BRASS MALE PLUG
€0.64
(tax excl.)
€0.77
(tax incl.)
MANUAL OVERRIDE
€23.10
(tax excl.)
€27.95
(tax incl.)
The 1/8" 90º lever valve is designed to control the flow of compressed air manually using a 90º rotating lever.
Applications: Industrial automation, Medical equipment, Robotics and Instrumentation.
Technical data...
€35.05
(tax excl.)
€42.41
(tax incl.)
A 1/4" 90º lever valve is designed to control the flow of compressed air manually using a 90º turning lever.
Applications: Industrial automation, Medical equipment, Robotics and Instrumentation.
Technical data sheet:...
€70.61
(tax excl.)
€85.44
(tax incl.)
A 1/2" 90º lever valve is a pneumatic component designed to control the flow of compressed air manually.
Applications: Industrial automation, Medical equipment, Robotics and Instrumentation
Technical data sheet:...
€22.43
(tax excl.)
€27.14
(tax incl.)
The 1/8" knob valve is used to control the flow of compressed air manually using a knob or handle that is turned to open or close the air flow.
Applications: Industrial automation, Medical equipment, Robotics and...
€30.00
(tax excl.)
€36.30
(tax incl.)
A 1/8" knob pull return pneumatic or manual valve is a small pneumatic component to control the flow of compressed air manually. The return to the initial position can be by a spring (manual) or by a pneumatic signal....
€41.30
(tax excl.)
€49.97
(tax incl.)
The 5/2 1/4" unprotected foot pedal is used to control the flow of compressed air in pneumatic systems. It is ideal for applications where direct manual actuation and fast response are required. Applications:...
€48.00
(tax excl.)
€58.08
(tax incl.)
A reinforced 1/4" foot pedal is used to control the flow of compressed air in pneumatic systems. Applications: Industrial automation, Packaging, Materials processing Technical data sheet: 5/2-way valve operated by...
€25.00
(tax excl.)
€30.25
(tax incl.)
The Micro 3/2 spring return pedal is a manually operated device, specifically designed to control the flow of compressed air in pneumatic systems. An internal spring returns the valve to its initial position when the...
€24.00
(tax excl.)
€29.04
(tax incl.)
A 3/2 M5 lever microvalve is a miniature valve designed to control fluid flow in applications with limited space. It has three ports and two operating positions. In its resting position, the valve blocks fluid flow...
€39.90
(tax excl.)
€48.28
(tax incl.)
A rotary lever valve is used to manually control the flow of compressed air. It is operated by a lever that rotates to open or close the air passage. Applications: Industrial automation, Medical equipment, Robotics...
€4.00
(tax excl.)
€4.84
(tax incl.)
The locking nut for rotary lever valves ensures the safety and proper functioning of this type of valve. Its function is to secure the lever to the valve.
Applications: pneumatic installations, automation and...
€27.00
(tax excl.)
€32.67
(tax incl.)
The MVMB-220-4TB 5/2 1/4 cam-operated locking valve is a 5-way, 2-position (5/2) mechanical pneumatic valve designed for the manual control of pneumatic cylinders and actuators. It features cam or rotary locking...
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What is manual operation in industrial components?
Manual actuation is a mechanism that allows the control or activation of a device (such as a valve, cylinder, or switch) through direct human intervention. Unlike automatic systems, it does not require external electrical, pneumatic, or hydraulic power to perform the initial movement.
What are the most common types of manual operation?
Depending on the application, the drive mechanism may vary in shape and ergonomics:
- Pushbutton: A button that is pressed (common in emergency stops).
- Lever: Ideal for valves where a clear switching motion is required.
- Pedal: Allows you to operate the machine with your foot, leaving your hands free to manipulate the piece.
- Selector or lever: A rotary control to switch between different states or positions.
When is it advisable to choose a manual drive?
It is recommended for use in:
- Local control points where the operator must be present to supervise the maneuver.
- Low-frequency systems, where it is not worth investing in automation.
- Safety mechanisms, such as locking valves that require conscious human action before initiating a process.
In what applications are they used?
- Manual control stations in machinery
- Simple or auxiliary pneumatic systems
- Maintenance or testing operations
- Direct cylinder control in industrial environments
What are the limitations of manual operation?
- Dependence on human intervention
- Not suitable for continuous automation
- Possible variability in the drive
Can I request a pro forma invoice before paying?
We understand that many companies require internal approval. You can request a pro forma invoice directly via email.
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