Axis 02209-001 90W Gigabit PoE++ Midspan Injector
The Axis 02209-001 is a professional-grade power injector engineered to supply high-power DC voltage and data across a single Ethernet cable—critical infrastructure for surveillance deployments that demand more than standard PoE can deliver. A midspan injector sits between your network switch and the camera or powered device, making it the right choice when the end device requires 802.3bt Class 4 power (up to 90W) but your switch lacks native PoE++ output, or when you need to extend power delivery over longer runs without switch-side modifications.
Key Features
- 90W Output (802.3bt Compliant): Delivers full 90W per IEEE 802.3bt—enough for power-hungry PTZ cameras, thermal imaging units, and multi-sensor arrays that would otherwise require separate power supplies. The 56V DC architecture maximizes cable efficiency and reduces voltage drop over extended cable runs.
- Dual-Pair Power Delivery: Sends power on pairs 1/2 and 4/5 (max 0.80A each), segregating power from data pathways on pairs 1/2 and 3/6 (10/100 Mbps) or all four pairs (Gigabit). This separation is not cosmetic—it reduces electromagnetic interference that can degrade video in high-noise environments and improves reliability over cable distances beyond 100m.
- Backward Compatibility (802.3af/at/HiPoE): Automatically detects and supports legacy 15W (802.3af), 30W (802.3at), and Axis 60W HiPoE devices, protecting your investment in older cameras while letting you upgrade endpoints gradually. No firmware changes or reconfiguration required.
- Flexible AC or DC Input: Accepts 24V AC (±20%) or 20–26.4V DC, addressing real-world constraints where AC mains may be unavailable (e.g., rooftop, outdoor kiosks) or unreliable. This flexibility eliminates the need for multiple power conditioning solutions across different site zones.
- Gigabit Ethernet Support: Full 10/100/1000 Mbps data rates with all-pair power delivery—meaning you don't lose bandwidth when you add power. Shielded RJ45 connectors support both EIA 568A and 568B pinouts, reducing wiring errors in the field.
- Compact Wall or DIN Rail Mount: Measures 189 × 80 × 44 mm and fits standard 35 mm DIN rails or wall brackets, saving rack and cabinet space. LED status indicators (main power, fault, PoE active) provide at-a-glance health monitoring without requiring a console connection.
- Thermal Management Across Power Levels: Operates at full 90W output in ambient conditions up to 40°C; at lower power levels, operating range extends to -20°C at the lower end. Real-world deployments in non-climate-controlled outdoor enclosures will need passive cooling or ventilation to sustain 90W in high summer heat—something to factor into cabinet planning.
- Environmental Compliance: PVC-free and halogen-free construction meets safety standards (IS 13252, IEC/EN/UL 62368-1) and EMC requirements (EN 55024, EN 55032, FCC Part 15 Class A), making it suitable for healthcare, education, and regulated industrial environments.
Integration & Compatibility
The 02209-001 is protocol-agnostic—it injects power and passes data unchanged, so it works with any Axis IP camera and most third-party ONVIF-compliant endpoints. Its role is purely electrical; your VMS or network video recorder controls and manages the camera independently. Position it as close as practical to the powered device to minimize cable capacitance and maintain voltage regulation. In long-run installations (e.g., 200+ m cable), pair the midspan with solid copper Cat6A or Cat7 to reduce DC resistance and ensure the full 90W reaches the endpoint.
For NVR and VMS deployments, use a dedicated PoE switch or non-PoE Gigabit switch upstream of the midspan; the injector adds no switching intelligence—it is purely a power source. If you require managed switching, redundancy, or VLAN support, layer those functions in the primary switch.
When to Choose a Different Model
If your devices draw less than 60W and you have a modern PoE++ switch available, native switch output may be simpler and eliminate an extra device. Conversely, if you need to power multiple devices from a single cable run or require >90W output, consider a dedicated power supply routed to each camera (less elegant, but sometimes necessary for extreme high-power or isolated deployments).
Frequently Asked Questions
Q: Will the 02209-001 work with my PoE switch if I only have PoE+ (30W) capability?
A: Yes. The midspan can accept PoE input from a PoE+ switch and step it up to deliver higher output power only if the downstream device is 802.3bt-capable. However, this use case is less common—typically you deploy a midspan to work around a switch that lacks PoE++. Confirm with Axis support if you plan PoE input to the midspan.
Q: What cable length can I use between the switch, the midspan, and the camera?
A: Standard Gigabit Ethernet reaches 100 m. At maximum 90W output (56V DC, 1.6A across both pairs), voltage drop becomes significant beyond 100 m in standard Cat5e or Cat6. For runs >100 m at full power, use Cat6A or higher with solid copper conductors and keep conductor size ≥0.5 mm² to maintain regulation at the camera end.
Q: Does the 02209-001 support managed power scheduling or remote power on/off?
A: No. The midspan is a dumb power injector—it supplies power whenever main input is live. If you need scheduled shutdown or remote reboot capability, implement that at the switch level or use a camera with on-board power scheduling (if supported by your VMS).
Q: Is the 02209-001 NDAA or TAA compliant?
A: Compliance information is not documented in the available product specifications. Contact Axis or your integrator for compliance certification applicable to your procurement rules.
Q: Can I use the 02209-001 with a non-PoE switch?
A: Yes. The midspan accepts a standard passive Gigabit Ethernet connection on its upstream side—no PoE required. It injects power on the downstream segment to the camera. This is actually a common deployment pattern when upgrading legacy analog sites to IP.
Q: What is the warranty on the model 02209-001?
A: Axis standard warranty is 3 years from date of installation or 4 years from manufacturing. Verify the specific terms with your reseller or Axis directly.
Eden PhillipsPerspective based on aggregated and affiliated engineering team experience.
The Axis 02209-001 is essential infrastructure for surveillance networks pushing beyond standard PoE ceilings. The 90W 802.3bt output is forward-compatible with next-generation high-power devices (upcoming thermal, multi-sensor, and advanced PTZ units), while automatic backward compatibility with 802.3af, 802.3at, and Axis HiPoE protects legacy camera investments and eliminates forced simultaneous upgrades across your fleet.
Technical Highlights:
- Dual-Pair Power Segregation (pairs 1/2 and 4/5): Isolates 56V DC power from data transmission pathways—a detail that becomes critical on long cable runs (150+ m) or in electromagnetically noisy environments (RF transmitters, VFDs, welding equipment). The voltage drop math is real: at 1.6A through standard Cat5e over 200 m, you lose roughly 10–15V without proper conductor sizing. Pair the 02209-001 with Cat6A or solid-core Cat7 to realize the full 90W at the endpoint.
- Flexible Input (AC 24V ±20% or DC 20–26.4V): Unmatched flexibility for rooftop, outdoor kiosk, or utility cabinet deployments where AC mains are absent or unstable. The wide DC range (20–26.4V) accommodates battery backup systems and UPS units without additional voltage regulation—a real money-saver in remote or mission-critical sites.
- Thermal Derating (90W at ≤40°C ambient): The 40°C ceiling reflects realistic thermal envelope constraints in unventilated outdoor cabinets. In summer heat, you'll need passive cooling (heatsink fins, fan-forced ventilation) or accept reduced output. This is not a limitation—it is engineering honesty. Plan cabinet cooling before you deploy.
Deployment Considerations:
- Position the midspan as close as practical to the powered device to minimize cable-end voltage drop. For 90W sustained over distances >100 m, use solid copper Cat6A and do the voltage-drop math: V_drop = (I × ρ × L) / A, where ρ (copper resistivity) ≈ 0.0000174 Ω·mm², L is round-trip cable length, and A is conductor cross-section in mm². A shortcut: assume ~0.05V drop per 100 m at 1.6A in standard Cat5e; upgrade to Cat6A to halve it.
- The 02209-001 is a pure power injector—it adds no switching intelligence, port mirroring, VLAN tagging, or redundancy. Layer those functions in your primary Gigabit switch or use a managed PoE switch upstream. Treat the midspan as a power supply, not a network device.
The 02209-001 belongs in any professional surveillance architecture where a legacy PoE+ switch meets modern 90W PTZ or thermal endpoints, or where cable run length and power budget force midspan injection. It is not a universal solution—for small deployments with fewer than three high-power devices, a single PoE++ switch upgrade may be simpler—but for brownfield expansions and mixed-power environments, the midspan 02209-001 (often searched as 02209 001) delivers transparent, standards-compliant power injection without network overhead.
