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DS200AAHAG1AD ARCNET Connector Boards

Product Description

The DS200AAHAG1AD is an ARCNET connector board manufactured by General Electric as part of the Mark V LM SpeedtronicTurbine control system.

Mark V LM manual GEH-6353B clearly summarizes the function of the DS200AAHAG1AD in the control system. The board is referred to by its acronym AAHA.

The DS200AAHAG1AD, abbreviated AAHA, is part of the Speedtronic Mark V LM control panel.

The board is capable of providing connectivity and interface functionality between a control engine with an I/O core and external hardware.

The control engine is typically located within the core. The kernel typically requires the use of two AAHA boards.

One board is used to facilitate the stage link between the user interface and the core.

The second board is capable of connecting the core to COREBUS.

This link allows communication between the I/O core and the control engine.

The DS200AAHAG1AD is plugged in and installed to operate without any type of hardware or software modification.

The AAHA board is relatively small. It has an EBNC connection port that is not normally used.

It has one ARCBNC-B labeled P1 and one ARCBNC-A port labeled P1.

These ports are BNC ARCNET communication ports. There is an E2 and E1 LED indicator.

There is an EPL 9-pin connection that is not normally used and an APL 10-pin connection port that is used as an ARCNET communications link.

IC200CHS212 Plug-in Relay Extension Base

The expansion base uses a box connector. It supports output voltages in the range of 0 to 125 volts DC with nominal voltages of 5. 24. and 125 volts DC.

For the voltage range of 8 to 5 volts AC, this expansion base has a load current of 265 amps per point.

The IC200CHS212 chassis is constructed of high quality materials.The Versamax module provides high performance and is a cost-effective industrial solution.

The expansion relay has ports for connection to programmers and handheld devices.

It is designed with open architecture and should be protected from dust, dirt and contaminants. The temperature of the module should not exceed 60 degrees Celsius.

The IC200CHS212 is GE’s 16-point I/O relay expansion base. The relay is replaceable, labeled 8 amps and fused.

The VersaMax I/O Modules IC200MDL740 and MDL750 provide 24 VDC O.5A outputs to control the IC200CHS212 relays.

The IC200CHS212 dimensions (excluding DIN rail height) are 253.7 mm (9.9 in.) x 126 mm (4.95 in.) x 73 mm (2.8 in.).

Power supply modules such as the IC200CHS212 snap onto all Versamax interface units or power booster carriers.

Any power supply can be specified as the main power supply for modules in an I/O station or as an additional power supply for large I/O applications.

The IC200CHS212 and other VersaMax I/O plug-in disconnect bases enable the IC200CHS003 to connect to a variety of termination bases.

Relay bases provide more protection and higher current output. The relays are controlled by the outputs of the VersaMax I/O modules.

Users can easily disconnect each point signal from the I/O module by disconnecting the base. The module’s field terminals can also be removed.

The relays located on the plug-in terminals are intended to be controlled using a typical 24 VDC 0.5 VersaMax output module.

IC200CHS212 Technical Description

The GE IC200CHS212 base is a 16-point expansion base. It provides LED indicators for each I/O point.

IC200ALG432 Hybrid Analog Module

The IC200ALG432 module is an analog module with mixed inputs. It is manufactured by GE Fanuc as a Versamax module.

About the IC200ALG432

The GE Fanuc IC200ALG432 module is a hybrid analog module that runs on a 10-volt DC power supply.

It is a 12-bit module equipped with 4 channels and 2 output channels.

The analog module has an update rate time of 0.4 milliseconds and an input response time of 5 milliseconds.

The analog module requires an external power supply to power the outputs. The inputs of the module are powered by the external power supply of the transceiver.

The CPU is present in the module that handles the operation. the IC200ALG432 module has LEDs on the front of the module that indicate the flow of power and backplane currents.

No thermal derating occurs in this hybrid module. the IC200ALG432 module draws a total of 160 milliamps of current during normal operation. including load current.

The diagnostic feature of the module helps to detect the loss of power on the user side.

It provides four channels and two channel outputs. The outputs require a 24V external power supply and the inputs are powered from the transceiver’s external power supply.

The CPU or NIU performs intelligent processing of the IC200ALG432 module. Includes 4 words of analog input data and 2 words of analog output data.

This IC200ALG432 uses LEDs to indicate the presence of user-side power for analog field-side circuits as well as backplane power.

The LEDs emit a green light when operating as intended. When properly installed, this module reports the loss of user-side power failure for field-side circuits and conveniently sets up jumpers for outputs.

The IC200ALG432 can be set to maintain the last state or default values even if the backplane or field power is temporarily interrupted. The module reports the loss of user-side power failures for field-side circuits.

IC200DTX850 Versamax Series Data Terminal

About IC200DTX850

The IC200DTX850 terminal is a data display terminal manufactured by GE Intelligent Platforms/GE Fanuc for the GE Versamax product line.

These Versamax series data terminals, including the GE Fanuc IC200DTX850 terminal, are specifically designed for use in a variety of applications that

Including simple timer and counter applications, they can also display full text messages.

These terminals can be controlled by the user via a numeric keypad. Connecting a Versamax Nano or Micro PLC to the terminals is easy and requires no user configuration.

Because these Versamax terminals are pre-programmed, the GE Fanuc IC200DTX850 Operator Interface Terminal specifically supports up to 200 stored messages.

The GE Fanuc IC200DTX850 Data Display Terminal also has an LCD backlight for the screen.

It has a keypad with 8 keys for control functions and requires the IC200BL555 cable or equivalent to support its operator interface.

The data panel operates on an external power supply rated at 24 volts DC and 50 milliamps.

The GE Fanuc Versamax IC200DTX850 data display terminal measures approximately 182 x 101 x 37 mm.

It has an operating temperature range of 0 to 50 degrees Celsius.

The IC200DTX850 data interface terminal has an RS-232 serial port for communication purposes.

This port is designed for different commands, including serial input/output commands, Modbus RTU slave commands or SNP slave commands.

In addition, this data terminal is compatible with the Data Designer software.

The Versamax controllers compatible with this terminal are available in micro and nano models, which are small in size, while offering powerful control and a high level of performance.

A-B Rockwell 1771-WD Field Wiring Arm

About the 1771-WD

The Allen-Bradley/Rockwell Automation 1771-WD Field Wiring Arm is a field wiring arm.

The arm is used with a variety of modules, such as the Allen-Bradley 1771 Digital Contact Output Modules (1771-OW, 1771-OYL, 1771-OZL).

Allen-Bradley 1771 digital AC output modules (1771-OD, 1771 ODZ, 1771-OR)

and Allen-Bradley 1771 Digital AC/DC Input Modules (1771-ID, 1771-ID01).

Note that the 1771-WD field wiring arm is used to connect the modules. The wiring arm attaches to the pivot bar on the bottom of the I/O chassis.

The field wiring arm rotates upward and connects to the module, allowing the module to be installed or removed without disconnecting wires.

Disconnect power from the module before connecting to the Allen-Bradley 1771-WD field wiring arm.

To make the connection, swing the junction arm to a position on the front of the module where the locking tabs on the module hold the 1771-WD field junction arm in place.

The actual connections should be followed after this step. Note that there is 1 wire per terminal.

However, if more than one connection needs to be made to a terminal, an auxiliary terminal strip should be used.

Note that the field wiring arm terminal identification number is different from the bit number that controls the specific output.

The Allen-Bradley 1771-WD field wiring arm supports 7 to 9 pounds of screw torque on one inch.

To indicate that a field load has been applied to the field wiring, all of the module’s status indicators will be illuminated.

Note that the 1771 gauge wire connected to all terminals on the 14-WD field wiring arm may not allow the field wiring arm cover to close.

Therefore, a smaller gauge wire may be required when this occurs.

1771-WD Technical Description

Allen Bradley PLC 5 wiring arm, 8 I/O, 12 terminals, 7-9 lb*in thread torque, tinned contacts.

A-B Rockwell 1794-ASB Remote I/O Communication Adapter Module

About the 1794-ASB

The 1794-ASB is an Allen-Bradley Remote I/O Communications Adapter Module. It is part of the Flex I/O product family of distributed I/O modules.

The 1794-ASB has one (1) remote I/O interface. This RIO protocol is a legacy protocol that connects devices to the RIO scanner using a Biotronik 9463 or equivalent cable.

The module is compatible with Allen-Bradley legacy controllers such as PLC2. PLC3. and PLC5 controllers as well as the SLC500 automation platform.

It can also be used with modern Logix controller platforms as well as third-party devices and includes partner modules.

The 3-ASB sends and receives data to and from the controller via the Block Transfer Read (BTR) and Block Transfer Write (BTW) instructions.

Using these instructions, packets can be sent simultaneously or sequentially, depending on the desired speed.

The 1794-ASB supports communication rates of 1794.57Kbps, 6.115Kbps, and 2.230kbps.

The module’s expected supply voltage range is 4VDC-11.31VDC, including 2% AC ripple, compared to the nominal 5VDC supply.

It supports the installation of up to eight (24) Flex I/O modules for successful implementation of distributed I/O architectures.

The module features built-in status indicators such as a power indicator, adapter activity indicator, adapter fault indicator, and local fault indicator.

The module is mounted on a standard DIN rail and has an open housing, which means the 8-ASB needs to be mounted in a proper enclosure to protect the equipment from industrial components and contaminants.

A-B Rockwell 1794-IB32 Flex I/O DC Digital Input Module

About the 1794-IB32

The 1794-IB32 is an Allen-Bradley module that is part of the Flex I/O product family of distributed I/O components.

The module is an input interface device that allows field instruments and electrical devices (such as pushbutton devices, limit switches, proximity sensors,

float switches, process switches, relay contacts and contactor auxiliary contacts) into any automated control system or process.

The 1794-IB32 can accommodate up to thirty-two (32) DC input devices. It is a 32-channel current sink module.

Each channel has a *minimum* on-state voltage range of 192.VDC, **range of 31.2VDC, and a nominal signal level of 24VDC.

The 1794-IB32 can be installed with Flex I/O communication adapters such as Ethernet, control network, remote I/O and other adapters.

There is no limit to the number of installations supported by this module as long as the Flex I/O installation requirements are followed.

The 1794-IB32 is a high-density input channel. each of the 32 channels is equipped with an LED to monitor activity on each channel.

This helps to more quickly identify active channels and verify functioning input devices. These LEDs simply energize when a signal is received and turn off when no signal is present.

This module connects to the Flex I/O terminal base. The terminal base provides input and power terminals and DIN rail mounting slots.

Compatible terminal bases for use with this high density input module are the 1794-TB32. 1794-TB32S, 1794-TB62DS, and 1794-TB62EXD4X15.

The terminal bases also allow removal and insertion of the module under power.

The 1794-IB32 has a nominal on-state voltage of 24 volts DC and a range of on-state voltages from **19.2 volts DC to **31.2 volts DC.

Its **off-state voltage is 5 volts dc and **off-current is 1.5 mA. The 1794-IB32 has a nominal on-state current of 1.24 mA at 4 volts dc, ranging from *2 mA minimum to 1.5 mA maximum.

The nominal on-state current of the 1794-IB32 is 1.24 mA at 4 volts DC, ranging from *minimum 2 mA to ** 6 mA. The module’s FlexBus current is 5 mA at 30 volts DC.

Although there is no isolation between channels, the 1794-IB32 is isolated at 50 volts and is continuous between the system and field sides.

It dissipates 31.2 BTU/hour at 20.47 volts DC** and 2 watts at 6.31 volts DC**.

The module’s operating temperature is 0 to 55 degrees Celsius, while its storage temperature is -40 to 85 degrees Celsius. It has an operating vibration of 500 G at 5 to 10 Hz.

The 1794-IB32 has an operating vibration of 500 G at 5 to 10 Hz, an operating shock of 30 G, and a non-operating shock of 50 G. The 1794-IB32 has a non-condensing relative humidity range of 5% to 95%.

ABB DCS550 Standard DC Drives

DCS550 – The highlights

− Compact dimensions 

 For installations with limited space

− Integrated high performance three phase field exciter up to 35 A 

 Fits all available motors without additional installations

− “Winder” with commissioning assistant 

 For easy and fast adaption to applications

− Different Fieldbus interfaces (incl. EtherCAT, Profinet…) 

 For easy integration into automation

− Additional PID-controller 

 For overriding control functions (e. g. pressure- or level control)

− Adaptive programming with Drive AP, ABB’s graphical PC-tool 

 For easy implementation of additional functions

− Various start-up assistants and auto-tune functions 

 For fast commissioning

− Large control panel 

 For straight forward and self-explanatory operation

− Rugged design 

 For rough environments, high reliability

− Worldwide service 

 Local service in more than 60 countries

DCS550 – Extensive applications

− Extruders

− Sugar centrifuges

− Wire drawing machines 

− Coating lines

− Printing machines

− Presses 

− Tools machines main drives

− Food processing machines

− Woodworking (wooden products and MDF industry)

− Retrofit of analog DC-technology

ABB’s new Carlon fan-rated ceiling boxes raise the bar on home safety

.Engineered to meet the latest industry standards, the new Carlon® Blue™ fan-rated ceiling boxes from ABB Installation Products help protect and power residential and light commercial installations

.Supports growing demand for energy-efficient ceiling fans in home improvements and new construction

.Sustainably produced in Tennessee, extensively tested and backed by an Environmental Product Declaration, Carlon® Blue™ non-metallic electrical boxes are trusted by contractors and homeowners

More than 70% of American households have at least one ceiling fan, and nearly a quarter use four or more. Increasing demand for energy-efficient ceiling fans with integrated technology and smart features is spurring the need for properly rated support. The new Carlon® Blue™ fan-rated ceiling boxes from ABB Installation Products are engineered for easy installation and to safely support a fan’s weight, vibration and movement, in compliance with the latest National Electric Code (NEC) outlet box requirements for ceiling-suspended fans.

Improperly installed ceiling fans lead to an estimated 20.000 injuries annually in the United States. To help improve home safety, the 2020 NEC requires ceiling outlet boxes in homes, including rooms where ceiling fans may be installed now or later, to either be listed for the sole support of ceiling-suspended fans or provide access to structural framing capable of supporting a ceiling fan bracket. ABB’s Carlon Blue ceiling boxes are rated for a 50-pound light fixture and 35-pound ceiling fan, with vibration-resistant screws through reinforced metal brackets that provide greater strength than plastic alone.

“Ceiling fans are used year-round in millions of homes and are often an overlooked safety risk. Our new Carlon Blue fan-rated ceiling boxes address the needs of contractors and homeowners for a safe, smart and sustainable solution,” said Jack Bellissimo, Senior Vice President, Product Management, Marketing & Strategy, ABB Installation Products. “Authentic Carlon boxes in our distinctive blue color are responsibly produced in Tennessee and meet the 2020 NEC code to perform safely and reliably.”

ABB Harnessflex Interconnect™ System

Harnessflex Interconnect™ System

A Multi-Sleeve Adaptor for the fastening of Harnessflex fittings and connector interfaces to braiding, sleeving, heat-shrink, self-close wrap and other common forms of cable protection.

Harnesflex Interconnect™ System (Multi-Sleeve Adaptor), allows free rotation of braid and sleeving relative to backshell or fitting, reducing strain, intrusion and impact damage – all of which can lead to electrical faults and vehicle failure.

The Multi-Sleeve Adaptor (MSA/MSAR) is compatible with Harnessflex hinged fittings and connector interfaces.

Features & benefits:

Easily secured with Ty-Rap® cable ties or Harnessflex Multi-Function clips

Hold cable bundles inside conduit

Smooth cable entry and bore

Easy assembly

External hinged connector interfaces – tough and durable protection for OEM connectors against high pressure wash-down, excessive cable strain and abrasion

Connect seamlessly with Multi-Sleeve Adaptor

Internal conduit backstop provide insertion guide ensuring system integrity and high pull off strength

Hold cable bundles inside slit conduit and reduce risk of cables protruding out

Reduce vibration risk by minimising impact of cable on conduit inner wall

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