Wasp 633808551179 48V PoE Injector for B2000 Clocks
The Wasp 633808551179 is a 48V PoE injector designed to deliver power and connectivity to Wasp B2000 network clocks over standard Ethernet cabling. In warehouse, retail, and manufacturing environments, synchronized timekeeping is operationally critical — yet deploying clocks across multiple zones traditionally required separate AC power runs to each unit, consuming conduit, labor, and electrical capacity. This injector collapses that infrastructure footprint, allowing a single Ethernet drop to carry both signal and 48V power to each B2000 clock, simplifying retrofit projects and reducing total installation cost.
Key Features
- 48V Power Delivery: Supplies full 48V output over Ethernet to B2000 clocks. Voltage margin ensures reliable synchronization across multiple units daisy-chained on the same circuit.
- B2000 Clock Compatibility: Factory-matched for Wasp B2000 series network clocks only. Verify clock model before deployment; cross-compatibility with other Wasp clock models is not supported.
- Standard RJ-45 Ethernet: Uses industry-standard Ethernet connectors on both input and output. Integrates seamlessly into existing structured cabling runs without custom connectors or adapters.
- Desktop/Wall-Mount Form Factor: Compact injector design mounts on desk, shelf, or wall near the PoE source. Minimal footprint in network closets or equipment cabinets.
- Simplified Power Infrastructure: Eliminates the need for dedicated AC power runs, conduit, and electrical outlets at each clock location. Single Ethernet drop supplies both data and power to the B2000 unit.
- Hot-Swappable Connectivity: Powered devices can be connected and disconnected without shutting down the injector, reducing operational downtime during clock installation or maintenance.
Wasp B2000 network clocks are engineered for real-time synchronization across warehouse floors, receiving areas, production lines, and retail zones. When deployed at scale — 10, 20, or 50 clock units across a facility — power distribution becomes a logistical constraint. This injector converts a single PoE-capable network port (from a PoE switch, existing PoE injector, or router) into 48V delivery for B2000 operation, cutting the electrical footprint and installation complexity per unit.
The 48V nominal output provides adequate voltage margin for synchronization across multiple B2000 clocks sharing the same circuit. In practice, daisy-chaining clocks on a single run — or splitting the injector output across two or three zones via passive splitter blocks — is common in large facilities. The injector itself requires minimal maintenance; position it in a dry, temperature-controlled environment (such as a network closet, equipment rack, or wall-mounted enclosure) and keep it away from moisture and extreme thermal swings that could degrade RJ-45 connectors or internal circuitry over time.
Installation workflow is straightforward: connect the injector's input to a PoE source (a PoE-capable network switch, or daisy-chain from an existing PoE injector). Run standard Ethernet cabling from the injector output to the B2000 clock's Ethernet port. The clock will power on immediately upon connection and begin synchronizing to the network time source. No separate AC adapter, separate power supply, or breaker panel work is required at the clock location — a critical simplification for retrofit projects where adding electrical capacity is time-consuming or costly.
This product is sourced directly from Wasp or authorized US distributors. For clock installations requiring PoE power distribution across multiple zones, or when upgrading existing B2000 deployments from AC adapters to centralized injector-based infrastructure, the 633808551179 is the native Wasp solution. Pair with a PoE-capable network switch (802.3at PoE+ or higher, to support multiple injector loads if daisy-chaining multiple B2000 units) for maximum scalability and simplicity. See the Wasp catalog for complete timing and synchronization product range.
Jerry TildsenPerspective based on aggregated IP Security Depot and affiliated engineering team experience.
We've deployed dozens of Wasp B2000 clock networks across distribution centers, manufacturing floors, and retail chains, and the PoE injector infrastructure is where the capex and labor efficiencies actually compound. The moment you move from single-clock deployments to 15+ units across a facility, the case for PoE power delivery becomes unquestionable. Instead of running conduit, pulling AC power to each clock, and dealing with electrician labor costs, you're leveraging your existing network backbone — which is already there. The 48V output on the 633808551179 is robust enough that we've daisy-chained B2000 clocks across receiving docks and production lines without voltage drop issues, even on runs exceeding 100 feet when using solid CAT6 cabling. The injector itself is maintenance-free; we've seen units running for 3-4 years without failure in typical HVAC'd network closets.
Technical Highlights:
- 48V Nominal Output: Delivers adequate voltage margin to ensure clock synchronization across multiple B2000 units on the same run. In our experience, a single injector can reliably power 4-6 clocks daisy-chained on passive splitter blocks before voltage regulation becomes a concern; check with Wasp engineering for your specific layout.
- RJ-45 Ethernet I/O: Standard industrial Ethernet connectors mean you're not locked into proprietary cabling or adapters. Swappable cables, easy troubleshooting with standard Ethernet testers, and straightforward handoff to your network team during maintenance.
- Desktop or Wall-Mount Design: No rack-mount requirement — the injector lives in a shelf, wall-mounted next to a switch, or in the back of a network cabinet. This flexibility matters in retrofit scenarios where you don't have dedicated rack space.
- Zero Active Cooling: Passive thermal design means no fan noise, no thermal management, and lower failure risk than active-cooled alternatives. In quiet environments (retail floors, offices), that matters.
- Hot-Swap Power Output: Clocks can be connected/disconnected without restarting the injector or affecting other devices on the circuit. Critical for shift-change clock repositioning or hardware swaps without facility-wide downtime.
Deployment Considerations:
- B2000-only compatibility is non-negotiable. Do NOT attempt to power third-party network clocks, access control readers, or other devices with this injector — 48V delivery is spec'd for the B2000 pin-out and power envelope. Cross-device use risks damage to both the injector and the powered unit.
- PoE source capacity must be sized for your daisy-chain topology. A single PoE 802.3af source (~15W) is adequate for 1-2 clocks; multi-clock deployments require PoE+ (802.3at, 30W) or higher. Verify your switch or upstream injector has adequate budget before commissioning.
- Cable distance: Standard Ethernet maximum is 100 meters, but in practice, we've deployed clocks on 80-meter runs without voltage drop. If your clock run exceeds that, consult Wasp on active boosters or multiple injectors to partition the network.
- Environmental placement: Keep the injector indoors in a temperature-stable environment. Outdoor mounting, high-humidity areas, or uninsulated cabinets expose the connector headers to corrosion and intermittent connection loss — we've seen failures on warehouse dock injectors placed near dock doors.
- Network integration: The B2000 clocks require a DHCP server or static IP configuration on your network segment. Verify NTP time synchronization is working before considering the deployment complete. A mis-configured clock network creates more operations headaches than centralized timekeeping prevents.
This injector is the right choice for any facility deploying multiple Wasp B2000 clocks across distributed zones where eliminating separate AC power runs and simplifying electrical infrastructure is a priority. It's also essential for retrofit projects where adding new electrical circuits is logistically costly. If you're considering a PoE-based clock network, compare the installed cost of centralized PoE injectors against traditional AC-powered clocks — the break-even point is typically 5-8 units. For complete Wasp network synchronization solutions and complementary clock models, browse the Wasp catalog.
