The LCD display in the Druid range makes information on the status and performance of the energizer quick and easy to read. Using the Adaptive Power Technology (APT) pioneered by Nemtek, these energizers offer a unique technology to detect how much power a fence can accept and handle before it starts to arc and waste energy. This maximises the power on the fence and minimises false alarms. Synchronisation between energizers can be achieved by using traditional network cabling or by the Druid synchronisation modules which use orbiting satellites and eliminate the need for cabling between the energizers.
Specifications:
| Enclosure size | 400(L) x 270(W) x 125(D)mm |
|---|---|
| Weight | 5.7kg excluding battery (7AH) 8.0kg including battery (7AH) |
| IP rating | IPx4 |
| Operating temperature | -10°C to 50°C |
| Operating humidity | < 80% non-condensing |
| Electrical supply voltage | 240V |
| Typical power consumption | 18VA (normal operating conditions) |
| Standby Time | 24hrs (fully charged battery) |
| Energy output | 3.7 Joule per zone (500 Ohms load) |
| Open circuit voltage | 9000V |
The LCD display in the Druid range makes information on the status and performance of the energizer quick and easy to read. Using the Adaptive Power Technology (APT) pioneered by Nemtek, these energizers offer a unique technology to detect how much power a fence can accept and handle before it starts to arc and waste energy. This maximises the power on the fence and minimises false alarms.
Specifications:
| Enclosure size | 285(L) x 212(W) x 120(D)mm |
|---|---|
| Weight | 3.1kg excluding battery (7AH) 5.3kg including battery (7AH) |
| IP rating | IPx4 |
| Operating temperature | -10°C to 50°C |
| Operating humidity | < 80% non-condensing |
| Electrical supply voltage | 240V |
| Typical power consumption | 18VA (normal operating conditions) |
| Standby Time | 24hrs (fully charged battery) |
| Energy output | 4.6 Joule (500 Ohms load) |
| Open circuit voltage | 9000V |
• 2 Joule output energy (single zone)
• Robust and flexible design for home security
• Built-in alarm monitors tampering or faults on the high voltage and earth fence wires
• Connectable to armed response radio or GSM module
• Lightning and power surge protection
• Intelligent power saving to extend battery life
• Easy-to-use tag included for controlling the energizer
• Powered by 240V mains and includes built-in battery for back-up power
• Built-in gate alarm input to monitor if the gate is open or closed
Specifications:
| Enclosure size | 285(L) x 212(W) x 120(D)mm |
|---|---|
| Weight | 3.1kg excluding battery (7AH) 5.3kg including battery (7AH) |
| IP rating | IPx4 |
| Operating temperature | -10°C to 50°C |
| Operating humidity | < 80% non-condensing |
| Electrical supply voltage | 240V |
| Typical power consumption | 18VA (normal operating conditions) |
| Standby Time | 24hrs (fully charged battery) |
| Energy output | 3.7 Joule per zone (500 Ohms load) |
| Open circuit voltage | 8000V |
Stafix X1 Energizer is a great AC fence charger for medium sized applications up to 10 miles of fencing. The X1 can easily be adapted to be used in conjunction with a solar panel for worry-free solar charging.
- Includes:
- 6 position adjustable pulse speed switch
- 5 stage light bar to display voltage and battery charge level
- Sensor for day/night
- Weather-proof case
- Pre-slotted terminals for easier connections
- Instructions
- Power cord
- Battery lead set
- Fence lead set
- This Stafix X1 Fence Charger works with standard 110V plus, as part of a solar system, or on a 12V battery.
- Energizer easily mounts on fence post, wire, or wall for electric fencing
Quick Product Specification
- 12 joule output
- Earth monitoring for fault identification
- Adjustable power and pulse speed
- Made in New Zealand
- Two year warranty
- Powers up to 270 acres / 110 ha (180 km) of fence wire
18 J maximum output energy (24 J stored energy)
Can be used in mains, battery or solar power applications, providing convenient, versatile livestock control.
Powers up to 90 acres / 36 ha (60 km) of fence
6 J maximum output energy (9 J stored energy)