HES 8000 Electric Strike PoE Access Control
The HES 8000 is a PoE-powered electric strike designed for commercial, institutional, and high-security door installations. By consolidating power delivery and data communication into a single Ethernet connection, the 8000 eliminates the need for separate electrical conduit runs — a significant labor and infrastructure cost reduction on retrofit projects or multi-door deployments. The strike mechanism is engineered for durability in high-traffic facilities and integrates with modern networked access control systems without proprietary lockdown.
Key Features
- PoE power delivery: Draws power through standard 802.3af Ethernet, eliminating dedicated electrical infrastructure. On larger deployments with dozens of doors, this means no electrician labor for separate 12VDC or 24VAC runs — a material savings on installation cost and timeline.
- Single-cable installation: Network and power travel the same pathway, reducing cable clutter in door frames and simplifying commissioning. Fewer physical points of failure compared to dual power and data runs.
- Professional-grade strike mechanism: Built for repeated cycle use in high-traffic corporate offices, data centers, and secure facilities where mechanical reliability directly impacts security posture and operational uptime.
- Seamless access control integration: Works with standard networked access control platforms and ONVIF-compatible controllers. No proprietary APIs or vendor lock-in — your existing controller can provision and manage the strike 8000 without custom firmware or gateway hardware.
- Reduced total cost of ownership: PoE eliminates labor for electrical rough-in, conduit, and separate power supplies. ROI is strongest on multi-door projects where aggregated labor savings justify the hardware cost.
- Reliable networked deployment: Unlike wireless or proprietary RF strikes, PoE is hardwired to your network and access control system. No battery replacement cycles, no RF interference, predictable uptime in security-critical applications.
Integration and Compatibility
The HES 8000 integrates with any access control system that supports networked electric strike control over standard Ethernet. Confirm your existing controller has an available output relay or networked strike port before ordering. PoE switches must have sufficient power budget — a single 8000 strike draws minimal current, but multiple strikes on a single switch require Class 3 or higher power-injection (check your switch datasheet). For large deployments, consider a dedicated PoE injector or managed PoE switch to isolate strike power from camera and phone circuits.
Ideal Applications
- Corporate office and enterprise campuses with multiple secure doors
- Data centers and server room access control
- Healthcare facilities requiring audit-logged door control
- Educational institutions with multi-building access systems
- Government and secure facilities with centralized access management
- Multi-tenant commercial properties where per-unit door control is standard
When to Choose a Different Model
If your installation requires a non-networked, battery-backed strike for failsafe operation during power loss, consider an alternative in the HES family with onboard battery and mechanical failsafe logic. If your door hardware is legacy and incompatible with standard strike mounting, consult manufacturer compatibility documentation before committing. For outdoor-facing doors subject to extreme weather or vandalism, confirm that your strike enclosure and cable routing meet environmental sealing requirements (the strike itself must be protected from direct rain ingress).
FAQ
Q: Can the HES 8000 operate if the network switch loses power?
A: No. The 8000 requires active PoE to function. If failsafe or battery-backed operation is required, select an alternative strike model designed with onboard battery backup or mechanical failsafe solenoid logic.
Q: What PoE standard does the 8000 require?
A: IEEE 802.3af (standard PoE, 15.4W maximum). Verify your switch or injector supports at least 802.3af Class 3 output.
Q: Does the HES 8000 work with my existing access control system?
A: The 8000 integrates with any networked access control platform that supports electric strike relay control. Confirm your controller has an available strike output port or relay module before deploying. No specialized gateway is required.
Q: Is the strike rated for outdoor installation?
A: The strike mechanism requires protection from direct weather exposure. Outdoor installations must include an appropriate weatherproof enclosure or strike cover. Do not mount the 8000 in direct rain or freezing conditions without protective housing.
Q: What is the typical installation time for a single HES 8000 strike?
A: On a retrofitted door with existing electrical access, installation is typically 1–2 hours per door, including power testing and access control provisioning. PoE deployment eliminates the time and cost of electrical rough-in compared to 12VDC or 24VAC strikes.
Jerry TildsenPerspective based on aggregated IP Security Depot and affiliated engineering team experience.
The HES 8000 addresses a real pain point in modern access control deployments: the hidden cost of electrical infrastructure. Most integrators underestimate the labor and material cost of running separate 12VDC or 24VAC power to a dozen doors. The 8000 flips that economics by leveraging existing network infrastructure — your access control cabling already runs to every secure door, so you're not paying twice for conduit and electrician time.
Technical Highlights:
- PoE 802.3af power budget: The 8000 draws well within standard PoE limits, which means your existing unmanaged PoE switch can handle multiple strikes without upgrade. On a 48-port switch with 370W injector, you can confidently deploy 20+ strikes without power starvation.
- Single Ethernet run: Eliminates the dual-cable (power + data) requirement, reducing cable management time and labor cost by roughly 40% compared to traditional 24VAC strikes. Matters most on large campuses or multi-tenant retrofits.
- Standard access control integration: No proprietary controller required — the 8000 works with any networked access control system that supports relay-triggered or networked strike output. ONVIF Profile support means it can integrate with emerging cloud and edge-based access platforms.
Deployment Considerations:
- PoE switch power planning is not optional. Cluster your strikes on a single switch circuit if possible, and monitor injector load during commissioning. A single failed PoE port kills the strike on that circuit — not ideal if that door is your server room entrance.
- Failsafe operation requires external UPS or battery backup at the switch. The 8000 has no internal battery, so network outage means locked-out access. If your facility requires failsafe unlock during power loss, you must provide backup power to the PoE injector, not the strike itself.
- Weather exposure demands protective housing. The strike solenoid and connector are not rated for direct rain or freezing spray — outdoor mounting requires a weatherproof cover or recessed installation to protect the power port from moisture.
The 8000 makes strong economic sense for wired, campus-scale deployments where labor cost dominates the bill of materials. Avoid it for failsafe scenarios or isolated buildings where battery backup is impractical — in those cases, a traditional 24VAC strike with local power backup is cleaner.
