LTMR100MBD Schneider Electric Industrial Automation Components

LTMR100MBD on Powermatic Associates
Schneider Electric

Part#:LTMR100MBD

Manufacturer:Schneider Electric

Category:Industrial Automation Components

Product Lifecycle:Active

Product description

Schneider Electric LTMR100MBD, part of the LTMR (TeSys T) sub-range, is designed for motor management with a variety of control modes including local via terminal block, local via HMI terminal, and remote via network. It supports operating modes such as overload, independent, reverser, 2-step, 2-speed, and custom mode. The part offers comprehensive fault management capabilities with manual, automatic, and remote reset options, alongside protection fault counters, protection alarm counters, diagnostic fault counters, motor control function counters, and fault history. It features fault diagnostics for internal watchdog faults, controller internal temperature, temperature sensor connection, current connection, voltage connection, motor control commands, control configuration checksum, and loss of communication. Motor statistics provided include the number of motor control commands, operating time, number of starts per hour, last start I max, and duration of last start. Thermal overload statistics cover time to trip and time to restart, while system operating statistics include run, on, start, alarm, and fault indicators. The connection type is 3 measurement current transformers with screw-clamp terminals, and it uses the Modbus communication protocol. It is a 3 Pole device with protection functions for thermal overload, motor temperature, phase imbalance, phase failure, phase reversal, long starting time, locked rotor, minimum and maximum current load limit variation, earth fault, and frequent starting. Rated current ranges from 5-100 A with protection settings adjustable for various conditions. The supply voltage is 24 V DC, and the rated voltage for AC phase-to-phase is up to 690 V at 50-60Hz. Measurement functions include current/phase, earth current, average current, current imbalance between phases, thermal capacity level, and motor temperature rise, accommodating a wide range of monitoring and protection needs for motor management.

Product Details

  • Measurement Accuracy
    5...15 % earth fault current internal measurement 1 % voltage 100...830 V) 3 % power factor 5 % earth fault current external measurement +/- 30 min/year internal clock 0,02 Temperature 5 % active and reactive power 0,02
  • Network And Machine Diagnosis Type
    Remaining operating time before overload tripping Phase fault and earth fault trip counters Fault recording Waiting time after overload tripping Motor control command recording Event recording Starting current and time T
  • Protection Type
    Thermal overload protection Phase unbalance Overload (long time) Phase failure Thermal protection Power factor variation Reverse polarity protection Overload Locked rotor Load fluctuation Earth-leakage pro
  • Electromagnetic Compatibility
    Electrostatic discharge, 3 8 kV air, 6 kV contact)EN/IEC 61000-4-2) Radiated RF fields, 3 10 V/m)EN/IEC 61000-4-3) Fast transients immunity test, level 3 2 kV)EN/IEC 61000-4-4) Fast transients immunity test, level 4 4 kV)EN/IEC 61000-4-4)
  • Connections - Terminals
    Control circuit connector 1 0.00…0.00 in² (0.25…2.5 mm²) AWG 24...AWG 14)flexible with cable end Control circuit connector 1 0.00…0.00 in² (0.2…2.5 mm²) AWG 24...AWG 14)flexible without cable end Control circuit connector 1 0.00…0.00 in² (0.25…2
  • [Uimp] Rated Impulse Withstand Voltage
    6 kV current or voltage measurement circuit EN/IEC 60947-4-1 0.8 kV communication circuit EN/IEC 60947-4-1 0.8 kV supply, inputs and outputs EN/IEC 60947-4-1
  • [Ui] Rated Insulation Voltage
    690 V EN/IEC 60947-1 690 V CSA C22.2 No 14 690 V UL 508
  • Bus Type
    Modbus 2-wire RS 485 1...247 1.2...19.2 kbit/s, RJ45 2 shielded twisted pairs Modbus 2-wire RS 485 1...247 1.2...19.2 kbit/s, terminal block 2 shielded twisted pairs
  • Permissible Power
    480 VA AC-15), Ie = 2 A, 500000 cycles output) 30 W DC-13), Ie = 1.25 A, 500000 cycles output)
  • Metering Type
    Phase current I1, I2, I3 RMS Temperature Average current Iavg Earth-fault current Imbalance current
  • Load Current
    5 A 250 V AC logic output 5 A 30 V DC logic output
  • Associated Fuse Rating
    4 A gG output 0.5 A gG control circuit
  • Contacts Type And Composition
    1 NO + 1 NC fault signal 3 NO
  • Web Services
    Web server
  • Compatibility Code
    LTMR
  • Height
    2.40 in (61 mm)
  • Width
    3.58 in (91 mm)
  • Depth
    4.82 in (122.5 mm)
  • Net Weight
    1.17 lb(US) (0.53 kg)
  • Pollution Degree
    3
  • Tightening Torque
    Control circuit 4.43…5.31 lbf.in (0.5…0.6 N.m) flat 0.12 in (3 mm)
  • Overvoltage Category
    III
  • Connection Pitch
    0.20 in (5.08 mm)
  • Maximum Output Switching Frequency
    2 Hz
  • Maximum Operating Rate
    1800 cyc/h
  • Current State 1 Guaranteed
    Logic input < 15 V 2...15 mA 15 ms
  • Current State 0 Guaranteed
    Logic input < 5 V <= 15 mA 5 ms
  • Input Current
    7 mA
  • Logic Input Number
    6
  • Short-Circuit Withstand
    100 kA EN/IEC 60947-4-1
  • Communication Port Protocol
    Modbus
  • Supply Voltage Limits
    20.4…26.24 V DC
  • Current Consumption
    56...127 mA
  • Product Or Component Type
    Motor controller
  • Measurement Current
    5…100 A
  • Device Application
    Equipment monitoring and control
  • [Us] Rated Supply Voltage
    24 V DC
  • Device Short Name
    LTMR
  • Product Name
    TeSys T
  • Range
    TeSys

Product condition

New Factory Sealed

New Factory Sealed - New condition, never used, original OEM part with original packaging and factory seal.



Similar products from: Schneider Electric Industrial Automation Components

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LTMR100MBD Schneider Electric

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About the manufacturer

Schneider Electric

Powermatic Associates is an authorized Schneider Electric distributor, proudly offering a diverse portfolio of innovative solutions tailored to meet the dynamic needs of today's industrial landscape. Schneider Electric stands as a global leader in energy management and automation, providing cutting-edge products and services that drive efficiency and sustainability across a variety of sectors. The...

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FAQ

Out if stock but available for backorder.

Schneider Electric LTMR100MBD, part of the LTMR (TeSys T) sub-range, is designed for motor management with a variety of control modes including local via terminal block, local via HMI terminal, and remote via network. It supports operating modes such as overload, independent, reverser, 2-step, 2-speed, and custom mode. The part offers comprehensive fault management capabilities with manual, automatic, and remote reset options, alongside protection fault counters, protection alarm counters, diagnostic fault counters, motor control function counters, and fault history. It features fault diagnostics for internal watchdog faults, controller internal temperature, temperature sensor connection, current connection, voltage connection, motor control commands, control configuration checksum, and loss of communication. Motor statistics provided include the number of motor control commands, operating time, number of starts per hour, last start I max, and duration of last start. Thermal overload statistics cover time to trip and time to restart, while system operating statistics include run, on, start, alarm, and fault indicators. The connection type is 3 measurement current transformers with screw-clamp terminals, and it uses the Modbus communication protocol. It is a 3 Pole device with protection functions for thermal overload, motor temperature, phase imbalance, phase failure, phase reversal, long starting time, locked rotor, minimum and maximum current load limit variation, earth fault, and frequent starting. Rated current ranges from 5-100 A with protection settings adjustable for various conditions. The supply voltage is 24 V DC, and the rated voltage for AC phase-to-phase is up to 690 V at 50-60Hz. Measurement functions include current/phase, earth current, average current, current imbalance between phases, thermal capacity level, and motor temperature rise, accommodating a wide range of monitoring and protection needs for motor management.

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