Schneider Electric LRD Thermal Overload Relay 1NO + 1NC, 80 → 104 A F.L.C, 104 A Contact Rating, 3P, TeSys

11 - In Stock pcs
Price:
£ 124.90
Units Per Unit Price
1 - 9 £ 124.90
10 - 14 £ 117.43
15 + £ 112.39
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Product Specification

Product Attributes
FLC Motor Rating 80 → 104 A
Contact Current Rating 104 A
Range TeSys
Pole Configuration 3P
Series LRD
Mounting Style Direct Contactor
Normal State Configuration 1NO + 1NC
Terminal Type Screw
Reset Method Automatic, Manual
Number Of Auxiliary Contacts 2
Width 55mm
Depth 123mm
Length 236mm
Minimum Operating Temperature -20°C
Maximum Operating Temperature +60°C
Better World Product Yes
Operating Temperature Range -20 → +60 °C
Better World Verification Green Premium
Contact Voltage Rating 690 V ac

More Information

Schneider Electric Thermal Overload Relay, 3 Poles, 690V Contact Voltage Rating - TeSys Series - LRD3365 Protect motors in AC circuits from overloads, phase failures and prolonged motor stalling with this thermal overload relay from Schneider Electric. It breaks the circuit it's monitoring in the event of an overcurrent, preventing power from flowing into the contactor's control circuit. The current is adjustable, so you can use it to protect motors with an FLC between 80 and 104A. You'll commonly find devices like this used with a contactor as part of a motor starter or on a control panel. Features & Benefits • Operating temperature range of -20°C to +60°C makes it suitable for harsh environments
• Screw terminals help you quickly make secure connections
• Choice of automatic and manual reset gives you flexibility Applications • Buildings and infrastructure
• Manufacturing machinery How does a thermal overload relay work? A thermal overload relay features a bimetallic strip. When an overcurrent passes through the strip, the two metals heat and expand at different rates, causing the strip to bend and break the circuit. What's a motor's FLC? FLC stands for full load current. It represents the maximum current the motor's windings are designed to carry without incurring damage.

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