Slot temperature probes
Discreet and precise thermal detection in electric motors.
Notch probes are specially designed to be integrated into the slots of windings, ensuring reliable local measurement without interfering with insulation or assembly. They are used for motor thermal protection and continuous monitoring.
Minimum width
6mm
Minimum temperature
-40°C
Maximum temperature
+250°C
Minimum order
200€
Delivery time
≈ 5 week
Price
On request
Sensors available
All
Maximum waterproofing
IP65
Where are notch probes used ?
Motor test benches
Used in intensive testing contexts to capture real-time local thermal variations.
Multi-point control
Allows integration of multiple probes in different slots for a detailed thermal profile.
Sensitive rotating machinery
Monitoring of motors subjected to continuous operation or high thermal load.
Motor renovation and maintenance
Perfect for interventions on existing motors without altering the mechanical structure.
Open slot electric motors
Installed directly in the stator grooves for precise thermal monitoring close to the copper.
Industrial motor manufacturing
Used from assembly to ensure discreet integration without interfering with insulation or winding.
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Why choose a notch temperature probe ?
The notch probe is designed for localized thermal monitoring, discreetly and reliably integrated into electric motors. It combines compactness, robustness, and precision without disrupting the internal architecture.
1. Ultra-localized measurement
Positioned directly in the slot, it captures the actual winding temperature, closest to the copper.
2. Discrete and flat format
It's shape allows integration without added thickness, ideal for not interfering with insulation or assembly.
3. Simple installation in manufacturing
It integrates from the winding stage without requiring drilling or mechanical adaptation.
4. Renovation compatible
Suitable for motors under maintenance or rewinding without major modifications.
5. Enhanced reliability
Encapsulated or sheathed, it withstands electrical, thermal, and mechanical stresses.
6. Multi-point thermal control
Allows monitoring of multiple stator points for detailed and preventive heat analysis.