Skip to content
Can't find what you're looking for? Reach out to us!
Can't find what you're looking for? Reach out to us!

Giovenzana FGR101004 Rotary Gear Limit Switch FGR1 1:100 Ratio 4 Microswitches

Free Shipping

Get free shipping on orders exceeding €300!

Sold out
Original price $90.87 - Original price $90.87
Original price
$90.87
$90.87 - $90.87
Current price $90.87

The Giovenzana FGR101004 is a rotary gear limit switch from the FGR1 series with a 1:100 gear reduction ratio and 4 independent microswitch outputs. It connects to a rotating shaft and uses internal gear reduction to count shaft revolutions, triggering the individual microswitches at precisely programmed rotation positions for multi-point position control.

Technical specifications:

  • Part number: FGR101004
  • Manufacturer: Giovenzana
  • Series: FGR1
  • Type: Rotary gear limit switch
  • Gear ratio: 1:100
  • Microswitch outputs: 4 (independent)
  • Mounting: Standard flange or shaft coupling
  • Standards: EN 60947-5-1, EN 60204-32

Features and benefits:

  • 1:100 gear ratio counts up to 100 shaft revolutions per output cam revolution - ideal for multi-turn actuators
  • 4 independent microswitch outputs allow multiple position setpoints on a single shaft
  • Compact self-contained gearbox eliminates external counting relays
  • Adjustable cam positions for precise setpoint configuration

Applications:

  • Multi-turn valve actuator position feedback (open, closed, intermediate positions)
  • Crane and hoist rope drum rotation counting and position control
  • Conveyor and winding machine shaft position monitoring
  • Motorised gate and barrier position detection

Compliant with EN 60947-5-1 and EN 60204-32.

Also known as: Giovenzana FGR101004, FGR1 gear limit switch 1:100 4 micro, rotary cam limit switch 4 outputs 100:1, Giovenzana gear position switch 4 contacts.

When sold out, you can still preorder by requesting a quote below.

Click here to request a quote

Important

The images shown are for illustration purposes only and may not be an exact
representation of the product.