The ZP3AB-MIP8 is one of a series of additional, auxiliary boards designed to extend the ZP3 panel standard range of input/output facilities. Boards are modular in design, and are mounted inside the ZP3 panel enclosure, by means of a ZP3-AC1 auxiliary chassis.

Up to three boards can be fitted into a ZP3 panel. They may be all of a single type, or any combination from the I/O module range. Further boards can be added to a system, accommodated in a remote control cabinet, usually located alongside the ZP3 panel. Various sized cabinets are available, designed to match the control panel enclosure.

The ZP3AB-MA8 is one of a series of additional, auxiliary boards designed to extend the ZP3 panel standard range of input/output facilities. Boards are modular in design, and are mounted inside the ZP3 panel enclosure, by means of a ZP3-AC1 auxiliary chassis.

Up to three boards can be fitted into a ZP3 panel. They may be all of a single type, or any combination from the I/O module range. The addition of auxiliary boards can increase the panel outputs to a maximum of 72 all housed within the ZP3 enclosure.

The ZP3AB-NET1 enables ZP3 control panels to be connected together to form networks. The interface card is attached directly onto the ZP3 main control board inside the panel enclosure. Up to 32 standalone control panels can be linked to form the ZP network allowing the integration of over 16,000 system devices.

Networks can be designed as peer to peer systems where all control panels are connected to form a single co-ordinated fire detection and alarm system. Each panel controls its own devices and displays its own systems information, but is capable of cross panel cause and effect operation. The ZP3AB-NET1 network board also enables hierarchical networks to be easily configured, where one or more control panels can be assigned as masters displaying complete system status.

The ZP3AB-OP24 is one of a series of additional, auxiliary boards designed to extend the ZP3 panel standard range of input/output facilities. Boards are modular in design, and are mounted inside the ZP3 panel enclosure, by means of a ZP3-AC1 auxiliary chassis.

Up to three boards can be fitted into a ZP3 panel. They may be all of a single type, or any combination from the I/O module range. The addition of auxiliary boards can increase the panel outputs to a maximum of 72 all housed within the ZP3 enclosure.

The ZP3AB-RL8 is one of a series of additional, auxiliary boards designed to extend the ZP3 panel standard range of input/output facilities. Boards are modular in design, and are mounted inside the ZP3 panel enclosure, by means of a ZP3-AC1 auxiliary chassis.

Up to three boards can be fitted into a ZP3 panel. They may be all of a single type, or any combination from the I/O module range. The addition of auxiliary boards can increase the panel outputs to a maximum of 72 all housed within the ZP3 enclosure.

The ZP3AB-RS232 is a serial communications interface which can be attached directly onto the ZP3 main control board, inside the panel enclosure. The board is used to connect the fire alarm panel to external devices for example a desk top printer, or to associated equipment such as graphics displays, pocket paging and building management systems.

Serial communication between the fire alarm panel and external device operates by RS 232 protocol, over a 5 wire screened connection. The ZP3AB-RS232 board is defined in the ZP3 fire alarm panel menu as Port 1 and a range of software protocols can be selected to match the requirements of the external communicating system or device.

The ZP3AB-SCB is a serial control bus driver, which can be attached directly onto the ZP3 main control board inside the panel enclosure. It provides the means to connect and operate from 1 to 32 remote display units (ZP3-RDUB1) and or remote control units (ZP3AB-SCB-R), enabling repeat indication and system control, at locations remote from the main panel position.

Serial communication between the main panel and remote display units operates by RS 485 protocol, over twisted screened pair wiring.

The ZP3AB-NLM network loop module enables individual ZP3 control panels to be connected in a peer to peer, secure loop network.

The ZP3-PR1 is a 24 character dot matrix printer, which can be fitted to the front door of the ZP3 control panel. The kit comprises a printer module, printed circuit driver board and the necessary mounting hardware to fit the unit.

The printer is software controlled with operating parameters simply configured, in the fire alarm system set up programme, to respond to a comprehensive range of system events.

The Ziton ZP Gas Control Unit is designed to connect to a ZP fire detection system. Each Gas Control Unit controls one Halon 1301/1211 or Carbon Dioxide CO2 gas fire extinguishing sys-tem. The ZP fire control panel provides secure "Co-incidence Connection" control of the gas extinguishing system.

It is field programmable, with cross-mapped inputs being selected from various ZP line devices or zones. Functions such as automatic gas release delay, selection of delay/no-delay for manual gas release, and output relay control are fully configurable.

The Ziton ZP5-GCU2S Gas Status Unit is designed to connect to a ZP5-GCU2 Gas Control Unit. The Gas Control unit in turn connects to a Ziton ZP fire detection system, and controls a Halon 1301/1211 or Carbon Dioxide CO2 gas fire extinguishing system.

The Gas Status Unit has key switches to enable remote control of the Gas Control Unit for auto-matic or manual selection, as well as lock-off for maintenance. Other controls are manual gas release, and an alarm silence push button. Indi-cators mimic those on the Gas Control Unit for automatic, manual, locked-off, gas discharged and reset status.

The Ziton ZP5-GCU2R Gas Repeater Unit is designed to connect to a ZP5-GCU2 Gas Control Unit. The Gas Control unit in turn connects to a Ziton ZP fire detection system, and controls a Halon 1301/1211 or Carbon Dioxide CO2 gas fire extinguishing system.

The Gas Repeater Unit has indicators which mimic those on the Gas Control Unit for auto-matic, manual, locked-off, gas discharged and reset status.

The ZD range of control and indicating modules provides, in conjunction with the CPU controls and display, operator interfaces for any configuration of Ziton analogue addressable or conventional, Modula control or repeat panel.

Providing eight volt free relays, each of which can be independently configured as normally open or normally closed, the ZR8 occupies a single card space on the chassis rail.

The ADC card provides a single loop circuit for connecting up to 127 analogue addressable devices to the ZM2 or ZM8 control panels. In addition two conventional alarm circuits for polarised electronic sounders, bells and visual indicators can also be connected to each ADC card.