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March 24, 2025 BY
IN A-B

A-B 1440-DYN02-01RJ Standard Dynamic Monitoring Module

About the 1440-DYN02-01RJ

The Allen-Bradley 1440-DYN02-01RJ module is a dynamic measurement module.

It is an electronic machine condition monitoring and protection device specifically designed and manufactured to measure vibration, pressure and strain on dynamic inputs.

Some of the inputs that can be connected to the 1440-DYN02-01RJ Dynamic Measurement Module include any Allen-Bradley non-contact eddy current probe input,

standard integrated electronic piezoelectric (IEPE) accelerometer inputs, speed sensor inputs, and DC voltage measurement inputs.

A tachometer input is used to provide speed www.cniacs.com measurement and order analysis functions. Eddy current probes, unpowered magnetic probes, and other powered and unpowered tachometer sensors are also available for this module.

The Allen-Bradley 1440-DYN02-01RJ Dynamic Measurement Module is primarily used as a machine safety condition monitoring element.

By providing the information needed to protect machines from catastrophic failures, critical vibration parameters can be addressed using existing automation and control systems such as PLCs and displays.

An important thing to note about the Allen-Bradley 1440-DYN02-01RJ Dynamic Measurement Module is that

It must be installed on its network with a dedicated 1440-ACNR ControlNet adapter module and up to ten 1440-DY12-01RJ modules.

No other XM-Series module can be connected to a Dynamic Measurement Module on the same network.

Dynamic Measurement Modules should always be installed in a protected enclosure to keep them away from high temperatures, high humidity and dusty environments.

Wiring to and from the module shall be 12…28 or 14…22 AWG copper conductors without pre-treatment, and 8 AWG rated conductors are required for DIN rail grounding for electromagnetic interference (EMI) protection purposes.
March 24, 2025 BY
IN A-B

A-B 1756-L73XT Central Processor Module ControlLogix-XT

Description: Allen-Bradley ControlLogix Processor Module with 0.98 MB I/O Memory and 8 MB User Memory

About the 1756-L73XT

This Allen-Bradley Model 1756-L73XT is a ControlLogix-XT controller.

This controller functions similarly to other ControlLogix controllers in that it consists of a control and communication system which is coated

to protect it from harsh and corrosive environments. When used with the FLEX I/O-XT, the Model 1756-L73XT can withstand temperatures from -20 to 70°C. The controller has 8 MB of user memory and is designed to be used in a variety of applications.

The controller has 8 MB of user memory and www.cniacs.com 0.98 MB of I/O memory. This 1756-L73XT battery is not replaceable.

The controller requires 800 mA of current consumption at 5.1 V AC and 5 mA at 1.2 V AC.

The controller has a power consumption of 2.5W and a thermal dissipation of 8.5 BTU/hr Model 1756-L73XT has a continuous isolation voltage of 30 V.

The USB ports are potentially insulated from the backplane and have been tested to withstand up to 500 V AC for 60 seconds.

The controller’s full USB speed is up to 12 Mbps. The device weighs approximately 0.25 kg and is 1 slot wide. Its module location is based on any slot in the chassis.

For cryogenic applications, use only the 1756-A4K, 1756-A7K, 1756-10K, 1756-A13K, or 1756-A17K chassis.

For general purpose applications, the 1756-A7XT, 1756-A10XT are recommended.This model 1756-L73XT does not have power redundancy, but it does have standard power supplies.

This includes the 1756-PAXT, 1756-PA30XT, 1766-PBXT, and 1756-PB30XT, as well as Category 3 leads on the USB ports.

This Model 1756-L73XT has a non-operating temperature of -40 to 85°C and a maximum ambient air temperature of 70°C at a relative humidity between 5% and 95%.

It has an operating vibration of 10-500 Hz, an operating shock of 30 g, and a non-operating shock of 50 g. The maximum ambient air temperature is 70°C at a relative humidity between 5% and 95%.
March 24, 2025 BY
IN GE

Fanuc IC670CHS102 Input/Output Chassis Terminal Blocks

GE Fanuc input/output modules can be plugged in or removed from the GE Fanuc IC670CHS102 Input/Output Chassis Terminal Block without prior disconnection of power. However, this operation (known as hot plugging) should not be performed in hazardous locations as it may generate sparks that could start a fire in those locations. The hot-swap operation is available only if the Bus Interface Unit or BIU in the system is version 2.1 or later. Each GE Fanuc IC670CHS102 input/output chassis junction box can accommodate up to two individual modules with catalogue number suffix ‘J’ or larger. There are 37 screw connection points in the junction box, each capable of connecting 1 AWG#14 wire or 2 AWG#18 to AWG#22 wires.

The I/O terminal blocks are universal wiring bases www.cniacs.com that provide module mounting, backplane communications, and user connection terminals. Two modules can be mounted on one terminal block. Modules are screwed to the terminal block for vibration resistance. Removal of the modules does not interfere with field wiring.

Each I/O module has three groups of isolated common terminals: Group A (internally connected together) and Group B (internally connected together) are typically used for power connections. group E has five common terminals that are internally connected together and are isolated from the power and point terminals. They can be used for application wiring as required. Terminals 1 – 16 are used for I/O wiring.

Each terminal can accommodate up to one AWG #14 (2.1 mm2 ) or two AWG #18 (0.86 mm2 ) to AWG #22 (0.35 mm2 ) wires.

Recommended terminal torque is 4.5 in/lbs. Maximum current through either terminal is 10 amps.

The I/O Terminal Block IC670CHS102 allows hot-swapping of modules without affecting the bus interface unit or other modules in the I/O station. Hot swapping should only be performed in non-hazardous locations.
March 24, 2025 BY
IN BIFFI

BIFFI MORIN S SERIES ACTUATORS

Stainless steel spring return and double acting pneumatic quarter-turn actuators Output torques to 13545 Nm

GENERAL APPLICATIONS

For remote control of any quarter-turn application: ball, butterfly, rotary plug or damper style valves, etc. To be used in chemical process, food and beverage, www.cniacs.com iron and steel, off-shore marine, pharmaceutical, power, oil and gas, pulp and paper, and textile industries.

TECHNICAL DATA

Supply pressure: 3 to 11 bar(see torque charts)

Supply medium:  Air or any gas compatible with materials of construction 

Temperature rating

Standard range: -29°C to 99°C

Optional range: -54°C to 149°C

Angular rotation:  90 degrees (adjustable between 82 and 98 degrees)

Mounting pattern:  ISO 5211

Protection: IP66; IP68 (optional)

Certification:  SIL3 capable

FEATURES AND BENEFITS

 • Innovative stainless steel construction provides superior internal and external corrosion resistance.

 • Scotch yoke design using precision bearings eliminates dead band in the yoke mechanism, providing the greatest torque output at the beginning and end of stroke.

 • High strength 17-4PH stainless output shaft transmits torque and gives long service life.

 • Heat-treated stainless steel thrust pin and rollers transfer piston force to yoke to reduce friction for longer life and more efficient torque transmission.

 • Bi-directional travel stops provide accurate valve rotation adjustment.

 • PTFE piston bearings, piston rod bushings and output shaft bushings provide longer life, reduce maintenance and require no lubrication.

 • Universal design position indicator and pointer allows for either parallel or perpendicular mounting.

 • Stainless steel construction allows proximity switches to be direct-mounted in the actuator housing, eliminating the need to mount bracket and cam assemblies on top.

 • NAMUR drive slot maintains a compact assembly for accessory-driven components with no couplings necessary.

 • Available in symmetrical and canted yoke design to suit application.

 • Spring return model design requires no special tools to disarm springs safely and easily, reducing down time.
March 24, 2025 BY
IN BIFFI

BIFFI RPS Spring return pneumatic actuators

Actuator Description

The RPS actuator features a pneumatic low pressure spring return and is suitable for any angular stroke rotary application such as shutting off and regulating ball, plug, butterfly or vibration dampened valves in heavy duty service. 

The actuator consists of a rack and pinion mechanism that drives the linear motion of the pneumatic cylinder in one direction and converts the linear motion of the spring into rotary motion for valve operation in the opposite direction. An adjustable bronze slide supports the lateral force applied to the rack by engaging with the pinion gear. The rack is nitrided to ensure minimum friction. 

The spring module contains one spring or www.cniacs.com two springs in series depending on the model and is fully encapsulated, which ensures personnel safety and easy assembly. External travel limit bolts allow precise angular travel adjustment between 80° and 100°.

The fully enclosed protective housing is made of ductile iron for maximum strength and is suitable for use in harsh environments.

The mounting flanges are identical on both (top and bottom) sides of the housing; the shaft output actuators have the same dimensions but are positioned at 90°. This allows the actuator to be used as a closing or opening spring without modification.

The actuator is assembled to the valve by connecting the actuator housing flange to the valve flange with a sleeve and, using the stem extension shaft, connecting the actuator shaft bore to the stem.

Rotate the jacking bolt with a hand lever or handwheel (available on request) to perform a manual emergency operation of the actuator in opposition to the spring action. 

The mounting flange on the top of the housing can be used to assemble limit switches, position sensors, positioners, etc. driven by the actuator output shaft.
March 24, 2025 BY
IN BIFFI

BIFFI 494POW5034 with 494POW5033 Module

Get top quality products, entirely engineered and manufactured in Italy. In-house and fully integrated design, manufacturing and testing facilities, guarantee the highest quality standards of every Biffi product, which is individually torque and performance tested to maximize its reliability and durability.

There is one best actuation solution for your plant, and we support you in realizing it

Designed around your plant’s requirements

Understanding and solving Customer’s www.cniacs.com problems, protecting plant assets, personnel and the environment with smarter, safer and more efficient operation is our top priority.

Our team of actuation experts with a unique cross-functional expertise in valve automation, safety applications, process control and digital communications, aims at being a global partner, to effectively support every Customer throughout the whole selection and decisionmaking process.

Rely on us, anytime and anywhere

Biffi’s Lifecycle Services Program allows your plant to operate safely, consistently and

economically, improving your asset reliability and preserving your investment.

Our dedicated Lifecycle Services network covers all geographical areas, ensuring quick and professional support, including site walkdown and asset review, installation,commissioning, maintenance, troubleshooting and repair, STO (Shutdown, Turnaround, Outage) support, upgrade, replacement, retrofit and spare parts management.

Furthermore, the Biffi School of Actuation supports Customers to optimize their plant

performance through dedicated training sessions for site people.

Rely on sophisticated technology content

SIL capable products (IEC-61508 1-7:2010 SIL 2&3) provide exceptional performance in the most extreme operating conditions. Smart control and networking devices improve the actuator capabilities with a wide range of bus communication protocols, position feedback, PST capabilities and more.
March 24, 2025 BY
IN GE

Fanuc IC693MDL740 Digital Input/Output Module Series 90-30

DESCRIPTION: The GE Fanuc IC693MDL740 is a Series 90-30 module. The module is a positive logic output module with sixteen (16) source outputs with a capacity of 0.5 amps per channel. The module operates from 12 to 24 volts DC (20%, -15%). It has two (2) sets of outputs with two (3) channels per set.

About IC693MDL740

The IC693MDL740 is a GE Fanuc Series 90-30 programmable logic controller (PLC) module. This module is a positive logic output module that specifically provides current to connected loads from the module common or positive power bus. It has two (2) sets of eight (8) channels, each rated for 0.5 amp loads.

The IC693MDL740 has front panel LED indicators www.cniacs.com located on the top of the module. These LEDs represent the start-up status of each module channel and the operational status of the module, respectively. As a source-output module, each channel of this module is capable of powering common electrical loads such as contactors, relays, indicator lights, buzzers, horns, and other D24 VDC powered devices. This module does not have an internal fuse, so an external fuse can be installed for further protection of the module.

The IC693MDL740 installs in any available slot on a 5-slot or 10-slot series 90-30 baseboard. The number of module instances varies as long as the controller has enough memory to accommodate this 16-point output module.

The IC693MDL740 is rated at 12/24 volts DC and has an operating voltage range of 12 to 24 volts DC (20%, -15%). The module’s output characteristics include a 4.78 amp inrush current of 10 ms, a maximum output voltage drop of 1 VDC, an unsteady-state leakage current of 1 mA, an ON response time of 2 ms, and maximum and Off response times of 2 ms maximum. The module draws 110 mA (all outputs on) from a 5-volt bus on the backplane.

The IC693MDL740 module is a 12 to 24 volt DC rated positive logic output module. There are 16 outputs in two banks of 8 outputs, each with a common power output terminal.The IC693MDL740 module has positive logic characteristics and is used as a current source for loads from the user’s common and positive power buses. Output devices are connected between the negative power bus and the module outputs.The IC693MDL740 module is compatible with several load devices, including solenoid valves and motor starters. The output voltage range of the module is 12 to 24 volts DC. The maximum output current is 0.5 amps per module point and the maximum output voltage is 2 amps per common line. The corresponding maximum open and close response time is 2 milliseconds. The rated inrush current for a duration of 10 milliseconds is 4.78 amps.
March 24, 2025 BY
IN Eaton

Eaton MOPEG240C Module Motor Operator Module

About the MOPEG240C

The MOPEG240C module is a motor operator module manufactured by Eaton Corporation. The module is designed for use with Eaton’s G-Series E-frame line of

of EGB, EGE, EHC, EGS and EGH circuit breakers. It is rated for 100 to 220 volts AC or 100 to 220 volts DC operating voltage,

1 amp inrush current and 50 to 60 Hz operating frequency. The Motor Operator Module allows the user to remotely or locally switch the ON, OFF and RESET functions of the circuit breaker remotely or locally.

Both modes of operation support manual and automatic control of the unit.

In manual mode, the operation keys included with the MOPEG240C Motor Operator Module can be used to locally open, close, or reset circuit breaker contacts via the locking holes.

Remote control of the MOPEG240C Motor Operator Module involves the use of its built-in motor and cam drive mechanism to adjust the assembly that operates the circuit breaker handle.

The unit shall be mounted on the front cover of the circuit breaker within its dimensions.

The internal limit switches and relays on www.cniacs.com the unit are tasked with controlling motor operation by ensuring that the circuit breaker handle only moves within a defined range.

The Eaton MOPEG240C motor operator module can be manually tripped via its push-button trip button.

It contains a pull-out locking mechanism for locking the circuit breaker handle in the OFF position with a padlock and can be used for standard load transfer switching applications.

The status of the unit can be seen by the status indicator on the front cover.

MOPEG240C Technical Description

The Eaton MOPEG240C motor operator operates at 1 amp and 100-220 volts DC. It has a pushbutton trip button and a manual operation key.
March 24, 2025 BY
IN Eaton

Eaton HVX003A2-4A1B1 AC Drive

About the HVX003A2-4A1B1

The Allen-Bradley HVX003A2-4A1B1 drive is part of the HVX 9000 AF series.

It has a nominal 3-phase input voltage of 480V and can operate over a range of 380V to 500V.

The output voltage can be adjusted from 0 to the input voltage level. Its power rating is approximately 3HP or 2.2kW.

The input frequency varies from 45 to 66Hz with a default frequency of 50-60Hz.

The output frequency is programmable from 0-320Hz with a frequency resolution of 0.01 Hz.

The enclosure for this drive is NEMA Type 12. The HVX003A2-4A1B1 has an ambient operating temperature of -10 to 40 degrees Celsius.

Storage temperature is between -40 and 70 degrees www.cniacs.com Celsius with up to 95% relative humidity, non-condensing and non-corrosive.

Operating vibration up to 1G at 15.8-150 Hz and altitude limits up to 1000 metres (3300 feet).

In addition to this, the HVX003A2-4A1B1 will derate at 1% of the drive’s rated current.

The HVX003A2-4A1B1 requires the use of 75°C or higher heat resistant copper cable.

The maximum cable length should be approximately 984 feet (300 metres). The motor cable should be routed through other cables at a 90 degree angle.

This type of drive uses specific UL cables to ensure cable compatibility with the drive.

The HVX003A2-4A1B1 rack size uses FR4 cable and 4.8-5.6 A for NEC input current.

The power and ground cables have similar wire sizes with a value of 14. The power terminals have terminal sizes of 16-12. The same is true for the ground terminals.

The approximate dimensions of the HVX003A2-4A1B1 are 327 x 128 x 190 mm (12.9 x 5 x 7.5 in.) with a mass of 5 kg (11 lb).
March 24, 2025 BY
IN Eaton

Eaton Inverter Drive DG1-34170FB-C54C

Description:

The DG1-34170FB-C54C drive is a variable frequency drive from Eaton.

The DG1-34170FB-C54C drive is designed to operate at 380 to 480 volts AC.

About the DG1-34170FB-C54C

The DG1-34170FB-C54C drive is a variable frequency drive. It is designed and manufactured by Eaton Corporation.

The dimensions of the drive are 888 x 290 x 34 mm. The drive enclosure is rated IP 54 or NEMA 12.The DG1-34170FB-C54C drive supports four-quadrant operation.

Communication interfaces available on the drive include Ethernet and RS-485 serial interfaces.

Communication protocols supported by the drive include BACNet, ProfiBus, DeviceNet, Modbus, CAN, and TCP/IP protocols.

The number of digital inputs on the drive is 8. The number of digital outputs is 1. The number of analogue inputs on the drive is 2.

The number of analogue outputs is 2. The DG1-34170FB-C54C drive is designed to operate at 50 to 60 Hz at 380 to 480 volts AC (3 phase) supply voltage.

The maximum output frequency is 400 Hz and the maximum www.cniacs.com output voltage is 480 volts AC. The nominal output current is 205 amperes.

The maximum output of the secondary load is 110 kW at rated output voltage. The maximum output for linear loads is 180 kW at rated output voltage.

The minimum ambient operating temperature for the DG1-34170FB-C54C drive is -10 degrees Celsius and the maximum ambient operating temperature for the drive is 50 degrees Celsius.

There are two expansion slots on the DG1-34170FB-C54C drive. The external control voltage is 24 volts DC and the maximum current input is 250 mA.

The drive has a rack size of FS5.The drive is equipped with radio interference suppression filters, PCB protection, a multi-line graphic display, a braking chopper and a DC connection choke.

A temperature controlled fan is also provided on the drive.

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