• 330103-00-08-10-01-00 – Lower range variant of the 330103-00-08-10-02-00 with a measurement range of 0-12.5 mm/s (RMS), ideal for smaller machinery with lower vibration levels.

• 330103-00-08-10-03-00 – Higher range model with a 0-50 mm/s (RMS) capacity, suitable for heavy-duty equipment with higher vibration amplitudes than the 330103-00-08-10-02-00 can handle.

• 330103-00-08-20-02-00 – Extended frequency response (10-2000 Hz) version, offering enhanced detection of high-frequency bearing faults compared to the 330103-00-08-10-02-00.

• 330103-00-10-10-02-00 – Features a 1/2 NPT connection instead of M12, providing flexibility for installations requiring threaded pipe connections instead of the 330103-00-08-10-02-00’s circular connector.

• 330103-00-08-10-02-01 – Explosion-proof variant certified for ATEX Zone 1, designed for hazardous areas where the standard 330103-00-08-10-02-00 isn’t approved.

• 330104-00-08-10-02-00 – Dual-axis version of the 330103-00-08-10-02-00, measuring vibrations in both radial and axial directions for more detailed machinery analysis.

• 330103-00-08-10-02-02 – High-temperature model rated for -50°C to 125°C, suitable for monitoring equipment in extreme heat environments beyond the 330103-00-08-10-02-00’s range.

• SR489-P5-HI-A10-E-G – Lower SIL rating (SIL 2) variant, suitable for medium-risk applications with reduced safety requirements.

• SR489-P5-HI-A20-E-H – Higher input/output channel model, ideal for complex safety systems with multiple sensors and actuators.

• SR489-P5-HI-A10-E-J – AC voltage version (110V AC), compatible with alternate power infrastructure.

• SR489-P4-HI-A10-E-H – Previous generation model with SIL 2 certification, offering cost-effective safety for legacy systems.

• SR489-P5-HI-A10-F-H – Enhanced diagnostic version with real-time fault logging, simplifying troubleshooting and compliance reporting.

• SR489-P5-HI-A10-E-K – Explosion-proof variant, certified for use in hazardous areas (ATEX Zone 2).

• SR490-P5-HI-A10-E-H – Advanced safety controller, compatible with the SR489-P5-HI-A10-E-H for scalable safety networks.

• SM-100-20-080-P0-45-S2B1 – Single-axis variant with 100 kW total power, suitable for applications requiring independent motor control.

• SM-150-30-080-P0-45-S2B1 – Higher power dual-axis model (75 kW per axis) for heavy-duty machinery like large-scale material handlers.

• SM-100-30-080-P1-45-S2B1 – Safety-enhanced version with SIL 3 certification, ideal for human-machine collaborative environments.

• SM-100-30-080-P0-45-S1B1 – Compact single-axis drive, compatible with the SM-100-30-080-P0-45-S2B1 for mixed-axis systems.

• SM-100-30-080-P0-45-S2A1 – Basic dual-axis model with simplified control modes, designed for cost-sensitive projects.

• SM-100-30-080-P0-45-S2C1 – Extended temperature range (-10°C to +60°C) variant, suitable for extreme industrial environments.

• SM-200-30-080-P0-45-S2B1 – High-power dual-axis drive (100 kW per axis) for large-scale automation systems.

• SM-100-20-080-P0-45-S1A1 – Basic variant with simplified control modes, ideal for cost-sensitive applications.

• SM-150-20-080-P0-45-S1B1 – Higher power model (150 kW) designed for heavy-industry machinery with larger load requirements.

• SM-100-20-080-P1-45-S1B1 – Enhanced version with built-in safety functions (SIL 3 certified), suitable for safety-critical systems.

• SM-100-20-080-P0-45-S2B1 – Dual-axis configuration, enabling control of two servo motors for synchronized multi-axis applications.

• SM-100-15-080-P0-45-S1B1 – Lower voltage variant (200-240V AC) for regions with different power infrastructure.

• SM-100-20-080-P0-45-S1C1 – Compact design with reduced footprint, optimized for space-constrained enclosures.

• SM-100-20-080-P0-45-S1B2 – Extended temperature range model (-10°C to +60°C), suitable for extreme environment deployments.

• 2190-BKC-32M-86TCCXC – A lower-current variant of the 2190-BKC-48M-86TCCXC with a 32 A continuous output, suitable for smaller servo motors in light to medium-duty applications.

• 2190-BKC-64M-86TCCXC – A higher-current model with a 64 A continuous output, designed for larger servo motors in heavy-duty motion control systems.

• 2190-BKL-48M-86TCCXC – A variant of the 2190-BKC-48M-86TCCXC with enhanced safety features, including STO (Safe Torque Off), for applications requiring functional safety compliance.

• 2190-BKC-48M-86TCCXCB – A base model of the 2190-BKC-48M-86TCCXC without advanced network features, offering a cost-effective solution for simple motion control tasks.

• 2190-PS150 – A power supply module compatible with the 2190-BKC-48M-86TCCXC, providing stable DC power to the drive in multi-drive systems.

• MPL-B4530F-MJ74AA – A servo motor designed to work seamlessly with the 2190-BKC-48M-86TCCXC, offering high torque and precision for synchronized motion applications.

• 2190-DNET – A DeviceNet communication adapter for the 2190-BKC-48M-86TCCXC, enabling integration with legacy DeviceNet networks.

Product Overview

Technical Specifications

Key Features and Benefits

High – Speed and Reliable Communication

Redundant Media Support

Easy Installation and Compatibility

Voltage Adaptability

Built – in Status Indicators

Related Models

• 1794 – ACNR15: Similar to the 1794 – ACN15, it is a ControlNet adapter module but with two ControlNet BNC interfaces, offering enhanced redundancy options. It is designed for applications where a higher level of network redundancy is required, such as in critical industrial processes.
• 1794 – ADN: This is a DeviceNet adapter module from the 1794 Flex I/O family. It enables connectivity to DeviceNet networks, which are often used for connecting sensors, actuators, and other industrial devices. It can be used in combination with the 1794 – ACN15 in complex industrial automation systems that require communication across multiple network types.
• 1794 – AENT: An Ethernet/IP adapter module. It allows for connection to Ethernet – based networks, providing high – speed data transfer and compatibility with modern industrial Ethernet standards. In an industrial setup, the 1794 – AENT can work alongside the 1794 – ACN15 to enable seamless communication between different parts of the automation system, with the 1794 – ACN15 handling ControlNet – specific communication.
• 1794 – IBD16: A discrete input module within the 1794 Flex I/O family. It can be connected to the 1794 – ACN15 – enabled network to provide digital input signals to the control system. The 1794 – ACN15 ensures that the data from these input modules is efficiently transmitted to the controller.
• 1794 – OBD16: A discrete output module of the 1794 Flex I/O family. It can be used in conjunction with the 1794 – ACN15 – based network to control various industrial actuators. The adapter’s reliable communication capabilities ensure that the control signals are accurately sent from the controller to this output module.

• 1756-PSCA – A predecessor to the 1756-PSCA2A with similar functionality but slightly lower output current. It is compatible with older ControlLogix systems and can be upgraded to the 1756-PSCA2A for enhanced power capacity.

• 1756-PSCN1 – A 24 VDC input power supply module that complements the 1756-PSCA2A in systems requiring DC input. It offers an alternative power source for ControlLogix chassis in locations with DC mains or battery-backed setups.

• 1756-A10 – A 10-slot ControlLogix chassis designed to house the 1756-PSCA2A and other ControlLogix modules. It provides the structural framework for building scalable automation systems.

• 1756-L73 – A ControlLogix processor module that works with the 1756-PSCA2A to form the core of an automation system. The power supply ensures stable operation of the processor, enabling reliable execution of control logic.

• 1756-IB16I – A 16-channel digital input module powered by the 1756-PSCA2A. It interfaces with sensors and switches, feeding input data to the processor for real-time decision-making.

• 1756-OB16E – A 16-channel digital output module that relies on the 1756-PSCA2A for power. It controls actuators and other devices based on signals from the ControlLogix processor.

• 1756-PA75 – A redundant power supply adapter that allows two 1756-PSCA2A modules to operate in parallel, providing failover protection for critical systems where uninterrupted power is essential.

Product Overview

Technical Specifications

Key Features and Benefits

Related Models

• 1756
• – PA75K – This model may have additional features or enhanced performance compared to the standard 1756 – PA75. It could be a more ruggedized version suitable for harsher industrial environments or have improved power efficiency.
• 1756 – PSCA – A different power supply model within the ControlLogix family. It may offer different power output ratings or voltage options, making it suitable for applications with specific power requirements that the 1756 – PA75 may not fully meet.
• 1756 – L61 (controller module) – While not a power supply, it is a key component in the ControlLogix system that works in tandem with the 1756 – PA75. The power supply provides the necessary power for the controller to function and manage the overall industrial control process.
• 1756 – IB16D (input module) – This input module is designed to be used within a ControlLogix system powered by the 1756 – PA75. It allows the system to receive digital input signals, and the power supply ensures its proper operation.
• 1756 – OB16E (output module) – An output module that pairs with the 1756 – PA75 – powered ControlLogix system. It can be used to control various actuators, and the stable power from the 1756 – PA75 enables accurate and reliable output control.

Product Overview

Technical Specifications

Key Features and Benefits

 
In terms of power, it has a relatively wide input voltage range from 19.2 V to 31.2 VDC. This means it can tolerate some fluctuations in the power supply, ensuring stable operation even in environments where the power quality might vary slightly. It also has a built – in status indicator system. The power LED, adapter active LED, adapter fault LED, and local fault LED provide real – time information about the module’s status. This makes troubleshooting much easier, as operators can quickly identify if there are any issues with power, communication, or the module itself.
The 1794 – ASB is designed for DIN rail mounting. This not only simplifies the installation process but also provides a secure and organized way of integrating the module into industrial control panels. Its compact design, with dimensions that allow it to fit into tight spaces, makes it suitable for applications where space is at a premium, without sacrificing its functionality or performance.

Related Models

• 1794 – ASB Series D or later – These later models offer enhanced compatibility and potentially additional features compared to the standard 1794 – ASB. They are better suited for more complex and modern industrial setups.
• 1794 – AENT – A network interface module that can work in tandem with the 1794 – ASB to expand the network connectivity options within the Flex I/O system. It enables connection to Ethernet/IP networks, opening up possibilities for broader system integration.
• 1794 – IB16 – A digital input module that can be connected to the 1794 – ASB as part of a modular I/O setup. It provides 16 digital input channels, useful for applications that require monitoring the status of multiple digital devices.
• 1794 – OB16 – A digital output module that pairs well with the 1794 – ASB. It has 16 digital output channels and can be used to control various digital actuators in an industrial process.
• 1794 – IF4I – An analog input module that can be integrated into the system with the help of the 1794 – ASB. It is designed to handle 4 analog input channels, ideal for applications where analog signals from sensors need to be processed.

1746-N2 is a SLC 500 series module slot filler launched by Allen-Bradley (Rockwell Automation). The relevant information is as follows

Function and application: It is used to fill the unused I/O slots in the SLC 500 case, which can prevent dust, debris and other contaminants from entering the case, protect the backplane from damage, and help maintain the reliability and service life of the system.
Technical parameters
Working voltage: 10-30 volts of direct current.
Backplane current (5 volts DC) : 50 milliamperes.
Dimensions: 12.7×7.62×20.32 cm (5×3×8 inches).
Weight: Approximately 0.045 kilograms.
Operating temperature: -25°C to 60°C (-13°F to 140°F).
Non-operating temperature: -40°C to 85°C (-40°F to 185°F).
Relative humidity: 5% to 95% (non-condensing).

Safety standards: Complies with EN 61131-2 safety requirements for programmable controllers and the 73/23/EEC low voltage Directive. It has also passed Gost_r certification as well as Marine AB S, BVS, GL, KRS, LR and other certifications. It is suitable for Class I Zone 2, Groups A, B, C, D and non-hazardous environments.
Installation precautions: When installing or disassembling this module, the system power supply must be disconnected to avoid damaging the equipment.