News

Product Overview

The ZYGO 7702 is a high-precision optical metrology system component developed by Zygo Corporation, a global leader in interferometry and surface metrology solutions. Known for its exceptional accuracy and stability, the ZYGO 7702 is widely used in industries such as semiconductor manufacturing, optics production, aerospace, and advanced materials research.

This model is part of Zygo’s well-regarded interferometer product line, designed to provide accurate, repeatable measurements of surface form, flatness, and wavefront quality. The ZYGO 7702 incorporates advanced optical engineering, delivering nanometer-level resolution essential for modern precision manufacturing.

Engineered for demanding environments, the ZYGO 7702 combines rugged mechanical construction with highly stable optics. It is optimized for integration into Zygo’s metrology systems, ensuring reliable operation in both laboratory and production settings. Its ability to provide real-time, non-contact measurements helps reduce process variability, increase yield, and improve overall quality control.

The ZYGO 7702 is trusted by engineers and researchers who require precise metrology solutions that support innovation and maintain the highest standards of manufacturing accuracy.

Hainan Jinlin Mechanical & Electrical is a distributor of industrial control products, specializing in a wide range of brands. We possess extensive industry knowledge and market insights. Adhering to the “Customer First, Forge Ahead” business philosophy, we provide high-quality customer service. We’re here for you, dedicated to meeting your needs!

Technical Specifications

Key Features and Benefits

The ZYGO 7702 offers unmatched performance in high-precision surface and wavefront metrology applications. Its design emphasizes stability, accuracy, and compatibility with cutting-edge manufacturing and research requirements.

A primary benefit of the ZYGO 7702 is its ability to achieve nanometer-level resolution, ensuring measurement precision that meets the most stringent standards in semiconductor fabrication and optics manufacturing. This accuracy enables users to detect minute deviations in flatness or surface form that could otherwise compromise product performance.

The optical design is highly stable, minimizing measurement noise and improving repeatability. This makes the ZYGO 7702 suitable for both laboratory research and in-line process monitoring in production environments. By providing fast, non-contact measurements, the system reduces inspection time while maintaining the integrity of delicate surfaces.

The component’s rugged construction ensures long-term reliability. Even under continuous use, the ZYGO 7702 maintains alignment and stability, lowering the need for frequent recalibration. Its compatibility with Zygo’s software platforms also provides advanced data analysis, intuitive visualization, and easy integration into broader quality control systems.

Ultimately, the ZYGO 7702 helps manufacturers and researchers achieve tighter tolerances, higher yields, and improved product performance—making it an essential tool for industries where precision is critical.

Related Models

• ZYGO 7701 – Predecessor model with foundational optical interferometry features.

• ZYGO 7703 – Upgraded version offering extended measurement range.

• ZYGO GPI XP – High-performance interferometer platform for general precision metrology.

• ZYGO Verifire – Advanced flatness measurement system for optical components.

• ZYGO NewView 8300 – 3D optical surface profiler for micro-roughness measurements.

• ZYGO 7720 – Variant optimized for semiconductor wafer metrology.

• ZYGO 7705 – Specialized model designed for high-resolution optics testing.

• ZYGO ZeGage Pro – Compact profiler for industrial surface texture measurements.

Product Overview

The ZYCOM IGLACS01281 is an industrial-grade computer module designed for reliable operation in demanding control and automation environments. Known for its robust build quality and stable performance, this model is widely applied in factory automation, process monitoring, and embedded system applications where durability and reliability are critical.

Engineered with industrial-grade components, the ZYCOM IGLACS01281 offers dependable computing performance under continuous operation. Its rugged design allows it to withstand harsh environments such as vibration, dust, and temperature fluctuations, ensuring long service life in mission-critical applications. With flexible I/O connectivity and compatibility with a variety of industrial protocols, the ZYCOM IGLACS01281 integrates seamlessly into existing automation systems.

The ZYCOM IGLACS01281 supports stable data processing and real-time communication, making it an excellent choice for control room integration, production line monitoring, and SCADA system upgrades. Its compact form factor also saves valuable cabinet space while maintaining high-performance capabilities.

Hainan Jinlin Mechanical & Electrical is a distributor of industrial control products, specializing in a wide range of brands. We possess extensive industry knowledge and market insights. Adhering to the “Customer First, Forge Ahead” business philosophy, we provide high-quality customer service. We’re here for you, dedicated to meeting your needs!

Technical Specifications

Key Features and Benefits

The ZYCOM IGLACS01281 provides industrial users with a rugged and reliable computing solution. Its solid-state design minimizes mechanical failure risks, ensuring dependable operation in 24/7 industrial environments. The module’s ability to handle continuous workloads makes it highly suitable for production lines and process-critical systems.

Another advantage is its adaptability. The ZYCOM IGLACS01281 supports a wide range of communication interfaces, allowing seamless integration into legacy systems as well as modern automation platforms. This flexibility simplifies upgrades and ensures compatibility with PLCs, DCSs, and SCADA networks.

Its compact and rugged design enables installation in space-constrained control cabinets while resisting industrial stresses such as vibration and dust. This contributes to longer service life and reduced maintenance requirements.

By providing stable performance, reliable connectivity, and strong environmental tolerance, the ZYCOM IGLACS01281 helps operators achieve improved system uptime, reduced downtime risk, and optimized productivity across critical industrial applications.

Related Models

• IGLACS01280 – Previous-generation module with standard functionality.

• IGLACS01282 – Enhanced version offering extended performance capabilities.

• IGLACS01300 – Advanced system with higher computing power for complex automation tasks.

• IGLACS01400 – Ruggedized model designed for harsher environmental conditions.

• IGLACS01090 – Compact version optimized for space-limited installations.

• IGLACS01120 – Entry-level variant for basic industrial computing applications.

• IGLACS01500 – High-performance model supporting expanded I/O and communication features.

Product Overview

The ZYGO ZMI-2002 8020-0211-1-J is a high-precision displacement measuring interferometer module designed for advanced position sensing in semiconductor, optics, and precision manufacturing industries. Developed by ZYGO, a global leader in metrology solutions, this unit delivers ultra-accurate linear and angular displacement measurements, enabling precise control of motion systems.

Engineered for demanding applications such as lithography stages, coordinate measurement machines, and precision machining equipment, the ZYGO ZMI-2002 8020-0211-1-J offers nanometer-level resolution with exceptional stability. Its interferometric measurement technology ensures outstanding repeatability and accuracy, making it ideal for process-critical environments where precision and reliability cannot be compromised.

This model integrates seamlessly into multi-axis measurement setups, providing real-time data for motion feedback and system control. The ZYGO ZMI-2002 8020-0211-1-J is designed to operate reliably under controlled laboratory and industrial conditions, offering long-term performance stability for high-value manufacturing processes.

Hainan Jinlin Mechanical & Electrical is a distributor of industrial control products, specializing in a wide range of brands. We possess extensive industry knowledge and market insights. Adhering to the “Customer First, Forge Ahead” business philosophy, we provide high-quality customer service. We’re here for you, dedicated to meeting your needs!

Technical Specifications

Key Features and Benefits

The ZYGO ZMI-2002 8020-0211-1-J provides unmatched precision in displacement measurement, a critical factor for industries where even the smallest positioning error can compromise production quality. With nanometer-level resolution, it ensures that motion systems operate within exact tolerances, supporting both high-accuracy positioning and repeatability.

The core strength of this interferometer module lies in its optical measurement technology. Unlike traditional position sensors, interferometric measurement is immune to mechanical wear and drift, providing long-term accuracy and reliability. This makes the ZMI-2002 8020-0211-1-J a highly dependable solution for continuous-use applications.

System integration is another key advantage. The ZMI-2002 8020-0211-1-J is designed to work seamlessly in multi-axis systems, supporting real-time feedback loops that enhance motion control and improve system performance. Its compact design also allows flexible installation in space-limited setups, while maintaining stability and signal integrity.

In semiconductor lithography, precision machining, and optical component testing, the ZMI-2002 8020-0211-1-J enables manufacturers to achieve higher yields, lower scrap rates, and improved process efficiency. With its advanced measurement capabilities, it plays a critical role in maintaining the accuracy and quality standards required by leading-edge industries.

Related Models

• ZMI-2001 – Previous-generation interferometer with basic displacement measurement functionality.

• ZMI-2004 – Multi-axis version designed for simultaneous measurement of several degrees of freedom.

• ZMI-4104 – Advanced model offering higher resolution and enhanced environmental compensation.

• ZMI-2002 8020-0212-1-J – Variant with extended performance specifications for specialized applications.

• ZMI-2400 – High-end interferometer designed for semiconductor lithography stage systems.

• ZMI-1010 – Compact version optimized for laboratory and R&D applications.

• ZMI-4020 – Enhanced precision system with upgraded electronics for ultra-stable operation.

Product Overview

The VEP40.3CEN-256NN-MAD-128-NN-FW is an advanced industrial operator terminal from Bosch Rexroth, designed to provide a powerful, user-friendly interface for automation and control systems. As part of the VEP (Visualization and Embedded Panel) series, the VEP40.3CEN-256NN-MAD-128-NN-FW integrates robust processing performance with high-resolution graphical displays, enabling operators to monitor, control, and optimize machine processes with precision and reliability.

This HMI panel is engineered to withstand demanding industrial environments, combining rugged hardware with a modern software platform. With its fast processor, integrated memory, and flexible communication options, the VEP40.3CEN-256NN-MAD-128-NN-FW supports complex visualization tasks and seamless connectivity to PLCs, motion controllers, and field devices.

Its compact design and versatile mounting options make it suitable for a wide range of applications, including manufacturing, packaging, material handling, and process automation. Enhanced diagnostic capabilities, intuitive configuration tools, and secure system integration ensure that this terminal not only improves operational efficiency but also reduces downtime.

By combining reliability, performance, and ease of use, the VEP40.3CEN-256NN-MAD-128-NN-FW delivers long-term value for factories aiming to modernize their automation systems and improve machine-to-operator interaction.

Hainan Jinlin Mechanical & Electrical is a distributor of industrial control products, specializing in a wide range of brands. We possess extensive industry knowledge and market insights. Adhering to the “Customer First, Forge Ahead” business philosophy, we provide high-quality customer service. We’re here for you, dedicated to meeting your needs!

Technical Specifications

Key Features and Benefits

The VEP40.3CEN-256NN-MAD-128-NN-FW delivers superior performance and reliability in demanding industrial automation environments.

Its large, high-resolution display ensures clear process visualization, enabling operators to monitor complex machine data at a glance. The robust touch interface provides intuitive control, reducing the learning curve and improving operator efficiency.

Performance is another highlight: with its industrial-grade CPU, 256 MB RAM, and 128 MB flash memory, the panel handles visualization, diagnostic, and communication tasks smoothly. This enables real-time process monitoring, responsive operator interaction, and reliable execution of control functions.

Connectivity is key in modern automation, and the VEP40.3CEN-256NN-MAD-128-NN-FW provides flexible communication options, including Ethernet, USB, and serial interfaces. This ensures seamless integration with Bosch Rexroth PLCs, drives, and controllers, as well as compatibility with third-party systems.

Durability is built into the design. The front panel’s IP65 protection ensures resistance to dust and water, while the rugged enclosure withstands the stresses of continuous industrial operation. The wide operating temperature range allows installation in varied plant conditions.

Maintenance and diagnostics are simplified through user-friendly tools and built-in monitoring functions. This reduces downtime, supports predictive maintenance strategies, and extends system uptime.

With its combination of strong hardware, intuitive user interface, and long-term reliability, the VEP40.3CEN-256NN-MAD-128-NN-FW is a trusted choice for industries seeking efficient operator control solutions.

Related Models

• VEP40.3CEC-128NN-MAD-128-NN-FW – Compact variant with reduced memory capacity.

• VEP40.3DEN-256NN-MAD-128-NN-FW – Enhanced version with expanded interface options.

• VEP35.2CEC-128NN-MAD-64-NN-FW – Previous generation HMI with smaller display size.

• VEP40.2CEC-256NN-MAD-128-NN-FW – Earlier series model with comparable features.

• VEP50.3CEN-512NN-MAD-256-NN-FW – Next-generation model with larger memory and advanced display.

• VEP40.3XEN-256NN-MAD-128-NN-FW – Variant offering extended operating temperature range.

• VEP30.2CEN-128NN-MAD-64-NN-FW – Compact predecessor optimized for smaller systems.

• VEP40.3REN-256NN-MAD-128-NN-FW – Ruggedized model designed for harsher environments.

Product Overview

The MMC-BDPV81INA is an advanced communication module designed for industrial automation systems, enabling seamless integration of field devices into higher-level control and monitoring platforms. Manufactured with high reliability and durability, the MMC-BDPV81INA is commonly used in PROFIBUS DP networks to ensure stable, high-speed data exchange between controllers, distributed I/O devices, and intelligent instruments.

Built to support robust fieldbus communication, the MMC-BDPV81INA is an essential component for industries requiring real-time control, diagnostics, and interoperability across multiple automation layers. Its compact design allows for easy installation, while its proven compatibility with leading PLC and DCS systems makes it a versatile solution for complex industrial applications.

The MMC-BDPV81INA is engineered for long-term reliability, with strong EMC resistance, wide operating temperature tolerance, and low power consumption. These characteristics make it highly suitable for continuous use in demanding environments such as petrochemicals, power generation, steel production, and discrete manufacturing.

Hainan Jinlin Mechanical & Electrical is a distributor of industrial control products, specializing in a wide range of brands. We possess extensive industry knowledge and market insights. Adhering to the “Customer First, Forge Ahead” business philosophy, we provide high-quality customer service. We’re here for you, dedicated to meeting your needs!

Technical Specifications

Key Features and Benefits

The MMC-BDPV81INA provides a robust and efficient communication link between controllers and field devices, ensuring high-speed, error-free data transfer. Its optimized PROFIBUS DP protocol support enables real-time process control, making it a vital part of distributed automation architectures.

One of its key strengths is seamless interoperability with PLCs, DCS systems, and intelligent instrumentation from multiple vendors. This allows plants to integrate diverse devices into a unified control network, reducing complexity and improving overall efficiency.

The module is also designed for high reliability in industrial environments, with enhanced resistance to electromagnetic interference and stable performance across a broad operating temperature range. This ensures consistent communication even in electrically noisy or thermally challenging conditions.

Maintenance and diagnostics are streamlined thanks to built-in error detection and monitoring features, helping engineers identify network issues quickly and minimize downtime. The MMC-BDPV81INA supports hot-swapping in certain system architectures, further reducing maintenance interruptions.

By enabling reliable data acquisition and fast control response, the MMC-BDPV81INA helps operators improve productivity, optimize process control, and ensure long-term plant stability. Its durability and ease of integration make it a cost-effective solution for both new installations and system upgrades.

Related Models

• MMC-PRV85 – Companion module designed for PROFIBUS PA communication.

• MMC-BDPV82INA – Updated version with extended diagnostics and enhanced performance.

• MMC-BDPV80INA – Earlier generation with standard PROFIBUS DP support.

• MMC-ENET01 – Ethernet communication module for integration with TCP/IP networks.

• MMC-CAN01 – CANopen fieldbus communication module for distributed I/O systems.

• MMC-SERCOS02 – High-speed motion control module for CNC and servo applications.

• MMC-BDPV81 – Base variant of the MMC-BDPV81INA with similar core functions.

Product Overview

The MMC-BDPV41INA is a PROFIBUS DP communication module designed for seamless integration within automation and control systems. Built for industrial-grade performance, this module provides high-speed, reliable data exchange between controllers, distributed I/O devices, and field-level equipment. The MMC-BDPV41INA plays an essential role in linking programmable logic controllers (PLCs) and distributed control systems (DCSs) to PROFIBUS networks, ensuring smooth communication and process coordination.

With robust design and stable operation, the MMC-BDPV41INA is engineered to withstand challenging industrial environments. It supports flexible installation and provides advanced diagnostic features that enable users to quickly detect and resolve network issues. Its compliance with PROFIBUS DP standards guarantees compatibility with a wide range of automation devices, making it an adaptable solution for system upgrades, expansions, or replacements.

Hainan Jinlin Mechanical & Electrical is a distributor of industrial control products, specializing in a wide range of brands. We possess extensive industry knowledge and market insights. Adhering to the “Customer First, Forge Ahead” business philosophy, we provide high-quality customer service. We’re here for you, dedicated to meeting your needs!

Technical Specifications

Key Features and Benefits

The MMC-BDPV41INA offers dependable communication for automation systems where reliability and speed are critical. It enables smooth PROFIBUS DP network integration, allowing controllers to efficiently manage distributed I/O, sensors, and actuators. With support for transfer rates up to 12 Mbps, the module ensures high-speed data exchange, meeting the demands of modern process and factory automation.

Ease of integration is one of the module’s strengths. The MMC-BDPV41INA is fully compliant with PROFIBUS standards, ensuring compatibility with a wide range of devices and systems. Its modular design allows flexible installation in control cabinets or DIN-rail assemblies, making it suitable for both new installations and retrofit projects.

Diagnostic features such as integrated LED indicators provide real-time network status, simplifying troubleshooting and reducing downtime. Its rugged industrial-grade construction provides excellent immunity to electromagnetic interference (EMI) and ensures long-term durability in environments with vibration, temperature variations, and electrical noise.

By delivering reliable communication, the MMC-BDPV41INA enhances system stability, optimizes process control, and improves overall plant efficiency. For industries that rely heavily on PROFIBUS networks—such as power generation, petrochemicals, water treatment, and manufacturing—this module is a practical, cost-effective solution.

Related Models

• MMC-BDPV41INB – Alternate version with extended environmental operating range.

• MMC-BDPV41INC – Upgraded model featuring enhanced diagnostic functions.

• MMC-BDPV41IND – Ruggedized design for heavy-duty and outdoor applications.

• MMC-BDPV40INA – Previous generation module with standard PROFIBUS DP performance.

• MMC-BDPV42INA – Newer version offering optimized communication throughput.

• MMC-BDPV31INA – Compact module variant designed for smaller control systems.

• MMC-BDPV41INX – Extended compatibility version for mixed-architecture networks.

• 

Product Overview

The A5E01162141 is a high-quality industrial automation component from Siemens, designed to provide stable performance, reliability, and seamless integration in demanding control environments. As part of Siemens’ advanced automation product lineup, this module is widely recognized for its robust engineering and suitability for a broad range of applications, including process industries, discrete manufacturing, and infrastructure automation.

Engineered with precision, the A5E01162141 offers dependable operation in PLC and DCS systems, ensuring accurate communication and control. It is often used in modernization and system expansion projects, allowing operators to upgrade their automation systems without compromising on performance. With Siemens’ proven reliability, this product helps maintain system uptime, supports predictive maintenance strategies, and improves overall operational efficiency.

Compact, durable, and designed for easy installation, the A5E01162141 ensures flexibility in both new and retrofit applications. Its compliance with industrial standards and high tolerance for environmental conditions makes it a trusted choice for automation professionals worldwide.

Hainan Jinlin Mechanical & Electrical is a distributor of industrial control products, specializing in a wide range of brands. We possess extensive industry knowledge and market insights. Adhering to the “Customer First, Forge Ahead” business philosophy, we provide high-quality customer service. We’re here for you, dedicated to meeting your needs!

Technical Specifications

Key Features and Benefits

The A5E01162141 provides several advantages that make it indispensable in modern automation environments. Its most notable feature is seamless integration with Siemens automation platforms, including SIMATIC controllers, enabling reliable communication and coordination across distributed systems.

Durability is another strong point. The A5E01162141 is engineered for long-term performance, even in harsh industrial environments with elevated temperatures, vibrations, and electrical noise. Its rugged design ensures reduced downtime and extended service life, helping operators maintain continuous productivity.

In terms of performance, the module supports high-speed data exchange and stable connectivity, ensuring accurate process control. This is especially beneficial in applications where real-time responsiveness is critical, such as machine automation, motion control, and process industries.

Ease of use is also a core advantage. The A5E01162141 is designed for quick installation and hassle-free system integration, minimizing setup time. Built-in diagnostics and self-monitoring functions further simplify maintenance and troubleshooting, reducing total lifecycle costs.

Ultimately, the A5E01162141 enhances system efficiency, supports future scalability, and delivers reliable performance that meets the stringent requirements of modern industrial automation.

Related Models

• A5E01162140 – Previous generation model with similar functionality.

• A5E01162142 – Updated version with extended communication options.

• 6ES7151-1AA05-0AB0 – Compatible Siemens ET200S interface module.

• 6ES7321-1BH02-0AA0 – Related Siemens I/O module for expansion.

• 6ES7331-7NF10-0AB0 – Analog input module compatible with SIMATIC S7 systems.

• 6ES7193-4CA40-0AA0 – Terminal module for ET200S station compatibility.

• A5E00158006 – Spare part option for Siemens automation systems.

• A5E00269867 – System-compatible variant with alternate specifications.

• VARIAN 100010077-05 – Predecessor to the VARIAN 100010077-06, lacking Ethernet connectivity but retaining core vacuum control functionality for legacy Varian systems.

• VARIAN 100010077-07 – Enhanced version of the VARIAN 100010077-06 with expanded compatibility (supports Varian Turbo-V 800 Pumps) and advanced cybersecurity features (role-based access control).

• VARIAN 951-5012 – Ion gauge module paired with the VARIAN 100010077-06, providing high-precision pressure measurement down to 1×10⁻¹⁰ mbar.

• VARIAN 100010088-01 – Power supply module for the VARIAN 100010077-06, offering redundant 24 V DC output for critical gauge operation.

• VARIAN 100010077-06-R – Refurbished variant of the VARIAN 100010077-06, certified by Agilent for performance and compatibility, ideal for cost-sensitive upgrades.

• VARIAN 100010099-02 – Multi-chamber control module, expanding the VARIAN 100010077-06’s capabilities to manage up to 4 independent vacuum chambers (e.g., in semiconductor fabs).

• Semiconductor Manufacturing: Controlling vacuum levels in wafer etching chambers, where the VARIAN 100010077-06 ensures stable pressure for consistent feature formation on microchips.

• Analytical Laboratories: Integrating with Varian mass spectrometers, using the VARIAN 100010077-06 to maintain ultra-high vacuum (UHV) conditions for accurate sample analysis.

• Thin-Film Deposition: Regulating vacuum in sputtering systems for solar panel production, leveraging the VARIAN 100010077-06’s closed-loop control to ensure uniform film thickness.

• WhatsApp: [https://wa.me/+86 19389860630]

• Email: jllucky33@qq.com

• TYCO KUEP-11D15-12 – 12 V DC coil variant of the TYCO KUEP-11D15-24, designed for low-voltage control systems (e.g., mobile automation equipment like forklifts).

• TYCO KUEP-11D25-24 – High-current upgrade of the TYCO KUEP-11D15-24, supporting 25 A contact current for heavier loads (e.g., large pumps or industrial ovens).

• TYCO KUEP-22D15-24 – Dual-form-C (2 SPDT) version of the TYCO KUEP-11D15-24, ideal for applications requiring two independent switching paths (e.g., redundant motor control).

• TYCO KUEP-11D15-110 – 110 V AC coil variant of the TYCO KUEP-11D15-24, compatible with AC-powered control systems (e.g., legacy industrial machinery).

• TYCO KUEP-11D15-24-L – Latching version of the TYCO KUEP-11D15-24, requiring only a momentary coil signal to maintain contact position (reduces power consumption for long-term operations).

• TYCO KUEP-11D10-24 – Low-current variant of the TYCO KUEP-11D15-24, rated for 10 A contact current, suited for lighter loads (e.g., HVAC dampers or lighting control).

• TYCO KUP-11D15-24 – Compact alternative to the TYCO KUEP-11D15-24, with the same electrical specs but a smaller footprint for space-constrained cabinets.
• 

• Industrial Automation: Controlling conveyor motor starters in automotive assembly lines, where the TYCO KUEP-11D15-24’s 15 A rating and surge protection ensure reliable switching of power to drive systems.

• HVAC Systems: Managing fan motors and electric heaters in commercial building HVAC, leveraging the TYCO KUEP-11D15-24’s wide temperature range to operate in rooftop or basement equipment rooms.

• Power Distribution: Switching auxiliary loads (e.g., indicator lights, small pumps) in electrical cabinets for petrochemical plants, using the TYCO KUEP-11D15-24’s flame-retardant housing to comply with safety standards.

• WhatsApp: [https://wa.me/+86 19389860630]

• Email: jllucky33@qq.com

Product Overview

Technical Specifications

Key Features and Benefits

High-Speed, Reliable Network Connectivity

Rugged Design for Harsh Industrial Environments

Redundancy & Network Optimization

Easy Deployment & Maintenance

Related Models

• TWUNCOM J592S-450540 – 4-port variant of the TWUNCOM J592S-450550, optimized for small-scale networks (e.g., a single CNC machine’s sensor array).
• TWUNCOM J592S-450580 – 16-port upgraded model of the TWUNCOM J592S-450550, ideal for large industrial networks (e.g., a smart factory with 50+ connected devices).
• TWUNCOM J592S-450550-POE – PoE-enabled version of the TWUNCOM J592S-450550, providing 15.4W PoE per port to power IP cameras or wireless access points.
• TWUNCOM J592S-450550-T – Extended-temperature model of the TWUNCOM J592S-450550 (-50°C to +85°C), designed for arctic or desert industrial sites.
• TWUNCOM J593S-450550 – Layer 3 routing variant of the TWUNCOM J592S-450550, supporting inter-network communication (e.g., connecting a plant’s production floor to the corporate network).
• TWUNCOM PWR-1248-DC – Redundant power supply module compatible with the TWUNCOM J592S-450550, ensuring stable power input in critical applications.
• TWUNCOM J592S-450550-S – Stainless steel housing variant of the TWUNCOM J592S-450550, suitable for food/pharmaceutical plants requiring corrosion resistance and washdown compatibility.

Company & Service Highlights