is open.
Pins are solder type suitable for connecting to wires and will also work with small quick disconnect connectors. The lever is 16mm long. There are 2 small holes that can be used for mounting with M2.5 or smaller screws if desired.
Our Evaluation Results:
These work well for logic level switching or for lighter duty power switching.
We have tested these switches at 30VDC @ 4A and they have a good snap-action operation. Switch operation occurs after about 4.0mm travel of the lever.
Notes:
- Roller may be red or black
Technical Specifications
| Switch Type |
|
Miniature Microswitch |
| Contact Style |
|
SPDT |
| Maximum Current |
|
5A |
| Maximum Voltage |
|
250VAC |
| Termination Style |
|
Wire solder pins |
| Dimensions |
L x W x H (switch body) |
20 x 6 x 11mm (0.8 x0 .24 x0 .4″) |
|
Lever Length |
16mm (0.6″) |
Reliable JST connector cables with secure locking design, UL-certified wires, and high-quality crimping. Supports up to 3A current with compact 2.5mm pitch. Ensures stable power and signal transmission for PCB, LED, robotics, and industrial use. Custom lengths, colors, and pin counts available.
cables are made with high-purity copper wires and solid copper terminals, ensuring excellent conductivity, low resistance, and long-term reliability in power and signal transmission. Ideal for high-performance electronic applications.
