| Image | Part Number | Description / PDF | Quantity | Rfq |
|---|---|---|---|---|
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STAND-FF PIPE 300MM 1/2" NPT |
38 |
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TL30 BASIC TOWER LIGHT; BLACK HO |
1 |
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K50 SERIES EZ-LIGHT: 3-COLOR MUL |
14 |
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INDICATOR MOUNT BRKT R/A 1/2" |
13 |
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EZ-LIGHT 2 COLOR AUD INDICATOR |
4 |
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TOWER LIGHT I/O LINK MULTI ALARM |
2 |
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K30 SERIES EZ-LIGHT: 2-COLOR GEN |
6 |
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TL50 TOWER LIGHT: 2-COLOR INDICA |
13 |
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TOWER LIGHT MULTICOLOR ALARM |
3 |
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K90 SERIES EZ-LIGHT; 3-COLOR IND |
2 |
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TOWER LIGHT MULTICOLOR |
2 |
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K30 SERIES EZ-LIGHT: 2-COLOR SEN |
5 |
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TL50H TOWER LIGHT, GRAY HOUSING: |
2 |
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EZ-LIGHT 2 COLOR AUD INDICATOR |
22 |
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K90 EZ-LIGHT 3 CLR INDICATOR |
2 |
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COMPLETE UNIT GRN/YEL/RD ALARM |
11 |
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TOWER LIGHT: 4-COLOR INDICATOR<B |
2 |
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COMPLETE UNIT GRN/YEL/RD |
23 |
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K70 EZ-LIGHT 3 CLR TOUCH SEN PNP |
15 |
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TOWER LIGHT: 2-COLOR INDICATOR<B |
2 |
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Stackable Tower Lighting, Beacons, and Components are modular industrial signaling devices used to convey visual and audible information in automated systems. These components integrate LED technology, communication protocols, and robust mechanical designs to provide status indication, alerts, and control functions. They play a critical role in enhancing operational efficiency, safety, and system diagnostics in modern manufacturing, logistics, and process industries.
| Type | Functional Features | Application Examples |
|---|---|---|
| Stackable Tower Lights | Modular LED segments (red, yellow, green, blue), configurable height, IP65+ protection | Machinery status indication (e.g., production line stop/start) |
| Wireless Beacons | Bluetooth/Wi-Fi connectivity, battery-powered, audible alarms | Mobile asset tracking in warehouses |
| Module Components | Power supplies, communication interfaces (Modbus, IO-Link), sensor integration | Custom control panel integration |
Typical stackable tower lighting systems consist of: - Extruded Aluminum Housing for mechanical durability - LED Arrays with color-selectable segments - Internal PCB Stack for power distribution and signal processing - Quick-Connect Cables for daisy-chaining modules - Base Mounting Adapters (wall/din-rail/panel mount options) Communication integration includes protocols like Ethernet/IP and Modbus TCP/IP.
| Parameter | Value/Range | Importance |
|---|---|---|
| Voltage Range | 12-24V DC, 110-240V AC | Ensures compatibility with control systems |
| IP Rating | IP65 (standard), IP69K (hygienic areas) | Dust/water ingress protection |
| Communication Protocols | Modbus, Profinet, IO-Link | Integration with PLCs and IIoT platforms |
| Operating Temperature | -20 C to +55 C | Environmental reliability |
Key industries include: - Automotive Manufacturing: Assembly line status monitoring - Pharmaceutical Production: Cleanroom-compliant signaling - Logistics Systems: Picking station order confirmation - Food Processing: Hygienic zone equipment alerts - Semiconductor Fabrication: ESD-safe tower light integration
| Manufacturer | Representative Product | Key Features |
|---|---|---|
| Siemens | KTP700 Basic Tower Light | 7-segment modular design, Profinet interface |
| Omron | TL-WH Series | Wireless Zigbee connectivity, 5-color LED |
| Pepperl+Fuchs | KFD2-SL2-Ex1 | Explosion-proof rating for hazardous areas |
Key considerations: - Environmental conditions (temperature, humidity, vibration) - Communication protocol compatibility with existing PLC systems - Modularity requirements for future expansion - Mounting space constraints - Maintenance accessibility (e.g., LED lifespan >50,000 hours) - Industry-specific certifications (ATEX, UL, CE)
Emerging developments include: - Integration with IIoT platforms for predictive maintenance - Adoption of wireless mesh networks (e.g., Bluetooth 5.0) - Increased use of RGB-LED technology for multi-state indication - Development of AI-enabled smart beacons with adaptive signaling - Growth in modular designs supporting rapid field replacements - Energy efficiency improvements through optimized LED drivers
Application Case: In automotive assembly lines, stackable tower lights with IO-Link communication reduced downtime by 15% through real-time fault code visualization.