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LR2K0310
Overload Relay, TeSys K IEC, 2.6 A, 3.7 A
Image is for illustrative purposes only. Please refer to product description.
ManufacturerSCHNEIDER ELECTRIC
Manufacturer Part NoLR2K0310Copy
Newark Part No.42M2232
Your Part Number
2 In Stock
Supplier Inventory available for Direct Shipment of in stock items
Order before 8pm EST Standard Shipping
| Quantity | Price |
|---|---|
| 1+ | $82.890 |
| 5+ | $77.750 |
| 10+ | $75.120 |
| 25+ | $71.160 |
| 50+ | $65.720 |
| 100+ | $60.430 |
| 250+ | $55.690 |
Price for:Each
Minimum: 1
Multiple: 1
$82.89
Line Note
Added to your Order Confirmation, Invoice, and Dispatch note for this order only.
Product Information
ManufacturerSCHNEIDER ELECTRIC
Manufacturer Part NoLR2K0310Copy
Newark Part No.42M2232
Technical Datasheet
Overload Adjustment Current Min2.6A
Overload Adjustment Current Max3.7A
Coil Voltage AC Max-
Coil Voltage DC Max-
Product Range-
SVHCNo SVHC (15-Jan-2018)
Product Overview
The LR2K0310 is a differential Thermal Overload Relay with 2.6 to 3.7A setting range. It is compensated with phase failure sensitive, manual or automatic reset. With its integrated manual-automatic reset and simple installation, thermal overload relay is very reliable. It can be combined with TeSys k contactors to form an extremely compact starter.
- IP2x (conforming to IEC 60529) Protection rating
- Safe and effective protection
- 2W Power dissipation per pole
- Trip indicator (yellow)
- 1 NO + 1 NC Auxiliary contact composition
- ≤400Hz Network frequency
Applications
Automation & Process Control, Industrial, Motor Drive & Control
Technical Specifications
Overload Adjustment Current Min
2.6A
Coil Voltage AC Max
-
Product Range
-
Overload Adjustment Current Max
3.7A
Coil Voltage DC Max
-
SVHC
No SVHC (15-Jan-2018)
Alternatives for LR2K0310
2 Products Found
Legislation and Environmental
US ECCN:EAR99
EU ECCN:Unknown
RoHS Compliant:Y-Ex
RoHS
RoHS Phthalates Compliant:Yes
RoHS
SVHC:No SVHC (15-Jan-2018)
Download Product Compliance Certificate
Product Compliance Certificate
Product traceability
