ATB FLA6041 ND080F0110 Fast Linear Actuator

Description

Key Technical Specifications

• Model: FLA6041
• Code Number: ND080F0110
• Manufacturer: ATB Special Products / Laurence Scott
• Product Type: Fast linear actuator
• Actuation Principle: Diaphragm
• Stroke: 4 mm
• Force: 200 N
• Operating Medium: Compressed air or vacuum
• Enclosure Rating: IP54
• Typical Application: Sorting, cutting, and positioning
• Compatible Control Electronics: SRB family
• Available FLA Range: 5–25 mm strokes across the FLA family

The manufacturer’s current FLA documentation identifies FLA 6041 / ND080F0110 as a diaphragm-type fast linear actuator with a 4 mm stroke and 200 N force. It can operate using compressed air or vacuum and is intended for applications requiring rapid linear movement or high cycling frequency.

Product Introduction

The ATB FLA6041 ND080F0110 is a compact fast linear actuator designed for rapid, repetitive linear motion. The manufacturer specifies a 4 mm stroke, 200 N force, and IP54 enclosure, with the FLA family designed for compressed-air or vacuum actuation.

The actuator is commonly paired with SRB control electronics for applications such as sorting, cutting, and positioning. This model should not be confused with an AC servo motor; the manufacturer’s documentation classifies FLA6041 as a pneumatic fast linear actuator.

FLA6041 ND080F0110

FLA6041 ND080F0110

Installation & Configuration Guide

Stage 1: Pre-Installation Preparation — Approximately 10 Minutes

⚠️ Safety First: Stop the machine and place the affected mechanism in a safe maintenance position. Isolate the pneumatic supply and exhaust stored pressure before disconnecting the actuator. Apply the site’s lockout/tagout procedure.

Tools Required:

• ESD strap where electronic control equipment is involved
• Appropriate metric/imperial wrenches
• Multimeter for associated control wiring
• Pneumatic-line labels
• Smartphone for reference photographs
• Leak-detection solution
• Manufacturer-approved torque tools where specified

Before removal:

1. Record the complete actuator marking: FLA6041 / ND080F0110.
2. Photograph the actuator mounting orientation.
3. Photograph all pneumatic connections and tubing routing.
4. Record the existing actuator travel and mechanical stop positions.
5. Identify the associated SRB control electronics, if installed.
6. Verify that the replacement has the same 4 mm stroke and 200 N nominal force configuration.

⚠️ Do not order solely from the FLA6041 designation. The ND080F0110 code is the manufacturer’s code associated with the 4 mm / 200 N FLA6041 configuration.

Stage 2: Removing the Old Actuator — Approximately 5 Minutes

1. Shut off and vent the pneumatic supply completely.
2. Confirm zero residual pressure before disconnecting tubing.
3. Photograph the actuator before disturbing any connections.
4. Label each pneumatic line.
5. Disconnect the tubing without twisting or damaging the fittings.
6. Remove the actuator mounting hardware.
7. Withdraw the actuator without applying side load to the moving element.
8. Inspect the mounting bracket and driven mechanism for wear or misalignment.

⚠️ Keep the removed actuator until commissioning is complete. Its physical orientation is the most useful reference if the replacement has to be adjusted.

Stage 3: Installing the New FLA6041 — Approximately 5 Minutes

1. Verify FLA6041 / ND080F0110 against the purchase documentation and original nameplate.
2. Compare the replacement’s body, mounting points, pneumatic ports, and travel with the old unit.
3. Install the actuator in the original orientation.
4. Make sure the mechanical load does not introduce excessive lateral force.
5. Reconnect pneumatic tubing according to the photographs and machine schematic.
6. Secure the tubing so vibration cannot pull on the fittings.
7. Confirm that the 4 mm actuator stroke is adequate for the connected mechanism.

Self-Checklist:

• model verified
• code verified
• 4 mm stroke verified
• 200 N force rating verified
• Mounting orientation correct
• Pneumatic tubing correctly connected
• Mechanical linkage moves freely
• No side loading or binding

Stage 4: Power-On & Functional Testing — Approximately 10 Minutes

The is a pneumatic actuator, so commissioning focuses on air supply, mechanical travel, response speed, and the associated control electronics rather than firmware loading.

1. Restore pneumatic pressure gradually.
2. Check all fittings for air leakage.
3. Command a low-cycle movement through the associated SRB controller.
4. Confirm that the actuator moves through the expected 4 mm travel.
5. Verify the connected mechanism reaches both required positions.
6. Check for mechanical binding at the end of travel.
7. Increase cycling frequency progressively.
8. Confirm repeatable movement without abnormal vibration or leakage.
9. Run the machine through its normal operating sequence.

⚠️ If the actuator does not reach the expected position, do not immediately increase air pressure. First check tubing, control configuration, mechanical alignment, and the actual travel requirement.

The FLA family is specifically intended for high-speed linear movement and high cycling frequencies. ATB lists at 4 mm stroke and 200 N force, while FLA6081 provides an 8 mm stroke with the same 200 N force class.

Frequently Asked Questions (FAQ)

Can the be hot-swapped?

No. This is a pneumatic actuator, not a hot-swappable electronic module. Isolate and exhaust the pneumatic circuit before removal. Stored compressed air can still move the actuator after the machine’s electrical supply has been switched off.

What is the stroke of ?

The manufacturer specifies a 4 mm stroke for with code . The rated force is 200 N.

Is an AC servo motor?

No. Some third-party listings incorrectly describe this part as a servo motor. The manufacturer’s current product documentation identifies FLA 6041 / as a fast linear actuator, specifically a diaphragm-type unit.

What control system is used with the ?

The FLA actuator family is designed to work with SRB family control electronics. ATB states that the actuators can be used with SRB electronics for applications including sorting, cutting, and positioning.

Can I replace with FLA6081?

Not as a direct drop-in assumption. Both are rated at 200 N, but has a 4 mm stroke while FLA6081 has an 8 mm stroke. A longer stroke can change the mechanical operating range and may cause the connected mechanism to exceed its intended travel. Verify the machine’s mechanical limits before substitution.

What does identify?

is the code number associated with the configuration in the manufacturer’s FLA product table. The same table identifies as a 4 mm, 200 N actuator.

What condition should I expect when buying a surplus ?

Condition varies by supplier. For a New Original / New Surplus unit, request photographs of the actual actuator, including its identification marking and packaging. Do not treat a used or refurbished unit as equivalent to unused stock. For a replacement on a production machine, also verify the pneumatic and mechanical configuration before purchase.