JVA Z28 2 Zone Security Energiser 8 Joule with LCD Display

JVA Z28 Two Zone Security Energiser 8 Joule with LCD Display is a two-zone security electric fence Energizer purpose-designed for the control and monitoring of perimeter security electric fences. Two Zone Security Energiser 8 Joule with LCD Display meet all of the requirements from basic residential to fully integrated high profile installations.

Z28 two-zone energizer can be programmed and controlled using the optional LCD keypad or Touch keypad. It can also be networked with other Z Range Energizers to form a pulse synchronized group for larger sites that require more than two zones. JVA Z28 Two Zone Security Energiser is unique in that each zone is individually controllable, allowing each to be individually operated and programmed via the keypad.

JVA Z28 Two Zone Security Energiser  Unlike many other energizers available in the market, a short on one Zone on the Z28 will have no effect on the voltage on the other Zone. JVA Z28 Two Zone Security Energiser is in essence two Z14 energizers in one. This means fences powered by one Z28 can be individually armed and disarmed or put in high or low voltage mode.

Product Features

• High Voltage, Dual‐Zone Fence Monitor triggers the alarm when live wires are tampered with
• Earth Wire monitor triggers the alarm when the earth wires are tampered with
• LCD Voltage Return Display for both zones
• Gate Monitor input to monitor the gate
• 4 Joules maximum output energy per zone
• Compliant with IEC60335‐2‐76
• Built‐in Lightning and Surge Protection
• Internal Battery Backup in case of power failure Dynamic Voltage Monitoring minimizing arcing and false alarms while maximizing power and battery life
• High and low power options
• Energizer supplied with secure key switch operation
• Diagnostic Mode
• 3 Standard programmable relays (1 siren and 2 strobes) – excellent for communication
• Optional extra Relay Board on request – total 6 relays
• Keypad Compatible – Add Z‐Range Keypad
• Up to 18‐Hour Monitoring in the event of a power failure
• Pulse Synchronization