Electronics & Electrical

+ 17 DMX512 control channels. + Stand-alone with master/slave function. + LCD display and four button for menu control. + Color Wheel: 6 dichroic filters + white. Half color and rainbow effect. + CTO: independent CTO,color temperature can be linear adjusted. + CMY: independent CMY, with linear color change,limitless color mixing. + Dimming: 0-100% linear dimming. + Focus: automatic focus. + Strobe: electronic strobe effect, 1-25 times/second. + Frost: 35-65 degree With frost effect, with 3 frost lens (lever-heavy, medium and light). + Zoom: 11-60 degree linear zoom. + Pan 540 degree,8/16 bit resolution. Tilt 270 degree,8/16 bit resolution. Auto X/Y repositioning,fast,quiet and smooth. Voltage:AC 100-240V 50/60Hz. Light source: 800W white LED,color temperature: 7500K-8000K. LED lifetime: 20000 hours. CRI: 73-90 Power: 900W. Zoom range:linear zoom 11-60 degree. Control Mode: DMX 512, RDM, Auto, Master / salve, Sound-activity. DMX channels:17 CH. Size:56*45.5*90.5 cm. N.W:23 kg. G.W:25 kg.

Minimum Order: 6 gallons

+ Light source:PHILIPS MSD Platinum 17R. + 17/24 DMX512 control channels. + Display:LCD display and four button for menu control. + Color Wheel: 13 dichroic filters +open, rainbow effect. Semi-color switch and bidirectional rainbow effect. + Rotating gobo wheel: 7 interchangable gobos + open. Bi-directional gobo rotation and position. Real indexable and gobo shaking. Gobo-flow effect. + Static gobo wheel: 13 fixed gobos + open. Gobo-flow effect. Gobo shaking effect. + Effect wheel: 5 effect gobos + open. Gobo-flow effect. Special dynamic flame or water effect,etc. + Prism wheel: One rotated 8 facets prism. One rotated 16 facets prism. Two prisms can be superimposed. + Beam angle:3.8-53 degree. + Gradually frost,wash angle 7-65 degree. + Focus:motorized focus. + Strobe:0.5-14 flashes/s or random strobe. + Dimming:0-100% full range dimming. + Pan: 540 degree Tilt: 270 degree.movement is fast,stable and quiet. Pan/Tilt 16bit. Pan/Tilt speed adjustable. + Photoelectric location,automatic pan/tilt correction. + Over temperature protection. Voltage:AC 100-240V 50/60Hz. Light source:PHILIPS MSD Platinum 17R. Power consumption:500W. 17/24 DMX512 control channels. Dimension:42.5*39*62.5cm. N.W:22kg , s. G.W:25kgs.

Minimum Order: 8 kilograms

+ 12 pixel zones,each zone is individually controlled. + Matrix control per each LED. + RGB color mixing. + Built-in 254effects. such as chase,follow effect,rainbow effect,Letters,numbers,punctuation marks,and so on. + Linear dimming features: 666 pixels. + Strobe:1-30 flashes/sec. + LED Display and four button for menu control. + Support RDM function. Voltage:AC 100-240V 50/60Hz. Power:130W. Light source: 666pcs 5050 RGB LEDs (0.25W). Control modes: DMX-512,master-slave,auto,sound activity, with RDM function. DMX channels: CH3, CH9, CH22 3 channel modes. PowerCon IN/OUT. Dimesion:100*12*14.5 cm. Size:104*18*17 cm. N.W:3 kgs. G.W:4 kgs.

Minimum Order: 6 gallons

+ Adopting imported temperature control chips, digital precise control of smoke output, with a wider adjustable range of smoke output, suitable for various sizes of places such as bars and private rooms. + The reasonable layout of the structure makes the machine volume smaller and more compact. + Linear smoke control system for smoother and more stable smoke output, saving more than 20% oil compared to similar products. + New internal pipe automatic cleaning design, no need to worry about short- term blockage issues. + Supporting multiple working modes such as DMX 512, remote control, manual panel. Voltage:AC220-240V 50Hz. Power Consumption:1200W. Fuse:6A. Tank Capacity:4L. Smoke Output:2000 cu.ft/min. Warm Up Time:3min. Operation mode: DMX 512,LCD display, remote control. Temperature:280-300 celsius degree. Size:48.5*37*37cm. Weight:12.0kgs.

Minimum Order: 2 barrels

+ This waterfall sparkler is a powerful indoor cold sparkler featuring a waterfall design: once installed/hung, it sprays sparks downward, creating a spectacular "spark curtain" effect. Thanks to its advanced technology, it produces a magnificent spark fountain up to 5 meters high (adjustable) without using traditional fireworks. + The unit can be easily controlled via DMX (lighting control protocol) or the accompanying remote control. This waterfall flower spray machine requires only 2 DMX channels, making it quick to integrate into almost any performance setup. It comes with a built-in cleaning function, which helps maintain the reliability of the machine and prepares it for the next event. + The waterfall spray machine is specifically designed for use in dry indoor environments (without waterproof protection). + No permit required:safe for indoor use. Voltage:AC110-120V / 220-230V, 60/50Hz. Power:650W. Fuse:110V/10A, 220V/6A. Spark height: 1-5 meters (DMX console 3 gears,remote 3 gears). Fast warm-up time: only 4 to 6 minutes. Working Temperature:-10-50 celsius degree. Power connection:PowerCON. Max. connections:Max. 6PCS Housing:aluminium. Dimension:22.5*20.5* , 22.5 cm. Size:29*29*30 cm. N.W.:6.2kg. G.W:7.8kg.

Minimum Order: 4 cubic metres

Product Overview Our factory specializes in the supply of PTFE high-temperature wire and cable, including the AF-250 series – a premium range of PTFE insulated hook-up wires designed for demanding high-temperature applications. With continuous operating temperature up to 250°C and voltage ratings covering 250V, 600V and 1000V, the AF-250 series delivers reliable performance in compact, weight-sensitive, and chemically harsh environments. Available insulation materials include PTFE, FEP, PFA, and ETFE, with conductor options of silver- plated copper or tinned copper, in solid or stranded constructions. The product line covers a full range of AWG 9 to AWG 34, with custom sizes available upon request. As a specialty PTFE insulated wire expert, we offer complete customization to meet your specific project requirements. Key Features & Advantages 1. Continuous 250°C Rating Withstands prolonged high‑temperature exposure, reducing risk of insulation softening, aging or performance degradation common with conventional materials 2. Silver‑Plated Copper Conductor Excellent electrical conductivity, oxidation resistance, and superior solderability – suitable for reliable connections in high‑temperature environments 3. PTFE Insulation Outstanding resistance to oils, acids, alkalis, chemicals, and aging – ideal for complex industrial environments 4. Three Voltage Grades AF‑250‑2Q (250V), AF‑250‑2 (600V) and AF‑250‑2H (1000V) – easy system voltage and installation space matching 5. Flexible Customization Supports solid or stranded conductors; conductor stranding, insulation O.D., colors, lengths and packaging can be tailored to project requirements 6. Broad Application Base Aerospace equipment, semiconductor manufacturing, industrial automation, electro‑thermal equipment, medical devices, electronics and precision instrumentation Product Construction & Key Specifications Parameter Specification Series Models AF-250-2Q / AF-250-2 / AF-250-2H Conductor Material Silver-plated copper; solid or stranded Insulation Material PTFE (Polytetrafluoroethylene) Operating Temperature -55°C ~ +250°C Rated Voltage 250V / 600V / 1000V Conductor Sizes Custom from 38 AWG to 8 AWG; standard sizes as per tables below Insulation Colors White, black, red, yellow, blue, green, violet, brown, gray... Packaging Standard spool packaging; custom packaging upon request Typical Applications 1)Aerospace Equipment Internal Wiring – High-temperature zones, confined compartments, instrument modules; compliance with specific aviation standards to be confirmed per project 2)Semiconductor & Industrial Automation – High-temperature process tools, control cabinets, sensors and actuators 3)Electro-Thermal & High-Temperature Equipment – Heating systems, high-temperature control circuits, power connections 4)Medical Devices & Precision Instruments – Space-constrained, temperature-sensitive, stability- critical internal connections; final selection subject to system-level standards 5)Electronic Equipment & Instrumentation – AF-250-2Q compact design ideal for modules and instruments with tight routing space FAQ Q1: What are the differences between AF-250-2Q, AF-250-2 and AF-250-2H? The primary differences are rated voltage and insulation thickness: AF-250-2Q is a 250V compact type, AF-250-2 is the 600V standard type, and AF-250-2H is the 1000V heavy-duty type. Final selection should also consider conductor size, finished O.D. and equipment-level standards. Q2: Can the AF-250 series be used continuously at 250°C? The AF-250 series is rated for continuous operation up to 250°C. Actual service life is influenced by conductor temperature rise, environmental media, mechanical flexing, installation method and voltage stress. Critical applications should be validated under actual operating conditions. Q3: What AWG sizes are available? The series supports custom sizes from 38 AWG to 8 AWG. Current standard tables list common sizes from 32 AWG to 10 AWG / 11 AWG. For non-listed sizes, please provide conductor construction, target O.D. and electrical performance requirements for confirmation. Q4: Can colors, lengths and conductor construction be customized? Yes. We can customize insulation colors, solid/stranded conductor configuration, lengths, packaging, and select O.D. and electrical parameters per project requirements. Q5: Is this product certified for aerospace or medical applications? This series is suitable for internal wiring in aerospace and medical equipment, but application descriptions do not imply specific industry certifications. If your project requires MIL, UL, medical device, or other standards, please specify during the inquiry phase for separate confirmation. Q6: How should the product be described in English? We recommend: "AF-250 Series PTFE Insulated High-Temperature Hook-Up Wire" or "Silver-Plated Copper PTFE Hook-Up Wire, 250°C" .

Onboard Multi-Network Router Reliable Onboard Connectivity for Railway Communication Systems The Onboard Multi-Network Router is a core communication device designed for railway and transit onboard network systems. It provides stable and continuous data connectivity by integrating multiple cellular networks, serving as the central gateway between onboard equipment and ground communication infrastructure. ZTLX Onboard Multi-Network Routers are developed specifically for mobile railway environments and are widely applied in high-speed rail, metro, light rail, and intercity train systems. They form the backbone of onboard networks supporting passenger Wi-Fi, train-to-ground communication, video services, and operational data transmission. Key Functions of an Onboard Multi-Network Router As the central node of onboard communication architecture, an Onboard Multi- Network Router is responsible for: Aggregating multiple cellular network connections for onboard data transmission Acting as the primary gateway between onboard systems and ground networks Supporting continuous connectivity during train movement Enabling unified management of onboard communication traffic It is typically deployed together with onboard wireless access points (AP), access controllers (AC), onboard Ethernet switches, and other onboard communication devices. Product Categories Onboard 4G Multi-Network Router The Onboard 4G Multi-Network Router is designed for railway projects operating on existing LTE networks. It is suitable for cost-effective deployments while maintaining reliable onboard connectivity. Typical application scenarios include: Metro and urban rail onboard communication systems Standard railway onboard Wi-Fi systems Train-to-ground data transmission over 4G networks Retrofit projects upgrading legacy onboard networks Onboard 5G Multi-Network Router The Onboard 5G Multi-Network Router is developed for next-generation railway communication systems requiring higher bandwidth and advanced network capability. It supports modern onboard network architectures aligned with future railway digitalization. Typical application scenarios include: High-speed rail onboard communication systems 5G-enabled onboard Wi-Fi solutions Data-intensive onboard applications New railway projects planning long-term network upgrades Application Scenarios The Onboard Multi-Network Router is widely used in the following railway and transit applications: Onboard Wi-Fi Systems for passenger and crew connectivity Train-to-Ground Communication Systems for real-time data exchange Onboard Video Services including video distribution and management systems Operational Data Transmission for monitoring and system management Integrated Railway Onboard Network Solutions combining routing, switching, and wireless access Integration with Onboard Network Systems The Onboard Multi-Network Router is designed to operate as part of a complete onboard communication system. It can be seamlessly integrated with: Onboard Wireless Access Points (AP) Onboard Wireless Access Controllers (AC) Onboard Ethernet Switches Onboard video and data servers This modular architecture allows flexible system design based on different railway project requirements. Why Choose ZTLX Onboard Multi-Network Router Dedicated design for railway onboard environments Proven suitability for high-speed rail and urban transit systems Flexible deployment for 4G and 5G network architectures Designed for integration into complete onboard communication solutions Suitable for large-scale railway and transit projects ZTLX provides not only onboard devices but also system-level onboard network solutions tailored to railway applications.

Onboard Video-on-Demand (VOD) Server Designed for railway Wi-Fi systems, the ZTDC series video-on-demand (VOD) server is installed in each train carriage. It connects to a central server, providing soft routing and DHCP services. The unit features local data storage and robust media capabilities, supporting at least 120 concurrent video channels, video encoding/decoding, and breakpoint resume playback. For connectivity, it offers a PoE network interface to power and link to onboard Wi-Fi Access Points (APs). It also supports remote maintenance, delivering reliable internet, applications, and video services to passengers. Features: Primary application: serves as the core media server within onboard passenger Wi-Fi entertainment systems. Video performance: capable of supporting at least 120 concurrent video channels, with full encoding/decoding capabilities and breakpoint resume playback functionality. Network functionality: operates as a local network server, providing soft routing, DHCP services, and cached content storage. Key connectivity: features a power over ethernet (PoE) interface for streamlined connection and power delivery to Wi-Fi Access Points (APs). System management: designed for full remote configuration, updates, and diagnostics. Design & compliance: built to railway-industrial grade standards, ensuring compliance with norms such as EN 50155. Specifications: Supports POE*4, 802.3at mode Supports 4 BYPASS Supports software and hardware watchdogs Supports firewall, filtering, blocking, and logging abnormal data packets Supports WEB management Supports remote management Supports management of third-party software plugins Supports up to 2TB storage capacity Supports onboard CDN functionality, file synchronization, content file caching, and web portal services Supports at least 120 local video-on-demand Supports Resume download for video upgrading Supports QoS and VLAN Supports breakpoint resume download Supports remote update of video resources Supports casual and entertainment mini-games If you would like more information about this product, please feel free to contact us. Recommend other popular products for you.: Onboard Network Communication System Supplier

Onboard Wireless Access Point(AP) Onboard Wireless Access Point (AP) for Railway Passenger Service Systems The ZTAP series Onboard Wireless Access Point (AP) is a high-performance, industrial-grade Wi-Fi Access Point specifically designed for rail transit onboard environments. As a key wireless access node within the onboard network architecture, it works in coordination with the Onboard Multi-Network Router and centralized access controllers to deliver stable, high-capacity wireless connectivity for passenger service systems and onboard applications. Optimized RF transmission design ensures consistent signal coverage and reliable performance under high-mobility conditions, making the ZTAP series well suited for metro, high-speed rail, and intercity train deployments where long-term stability and system integration are critical. Designed for Onboard Railway Applications The ZTAP series is engineered as the core onboard Wi-Fi access point for integrated passenger service systems, supporting a wide range of railway onboard applications, including: Onboard passenger Wi-Fi access systems Passenger information and infotainment systems Train operational data access for onboard terminals Wireless connectivity for onboard service equipment Integrated onboard communication networks for multi-carriage trains By focusing on coverage stability and concurrent user capacity, the AP ensures continuous wireless access throughout train carriages, even in high-density passenger scenarios.  Wireless Performance Optimized for Mobile Rail Environments This Onboard Wireless Access Point (AP) supports the latest IEEE wireless standards, providing backward compatibility while enabling higher throughput and improved efficiency for modern onboard Wi-Fi systems. IEEE 802.11 a/b/g/n/ac/ax (Wi-Fi 6) compliant Concurrent dual-band operation (2.4 GHz & 5 GHz) 2×2 MIMO architecture for enhanced signal robustness Peak wireless data rate up to 1800 Mbps Supports up to 120 concurrent client devices The design prioritizes stable signal coverage and reliable throughput rather than theoretical speed, ensuring consistent user experience across moving rail vehicles. Industrial & Railway-Grade Mechanical Design To meet the demanding requirements of rail transit applications, the ZTAP series adopts an industrial-grade, rail-compliant design: Robust aluminum housing for enhanced durability Passive cooling design to eliminate moving parts Optimized for long-term onboard installation Suitable for continuous operation in enclosed carriage environments This construction approach improves system reliability while reducing maintenance requirements over the full lifecycle of the onboard Wi-Fi system. Flexible Deployment: Fat AP and Fit AP Modes The ZTAP series supports both Fat AP and Fit AP working modes, allowing flexible adaptation to different onboard network architectures: Fit AP mode: centrally managed by an onboard Wireless Access Controller (AC) Fat AP mode: standalone operation or cloud-based AC management This flexibility makes the AP suitable for both centralized onboard network designs and distributed deployment scenarios across multi-carriage trains. Comprehensive Management and Maintenance Capabilities To support railway operation and maintenance workflows, the ZTAP series provides comprehensive management and remote maintenance functions: Web-based configuration and management Telnet CLI for advanced configuration Remote software upgrades and batch upgrades FTP and TFTP support Remote Syslog for centralized log management Serial port configuration and debugging Unified management through onboard AC or cloud AC platforms These capabilities enable efficient commissioning, centralized monitoring, and reduced maintenance workload during long-term operation. More: https://www.ztlxglobal.com/products/

Onboard 5G Multi-Network Router Onboard 5G Router for Railway Onboard Communication Systems High-Performance 5G Connectivity for Rolling Stock The Onboard 5G Router is a robust, high-performance gateway specifically designed for modern railway and transit applications requiring stable, high- bandwidth, and low-latency communication. As part of the ZTLX Onboard Multi- Network Router family, it integrates 5G wireless communication, cybersecurity protection, and centralized remote management into a single intelligent platform, providing a reliable network hub for high-speed trains, metro, and urban transit vehicles. By converging multi-mode wireless connectivity, intelligent routing, edge computing, and comprehensive network services, the router ensures uninterrupted train-to-ground communication, supports onboard Wi-Fi systems, and enables data-intensive services such as video-on-demand (VOD), operational management, and monitoring platforms. Designed for High-Speed, Data-Intensive Railway Environments The Onboard 5G Router is purpose-built for mobile railway applications where continuous connectivity, high throughput, and system reliability are critical. Its modular, high-density hardware architecture provides flexibility to meet diverse network and bandwidth requirements, making it suitable for high-speed rail, metro, light rail, and intercity trains. The system is optimized for environments with frequent vibration, power fluctuations, and high mobility.   Key Applications Onboard Wi-Fi Internet Access for passengers and crew Train-to-Ground Communication Networks for real-time operational data High-Bandwidth Video Transmission including onboard VOD services Railway Onboard Network Gateway for intelligent routing and load balancing Operational Monitoring and PHM System Integration for maintenance and control Integrated Railway Onboard Communication Solutions combining routers, switches, and APs Core Features Security and Cyber Protection High-performance integrated firewall Level 3 Information Security Protection Certification Physical isolation of carrier boards to enhance system security High-Speed 5G Connectivity Supports 5G / Wi-Fi / StarLink for multiple communication modes Modular design supporting up to 6 × 5G modules with intelligent link aggregation Download speeds exceeding 700 Mbps, uplink speeds over 100 Mbps Stability for Continuous Operation Dual hardware and software watchdog monitoring for 24/7 operation Customized operating system optimized for high-speed railway conditions Load balancing and intelligent link aggregation to maintain uninterrupted connectivity Intelligent Network Management Web-based management interface for flexible configuration Remote operation and maintenance through ground control platforms Plugin management and integration of third-party software Intelligent routing to optimize network transmission quality More: https://www.ztlxglobal.com/products/

Onboard 4G Multi-Network Router Onboard 4G Router for Railway Onboard Communication Systems The Onboard 4G Router is a high-performance onboard communication gateway designed for railway and urban transit applications requiring stable, secure, and continuous data connectivity. As part of the ZTLX Onboard Multi-Network Router product family, it integrates multi-network access, cybersecurity protection, and centralized remote management into a single onboard platform, purpose-built for demanding mobile environments such as high-speed rail and metro systems. By converging 4G wireless communication, intelligent routing, edge computing, and comprehensive network services, the router functions as a reliable onboard network hub. It ensures stable train-to-ground communication, supports onboard Wi-Fi internet access for passengers, and enables data transmission for onboard infotainment, monitoring, and operational management systems. Designed for High-Speed and Mobile Railway Environments The Onboard 4G Router is engineered specifically for rolling stock applications where continuous connectivity, long-term stability, and system reliability are critical. A modular and high-density hardware architecture allows flexible configuration to meet different network capacity and system integration requirements across various railway projects. The platform is suitable for long-term onboard deployment in high-speed rail, metro, light rail, and intercity train environments, where frequent vibration, power fluctuations, and high mobility are common operational conditions. Key Applications Onboard Wi-Fi Internet Access Systems Train-to-Ground Communication Networks Railway Onboard Network Gateways Onboard Data Transmission for Operation & Maintenance Platforms Integrated Communication Systems for High-Speed Rail and Metro Core Features: 1. Security High-performance firewall Level 3 Information Security Protection Certification Physical isolation of carrier board 2. High-Speed 4G/ Wi-Fi / StarLink Supports up to 9 modules Download speed >700Mbps Uplink speed > 100Mbps 3. Stablize Hardware and software watchdog monitoring, 24/7 opetation. Customized system to adapt to high-speed rail environments. Load balancing, always online. Link aggregation ensures not disconnection 4. Intelligent Supports Web management Supports remote operation and maintenance Supports plugin management Supports intelligent routing More: https://www.ztlxglobal.com/products/

PTFE wire is an electrical wire insulated with Polytetrafluoroethylene (PTFE), a high- performance fluoropolymer known for its excellent thermal stability, chemical resistance, and outstanding electrical properties. In modern electrical systems, wires are required to perform reliably under increasingly demanding conditions, including high temperatures, chemical exposure, limited installation space, and high-frequency signal transmission. Traditional PVC or PE insulated wires may not provide sufficient protection in these environments. This is where PTFE wire becomes an ideal solution. PTFE insulation allows wires to maintain reliable performance in harsh environments where standard insulation materials may fail. Depending on the application requirements, PTFE wires can be manufactured with different structures, including: 1)Extruded PTFE insulated wire 2)PTFE tape wrapped wire 3)Shielded PTFE wire 4)Multi-core PTFE cable assemblies For high-heat applications, PTFE wire’s temperature performance is essential, as it offers strong performance and durability even in temperatures from minus 60℃ to 200℃. Why Choose PTFE Wire for Advanced Applications? Compared with conventional wire insulation materials, PTFE provides a combination of advantages : 1.Long service life 2.High temperature resistance 3.Excellent chemical stability 4.Reliable electrical performance 5.Low moisture absorption 6.Compatibility with demanding industrial environments Applications of PTFE Wire 1.Aerospace and Defense Aircraft and military systems require wiring that can withstand vibration, temperature changes, and strict reliability requirements. PTFE wire is commonly used in avionics, control systems, and aerospace electrical connections. 2.Semiconductor and Industrial Equipment Semiconductor manufacturing equipment often operates in high-temperature and chemically challenging environments. PTFE wire provides stable performance for precision machinery and automation systems. 3.Medical Equipment The clean surface, chemical resistance, and electrical stability of PTFE make it suitable for medical instruments and precision electronic equipment. 4.Communication and RF Systems Because of its low dielectric loss and excellent insulation performance, PTFE wire is suitable for high-frequency applications and sensitive electronic systems. The applications of PTFE wire extend far beyond these examples. Its outstanding thermal, chemical, and electrical properties make it a preferred choice for systems operating in demanding environments. Choose Bing Cable for Reliable PTFE Wire Solutions We specialize in high‑performance PTFE insulated wires designed for the most demanding industrial and military applications. Our PTFE wires are available with premium conductors such as silver-plated copper and with excellent resistance to high temperatures, chemicals, moisture, and electrical stress. Whether you need standard PTFE hookup wire or customized PTFE wire solutions, our engineering team can help you select the right product for your application. We also provide flexible manufacturing options to meet specific requirements for performance, dimensions, colors and delivery. Contact our team today to discuss your PTFE wire requirements and find the right solution for your project !

Minimum Order: 1000

MTN6725-0004 Industrial Automation Controller C103TM025 Industrial Automation Release Unit XPSMC16Z Industrial Automation Controller Original Industrial LCD Display Screen 15.4 Inch G154I1-LE1 G154IJE-L02 TWDXCAISO Industrial Automation Module LRD3355 Industrial Automation Thermal Overload Relay TM3XTYS4 Industrial Automation Module SR3 XT141B Industrial Automation Module XPSUAB11CP Industrial Automation Safety Relay PLC MTN649202 Industrial Automation Controller LX9 FG110 Industrial Automation Contactor Coil PLC SR3 XT141FU Industrial Automation Module LTMR27MFM Industrial Automation Controller MTN680204 Industrial Automation Branch Coupler TM3DQ16UK Industrial Automation Module EGX100MG Industrial Automation Programmable Controller MTN680191 Industrial Automation Controller MS24-112-R Industrial Automation Safety Relay Module 62.82.8.230.0000 Industrial Automation Power Relay RSS113024 Industrial Automation Solid State Relay CX8093 Industrial Automation Module BK9105 Industrial Automation Module BC5-Q08-AP6X2 Industrial Automation Capacitive Proximity Sensor EVC811 Industrial Automation Socket JZSP-CSP01-05-E Industrial Automation Cable PLC 34.51.7.024.0010 Industrial Automation Relay MEK95-06DA Industrial Automation Module TZ310N22KOF Industrial Automation Module CW2C-10A-T Industrial Automation Filter CYK10-A881 Industrial Automation Cable PLC ES2622 Industrial Automation Module CX7000 Industrial Automation Module EK1818 Industrial Automation Module ECMA-J10807SS Industrial Automation Servo Motor PLC 60.13.9.024.0040 Industrial Automation Relay 45A-AC1-DDFJ-2KD Industrial Automation Solenoid Valve PLC

Minimum Order: 1 bags

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Minimum Order: 1 bags