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Schneider Electric LR2K0310
Varenr.: [1400168] | Producent: SCHNEIDER ELECTRIC | Model-nr.: LR2K0310 | EAN: 3389110230499 | UNSPSC.: 39122330 | EL-nr.: 7522028369
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Schneider Electric LR2K Series Thermal Overload Relay, 2.6 to 3.7A FLC Motor Rating, 3.7A Contact Current Rating - LR2K0310
This thermal overload relay ensures effective motor protection, contributing to the longevity and reliability of various applications. Its role in electrical systems helps prevent overheating and potential motor damage, making it a vital component for automation and industrial settings.
Features & Benefits
- Offers automatic or manual reset options for user convenience
- Supports a wide control voltage range of up to 690V AC
- Easy installation with screw clamp terminal connections
- Complies with thermal overload class 10A for dependable performance
- Enhances operational safety with phase failure sensitivity
- Includes a trip indicator for clear local signalling
Applications
- Utilised in motor control systems to guard against overheating
- Compatible with a range of contactors, broadening its use in automation
- Suitable for AC and DC network applications in industrial environments
- Employed in applications requiring robust mechanical durability
How to install this in an existing circuit?
Refer to the wiring diagram in the manual for proper connections to the screw clamp terminals and observe all safety measures during installation.
Is this suitable for use with different types of motors?
Yes, it is compatible with various motors within the specified current rating and can be applied in diverse industrial applications.
What should be tof the relay trips frequently?
Investigate potential overload situations or short circuits in the motor circuit that may cause the relay to trip. Ensure that the thermal adjustment range is accurately set.
Can it be operated in extreme temperatures?
It functions efficiently within a temperature range of -20 to +55?°C. Operation outside this range may require derating for optimal performance.
What maintenance is required to ensure reliable function?
Regular inspections for wear or damage are advisable, and it's important to ensure all connections are secure. Testing the reset features periodically is recommended.
This thermal overload relay ensures effective motor protection, contributing to the longevity and reliability of various applications. Its role in electrical systems helps prevent overheating and potential motor damage, making it a vital component for automation and industrial settings.
Features & Benefits
- Offers automatic or manual reset options for user convenience
- Supports a wide control voltage range of up to 690V AC
- Easy installation with screw clamp terminal connections
- Complies with thermal overload class 10A for dependable performance
- Enhances operational safety with phase failure sensitivity
- Includes a trip indicator for clear local signalling
Applications
- Utilised in motor control systems to guard against overheating
- Compatible with a range of contactors, broadening its use in automation
- Suitable for AC and DC network applications in industrial environments
- Employed in applications requiring robust mechanical durability
How to install this in an existing circuit?
Refer to the wiring diagram in the manual for proper connections to the screw clamp terminals and observe all safety measures during installation.
Is this suitable for use with different types of motors?
Yes, it is compatible with various motors within the specified current rating and can be applied in diverse industrial applications.
What should be tof the relay trips frequently?
Investigate potential overload situations or short circuits in the motor circuit that may cause the relay to trip. Ensure that the thermal adjustment range is accurately set.
Can it be operated in extreme temperatures?
It functions efficiently within a temperature range of -20 to +55?°C. Operation outside this range may require derating for optimal performance.
What maintenance is required to ensure reliable function?
Regular inspections for wear or damage are advisable, and it's important to ensure all connections are secure. Testing the reset features periodically is recommended.