YAMATAKE
YAMATAKE 1LX7001-R Limit Switch electrician tool
A YAMATAKE Azbil limit switch for electrical position detection, supplied new in a single pack
- TypeTest Equipment
- Color/FinishRed
- Item Count1 pack
- Selling UnitBox
- Parts3 Years
- Labor1 Year
- Reliable position detection with YAMATAKE Azbil engineering
- Limit switch designed for electrician tool applications
- Distinctive red finish aids quick identification on site
- Sold as a single unit in protective box packaging
- Backed by three-year parts and one-year labour coverage
Identity and Purpose
The YAMATAKE 1LX7001-R is a limit switch designed for position sensing in industrial control circuits. It suits electricians and maintenance engineers who need a reliable electromechanical actuator for automated machinery.
Fit and Alternatives
This switch fits panels and equipment requiring a standard snap-action contact block. Buyers who need non-contact proximity sensing or a different actuator style should look at alternative sensor types.
Switch Configuration
The red finish provides clear visual identification in crowded cabinets. Supplied as a single unit in a box, it carries a three-year parts and one-year labour warranty from the manufacturer.
Highlights
- Reliable position detection with YAMATAKE Azbil engineering
- Limit switch designed for electrician tool applications
- Distinctive red finish aids quick identification on site
- Sold as a single unit in protective box packaging
- Backed by three-year parts and one-year labour coverage
Specifications
| Brand | YAMATAKE/azbil |
|---|---|
| Model | 1LX7001-R |
| Type | Test Equipment |
| Color/Finish | Red |
| Item Count | 1 pack |
| Selling Unit | Box |
| Parts | 3 Years |
| Labor | 1 Year |
Questions about this item
How often should the limit switch contacts be inspected or replaced under normal industrial use?
The manufacturer specifies a three-year parts coverage period, suggesting inspection intervals aligned with that timeframe for typical duty cycles.
What mechanical or electrical limit is reached first during continuous actuation cycles?
The switch is rated for standard industrial limit-switch duty; the mechanical endurance of the actuator mechanism typically determines the first service limit.
Does the switch generate noticeable heat or require extra cooling when operated continuously all day?
As a passive electromechanical limit switch it draws minimal control-circuit current and produces negligible heat during sustained operation.
Also in this aisle
People compared these
Same shelf, same checkout — eight coins and a 30-minute rate lock.



