Magnetic Stand With Rotary Controlled Magnet - 365mm Height
Precision ground stand base with rotary controlled magnet. Suitable for use with scribers and dial...Precision ground stand base with rotary controlled magnet. Suitable for use with scribers and dial gauges. Features: Precision ground stand base with rotary controlled magnet. Suitable for use with scribers and dial gauges. Lifetime guarantee*. Specification: Footprint - 62 x 50mm Maximum Height - 365mm Net Weight - 1.40kg. We sell a wide variety of tools & workshop equipment for both the DIY and Professional markets. With well over 10,000 lines of equipment suiting all jobs big or small, our online store has it all. If you can’t quite find what you are looking for, please feel free to contact us and we’ll be more than happy to help. Alias: ys02121.
Magnetic Stand With Rotary Controlled Magnet - 365Mm Height - Scribes & Gauges 5056524255377Free delivery in 1–3 days£54.99Visit shop →
Product Information
Full details
This Loops Magnetic Stand with Rotary Controlled Magnet is designed for professionals and DIY enthusiasts needing a stable base for scribers and dial gauges. Its key benefit is the precise positioning enabled by the rotary magnet control, ensuring accuracy in measurements. A potential caveat is its weight, which might make it less portable for certain field applications.
All features
Model Part Number
ys02121
Brand
Loops
Extended Product Information
FAQs
What is the main advantage of the rotary controlled magnet?
The rotary controlled magnet allows for precise adjustments and secure locking of the stand's position, enabling fine-tuning without disturbing the setup.
What types of tools can be used with this stand?
The stand is suitable for use with scribers and dial gauges.
What are the dimensions of the magnetic base?
The footprint of the base is 62 x 50mm.
How heavy is the magnetic stand?
The net weight of the stand is 1.40kg.
Does the stand work on non-magnetic surfaces?
No, the magnetic base requires a ferrous (magnetic) surface to function.
What is the maximum height the stand can reach?
The maximum height the stand can achieve is 365mm.
What is the guarantee on this product?
The product comes with a lifetime guarantee*.
Troubleshooting
Magnetic base not holding firmly
Ensure the surface is clean, flat, and made of a ferrous material. Wipe away any metal shavings or dust from the magnet and the contact surface. Check if the rotary control is fully engaged.
Stand is unstable or wobbly
Verify that the stand is on a completely flat surface and that the magnet is fully engaged. Ensure the arm and any attached measuring tool are securely tightened.
Rotary control is stiff or difficult to turn
Clean the rotary control mechanism of any debris. Apply a small amount of light machine oil if necessary, ensuring it does not contaminate the magnet.
Pros and Cons
Pros
Provides a stable and precise platform for measuring tools.
Rotary magnet control offers fine-tuning and secure attachment.
Durable build suitable for workshop use.
Accommodates a range of precision instruments.
Backed by a lifetime guarantee for peace of mind.
Cons
1.40kg weight may limit portability for some users.
Requires a ferrous surface for the magnetic base to function effectively.
The 365mm maximum height might be insufficient for exceptionally tall setups.
Not suitable for non-magnetic materials.
Setup, Compatibility & Care
Setup:
Ensure the stand base is placed on a clean, flat, and ferrous surface.
Rotate the rotary control to engage the magnet, securing the stand firmly.
Mount your scriber or dial gauge onto the stand's arm.
Use the rotary control to adjust the position and then lock the magnet firmly.
Compatibility:
Compatible with most standard scribers and dial gauges with appropriate mounting stems.
Requires a ferrous (magnetic) surface for the base to adhere.
Care:
Clean the magnetic base and stand regularly with a dry or slightly damp cloth to remove debris and ensure optimal magnetic grip.
Avoid exposing the stand to excessive moisture or corrosive substances.
Periodically check the condition of the rotary control mechanism for smooth operation.