CENTRAL BATTERY SYSTEMS FOR OBJECTS OF ALL SIZES

THE ZB2 SERIES

WHAT MAKES THE ZB2 SERIES SPECIAL

The basic functionality of central power supplies for emergency and safety lighting has changed little for years. With the new ZB2 series, we maintain the familiar standards, but for the first time offer a combination of new, digital innovations that significantly improve handling and functionality.

UNIQUE – ADDRESS MODULES

he proven MiX technology allows the operation of luminaires in different modes, such as continuous, standby and switched continuous light within one circuit. The UNIQUE address modules assign a unique address to the luminaires, which is already assigned during production. They are used for fast, automatic identification of the luminaire without the need for manual settings at the construction site. Stickers with the luminaire designation are included for easy transfer to building plans.
  • UNIQUE addresses for quick assignment of luminaires
  • no incorrect programming of double addresses
  • sticker for building plans enclosed
  • different operating modes (continuous light, standby light, switched standby light) in one final circuit
  • switchable brightness levels (module-dependent) for cinema, auditorium or night watchman setup


Webinterface mit Leuchtenübersicht im Endstromkreis und den UNIQUE- Adressen

-NCM

With the optional -NCM, you can connect your ZB2 system to the FiSCHER data center via the Internet of Things (IoT) using a mobile phone connection. Once connected to the data center, you can access the status of the system from any location via an internet-capable end device with a web browser. This way you are immediately informed about the status and any fault messages.
With -NCM, you can monitor systems in several properties yourself using the optional FMS-NB-IOT-ZB telecommunication system or delegate the necessary tasks to us by means of a FiSCHER Maintenance Contract Plus, to reduce your personnel costs and maximize operational safety.


Anlagenstatus
Benachrichtigungseinstellungen
Gebäudeübersicht

ADVANCED NETWORKING

The systems of the ZB2 series offer full network capability without additional costs. An extended connection to the building management system is possible at any time.

  • The password-protected web interface simplifies operation and can be used to program the system.
  • Full support of the BACnet protocol down to the details of each individual luminaire. The documentation of the parameters can be provided by your BACnet partner.
  • Schematic representation of the emergency lighting system including any sub-distributions.
  • Regular e-mail dispatch of status reports or direct e-mail notification for defined events can be programmed.
  • Direct and detailed access to all modules and their settings
  • Password level protected access to the complete programming of the system.
  • Graphic overview of the final circuits including the status of the lights.
  • Easily back up the configuration of the system and luminaires as well as the event log


DYNAMIC ESCAPE ROUTE GUIDANCE

Traditional escape sign luminaires with a static function show the way in an emergency. However, there are situations, such as a fire, in which the static display of the same escape route can be disadvantageous. Namely exactly when it is already full of smoke. In this case, it is safer to use dynamic escape route guidance, which can automatically adapt to the dangerous situation and indicate an alternative escape direction. If escape sign luminaires that are specially designed for dynamic escape route guidance are operated on the ZB2 series, the system can switch the pictogram displayed on the luminaires depending on the dangerous situation.
The pictogram change of the luminaires is executed by a LED matrix, which is switched by the ZB2 system according to information, for example from the building management system. The system can display different escape route directions or a blocking symbol via the luminaires. The flashing function of the pictograms, which can be set on request, increases the attention of fleeing people even more.

Overview of pictograms that can be displayed:


WIRING DIAGRAM

Overview of a classic ZB2 installation in several fire compartments and a sub-distribution for the emergency lighting in a neighboring building. The supply of the general lighting is monitored by a bus network monitor CZF-LON. The status of the entire emergency lighting system can be called up via a web application.

Final circuit in the fire compartment 3x 1.5-4 mm² NYM*

Final circuit in E30 3×1.5-4 mm² NHX*

LON2 bus and 24 V DC min. JY(ST)Y 2x2x0.8 mm²

IoT FMS min. JY(ST)Y 4x2x0.8 mm²

LON3 bus sub-distribution min. JY(ST)Y 1x2x0.8 mm²

E30 DC supply min. NHX 2×1.5 – 16 mm² NHX

AC supply min. NYM 3×1.5 – 16 mm² NYM
(Recommendation E30 NHX)

UNIQUE address

*max. Kabeldurchmesser der Leuchtenanschlussklemmen kann abweichen

SYSTEM OVERVIEW

The following systems are available as standard, we implement special solutions individually if possible and in consultation with your specialist consultant in the field:

Technical specifications
Article number ZB2-S ZB2-C-G ZB2-C-K
Supply voltage 400 V AC 50 Hz 230 V AC 50 Hz
Dimensions (W x H x D) 800 x 2050 x 400 mm 800 x 2050 x 400 mm 600 x 1800 x 350 mm
Housing material sheet steel RAL 7035
Door stop on the right
Type of assembly stand assembly; pedestal in 10 or 20 cm available separately
Degree of protection IP 21
Protection class I
Cable entry from above / below above from above
Opt. # sub-distributions 6 2 1
Max. final circuit length 600 m
Max. system power 20 kW 5,5 kW
Max Battery Capacity Battery Compartment – 55 Ah 33 Ah
Max. # final circuits 80 48 32
Battery compartment in the cabinet No Yes
In the E30 fire protection housing No

Technical specifications
Article number ZB2-M ZB2-US-G ZB2-US-K
Supply voltage 230 V AC 50 Hz 230 V AC 50 Hz
Dimensions (W x H x D) 600 x 1200 x 350 mm 570 x 700 x 300 mm 420 x 500 x 300 mm
Housing material sheet steel RAL 7035
Door stop on the right
Installation wall mounting
Degree of protection IP 21
Protection class I
Cable entry from above
Opt. # sub-distributions 0 –
Max. final circuit length 600 m
Max. system power 1,5 kW 5,5 kW 8 kW
Max. battery capacity battery compartment 20 Ah –
Max # final circuits 24 32 16
Battery compartment in cabinet Yes –
In the E30 fire protection housing Nein No Optional*

* Type-tested in maximum design; Functional integrity proven by MLAR 5.2.2 section c

Processor MS-L

Technical specifications:
LCD resolution: 128×64
LED status indicator: Yes
Potential-free outputs: 3x 24 V, 500 mA
Potential-free inputs: 4
Network connection: RJ45
Processor of the ZB2 system to manage the individual modules and to coordinate the switching commands. The control module’s front panel buttons and LCD allow the user to configure and monitor the complete system.

CIRCUIT MODULE ML-E


ML-E 2x 6A

ML-E 4x 3A

ML-E 8x 1,5A
Technical specifications:
Number of final circuits: 2 | 4 | 8
Maximum load per final circuit: 1,5 | 4 | 6 A
Maximum final circuit length: 600 m
MiX technology in a final circuit: >Yes
DES support: Yes
Communication to the luminaires: Via the supply line
Individual lamp monitoring with different operating modes of the emergency luminaires for each final circuit. Optimally adaptable for the application depending on the power of the connected luminaires.

LON-HUB

Technical specifications:
Supply voltage AC: 230 V AC 50/60 Hz
Supply voltage DC: 216 V DC
Integrated power supply: 24 V DC for up to 5 modules
Communication: LON-BUS
The control module for sub-distributions communicates with the ZB2 system via the bus line. An internal 24 V power supply can supply up to five ZB2 modules.

BUS NETWORK MONITOR CZF-LON

Technical specifications:
Inputs: 3x L, N, PE
Supply voltage: 24 V DC via ZB2 system
Mains monitor function: Yes, 3-phase
Adjustable switch-back time: 1-60 min
Status LED: 1x per input
Communication: LON-BUS
Maximum bus length: 900 m
Maximum number per system: 30 bus modules

TELECOMMUNICATION SYSTEM FMS-NB-IoT-ZB

Technical specifications:
Local status indicator: 3x LED
Dimensions: 80 mm x 151,5 mm x 45,5 mm
Operating voltage: 24 V DC
Network connection: NB-IoT 3GPP
Reporting panel including status forwarding to the -NB data center via the NB-IoT mobile network. Communication without using the local network. Simple installation in the Gira double frame. Simple status query via cloud service.

SWITCH REQUEST MODULE LS-230

Technical specifications:
Entrances: 8
Maximum load: 230 V AC
Output voltage: : potential-free
Status LED: 1x per input
Programmable logic NO/NC/R-SER/R-PAR
Monitoring mains monitor quiescent current loop: No
Adjustable switch-back time: 1-60 min
Maximum number per system: 10
LS-230 modules are equipped with eight potential-free inputs that can be assigned 230 V AC.

SWITCH REQUEST MODULE LS-24

Technical specifications:
Entrances: 8
Maximum load: to be connected potential-free
Output voltage: 24 V DC
Status LED: 1x per input
Programmable logic NO/NC/R-SER/R-PAR
Monitoring of mains monitor quiescent current loop: Yes
Adjustable switch-back time: 1-60 min
Maximum number per system: 10
The input module monitors up to 8 inputs via a 24 V quiescent current loop. Each of these inputs enables individual emergency lighting circuits or lights to be switched.

SWITCH REQUEST MODULE ELS-230

Technical specifications:
Inputs: 9 (3 groups with 3 inputs each)
Supply voltage: 24 V DC via ZB2 system
Mains monitor function: Yes, 3-phase
Adjustable switch-back time: 1-60 min
Programmable logic: NO/NC per group
Status LED: 1x per input
Communication: LON BUS
Maximum bus length: 900 m
Maximum number per system: 30 bus modules
The ELS-230V sensor module is used to monitor 230 V AC switching signals in the general distribution and to switch on the emergency lighting together with the general lighting.

CHARGE CONTROL MODULE CCM + CHARGE AMPLIFIER BST 430

The CCM controls the battery charging process based on the UI characteristic with temperature compensation according to DIN EN 50171 0558-508:2001-11. It regulates the charging algorithm and monitors the condition of the battery. Charging takes place in cooperation with the BST 430 charging amplifier. Up to 16 BST 430 can be controlled by the CCM. During the charging process, the connected charging amplifiers are constantly checked and the power is adjusted accordingly. The module constantly monitors the insulation between the battery circuit and the PE connection. A CCM module and a charging amplifier are always required for operation, further charging amplifiers can be added depending on the battery capacity.

TECHNICAL SPECIFICATIONS
  • battery charge control according to EN 50171
  • deep Discharge Protection: Default 183.5 VDC
  • ground fault monitoring
  • optional single block monitoring with IBMS
  • fan contact
  • 4 programmable relay outputs
  • charging voltage and charging current monitoring
  • temperature monitoring

BATTERY STATUS CONTROL SYSTEM IBMS

The single block battery control system IBMS is used for continuous monitoring of battery temperature and voltage. In addition to an optimized battery life, it also guarantees high reliability of the safety power source. The IBMS system consists of individual sensors on each battery and the master unit which collects information from all sensors and relays this to the ZB2 system.

Up to 72 batteries can be monitored. It is possible to define limit values for temperature and voltage individually.

TECHNICAL SPECIFICATIONS

For 18 OGIV blocks 7,2 – 12 Ah

S-IBMSv2 Sensor
Supply voltage 5 – 20 VDC
Current consumption 0,25 mA
Power consumption 3,3 mW
Housing material polycarbonatee
M-IMBSv2 Master
Supply voltage 24 V DC
Power consumption battery 1 W
Power consumption RS485 transceiver 0,03 W
Insulation voltage 1500 V
TECHNICAL SPECIFICATIONS

For 18 OGIV blocks 14 – 55 Ah

S-IBMSv2 Sensor
Supply voltage 5 – 20 VDC
Current consumption 0,25 mA
Power consumption 3,3 mW
Housing material polycarbonatee
M-IMBSv2 Master
Supply voltage 24 V DC
Power consumption battery 1 W
Power consumption RS485 transceiver 0,03 W
Insulation voltage 1500 V
TECHNICAL SPECIFICATIONS

For 18 OGIV blocks 60 – 100 Ah

S-IBMSv2 Sensor
Supply voltage 5 – 20 VDC
Current consumption 0,25 mA
Power consumption 3,3 mW
Housing material polycarbonate
M-IMBSv2 Master
Supply voltage 24 V DC
Power consumption battery 1 W
Power consumption RS485 transceiver 0,03 W
Insulation voltage 1500 V
TECHNICAL SPECIFICATIONS

For 18 OGIV blocks 120 – 200 Ah

S-IBMSv2 Sensor
Supply voltage 5 – 20 VDC
Current consumption 0,25 mA
Power consumption: 3,3 mW
Housing material polycarbonate
M-IMBSv2 Master
Supply voltage 24 V DC
Power consumption battery 1 W
Power consumption RS485 transceiver 0,03 W
Insulation voltage 1500 V

BATTERY TYPES

All the maintenance-free lead-acid batteries we use from the OGi-V series are designed in accordance to DIN EN 50272-2 and DIN EN 50171 and planned with an aging reserve of 25%. The service life is 10 years (+) according to EUROBAT at an ambient temperature of 20 °C. On request, the ZB2 central battery systems can be supplied with maintenance-free and less temperature-sensitive OPzV batteries or low-maintenance OPzS batteries.

BATTERY SIZES (OGI-V) IN BATTERY COMPARTMENT

ZB2-C-G ZB2-C-K ZB2-M
26 Ah 18 Ah 12 Ah
28 Ah 20 Ah 18 Ah
33 Ah 28 Ah 20 Ah
40 Ah 33 Ah –
45 Ah – –
55 Ah – –



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