Schneider LTMR100EBD 5100A 24VDC Smart Relay

SCHNEIDER LTMR100EBD 5100A 24VDC Smart Relay

USED product out of the manufacturer's box

Brand: SCHNEIDER

Model: LTMR100EBD

 

A smart relay is an advanced version of a conventional relay that includes additional control, monitoring, and communication features. These additional features allow the smart relay to perform more sophisticated functions and offer greater automation and integration capabilities with other systems.

 

They are widely used in electrical power distribution systems, industrial automation, power monitoring and control systems, among other applications where advanced control, monitoring, and protection functionalities are required.

 

TESYS T ETHERNET SMART RELAY 5100A 24VDC LTMR100EBD

 

 

TeSys T is a motor management system that provides comprehensive motor monitoring, control, and protection when used with short-circuit protection and a contactor. TeSys T manages the most critical processes, reducing downtime and increasing productivity. TeSys T is a flexible system that seamlessly integrates into your automation system via five main communication protocols. TeSys T predicts what will happen in the process, as it accurately monitors current, voltage, and power across a wide range. This controller is the central component in the motor management system. The module manages the basic functions of the motor management system. It manages three-phase current measurement via integrated current transformers from 0.4 to 100 A or up to 810 A via external current transformers. It also measures earth current with internal or external earth sensors, motor temperature, and inputs and outputs for various motor control modes, management of detected faults, and other functions. The Ethernet/IP and Modbus/TCP protocol is used by this controller. Ethernet TCP/IP communication is used. This module has 6 discrete logic inputs, 3 relay logic outputs, and one relay output for signaling detected fault overload relay.

 

Main

range

TeSys

Product name

TeSys T

Device short name

LTMR

Product or component type

Motor controller

Device application

Equipment monitoring and control

Measuring current

5…100 A

Rated supply voltage [Us]

24 V DC

Current consumption

56...127 mA

supply voltage limits

20.4…26.24 V DC

Communication port protocol

Modbus TCP / Ethernet / IP

bus type

Ethernet IEEE 802.3 interface Addressing 0...159, Transmission rate 10...100 Mbit/s, RJ45 with 2 shielded twisted pairs

Complementary

[Ui] rated insulation voltage

690 V conforming to EN/IEC 60947-1

690 V conforming to CSA C22.2 No 14

690 V conforming to UL 508

[Uimp] rated impulse withstand voltage

6 kV current or voltage measuring circuit conforming to EN/IEC 60947-4-1

0.8 kV communication circuit conforming to EN/IEC 60947-4-1

0.8 kV supply, inputs and outputs conforming to EN/IEC 60947-4-1

short-circuit resistance

100 kA conforming to EN/IEC 60947-4-1

associated fuse rating

4 A gG for Output

0.5 A gG for control circuit

Protection type

Locked rotor

Overload

Thermal overload protection

Earth leakage protection

Reverse polarity protection

Overload (time)

Power factor variation

Phase imbalance

Load fluctuation

Phase failure

Thermal protection

Network type and machine diagnostics

Fault recording

Trip context information

Waiting time after overload trip

Trip history information

Operating hours / operational time counter

Motor control command recording

Starting current and time

Phase and earth fault odometers

Event recording

Remaining operational time before overload trip

number of logic inputs

6

input current

7 mA

Current state 0 guaranteed

Logic input: < 5 V and <= 15 mA of 5 ms

Current state 1 guaranteed

Logic input: < 15 V and 2...15 mA of 15 ms

maximum output switching frequency

2 Hz

load current

5 A at 250 V AC of logic output

5 A at 30 V DC of logic output

admissible power

480 VA (AC-15), Ie = 2 A, 500000 cycles (Output)

30 W (DC-13), Ie = 1.25 A, 500000 cycles (Output)

maximum operating rate

1800 cyc/h

contact type and composition

1 NO + 1 NC fault signal

3 NO

measurement type

Iavg average current

Earth fault current

Temperature

I1 phase current, I2, I3 RMS

Current unbalance

measurement accuracy

5...15 % internal earth fault current measurement

1 % Voltage (100...830 V)

3 % Power factor

5 % external earth fault current measurement

+/- 30 min/year internal clock

0.02 Temperature

5 % active and reactive power

0.02 Current

Overvoltage category

III

 

Date: 04/17/2024

Weight: 0.460Kg

Measurements: 10X15X24

Locator: A1P2B

 

Dear customers, if the material is intended for resale, the ST (Tax Substitution) value may apply. If the operation is subject to this tax, the responsibility for payment is exclusively the buyer's.

 

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