Schneider Electric LR2K Thermal Overload Relay 1NO + 1NC, 2.6 → 3.7 A F.L.C, 3.7 A Contact Rating, 100 W, 250 V

RS Stock No.: 758-967Brand: Schneider ElectricManufacturers Part No.: LR2K0310
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Technical Document

Specifications

FLC Motor Rating

2.6 → 3.7 A

Contact Current Rating

3.7 A

Range

TeSys

Pole Configuration

3P

Series

LR2K

Mounting Style

Direct Contactor

Power Rating

100 W

Normal State Configuration

1NO + 1NC

Reset Method

Automatic, Manual

Terminal Type

Screw

Number Of Auxiliary Contacts

2

Width

45mm

Depth

65mm

Length

116mm

Maximum Operating Temperature

+55°C

Minimum Operating Temperature

-20°C

Better World Verification

Green Premium

Operating Temperature Range

-20 → +55 °C

Better World Product (Find out more)

Yes

Contact Voltage Rating

690 V ac

Control Voltage

250 V dc, 690 V ac

Country of Origin

Czech Republic

Product details

Schneider Electric Mini Thermal Overload Relays - LR2-K Range

Schneider Electrics K thermal overload relays are adjustable from 0.11 to 11.5 A, they have been predominantly designed for use in applications that require motor protection.

This range of mini thermal overload relays feature compensated and phase failure sensitivity, the range also offers manual and automatic reset. Each overload relay has 3-poles and screw clamp terminals.

Features & Benefits

• Commonly referred to by the range short name - LR2K
• Easy maintenance checks, check the tightening of cables through conducting thermographic testing and checking the mechanical operation of the product through manually operating the test, reset and stop buttons
• Direct mounting under a contactor is achievable
• Standards - IEC 947, BS4941, VDE 0660, NFC63-650
• Standards - CSA, UL, DEMKO, NEMKO, SEMKO, FIMKO, PTB

Applications of a Contactor and Control Overload Relay

• The majority of the time is to protect a motor
• To detect both overload conditions and fault conditions to then announce trip command for a protective device
• To deactivate a device whenever it pulls high current
• Sometimes developed into microprocessor systems and solid-state electronics

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EGP 4,454.45

Each (ex VAT)

Schneider Electric LR2K Thermal Overload Relay 1NO + 1NC, 2.6 → 3.7 A F.L.C, 3.7 A Contact Rating, 100 W, 250 V

EGP 4,454.45

Each (ex VAT)

Schneider Electric LR2K Thermal Overload Relay 1NO + 1NC, 2.6 → 3.7 A F.L.C, 3.7 A Contact Rating, 100 W, 250 V
Stock information temporarily unavailable.
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Technical Document

Specifications

FLC Motor Rating

2.6 → 3.7 A

Contact Current Rating

3.7 A

Range

TeSys

Pole Configuration

3P

Series

LR2K

Mounting Style

Direct Contactor

Power Rating

100 W

Normal State Configuration

1NO + 1NC

Reset Method

Automatic, Manual

Terminal Type

Screw

Number Of Auxiliary Contacts

2

Width

45mm

Depth

65mm

Length

116mm

Maximum Operating Temperature

+55°C

Minimum Operating Temperature

-20°C

Better World Verification

Green Premium

Operating Temperature Range

-20 → +55 °C

Better World Product (Find out more)

Yes

Contact Voltage Rating

690 V ac

Control Voltage

250 V dc, 690 V ac

Country of Origin

Czech Republic

Product details

Schneider Electric Mini Thermal Overload Relays - LR2-K Range

Schneider Electrics K thermal overload relays are adjustable from 0.11 to 11.5 A, they have been predominantly designed for use in applications that require motor protection.

This range of mini thermal overload relays feature compensated and phase failure sensitivity, the range also offers manual and automatic reset. Each overload relay has 3-poles and screw clamp terminals.

Features & Benefits

• Commonly referred to by the range short name - LR2K
• Easy maintenance checks, check the tightening of cables through conducting thermographic testing and checking the mechanical operation of the product through manually operating the test, reset and stop buttons
• Direct mounting under a contactor is achievable
• Standards - IEC 947, BS4941, VDE 0660, NFC63-650
• Standards - CSA, UL, DEMKO, NEMKO, SEMKO, FIMKO, PTB

Applications of a Contactor and Control Overload Relay

• The majority of the time is to protect a motor
• To detect both overload conditions and fault conditions to then announce trip command for a protective device
• To deactivate a device whenever it pulls high current
• Sometimes developed into microprocessor systems and solid-state electronics