Category: A-B

DESCRIPTION

The 825-MCM20 is a currency converter module from Allen-Bradley.

It is part of the 825-P Motor Modular Protection System and is rated for 690 VAC (IEC) and 600 VAC (CSA/UL).

It has an inrush rating of 6 kV, an operating current range of 2.5-20 amps, a continuous thermal current of 24 amps,

a saturation current rating of 240 amps, and a frequency rating of 50/60 Hz ± 3 Hz.

The converter has a PTC thermistor input and supports six (6) sensors in series.

About the 825-MCM20

The 825-MCM20 is Allen-Bradley’s currency converter module. It is part of the Bulletin 825-P Motor Protection System.

The device is designed primarily to protect industrial three-phase motors, providing thermal overload,

PTC (positive temperature coefficient) overheat, undercurrent (load loss), current unbalance, and phase loss,

overcurrent (load jamming), short circuit, ground fault (residual), ground fault (zero sequence),

frequency and other protective functions, as well as motor start/run and other motor start and run protection functions, such as a variety of motor start and run protection.

Protection prohibition at start, start motor timer, notch or pointing device, TCU (thermal capacity utilization) start prohibition, anti-reverse rotation timer, emergency start,

two-speed protection, reduced voltage start (star-delta) and stall switch.

The 825-MCM20 module is specifically designed for use in a variety of line starter applications,

especially low and medium voltage with 2 or 3 potential transformers, with or without phase current transformers,

with or without zero sequence core balancing current transformers, with or without external RTD module, reversing starters, star delta starters and two speed motors.

The 825-MCM20 operates in accordance with IEC and CSA/UL standards, specifically 690 VAC (IEC) and 600 VAC (CSA/UL), and is rated for 6 kV impact strength.

It has an operating current range of 2.5-20 amps with a continuous thermal current of 24 amps and a saturation current of 240 amps.

The module’s operating frequency range is 50/60 Hz ± 3 Hz. The module provides five (5) discrete inputs; one (1) C-type input; and one (1) C-type input.

The module provides five (5) discrete inputs; one (1) Type C, one (1) Type A, and release contact outputs as well as PTC thermistor inputs for up to six (6) PTC sensors in series.

The Allen-Bradley 825-MCM20 825-M is a current converter device for use with the Allen-Bradley 825 Modular Motor Protection System.

It is specifically designed to protect and manage three-phase industrial motors by monitoring motor current, line voltage, and temperature.

The 825-MCM20 has an operating (working) CSA/UL rating of 600V AC, an IEC rating of 690V AC, and a rated frequency range of 50-60 Hz +/- 3 Hz.

The converter has a functional current range of 2.5A to 20A with a continuous thermal current of 24A and a saturation current of 240A.

It has a converter impulse strength rating of 6kV and a frequency range of 50-60 Hz +/- 3Hz.

The 825-MCM20 has a functional temperature limit of -20 to +60 degrees Celsius (-4 to +140 degrees Fahrenheit) and an ambient non-condensing relative humidity level of 5% to 95%.

The non-operating temperature is limited to -40 to +85 degrees Celsius (-40 to +185 degrees Fahrenheit).

It can operate at altitudes up to 2000 meters without derating and comes with an IP65/IP20 rated enclosure.

It has a maximum operating shock tolerance of 3G for 18ms time duration and resists 3G maximum vibration at frequencies from 10 to 150Hz.

The current converter module weighs approximately 570g and has net dimensions of 120mm x 85mm x 102mm.

Technical Description of the 825-MCM20

The Allen-Bradley 825-MCM20 module is a Bulletin 825 converter module designed to protect three-phase industrial motors.

It supports a current range of 2.5 to 20 amps and is rated at 24 amps continuous thermal current.

The 825-MCM20 converter module is designed to be connected to phase current inputs. It supports an operating frequency range of 50 to 60 Hz.

The 825-MCM20 converter module is protected by an environmentally friendly enclosure rated up to IP 66.

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Description

The Allen-Bradley 1747-SDN is an SLC 500 DeviceNet scanner module.

The module communicates with DeviceNet adapter modules connected to a DeviceNet network.

It is compatible with SLC 5/02 or later controllers. It is a single-slot module that supports operation in slave mode and passes messages in polled, pass-through, state change, cyclic I/O, and pass-through configurations.

It has a backplane current consumption of 5V DC, 500 mA.

About the 1747-SDN

The Allen-Bradley 1747-SDN is a DeviceNet communications scanner.

This scanner module is used to communicate with DeviceNet-enabled devices over a DeviceNet network or through a DeviceNet adapter module.

The module can operate in slave mode; send and receive messages in polled, www.abb-drive.com select-through, state change, and cyclic I/O configurations.

It also supports a pass-through configuration where the 1747-SDN acts as a bridge and connects to a separate DeviceNet network.

This pass-through feature is intended to replace the 1770-KFD, 1784-PCD, 1784-PCID, or 1784-PCIDS DeviceNet connections on the network.

Specifically, the compatible SLC 500 processors when implementing the pass-through configuration are the SLC 5/03. SLC 5/04. and SLC 5/05.

The 1747-SDN supports configuration of up to 63 nodes at a baud rate of 125 Kbps. It draws 5V DC, 500 mA of backplane current.

The 1747-SDN has two (2) LED status indicators mounted on the front panel, such as the Module Indicator to report module operation and a Network Status LED to indicate the DeviceNet communication link.

It also has an LCD display that provides module address and error indications.The DeviceNet terminal is mounted behind the access door and is equipped with a 10-pin plug that plugs into the DeviceNet port.

It serves as an interface between the SLC processor and DeviceNet devices, allowing communication with the processor via M1/M0 file transfer and discrete I/O. The 1747-SDN is compatible with the SLC processor.

The 1747-SDN exchanges configuration data, device I/O data, and status information with the SLC 500 processor.

It draws 500mA of backplane current at 5 V DC and 90mA at 24 V DC.

It consumes 500mA of backplane current at 5 V DC, 90mA at 24 V DC, and provides 30 V circuit isolation from DeviceNet to the backplane for 60 seconds using a basic insulation type tested at 500 V AC.

The 1747-SDN has an IEC-tested operating temperature range of 0 to 60 degrees Celsius (32 to 140 degrees Fahrenheit), non-condensing humidity of 5 to 95 percent, and storage over a temperature range of -40 to 85 degrees Celsius (-40 to 185 degrees Fahrenheit).

It also has an IEC-tested 2G vibration resistance at 10-500Hz and a maximum shock rating of 30G.

It has a CISPR 11 Group 1 Class A emission rating and is designated T5 North American temperature code. It has an open housing and is c-UL-us and CE certified.

The Allen-Bradley 1747-SDN is an SLC 500 DeviceNet scanner module.

This DeviceNet scanner module has 1746 backplane communications and is compatible with the following processors: SLC 5/02. 5/03. 5/04. 5/05.

Description: Allen-Bradley 2094-BM01-M is a Kinetix 6000 Drive component.

The Allen-Bradley 2094-BM01-M is a Kinetix 6000 Drive assembly.

It is a 400VAC rated shaft module with a continuous current of 6.1 A and a peak current of 15.3 A. It has a 98% efficiency and a symmetrical 200.000 A (rms) short circuit current rating.

It has 98% efficiency and a symmetrical short circuit current rating of 200.000 A (rms).

About the 2094-BM01-M

The 2904-BM01-M is an Allen-Bradley component designed for use with Kinetix 6000 drives.

The drive is used as an axis module (AM), is in the 400 VAC voltage category, and has a continuous current of 6.1 A and a peak current of 15.3 A. The drive is designed for use with Kinetix 6000 inverters.

The 2904-BM01-M mounts directly to the Kinetix drive power rail. It is typically mounted next to the Integrated Axis Module (IAM) along the power rails, where the module draws power from the power rails to power its internal circuitry.

The axis module connects to the motor and motion device via feedback cables, auxiliary feedback cables, I/O, and safety wiring.

Axis modules also allow the installation of a control www.abb-drive.com module so that control inputs can be integrated into the module.

The 2904-BM01-M features a 500 Hz bandwidth speed loop and 1300 Hz current loop frequency and a 4 kHz pulse width modulation (PWM) frequency.

The module has a built-in internal shunt with 50 W continuous power, 5.6 kW peak power, and an internal closure resistor rated at 115 Ohms.

The voltage rating is 805VDC with the shunt on and 765VDC with the shunt off.

The efficiency of the module is 98% with a capacitance of 150 ?F and capacitive energy adsorption of 19 joules.

The rated power output of the module is 57 watts (20%), 75% (40%), 90% (60%), 108 watts (8%) and 126 watts (100% load).

These power output data can be used for computer cabinet ventilation purposes.

With its modular design and embedded safety features, the 2094-BM01-M inverter is easy to maintain and offers greater flexibility.

It also simplifies wiring, reduces inventory, and can be modified using advanced technology.

It reduces energy and production waste and improves operational efficiency through its Safe Speed feature.

Its embedded advanced safety features also help protect personnel. Other safety features include safe maximum speed, safe maximum acceleration monitoring,

Safe Direction Monitoring, Zero Speed Monitoring, Enable Switch Control, and Door Monitoring and Control.

The 2094-BM01-Mhas enhanced diagnostic features that indicate the nature of a fault by displaying an error message.

2094-BM01-M Frequently Asked Questions

What is the rated output power range of the 2904-BM01-M?

The rated output power range for the 2904-BM01-M is 57 watts at 20%, 75 watts at 40%, 90 watts at 60%, 108 watts at 8% and 126 watts at 100% load.

Does this shaft module come with an internal shunt and internal shunt resistor?

Yes, the 2904-BM01-M has an internal shunt resistor installed.

Does this module support Safe Torque Off?

No, the module does not. Modules with catalog numbers ending in “S” are the ones that support the Safe Torque Off function.

Technical Description of the 2094-BM01-M

The Allen-Bradley 2094-BM01-M Kinetix 6200 drive has a 460 volt (AC) rating, 3.9 kW watts, and 9 amps output current.

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DESCRIPTION

The Allen-Bradley 1771-IR is a PLC5 resistance temperature detector (RTD) input module.

The module has six (6) input channels and is compatible with copper and platinum RTD types.

It is designed to support temperature measurements in Celsius and Fahrenheit www.abb-drive.com units of measurement. It has a scan time of 50 milliseconds for six channels.

About the 1771-IR

The Allen-Bradley 1771-IR is a PLC-5 RTD input with a natural binary BDC supported data format for actual temperature and ohmic readings.

The unit does not require any type of external power supply. It consists of six three-wire RTD inputs.

The device’s channel update resolution introduces a combination of 50ms/6 channels and 16 bits + sign (1.0 degrees Celsius/1.0 degrees Fahrenheit/bit).

The 1771-IR input module has a voltage range of 100 ohms platinum and 10 ohms other. It has a backplane current range of 800mA.

The DC signal delay is 10ms in the on state, 50ms in the off state, and 45(+/- 15) ms in the AC signal delay in the on state.

These input modules have a lifetime of up to 100 million cycles as they meet voltage requirements of 10-276V AC.

The 1771-IR also helps protect your system by providing appropriate troubleshooting assistance. Module indicators show the status of smart inputs or outputs to help you troubleshoot your equipment.

The 1771-IR has an intelligent hybrid interface for connecting on/off devices such as switches, motor starters, pushbuttons, indicators and signalers.

This unique feature helps save on system engineering and spare parts as well as inventory and training costs.

The front panel of each AC discrete input/output module consists of bright status indicators.

The 1771-IR supports both Celsius and Fahrenheit measurement units. The platinum sensor has a temperature measurement range of -200 to +870 degrees Celsius and the copper sensor has a temperature measurement range of -200 to +260 degrees Celsius.

It has a resistance range of 1.00 to 600.00 ohms and a resolution of 0.1 degrees Celsius or 0.1 degrees Fahrenheit when used with a platinum sensor and 0.3 degrees Celsius or 0.5 degrees Fahrenheit.

The 1771-IR draws 950 mA at 5VDC from the backplane, consumes 4.75 watts, and has a thermal dissipation of 16.2 BTU/hour.

It is capable of open wire detection.

The 1771-IR is compatible with PLC2. PLC3. and PLC5 controllers. It can also be installed in various enclosures such as the 1771-A1B, 1771-A2B, 1771-A3B, and 1771-A4B I/O enclosures.

The module uses the 1771-WF pendulum arm to terminate signal lines keyed between 10 and 12 or 28 and 30.

DESCRIPTION

The 1783-MX08F Switch is an Allen-Bradley network switch. The module is an 8-port switch with 100 Base-F fiber optic Ethernet ports.

About the 1783-MX08F

The 1783-MX08F Switch, manufactured by Allen-Bradley, is an 8-port Stratix 8000 switch.

The 1783-MX08F switch has a supply voltage of 24 to 48 volts DC and a power dissipation of 10.1 watts.

The Allen-Bradley Stratix 8000 switch has an open enclosure and uses 100 Base-F fiber optic Ethernet ports.

Modules are of the CompactFlash memory type and are rated at 2 amps inrush current.

The 1783-MX08F switch is 112 mm long, 97 mm wide, and 147 mm high.

To ensure optimal performance, it is recommended that users ensure that www.abb-drive.com the ambient operating temperature range is between -40 degrees Celsius and 60 degrees Celsius.

The 1783-MX08F switch has a relative humidity range of 5% to 95% (non-condensing) and a maximum operating vibration of 2 G at 10 to 500 Hz.

It is rated for 20 G of operating shock and 30 G of non-operating shock.

The Allen-Bradley 1783-MX08F switch supports fiber optic Ethernet data rates of 100 Mbps.

The 1783-MX08F switch is optimized for IT and control/manufacturing control environments.

This makes the 1783-MX08F switch a high-performance managed Ethernet switch.

The 1783-MX08F Switch combines Cisco technology with innovative Allen-Bradley/Rockwell Automaton technology for high performance.

The 1783-MX08F switch is easy to set up and enables comprehensive diagnostic information within the specified Allen-Bradley/Rockwell Automation integrated architecture.

The 1783-MX08F switch provides users with the benefits of a CIP interface with predefined Logix tags and advanced configuration screens.

Description:

The 1783-MX08T switch is an Allen-Bradley managed Ethernet switch.

About the 1783-MX08T

The 1783-MX08T Switch, manufactured by Allen-Bradley, is a Stratix 8000 modular managed Ethernet switch.

The managed switch has up to eight ports and is powered from 24 to 48 V DC.

The 1783-MX08T switch provides an optimized solution for both IT and manufacturing environments.

The Allen-Bradley Stratix 8000 Managed Modular Switch is jointly manufactured by Rockwell Automation and Cisco.

The 1783-MX08T switch features a user-friendly interface that ensures users have an easy installation process and a simple control environment.

In addition, the 1783-MX08T switch supports the RXLogix www.abb-drive.com 5000 operating environment as well as diagnostic panels to further simplify use.

The 1783-MX08T switch is designed to provide simple and secure integration with the corporate network.

This is accomplished through the CIP interface, which allows integration with enterprise-connected devices.

The Allen-Bradley 1783-MX08T switch measures 112 mm in length, 97 mm in width, and 147 mm in height.

The recommended ambient operating temperature range is -40 to 60 degrees Celsius.

The ambient storage temperature range is -40 to 85 degrees Celsius and the relative humidity is rated at 5% to 95% non-condensing.

The 1783-MX08T switch has an open housing and supports an inrush current rating of 2 amps.

The unit utilizes a 10/100 Base T Cooper Ethernet port. The supported memory type is CompactFlash memory.

The Allen-Bradley 1746-NT8 is an SLC 500 thermocouple/mV analog input module.

The module has eight (8) channels and is compatible with thermocouple sensors such as J, K, T, E, S, R, B, and N. It is also compatible with mV inputs such as +/- 50 mV and +/- 100 mV.

It is also compatible with mV inputs such as +/- 50 mV and +/- 100 mV. The module is compatible with both stationary and modular SLC 500s.

About the 1746-NT8

The 1746-NT8 is Allen-Bradley’s SLC 500 thermocouple/voltage analog input module.

It is a chassis-mounted, eight (8) channel module that receives thermocouple/voltage signals and converts them to digital signals for retrieval by any SLC 500 processor.

It has a backplane current rating of 120mA at 5V DC and 70mA at 24V DC for a total backplane power of 2.28W.

The 1746-NT8 uses a delta-sigma signal conversion method and has a digital low-pass filter with selectable programmable filter frequencies.

The normal mode rejection between terminals is greater than 100 dB at 50-60 Hz, and the common mode rejection between input and ground is greater than 100 dB at 50-60 Hz.

The 1746-NT8 module automatically calibrates itself approximately every 2 minutes after power-up.

It provides +/-30V DC and 600W pulses for 1ms input overvoltage protection and 12.5V DC circuit isolation between inputs and chassis ground, and between inputs and backplane, with a test voltage of 500V DC for 1 minute.

The 1746-NT8 has nine green LEDs to indicate channel status and module status.

It uses the 1746-RT34 (RTB) removable terminal block to connect the www.abb-drive.com input devices. The terminal block includes two (2) cold junction compensation (CJC) sensors with an accuracy of +/-1.72 degrees Celsius.

The 1746-NT8 has several selectable input types with a total input impedance greater than 10 M ohms.

Any input device connected to it must have an impedance of less than 100 ohms to meet accuracy requirements.

The 1746-NT8 offers optional open-circuit detection at 1 cycle per channel for an overall input dry-circuit response time of 400 milliseconds.

The functional temperature range of the module is 0 degrees Celsius to 60 degrees Celsius. The functional temperature range of the module is 0 degrees Celsius to 60 degrees Celsius.

The modules are UL and CUL recognized.

1746-NT8 is an analog input module belonging to the SLC 500 product family.

The module is specifically designed for thermocouple/millivolt inputs and is compatible with SLC 500 processors such as SLC 5/01. 5/02. 5/03. 5/04. and 5/05. It can be used with SLC fixed or modular hardware categories.

Similar to other analog input modules, the 1746-NT8 uses Sigma-Delta modulation to convert received analog signals to digital values.

The converted data is stored in the module’s local memory and transferred to the CPU to create a data table to store the digitally converted values.

The module can be mounted in a fixed chassis, specifically using the 1746-A2 chassis.

If used with a modular controller, the module can be installed in any slot except slot 0.

Slot 0 is always reserved for controllers or communication adapters such as Remote IO, Data Highway Plus (DH+), and Ethernet communication modules.

Available data formats for input signals include engineering units, proportional-integral-derivative (PID) scaling, and proportional counting.

For thermocouple and millivolt input signals, PID proportional is the most compatible data format.

The module is capable of detecting open circuits, under-range, over-range, and channel errors.

These error alarms are assigned specific bits that can be accessed by monitoring systems such as Human Machine Interfaces (HMI) and Supervisory Control and Data Acquisition (SCADA) systems.

The 1756-IF4FXOF2F is a ControlLogix discrete high-speed analog I/O module.

It has four (4) high speed, sub-millisecond, differential inputs and is compatible with input signals ranging from ± 10V 0…. .10V 0… .5V 0… .20 mA.

It also has two high-speed voltage or current outputs with an output signal range of ± 10V 0…. .20 mA.

About the 1756-IF4FXOF2F

The Allen-Bradley 1756-IF4FXOF2F is an analog combo I/O module.

The module is part of the ControlLogix system and is compatible with the 1756 ControlLogix chassis, which requires the 1756-TBS6H or 1756-TBCH removable terminal block enclosure (RTB).

The module has four sub-millisecond high-speed differential inputs and two high-speed voltage or current outputs.

The module has a display that shows the module’s health and operating status (e.g., calibration mode).

The 1756-IF4FXOF2F has input ranges of +/-10 volts, 0 to 10 volts, 0 to 5 volts, and 0 to 20 milliamps, and displays over-range when the module is out of these ranges.

Overvoltage protection is 30 volts DC and 8 volts AC/DC. Its open circuit detection is a positive full scale reading within 1 second.

The module has an output range of +/-10 volts, 0 to 20 milliamps, and short-circuit protection, limiting the electronic current to 21 milliamps or less.

It also has 24-volt DC overvoltage protection and open-circuit detection, but is limited to current outputs only (note that outputs must be set to greater than 0.1 mA).

The 1756-IF4FXOF2F has backplane voltage and current ratings of 375 milliamps (at 5.1 volts DC) and 100 milliamps (at 24 volts DC).

The analog inputs and outputs are rated at -10 to 10 volts and 4 to 20 mA, respectively.

Module power consumption is 4.3 watts with 4.3 watts of voltage dissipation and 4.7 watts of current dissipation.

Thermal dissipation is 14.66 BTU/hr for voltage and 16.02 BTU/hr for current.

Current consumption is 375 mA at 5.1 volts and 100 mA at 24 volts.

It has a scan time update cycle of 300us minutes with sub-millisecond channel scanning and multi-module synchronized sampling.

The Allen-Bradley 1756-IF4FXOF2F is a ControlLogix high-speed analog combo module.

The module features four (4) high-speed, sub-millisecond differential inputs that accept ± 10V, 0 to 10V, 0 to 5V, and 0 to 20 mA signal ranges.

Each analog input channel has integrated over- and under-range indication. It is also equipped with two (2) high speed voltage or current output channels with output ranges of ± 10V and 0 to 20 mA.

The module’s input channels convert received analog signals by successive approximation www.abb-drive.com with 14-bit (±10.5V) and 12-bit (21 mA) conversion resolution.

It has a repeatability of ±1 least significant bit (LSB) and a calibration interval of 12 months.

The analog inputs are suitable for measuring analog process variables such as flow, level, pressure, temperature, viscosity, pH, turbidity, velocity and many other process variables.

The module’s output channels have 13-bit (21 mA = 2.8 µA/bit) and 14-bit (21.8V = 1.3 mV/bit) output resolutions.

The output channels are converted using the R ladder DAC conversion method without missing codes.

The module’s output analog signals can be used to command the modulating operation of control valves, variable frequency drives, dampers, shutters, signal converters, and sensors.

It can also be used to retransmit signals for use with indicators, recorders, and other devices.

The module’s analog output can be connected to manual control commands, arithmetic operations, or the control output of a proportional-integral-derivative (PID) controller.

Technical Description of the 1756-IF4FXOF2F

Allen Bradley ControlLogix high-speed analog input/output module with four sub-millisecond, high-speed differential inputs.

About the 2198-S160-ERS3

The 2198-S160-ERS3 Kinetix 5700 Single-Axis Inverter Module is a single-axis inverter used by Allen-Bradley in many integrated motion control applications.

The inverter has a 400 Hz/100 Hz loop bandwidth, a 4 KHz control (PWM) frequency, and an output power supply of 85 ARMS.

120.2 A (0-pk) and a maximum of 160 ARMs, 226.2 A (0-pk).

The 2198-S160-ERS3 has a three-phase power output of 60.1 KW, an internal capacitance of 1120 μF, and requires 92.3 A DC input current at 458-747 V DC.

When the servomotor connected to the inverter does not have a holding option, the inverter has a control current of 4.6A at 24V DC supply.

The inverter also has a control current of 9.6A at 24V DC if the servomotor has braking enabled,.

And the inverter will receive 4A inrush current under 24V DC.

The 2198-S160-ERS3 has an operating heat sink relative to the www.abb-drive.com percentage of rated output power of the inverter of

270W at 20%, 420W at 40%, 570W at 60%, 760W at 80%, and 950W at 100% of utilized output power.

Motor feedback and auxiliary feedback are provided via a 15-pin universal feedback connector (UFB) and a 2-pin motor feedback connector (MF).

and is pre-installed with an EtherNet network connection port.

The 2198-S160-ERS3 has an operating temperature range of 0-50°C (32-122°F), a non-condensing relative humidity of 5-95%, and a storage range of -40-70°C (-40-158°F).

It has a mounting height of 1500 meters (4921 feet), is not rated, and can withstand 15G operational shock and 2G vibration from 55-500Hz.

It is c-UL, CE, KC, c-TICK, ODVA, and OSHA certified and has an IP20 protected enclosure.

The 2198-S160-ERS3 weighs approximately 6.8Kg (15 lbs) and measures approximately 252mm x 478mm x 100mm (9.92″ x 18.82″ x 3.94″).

Our Kinetix® 5700 servo drives are designed for machines with large axes and high power requirements.

These high-performance servo drives utilize leading-edge technology designed to help you build machines that are more capable, more flexible, and more energy efficient than ever before.

The Kinetix 5700 servo drives utilize EtherNet/IP communication technology that

Complete your Logix control system with fast access to the data you need, while simplifying your system by using one network to integrate motion and safety functions.

New Features

Tuning-Free Startup and Operation

The Kinetix 5700 server’s V13 firmware has updated features that reduce or eliminate debugging efforts.

Enhancements include.

Virtual Torque Sensor feature detects anomalies and provides analysis

Adaptive tuning now includes multiple tracking trap filters and improved www.abb-drive.com filter configurations.

Command trap filters reduce load oscillation in applications without load sensors

Supports 200V and 400V rated motors

OVERVIEW

High-performance Kinetix 5700 servo drives help meet the demands of demanding applications in a wide range of industries.

These multi-axis servo drives combine high-performance servo and vector motor control to help simplify machine design and reduce the time and labor costs required for integration.

Kinetix 5700 servo drives can be configured with integrated drive safety and regenerative bus power to help make your next servo solution safer and more energy efficient than ever.

Functional Features

Kinetix 5700 Servo Drive

Delivers high power density in a compact rack size

Offers a wide power range of 1.6…. .112 kW wide power range

Supports servo and induction motors with a wide range of feedback types

Features a dual-axis module

Innovative snap-in bus system for easy assembly and installation

Supports single-cable solutions for motor power and feedback

Includes dual Ethernet ports to support linear and device level ring (DLR) topologies

CIP security features support defense-in-depth approach to network security

Kinetix 5700 Integrated Safety Servo Drive

Includes integrated or hard-wired safety options

Integrated safety option reduces overall system wiring

Advanced safety features with Safe Torque Off, Safe Stop and Safe Monitor functions

Kinetix 5700 Regenerative Bus Power

Helps reduce overall energy consumption by regenerating excess energy

Performs common DC bus voltage regulation over the entire AC input voltage range

On-board diagnostics for power quality monitoring provide real-time analysis via EtherNet/IP

Integrated LC filter reduces installation costs and cabinet space

Tuning-free setup and operation

Real-time Load Observer tuning technology automatically tunes each axis, compensates for unknown mechanical structures, and adjusts for applications with changing inertia during operation

Virtual torque sensing helps detect anomalies and provides analysis

Reduces resonance through adaptive tuning using multiple tracking trap filters