All-in-One Backup Power, PoE Injection & DC Distribution
The Zeatech ZP-64Wh keeps critical connectivity online when utility power fails. It combines AC input, a 64Wh LiFePO4 battery, a selectable 24V/48V PoE injector, and multiple DC outputs (9V, 12V, 24V and USB-A) in a single compact enclosure — purpose-built for POTS replacement, life-safety lines, and always-on business networks.
Why ZP-64Wh
- True all-in-one integration — AC input, 64Wh LiFePO4 battery, PoE injector (24V/48V selectable) and 9V / 12V / 24V DC plus USB-A outputs in one enclosure. No separate power bricks, dramatically simpler installs.
- Safe, long-life LiFePO4 chemistry — inherently safer thermal and chemical profile than other lithium chemistries and rated for 2,000+ charge cycles, ideal for unattended closets, risers and outdoor-adjacent enclosures.
- Generous 64Wh capacity — multiple hours of runtime for a typical POTS load (cellular router + ATA + peripherals), keeping voice, alarm and life-safety lines online well beyond a short outage.
- Remote power-cycling for hung devices — choose Digital I/O (ZP-64Wh-POE-IO) or RS232 (ZP-64Wh-POE-232D). The RS232 model also reports AC status, battery level and voltage to the host router, ideal for remote sites where a truck roll is costly.
- Instant AC-loss signaling — the DO1 output lets the host router (e.g. InHand) detect utility power loss immediately and push proactive alerts to your NOC.
- Carrier-grade approval — approved by mainstream router makers including InHand Networks.
- Certification — FCC compliant; UL and CE testing in progress, completion expected June 2026.
Built For
- POTS replacement — powers the router, VoIP/ATA gateway and peripherals simultaneously, so critical voice and alarm lines survive an outage.
- Retail & business networks — keeps the POS terminal and LTE/5G router running during a power cut, so business never stops.
Specifications
| Power Input | 120–240 VAC, 50–60 Hz |
| Total Output | 38 W |
| PoE Injection | 1× RJ45 LAN In; 1× RJ45 PoE Out — 48V / 0.5A or 24V / 0.8A (selectable) |
| DC Outputs | 1× 9V / 3.0A, 3× 12V / 3.0A, 1× 24V / 0.8A |
| USB | 1× USB-A, 5V / 3.0A |
| Battery | 64Wh LiFePO4, ≥2,000 cycles |
| Charging Temp. | 32–122°F (0–50°C) |
| Discharging Temp. | 14–131°F (-10–55°C) |
| Dimensions | 1.57 × 5.12 × 8.27 in (40 × 130 × 210 mm) |
| Net Weight | 0.8 kg |
| Certifications | FCC; UL & CE (coming soon) |
| Warranty | 1-Year Limited Warranty |
Models & Accessories
| ZP-64Wh-POE-IO | DC outputs, PoE output, Digital I/O power-cycling control |
| ZP-64Wh-POE-232D | DC outputs, PoE output, RS232 control with AC / battery / voltage status reporting |
| ZP-SR232D | Ethernet-to-Serial converter (RJ45 ×1, RS232 ×1) |
| DC-DC Cable | 24 in or 72 in length (please specify when ordering) |
Frequently asked questions
How long will the ZP-64Wh run my router?
Divide 64Wh by your combined load in watts and multiply by about 0.9 for efficiency. A typical 7W cellular router plus ATA runs about 8 hours, a 15W load about 4 hours, and the maximum 38W load about 1.5 hours. Try the runtime calculator.
Which devices can the ZP-64Wh power?
Anything running on 9V, 12V or 24V DC within the port ratings, USB 5V devices, and PoE devices via the selectable 24V/48V injector — cellular routers, ATAs, VoIP gateways, cameras, access points and alarm panels, up to 38W total.
What is the difference between the POE-IO and POE-232D models?
The ZP-64Wh-POE-IO uses digital I/O: DO1 signals AC power loss and DI1 power-cycles the outputs. The ZP-64Wh-POE-232D instead provides an RS232 serial port that reports AC status, battery level and voltage to the host router and supports remote power-off and restart.
Why does POTS replacement need battery backup?
Copper phone lines carried their own power, so phones worked during blackouts. The cellular routers and ATAs that replace them lose power with the building unless a battery backup keeps voice, fire-alarm and elevator lines online. Learn more about POTS replacement backup power.
How long does the battery last?
The 64Wh LiFePO4 battery is rated for 2,000 or more charge cycles under normal conditions.
