CPS ohne Überwachungsbaustein

8. March 2020
CPS ohne Überwachungsbaustein
8. March 2020


Devices Accessories
4. March 2020


ZBN
3. March 2020

/ Overview / CPS / ZBN

ZBN

CENTRAL BATTERY SYSTEM (CBS) FOR EMERGENCY LIGHTING
Notbeleuchtung ZBN

ZBN – THE NEW EMERGENCY LIGHTING CONSTELLATION

Our new emergency lighting control units now offer the opportunity to install the various components of the emergency lighting system separately from each other. This separation of different categories significantly simplifies planning and installation. For example, in a building with several fire compartments, a submaster can be installed in each fire compartment and connected to the master. This not only reduces the time-consuming installation of expensive E30 cable, but also simplifies maintenance and servicing.

  • Optimal design of systems by dividing the safety lighting into submaster areas
  • 8 programmable digital inputs for potential-free contacts
  • Final circuits using ZBN technology


ZBN MAIN CPU

Notbeleuchtung ZBN-Hauptprozessor

FEATURES

  • Optimal design of systems by dividing the safety lighting into submaster areas
  • Submaster areas consist of independent systems with their own bus system (module bus)
  • Master forms “control centre” and communicates and monitors the submasters via the master bus
  • A master bus can be equipped with one master and up to 30 submasters. Each module bus can manage up to 60 modules
  • 100-BASE Ethernet port for programming, configuration and management of the system, system configurations can be imported and exported, saving the log book in plain text
  • Each Submaster can be equipped with its own spare mains switchover as well as its own battery and charging technology
  • 8 programmable digital inputs for potential-free contacts
  • 16 freely programmable time and date switches /li>
  • Freely programmable fault indication
  • Two electrically isolated bus outputs for master and module bus
  • Flexible replacement network design via central battery, diesel generator or second network supply possible

FINAL CIRCUITS IN ZBN-TECHNOLOGY

  • common operation of 20 luminaires as maintained and non maintained luminaires within one circuit
  • each connected luminaire can be configured independently (M/NM)
  • single or combined switching of luminaires via switching inputs
  • single or combined dimming of luminaires via switch inputs (SMART technology)
  • individual light monitoring via the supply line (no separate bus line necessary)
  • function monitoring of the bus connection and automatic emergency operation switchover in case of a faulty connection

TECHNICAL SPECIFICATIONS

  • USB interface
  • Two-pole circuit protection
  • Degree of protection: IP 20
  • Protection class: I
  • Interfaces: USB, LPT
  • Colour: RAL 7035
  • Input voltage: 230 V / 50 Hz
  • Output voltage: 216 V DC
  • Operating temperature: 5°C to 35°C


ZBN-K20-INSIDE VIEW

Notbeleuchtung ZBN-K20-Innenansicht

POWER CIRCUIT MODULE SKM

Notbeleuchtung SKM-M-Stromkreismodul

POWER CIRCUIT MODULES SKM

  • SKM-M for mixed operation circuits
  • SKM-E for single luminaire control
  • SKM-N for M- and NM-separated

SENSORIC MODULES

Notbeleuchtung Sensorikmodul-IOM24

SENSOR MODULES IOM24

  • sensor module for processing switching signals
  • has 16 inputs for potential-free contacts (odd contacts are charged with 24 V)

Notbeleuchtung Sensorikmodul-IOM230

SENSOR MODULES IOM230

  • sensor module for processing switching signals
  • 9 inputs for monitoring the 230V AC mains or for detecting the switch position of the general lighting installation
  • 3 inputs of which can be programmed as phase monitors (single/two-/three-phase)
  • Bus network monitor for installation in general lighting distribution (module supply via bus)

LUMINAIRE MONITORING MODULE

Notbeleuchtung Leuchtenüberwachungsbaustein

FEATURES

  • Luminaires programmable as maintained or non maintained
  • AC switching command for all non maintained luminaires in the circuit
  • AC luminaire monitoring
  • Switching input 230 V AC

  • Luminaire address adjustable via rotary encoder
  • Does not require a DC back-up network
  • Automatic load calibration
  • Compatible with DC-modulating electronic ballasts


VISUALISATION

Notbeleuchtung KNX-Gateway

KNX-Gateway

  • 20 different commands for the emergency lighting system can be switched from the KNX bus
  • 20 different messages from the emergency lighting system can be displayed via the KNX bus

WEB MODULE

Notbeleuchtung Web-Modul

WEB MODULE

  • Coloured visualisation of the luminaire type
  • Current switching status of each individual luminaire, each circuit and all IOM inputs displayed
  • Circuit type is displayed
  • Indication of emergency or local emergency operation
  • Indication of battery voltage & capacity as well as charge and discharge current
  • Programming of time switches
  • Starting test operations
  • Retrieving test results

WIRING DIAGRAM

Notbeleuchtung Anschlussschema

WIRING DIAGRAM

  • Two replacement networks in one system
  • Separate safe lines between main unit and main distribution
  • Master bus connects all masters with submasters
  • Module bus is regenerated by each master or submaster
  • Charging bus between battery with charging unit and associated master
  • Visualization in technical center

Downloads



CPS ZB2
2. March 2020


CPS ZBX
1. March 2020


Easy NCM
1. March 2020

/ Overview / CPS / easy NCM

With easy-NCM, mobile communications and the Internet of Things (IoT) are finding their way into central battery systems

  • Thanks to mobile communications, your systems can be monitored centrally via any Internet-enabled device that has a web browser, regardless of time and location. This not only applies to FiSCHER products, in most cases it is also possible regardless of the brand.
  • Easy-NCM enables the central monitoring of several systems at the same time, even in different properties, using one end device
  • No connection to company or building networks is required

With the additional connection of easy-NCM, you can connect existing central battery systems to the FiSCHER data centre via the Internet of Things (IoT) using a mobile phone connection. One completely new thing is, that easy-NCM establishes a connection to the IoT without a gateway, i.e. without connecting to company or building networks. With easy-NCM, FiSCHER uses the NB-IoT mobile network of Deutsche Telekom to transmit the data from the central battery systems to the German FiSCHER data centre via mobile radio. If there is insufficient network coverage, the radio modules automatically and cost-neutrally switch to other German or, in border areas, foreign mobile networks by roaming. Once connected to the data centre, you can access the status of your system from any location using an Internet-enabled device with a web browser. You are immediately informed about the operating status and any error messages.

With easy-NCM, you can monitor systems in several properties yourself in order to reduce your personnel costs and maximize operational reliability.

Connection scheme:

With easy-NCM, mobile communications and the Internet of Things (IoT) are finding their way into central battery systems

  • Thanks to mobile communications, your systems can be monitored centrally via any Internet-enabled device that has a web browser, regardless of time and location. This not only applies to FiSCHER products, in most cases it is also possible regardless of the brand.
  • Easy-NCM enables the central monitoring of several systems at the same time, even in different properties, using one end device
  • No connection to company or building networks is required

With the additional connection of easy-NCM, you can connect existing central battery systems to the FiSCHER data centre via the Internet of Things (IoT) using a mobile phone connection. One completely new thing is, that easy-NCM establishes a connection to the IoT without a gateway, i.e. without connecting to company or building networks. With easy-NCM, FiSCHER uses the NB-IoT mobile network of Deutsche Telekom to transmit the data from the central battery systems to the German FiSCHER data centre via mobile radio. If there is insufficient network coverage, the radio modules automatically and cost-neutrally switch to other German or, in border areas, foreign mobile networks by roaming. Once connected to the data centre, you can access the status of your system from any location using an Internet-enabled device with a web browser. You are immediately informed about the operating status and any error messages.

With easy-NCM, you can monitor systems in several properties yourself in order to reduce your personnel costs and maximize operational reliability.

Connection scheme:

Technical Data:
Dimensions: 80,8 mm x 151,9 mm x 59,2 mm
Operating voltage: 24 V DC *(must be provided externally)
Network connection: NB-IoT 3GPP
Scope of delivery 1x double GIRA surface-mounted housing for standard 55
1x NCM module

Message tableau including status forwarding to the -NB data center over the IoT via mobile communications. Communication without using any local network. Simple installation in a 2-fold Gira surface-mounted housing. Simple status query via the FiSCHER web app.

Technical Data:
Dimensions: 80,8 mm x 151,9 mm x 59,2 mm
Operating voltage: 24 V DC *(must be provided externally)
Network connection: NB-IoT 3GPP
Scope of delivery 1x double GIRA surface-mounted housing for standard 55
1x NCM module

The NCM conversion kit enables an existing FMS 2016 to be retrofitted with status forwarding to the -NB data center over the IoT via mobile communications. Simple retrofitting in the 2-fold Gira surface-mounted housing with an existing FMS2016.

Technical Data:
Lokale Statusanzeige: 3x LED
Dimensions: 80,8 mm x 151,9 mm x 59,2 mm
Operating voltage: 24 V DC *(must be provided externally)
Network connection: NB-IoT 3GPP
Scope of delivery 1x double GIRA surface mounted housing for standard 55
1x FMS2016 message panel
1x NCM module

The EASY-NCM-FMS2016-KOMP enables the status to be forwarded to the -NB data center via the IoT using mobile communications. It can easily be connected to an existing central battery system. The delivery takes place in a double GIRA surface-mounted housing including FMS2016.