Category: A-B

Description

The Allen-Bradley 2711-K10G9L1 terminal is a standard operator terminal produced as part of the Allen-Bradley/Rockwell Automation Panelview 1000 series.

The 2711-K10G9L1 terminal is a standard operator terminal manufactured as part of the Allen-Bradley/Rockwell Automation Panelview 1000 series. It is a DC-powered operator terminal that supports greyscale graphics only.

The 2711-K10G9L1 operator terminal has a 10-inch wide screen. This terminal is a keypad type terminal.

The 2711-K10G9L1 operator terminal’s keypad includes several different keys such as navigation keys, numeric keys, and function keys.

The Allen-Bradley 2711-K10G9L1 terminal is a keypad/touch operator interface terminal that is part of the PanelView family of standard terminals.

Specifically, the 1000 terminal sub-series is dcs-sis.com used to control and supervise any industrial application activity.

The terminal provides supervisors with all the information they need to check the status of the different devices in the network, send and receive data, and make on-the-fly changes to processes.

The device was developed by Allen-Bradley. the key benefits of the 2711-K10G9L1 Interface Terminal are.

Operators can monitor different processes from a specific location, saving travel time and inventory costs.

It is important that its installation and programming process is carried out by a qualified expert to avoid problems during operation.

It is also important to follow all the steps mentioned in the installation manual.

The keypad of the Allen-Bradley 2711-K10G9L1 Keypad/Touch Operator Interface Terminal is made of stainless steel film.

It includes navigation and function keys, all of which have a press count of 1 million.

Notably, the keypad makes monitoring and inserting new variables and data very easy.

The communication option for the Allen-Bradley 2711-K10G9L1 Keypad/Touch Operator Interface Terminal is an RS-232 (DH-485) port with printer.

It has 310 kilobytes of RAM and 1008 kilobytes of nonvolatile memory.

Description of the Allen-Bradley 5069-OB16 Discrete Output Module

The Allen-Bradley 5069-OB16 is a compact 5000 discrete output module.

The module has sixteen (16) single gang source output channels and operates over a 10-32VDC voltage range.

At 10…. .32V DC, each channel provides 0.5 A resistive output current; at 10…. .32V DC, each module can provide a maximum of 8 A resistive output current.

The module can be used as a local I/O or distributed I/O component. It uses the 5069-RTB18-SPRING RTB and 5069-RTB18-SCREW RTB.

The Allen-Bradley 5069-OB16 is a discrete output module that is part of the Compact 5000 I/O product family.

It has an output voltage range of 10-32VDC and a nominal output of 24VDC.

Output current is rated at 0.5 A resistor per channel (10…. .32V DC) per channel and 8 A resistive (10…32V DC) per module. .32V DC) per module.

Each channel can withstand a maximum inrush current of 1 A at 10 ms per point, repeated every 2 seconds.

Similar to other output modules, this module is primarily used to energise and drive electrical loads. However, the 5069-OB16 is compatible with devices operating at 12/24VDC.

The module has a minimum on-state voltage of 10VDC, a maximum of 32VDC, and a minimum on-state current of 1 mA per channel.

The output delay time for each channel is 100 µs, ±10 µs @ 25 °C (77 °F) @ 0.5 A for ‘on’ to ‘off’ and ‘off’ to ‘on’ transitions.

The minimum pulse width of the module output is 200 µs @ 0.5 A @ 25 °C (77 °F).

Product Description

The Allen-Bradley 6180W-15BPXPH is a VersaView industrial workstation.

It is a high performance computer with touch and keyboard inputs, Intel Pentium 4 Celeron 2GHz processor,

512 MB of Random Access Memory (RAM), 15-inch screen, and 90½-264V AC auto or 19-32V DC external power supply.

The 6180W-15BPXPH is a VersaView industrial workstation manufactured by Allen-Bradley. The workstation is a complete system that can be used as an operator or engineering workstation.

The 6180W-15BPXPH is equipped with a 15-inch colour active matrix thin-film transistor (TFT) with a display area of 305 x 229 mm (12 x 9 inches).

It has dual input interfaces such as an analogue resistive touchscreen and 32 function, numeric and alphabetic keys.

It also has various interfaces such as printer port, audio output, Ethernet communication port, PS2 keyboard, mouse, USB and VGA port. It also has a 3.5-inch floppy drive and an optical drive.

It also has a hard disc drive (HDD) with 80 GB of storage capacity and 512 MB of random access memory (RAM) installed.

The industrial workstation requires an external power supply of 90-264VAC (with automatic switching) or a DC voltage source of 19-32VDC.

The industrial workstation has an operating dcs-sis.com temperature of 0-50 °C (32-122 °F) and an operating vibration of 0.006 inches p-p (10…57 Hz). .57 Hz).

.57 Hz); 1 g peak (57….500 Hz), and an operating vibration of 0.006 in. .500 Hz), with an operating shock of 15 g (1/2 sine wave, 11 ms).

The 6180W-15BPXPH touch screen supports calibration for more sensitive and accurate operation.

The 6180W-15BPXPH also has a Basic Input/Output System (BIOS) that can be updated, but make sure that the power supply is not interrupted while the BIOS update is being performed.

Description.

The 2711-M3A19L1 Operator Terminal is a miniature operator terminal in the Allen-Bradley/Rockwell Automation Panelview 300 Series.

The screen of this miniature terminal is only 3 inches wide. In addition, the 2711-M3A19L1 miniature operator terminal’s screen displays only monochrome graphics.

The 2711-M3A19L1 Miniature Operator Terminal uses a 24 Vdc input power supply.The 2711-M3A19L1 Miniature Operator Terminal has a keypad with four navigation arrow keys and four programmable function keys.

About the 2711-M3A19L1

The 2711-M3A19L1 is an Allen-Bradley PanelView 300 operator terminal.

The discontinued 2711-M3A19L1 PanelView 300 is an operator terminal that connects users to their machines.

The HMI has a 3’ monochrome display. It has an 8-pin miniature DIN RS-232 port that supports (DH-485) protocol.

The 2711-M3A19L1 HMI can be controlled by the user by entering information and data using a miniature keypad.The 2711-M3A19L1 is powered by a 24-volt DC power supply and has 240 KB of memory.

The 2711-M3A19L1’s keypad assembly consists of four (4) function keys (F1 through F4). These function keys are fully configurable and can be assigned local and global variables.

To modify values and constants, a numeric keypad consisting of 0-9 and symbols can be used. Finally, the operator can also select the different operating objects using the navigation keys.

MPL-B580F-MJ72AA servomotors have a minimum protection rating of IP 50. With sealed cable connectors and shaft seals, the protection rating can be increased to IP 66.

With sealed cable connectors and shaft seals, the protection rating can be increased to IP 66. The servo motors are UL listed and CE certified.

The cable catalogue number compatible with MPL series motors is 2090-CxxM7xx.

The MPL-B580F-MJ72AA servo motor is compatible with a variety of Kinetix servo drives.

Industrial applications for this motor include packaging, automotive, and process applications.

The Allen-Bradley MPL-B580F-MJ72AA MPL series brushless AC servo motor supports a rated rotor speed of 3000 RPM.

It is equipped with a 1024 sin/cos multiturn absolute encoder. The shaft is keyed but does not include a shaft seal unless an optional shaft seal is installed.

The servo motor connector is a rotatable SpeedTec circular DIN connector.

The motor does not come with a holding brake, but a holding brake is optional.The MPL-B580F-MJ72AA servomotor has a frame size of 165 mm.

The servomotor has a magnet stack length of 8 inches.

The MPL-B580F-MJ72AA servomotor is rated at 301 lb/in continuous stall torque and 770 lb/in peak stall torque.

The motor’s rated output power is 7.1 kW. The MPL-B580F-MJ72AA servomotor has a shipping weight of 56 lbs.

The 1785-L30B is fitted with a battery that will be available for use by the controller in the event of a power failure. The battery is used to hold user and programme data stored in the controller’s user memory. It is equipped with a BATT LED to report the current level of the battery. For the 1785-L530B, the battery will last 84 days at 100% shutdown and 150 days at 50% shutdown at an operating temperature of 60 degrees Celsius.

When the BATT LED is on, the battery will continue to operate for 5 days from the first appearance of the signal. When the battery is fully depleted, the contents of the user memory will remain unchanged unless the controller is powered on. The contents of the user memory are erased only when power is lost and the battery is depleted.

The 1785-L30B has two built-in ports such as Channel 1A and Channel 1B. These ports can be configured as Remote I/O Scanners, Remote I/O Adapters, and DH+ communication interfaces. In addition, the 1785-L30B controller provides a 25-pin connector serial port interface.

The serial port supports the RS232C standard and can be configured for system protocols such as ASCII and DF1. full-duplex and half-duplex master protocols, and half-duplex slave protocols. An 8-pin miniature DIN connector labelled Channel 1A is also available and also supports DH+ connectivity.

The 1785-L30B has several indicator lights on the front panel for easy interaction with the user. These indicators are labelled BATT and are used to show battery status.

The indicator labelled PROC indicates the status of the controller. the FORCE indicator is used to show whether or not the I/O force is enabled. the COMM indicator is connected to channel 0 and is used to report communication activity, while channels 1A and 1B both have dedicated status indicators.

The controller has a three-position pushbutton switch to set the controller mode. Each position corresponds to one of the processor modes, such as Run, PROG, and REM In Run mode, the controller executes the program and activates the output devices PROG stops the execution of the logic and allows the controller to be configured and programmed REM executes the logic and allows configuration and programming.

Allen-Bradley 1788-DNBO Description

The Allen-Bradley 1788-DNBO is a DeviceNet daughter card.

About the 1788-DNBO

The Allen-Bradley 1786-DNBO is a DeviceNet daughter card. This daughter card can be used with any Allen-Bradley device that is compatible with this module.

To configure the DeviceNet daughter card, RSNetWorx for DeviceNet V3.0 Service Pack 2 is required, which is needed to include the module in the system scan list.

To set the network address of the 1788-DNBO, the 1788-DNBO provides two (2) switches. Valid node addresses are 0-63. which is the range of nodes supported by the DeviceNet network. In general, the node address of a daughter card must be unique and there can be no duplicate addresses in the network. In addition, setting the node address to 99 and rebooting the module erases the scan table defined on the daughter card, so only do this if you need to erase the scan table. Switch settings will be read at power-up to determine the set address and expected operation of the daughter card.

The network transfer rate can be configured using another hardware switch mounted on the daughter card. This switch is located next to the removable connector and allows you to set the speed, e.g. 125 Kb when set to zero (0), 250 Kb when set to one (1) and 500 Kb when set to two (2).

The daughter card is equipped with status indicators, such as the Network Status (NS) and I/O Status indicators. The Network Status Indicator is a two-colour LED that typically shows the status of the communication link, and the I/O Status Indicator is also a two-colour LED that shows the I/O scanning speed.

The 1788-DNBO daughter card offers selectable baud rates and nodes (0 = 125k, 1 = 250k, 2 = 500k) that can be set via the on-board hardware fader wheel, with input and output data rates of 124 double integer (DINT) and 123 DINT, respectively. 1788-DNBO daughter card connects to the DeviceNet network via the factory-supplied 5-pin DeviceNet connector cable, which connects to the DeviceNet network. The 1788-DNBO Daughter Card connects to the DeviceNet network via a factory-supplied 5-pin DeviceNet connector cable that connects to the DeviceNet port on the scanner and is tightened with the connector screws. 1788-DNBO Daughter Card has an operating temperature range of 0 to 60 degrees Celsius, a storage temperature range of -40 to 85 degrees Celsius, and a net shipping weight of 0.5 kg. The 1788-DNBO daughter card has an operating temperature range of 0 to 60 degrees Celsius, a storage temperature range of -40 to 85 degrees Celsius, a net shipping weight of 0.1 kg, and is CE, c-UR-us, C-TICK, and ODVA certified.

The CompactLogix Modular Controller, part number 1769-L32E, is a programmable automation controller (PAC) from Allen-Bradley. The controller is typically used in machine control and mid-size process applications. The controller incorporates one (1) RS232 and one (1) Ethernet communication port.

The default configuration for the RS232 interface is DF1 full duplex, 19.2 Kbps, no parity, station address 0. no handshaking, BCC error detection, auto-detect embedded response, 8 data bits and 1 stop bit. This default configuration can be manually configured to establish initial communication with the device. If used with RSLinx, autoconfiguration can be used to automatically detect communication settings. The RS232 port can also be configured as an ASCII protocol interface for connection to bar code instruments, typically used in manufacturing processes.

Ethernet communication requires an initial configuration, which can be done via BOOTP-DHCP or downloaded via the RS232 interface. When using BOOTP-DHCP, an Ethernet cable is required to connect the controller to the BOOTP host.

The Allen-Bradley 1769-L32E Compact Logix Controller is available in a unique compact cost-effective package. It incorporates one (1) EtherNet and one (1) serial communication port. It can be connected to the device via a 1747-CP3 or 1756-CP3 cable or an Ethernet cable. It has 750 KB of internal user memory, which can be expanded using the CompactFlash card part number 1784-CF128.

The 1769-L32E comes with a replaceable battery, part number 1769-BA, and supports the installation of up to 16 compact I/O modules, with up to 3 I/O groups connected via 2 expansion cables. 1769-L32E has a (5 V) DC current consumption of 850 mA, and dissipates up to 6.5 watts of heat. 1769-L32E can be easily mounted using either DIN-mounting or panel-mounting. The 1769-L32E can be easily mounted in either DIN or panel mounting, with DIN mounting having an operating shock rating of 30 G and a non-operating shock rating of 50 G, and panel mounting having an operating mode shock rating of 30 G and a non-operating mode shock rating of 50 G. The 1769-L32E can be easily mounted in either DIN mounting or panel mounting.

The 1769-L32E controller has an operating mode vibration rating of 5 G. It can withstand mounting torque forces from 1.1 to 1.8 N-m. The 1769-L32E has an operating temperature range of 0 to 60 degrees Celsius (32 to 140 degrees Fahrenheit), a storage temperature range of -40 to 85 degrees Celsius (-40 to 185 degrees Fahrenheit), and a non-condensing relative humidity range of 0 to 95 percent. The Logix controller has a Group 1 certified emissions (CISPA11) rating and a unique open housing. Stranded wire from 22 to 16 AWG is recommended, while solid wire should be rated from 22 to 14 AWG. The module weighs approximately 2 pounds when shipped and measures 8 x 8 x 5 inches.

The 1336-SN-SP6A buffer board assembly kit includes 3 inverter buffer boards and 15 included fastening screws.

Designed to be compatible with Allen-Bradley 1336 Plus, Plus II, Force, and Impact drives.

The AC input voltage is rated at 230 volts and the output power is rated at 40 to 50 horsepower.

It is also compatible with 460-volt AC D-frame drives rated at 60 to 100 horsepower.

The 1336-SN-SP6A board is available as a 575-volt AC power-rated D-Frame 1336 Plus rated between 75 and 100 horsepower,

Plus II, Force, and Impact series drives.

The 1336-SN-SP6A inverter buffer plate is not backward compatible with any previous inverter buffer plate version.

It can only be used as a replacement for a buffer plate with similar dcs-sis.com specifications. Replacing the old buffer plate and installing a new one is very simple.

To install the 1336-SN-SP6A PCB inverter buffer board, remove the case (if any) and switch off the power to the hard disc.

Remove the screws securing the old board, remove the old board, and replace it with the new board.

Phase rotation mismatch fault (3-phase sync mode only); No reference bus voltage fault; No sync bus voltage fault; Reference bus overvoltage fault and Sync bus overvoltage fault.

The module’s energy meter functions include a large number of measurable and calculable parameters, in particular current (amperes, per phase and neutral); average current (amperes); positive sequence current (amperes); and

Negative Sequence Current (Amps); Current Unbalance Percentage Voltage (Volts, per phase L-L, also L-N in 4-wire systems).

Average voltage (Volts, L-L, also L-N in four-wire systems); Positive-sequence voltage in Volts; Negative-sequence voltage in Volts; Percentage voltage unbalance.

Frequency in Hertz; phase rotation (ABC, ACB); power factor in per cent (total power factor, also per phase in four-wire systems).

Watts (total watts and watts per phase in a four-wire system); Volt-amperes (total volt-amperes and volt-amperes per phase in a four-wire system).

Varistors (total number of varistors and number of varistors per phase in a four-wire system); Power consumption in kWh.

reactive power consumption in kilovolt-amperes-hours; and demand (amperes, volt-amperes, and watts).

The 1402-LS51 module is a line synchronisation module manufactured by Allen-Bradley/Rockwell Automation.

The Allen-Bradley 1402-LS51 Line Synchronisation Module is a solid-state module, not a hard-wired electromechanical module, which means it is suitable for a variety of industrial applications.

However, it should not be used for safety functions that require sudden surges of power, such as emergency stops.

Attempting to use this solid-state module for dcs-sis.com emergency functions may damage the module, cause it to fail, prevent the emergency or error it was designed to respond to, or cause injury to the user.

The purpose of the Allen-Bradley 1402-LS51 Line Synchronisation Module is to synchronise two different three-phase systems through features such as load sharing, automatic synchronisation, and high-speed power system monitoring.