The EcoNet Bulldog is a high-torque mechanical actuator designed for local control via Z-Wave protocols (including 700 series in recent hardware revisions). Technical specifications list a stall torque of approximately 8 Nm, provided by a high-ratio gearbox. This design is engineered to overcome mineral calcification in manual ball valves, a common failure point in lower-wattage DC actuators. The unit is a non-invasive solution that mounts directly to existing 1/4-turn ball valve plumbing.
Performance metrics demonstrate that when paired with a Z-Wave coordinator, the device supports "Direct Association," allowing it to receive commands from leak sensors without the need for an intermediary cloud or central hub processing. Material analysis confirms the chassis is designed for high-resistance plumbing, and its footprint is notably larger than generic Wi-Fi rotators to accommodate the geared drive system.
Standardized specifications include:
- Wireless Protocol: Z-Wave (Local Mesh).
- Motor Output: High-stall torque geared DC motor.
- Installation: Tool-required bracket mount for existing valves.
Because the EcoNet Bulldog operates entirely on local Z-Wave commands, it avoids the latency issues associated with cloud-dependent Wi-Fi valves. It serves as a high-fidelity component within the dedicated home automation controllers ecosystem for critical fluid management.
