Bayonet temperature probes
A firm and quick hold for demanding environments.
With their bayonet fastening system, these probes provide a quick, reliable, and secure connection to metal parts. They are perfect for molds, presses, and industrial machines under high stress.
Minimum diameter
5,7mm
Minimum temperature
-50°C
Maximum temperature
+400°C
Minimum order
200€
Delivery time
≈ 5 week
Price
On request
Sensors available
All
Maximum waterproofing
IP67
Where are bayonet probes used ?
Surface temperature monitoring
Perfect for measuring metal surfaces without immersion, offering good thermal responsiveness and direct contact.
Quick Assembly and Disassembly
The locking mechanism allows for easy probe changes without tools, facilitating regular maintenance.
Fastening in Vibrating Environments
The bayonet system ensures stable retention even under strong vibrations, preventing any detachment or misalignment.
Plastic production
Frequently used in extruders, molding, or polymer processing machines, where precision and speed are crucial.
On molds and presses
Ideal for monitoring temperature in contact with heated metal parts in injection molds or hot presses.
Industrial machine tools
Installed on mechanical areas requiring robust fastening and reliable contact to monitor thermal changes.
Get an offer
Why choose a bayonet temperature probe ?
Bayonet probes are designed for environments where speed, precision, and secure placement are essential. With their secure fastening system, they integrate perfectly into industrial machines under mechanical stress.
1. Constant pressure fastening
The internal spring ensures continuous and even pressure, providing stable measurement even with thermal or mechanical variations.
2. Standardized mounting
The bayonet system is compatible with many industrial supports, limiting adaptations and reducing integration costs.
3. Express replacement
Its design allows for ultra-fast probe changes, perfect for minimizing machine downtime during maintenance.
4. No unintentional loosening
The mechanical lock eliminates any risk of contact loss due to vibrations or frequent handling.
5. Targeted measurement
Ideal for precise measurement points where the probe must remain perfectly positioned without the risk of slipping.
6. Consistent reliability over time
Its robust design allows for repeated installation/removal cycles without performance degradation.