Standard delivery
£8 ex VAT · free over £200UK parcel delivery is £8 ex VAT, or free on orders over £200 ex VAT.
Heavier items may be charged at a weight-based or pallet rate, shown at checkout.
KCM1A11 – WOBBLE STICK OMNID 2 ENTRIES L/S 1NO+1NC
Lovato Electric KCM1A11 electrical installation component for professional commercial and industrial assemblies, suitable for maintenance, replacement and panel building applications.
£26.97
Lovato KCM1A11 Limit Switch - Wobble Stick Omnidirectional Flexible Rod, 1NO+1NC Slow Action Contacts
The Lovato KCM1A11 is a K Series industrial limit switch designed for reliable position detection in automation and machinery applications. Featuring an omnidirectional wobble stick actuator with a flexible rod, polymer thermoplastic housing, and 1NO+1NC slow-action make-before-break contacts, this limit switch provides dependable switching performance for demanding industrial environments.
Designed with dimensions compatible with EN 50047 standards, the Lovato KCM1A11 features two side M20 cable entries and a robust plastic body construction. Its flexible rod actuator allows detection from multiple directions, making it suitable for applications where mechanical movement may occur from different angles.
Lovato KCM1A11 Features
- K Series industrial limit switch
- Wobble stick omnidirectional actuator
- Flexible rod actuator
- 1NO + 1NC slow-action make-before-break contacts
- Polymer thermoplastic housing
- Two side M20 cable entries
- EN 50047 compatible dimensions
- IP65 body protection rating
- Suitable for industrial automation and machinery control applications
Applications
The Lovato KCM1A11 limit switch is commonly used in industrial automation equipment, conveyors, packaging machinery, machine tools, material handling systems, and position monitoring applications requiring omnidirectional mechanical sensing.
Why Choose Lovato KCM1A11?
The Lovato KCM1A11 combines flexible omnidirectional sensing, rugged industrial construction, and reliable slow-action switching technology. Its wobble stick actuator provides enhanced detection capability where conventional lever actuators may not be suitable.
Technical Specifications
Tick the specs you need, then view products that match.
| Device Type | Limit switch | |
|---|---|---|
| Housing Material | Plastic | |
| Connection | M20 cable entry | |
| Weight [g] | 113 | |
| Qty. per package | 1 | |
| Multiple qty. of packs per order | 1 | |
| Package dimensions [mm] | 185X041X085 | |
| Volume [cm³] | 644.725 | |
| Bar code [EAN13] | 8013975127650 | |
| Product designation | Wobble stick, omnidirectional | |
| Product type designation | KCM | |
| Housing | Polymer thermoplastic | |
| Rod | Flexible | |
| Type of contact | 1NO+1NC Slow action make before break | |
| Thermal current Ith | 10 | |
| IEC/EN 60947-5-1 designation | A600 Q600 | |
| Rated insulation voltage Ui [V] | 690 | |
| Rated impulse withstand voltage Uimp | 6 | |
| Insulation class | II | |
| Short-circuit protection with fuse | 10 gG/SC QUICK FUSE | |
| min | 16 | |
| max | 14 | |
| IEC Conventional free air thermal current Ith | 10 | |
| Resistance per pole (average value) | <10 | |
| Operating head fixing | Locking bayonet insert | |
| min [mm²] | 1.5 | |
| max [mm²] | 2.5 | |
| Cable connection | Self-releasing screw terminal | |
| Cable entry | M20 on the sides | |
| Mechanical life | <10000000 | |
| Mechanical operation | 3600 | |
| min [°C] | -40 | |
| max [°C] | +70 | |
| Terminals | IP20 | |
| Body housing | IP65 | |
| Pollution degree | 3 | |
| ETIM 8.0 | EC000030 - End switch | |
| HS Code | 85365080 |
Frequently Asked Questions
What actuator does the Lovato KCM1A11 use?
The Lovato KCM1A11 uses a wobble stick omnidirectional actuator with a flexible rod designed to detect movement from multiple directions.
What contact arrangement does the Lovato KCM1A11 have?
The KCM1A11 features one normally open contact and one normally closed contact (1NO+1NC) with slow-action make-before-break operation.
Where can the Lovato KCM1A11 be used?
It is suitable for industrial machinery, conveyors, automation systems, and equipment position monitoring applications.
