General inquiries


Sales & Support


Service hours (CET)

Fritz Kübler GmbH

Monday - Thursday: 7.30 am to 5.00 pm
Friday: 7.30 am to 4.00 pm

Ants LES02D Ants LES02D Ants LES02D Ants LES02D
Ants LES02D Ants LES02D Ants LES02D Ants LES02D

Shaft copying systems

Ants LES02D

  • Safe position and speed detection
  • 100% slip-free
  • Maximum compact
  • Digitalization of elevator systems
  • Max. measuring length 392 m
  • Speed 12 m/s
  • Resolution max. 0,5 mm
  • Accuracy 1 mm
CAN

Landing system – safe and absolute positioning of the elevator car.

The sensor Ants LES02 is an extremely robust, compact and contactless measuring system. With a resolution of 0.5 mm and a travel speed of up to 12 m/s, absolute position values of the elevator car are determined slip-free via a contactless measuring principle.

Mechanical
Measuring system Shaft copying systems
Measuring length 392 m
Speed 12 m/s
Dimension 126 mm x 55 mm x 37 mm
Working temperature -10 °C ... +70 °C
Protection level IP54
Weight 500 g
Electrical
Resolution max. 0,5 mm
Accuracy 1 mm
Interfaces CAN
Power supply 10...30 V DC
  • Easy, fast and safe installation
  • Space saving – compact design
  • Reliable and durable – extremely robust design
  • Future-proof – ready for Digitalization

How does the Dual Can work?

The sensor Ants LES02D consists of two independently operating detection systems. SCAN1 and SCAN2 are measured sections detected via the micro controllers MC1 and MC2.The controllers are transmitting safe speed, position data and error information via two independent channels (CAN1 and CAN2) as proprietary CAN protocol.

Data sheet

LES02D

PDF ∼ 474,7 KB | 04.2024
DE
EN
US
FR
Operation Manual

LES02D

Multilingual: German, English, French
PDF ∼ 4,6 MB | 04.2024

Manual

Ants LES02D

PDF ∼ 992,9 KB | 04.2024
DE
EN
Declaration of conformity

LES02D

PDF ∼ 20,7 KB | 03.2024

Mechanical CAD / STEP

LES02D mit Lasche

ZIP ∼ 2,7 MB | 01.2024

LES02D ohne Lasche

ZIP ∼ 2,4 MB | 01.2024

Product Certificates

Certificate of EU-Type Examination for ANTS LES02D

Multilingual: German, English
PDF ∼ 291,3 KB | 02.2024

TÜV Certificat ASME A/17 for Ants LES02D

PDF ∼ 416,8 KB | 01.2024
EN

Accessories

EMC shield terminal

EMC shield terminal

For EMC-compliant installation of the encoder cable.
  • Mounting on top hat rail
  • Shield diameter
8.0000.4G06.0312 (03-12 mm)

  • Weight approx. 7.4 g
  • Clamp (spring steel, galvanized)
  • Foot (spring steel)
8.0000.4G06.0312
Data sheet
EMC shield terminal
DE EN FR
Mechanical CAD / STEP
8.0000.4G06.0XXX

Safe mounting kit

Safe mounting kit

The LES.MK mounting kit contains all the components you need to install the Ants LES02 sensor and its code tape in the lift shaft.
Safe 8.LES.MK.0001
Data sheet
LES.MK - Mounting kit Safe
DE EN FR
Mechanical CAD / STEP
LES.MK

Sliding plates

Sliding plates

The sliding plates for the lateral guidance of the coded band LEX.BA in the sensors LEB02 and LES02.

Scope of delivery:
2 x sliding plates for LEB02 / LES02
8.LEX.ZB.0002
Data sheet
8.LEX.ZB.0002 Slides
DE EN FR

Carabiner

Carabiner

Carabiner for fastening the code band LEX.BA to the rail fastening plates.

Scope of delivery:
1 x carabiner
8.LEX.ZB.0007
Data sheet
8.LEX.ZB.0007 Carabiner
DE EN FR

Locking element

Locking element

The locking element is used for fastening the slides in the Ants LEB02 and Ants LES02 sensors.
The locking element is to be replaced in case of deformations or damages.

Scope of delivery:
1 x locking element
1 x oval head screw M3.5 x 12
8.LEX.ZB.0013
Data sheet
8.LEX.ZB.0013 Locking element
DE EN FR

Cables and connectors

„Do you have technical questions about the linear measurement technology or are you looking for individual solutions? We at Application Support are here for you.“

Rainer Grueninger
Application support
Rainer Grueninger
Application Engineer

support@kuebler.com
+49 7720 3903 849

„We will be pleased to give you information about prices and delivery times. We are looking forward to your inquiry.“

Fritz Kübler GmbH
Sales
Fritz Kübler GmbH
Sales Germany

info@kuebler.com
+49 7720 3903 871
+49 7720 21564