| Mounting | : | Split Core |
| Current Measurement Range | : | 1.5 - 150 A |
| Measurement Type | : | AC Current | VFD |
| Output Specifications | : | N.O. 1 A @ 30 VAC/DC |
| Outputs | : | Switch output |
| Relay Coil Voltage | : | None |
| Relay Contact Ratings | : | None |
| Relay Poles/Throw | : | None |
| Setpoint | : | Automatic Calibration |
| Application | : | Building Automation Systems |
| Current Sensor type | : | Current Switch, VFD, Automatic |
| Electrical Wiring Size | : | 24 - 14 AWG (0.2 - 2.1 mm²) |
| Model | : | H614 |
| Monitored Frequency Range | : | 12 - 115 Hz |
| Monitored Wire Size | : | 0.5" (12 mm) |
| Operating Humidity | : | 10 - 90% RH, non-condensing |
| Operating Temperature | : | 5 - 140 °F (-15 - 60 °C) |
| Product Type | : | Sensor |
| Range | : | VFD Series |
| Product Certification | : | UL | CE |
| Reset | : | Manual |
| Warranty | : | 5 years |
The Hawkeye H614 is a microprocessor based, self-learning, self calibrating current-sensitive switching device designed for use with VFD systems. At initial power-up, the H614 automatically learns the average current on the line with no action required by the installer. Once a current is learned, the switch monitors for changes in current greater than +/-20% of the learned load. When calibrated for a given VFD system, the H614 is tolerant of gradual drifts in frequency due to expected conditions, such as an accumulation of debris in a filter, while still detecting a sudden drop due to a potential abnormal system condition (e.g., belt loss or other mechanical failure).
- Microcontroller based learning technology - automatically learns load upon initial power-up minimizes calibration labor
- Automatic trip point - automatic trip point (1.5 to 150 A, 12 to 115 Hz) detect abnormal events
- Under and over-load - microcontroller based learning technology automatically learns load
- Saves space - small size fits easily inside small starter enclosures
- 100% solid-state no moving parts to fail
- LED status
- Induced from monitored conductor sensor power
CE Declaration
