BFT Limit Switch Stoper in UAE

BFT I101109 Limit Switch Stops for ARES & DEIMOS

BFT Limit Switch Stopper is a genuine set of mechanical stops used to actuate the open and close limit-switch mechanism on compatible BFT sliding gate motors.

The set is identified as BFT I101109, manufacturer article 2610102. Two stops are used so the automation can detect the required fully open and fully closed gate positions.

The stops are positioned and adjusted along the moving gate/rack so they contact the operator's spring limit mechanism at the correct points. Accurate adjustment is important for consistent stopping positions.

BFT Limit Switch Stopper Features

• Set of two limit switch stops
• Defines open and closed end positions
• Genuine BFT mechanical spare part
• Adjustable positioning during installation
• For compatible ARES and DEIMOS sliding gate motors

BFT Limit Switch Stopper Technical Specifications

• Product Code: I101109
• Manufacturer Article: 2610102
• Product Type: Limit Switch Stops
• Quantity: Set of 2
• Function: Actuate Open / Close Limit Switch
• Application: Compatible BFT Sliding Gate Motors

Compatible Systems

• BFT ARES sliding gate motors using mechanical/spring limits
• BFT DEIMOS sliding gate motors using compatible mechanical/spring limits

Applications

• Sliding gate setup
• Limit-position adjustment
• Replacement of lost or damaged stops
• Gate motor maintenance

Why Choose BFT Limit Switch Stopper?

The correct limit stoppers allow the motor's limit-switch system to detect gate travel endpoints reliably.

A genuine matched pair is useful when existing stops are damaged, loose or missing.

Frequently Asked Questions

How many stoppers are included in the identified set?

Two, one for each end position.

What is the BFT code?

I101109; manufacturer article 2610102.

Which motors are listed as compatible?

Compatible BFT ARES and DEIMOS sliding gate motors.

Where are the stoppers installed?

They are positioned on the moving gate/rack to actuate the motor's limit mechanism.

Do they need adjustment?

Yes. Their positions must be set to the required fully open and fully closed points.