System Sensor BS5839 manual M201E Output Module, 5A at 250VAC, M210E-CZ Conventional Zone Module

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M201E OUTPUT MODULE

The M201E optionally supervises the wiring to the load devices and, upon command from the control panel, switches an external power supply to operate these devices. It also has built-in short circuit isolation capability. In normal supervised mode, the device switches out the load supervision and switches in the external power supply through a double pole relay. The external power supply is monitored and raises an unlatched fault condition if the voltage falls below the fixed threshold. In the unsupervised mode, the device provides neither load nor power supply supervision and can be used to switch a single form C set of changeover contacts.

A field selectable DIL switch allows the module to be used to fully meet the VdS 2489 requirements (subject to panel support). Note: selecting this option imposes an additional restriction on the load that can be switched.

Specifications

Max Standby Current: 310µA at 24VDC (No communications)

Relay Contact Ratings: Unsupervised form C: 2A at 30VDC

Supervised form C: 1.5A at 30VDC

M201E-240 AND M201E-240-DIN 240VAC RELAY MODULES

The M201E-240 is a loop-powered device controlling an unsupervised double pole (one normally open, one normally closed) output suitable for managing 240VAC loads. The output relay is a bi-stable device, latching in the on or off state on command from the control panel. The module is supplied in a wall-mounting box as standard with a grounding terminal provided.

The M201E-240-DIN has the same features and capabilities as the M201E-240 but is designed to mount directly on to a standard 35mm ‘Top Hat’ DIN rail. The module is supplied unboxed for installation in a suitable enclosure.

Specifications

 

Max Standby Current:

275µA at 24VDC (No communications)

Relay Contact Ratings:

5A at 250VAC

Temperature Range:

-20C to 60°C

Humidity Range:

0 to 95% Relative Humidity

M210E-CZ CONVENTIONAL ZONE MODULE

The M210E-CZ provides an interface between a zone of conventional detectors and an intelligent signalling loop. The module monitors the convention zone and transmits the zone state (normal, open or short fault and alarm) to the panel.

Specifications

Max Standby Current, externally powered zone:

288µA at 24VDC (No communications) 500µA at 24VDC

(One communication every 5s)

Max Standby Current, loop powered zone: 1.5mA at 24VDC

(One communication every 5s)

Max Current Available for Detectors:

1.5mA additional to above

Note: This document is based on the recommendations of BS5839 Part 1: 2002. It is intended only as a guide to the application of fire detection systems.

Reference must be made to relevant national and local standards.

System Sensor Intelligent Product Range

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Contents Guide to intelligent fire systems Contents Guide to Intelligent Fire Alarm SystemsGuide to Intelligent Fire Alarm Systems Alarm Systems Intelligent Fire Alarm SystemsIntelligent Fire Dedicated address programmer Decimal address switchesSystem Fault Tolerance Addressing MethodsIntelligent Fire Alarm Systems PRE-ALARM FacilityFire System Zones Advantages of Intelligent Systems Programming of Intelligent Fire Alarm PanelsRemote Leds Interface ModulesCategory M Systems GuideDetector Application Guide Fire System CategoriesApplication Guide 1. Manual Call Point Positioning Manual Call PointsSelection of Automatic Fire Detectors During normal use Fixed temperature detector 58CRate of rise heat detector Areas subject to rapid changesTo EN54-7 10.5m Heat detector conforming to Location and Spacing of Automatic Fire DetectorsCeiling Height Detector typeCorridors Corridor being 7.5m and 5.3m respectivelySloping Ceilings Lantern Lights Location and Spacing of Optical Beam DetectorsVoids and False Ceilings Visual Alarm Signals Audible Alarm SignalsCodes and standards in the UK BS5839 Part 12002, Section Maintenance of Fire DetectorsSeries 200 Plus Analogue Addressable Detector Range Series 200 Plus FeaturesGeneral Specifications Intelligent Product Range2251TEM PHOTO-THERMAL Sensor WeightSystem Sensor Intelligent Product Range 2251EM Photoelectric Smoke Sensor5251REM, 5251EM and 5251HTEM Heat Sensors Drift Compensation and Smoothing6500S Beam Detector Remote Test SwitchOperating Temperature -10C to 55C Weight 142gLaser Detector 2251EIS Intrinsically Safe Detector and IST200 Interface With LED blink enabledB500 Series Bases Depth Weight 100gInterior diameter Exterior diameterM200XE Short Circuit Isolator Module M200 Series Module RangeM210E-CZ Conventional Zone Module Specifications Max Standby Current, externally powered zoneM201E Output Module 5A at 250VACIndoor products are generally rated at IP24D AccessoriesCall Points IndoorMajority of back box formats Audio Visual ProductsDetector Base Sounders Sounder StrobesOther Information Jernholmen DK-2650 Hvidovre Denmark Tel +45 36 349 Other InformationApproval Bodies for Fire Detection Products Avenue Hoch Paris, France Tel +33 1 53 89 00Fax + 7 095 System Sensor Fire DetectorsVolochaevskaya Str 40, Bld Telephone + 7 095 Telephone + 91 124

BS5839 specifications

System Sensor BS5839 is a standard that pertains to fire detection and alarm systems, providing guidelines for the design, installation, and maintenance of these essential safety tools. It is crucial for safeguarding lives and property, ensuring that fire detection systems are effective and reliable. The BS5839 standard, established in the UK, covers a wide range of fire alarm system types, including conventional, addressable, and wireless systems.

One of the main features of BS5839 is its comprehensive classification of fire detection systems. The standard divides systems into categories based on the level of risk and the environment in which the system will operate. This classification helps ensure that the system installed meets the specific needs of the building and its occupants. For example, Category L systems are meant for life safety, while Category P systems are designed to protect property.

The technologies underpinning BS5839 include various types of detectors, alarm devices, and control panels. Smoke detectors, heat detectors, and multi-sensor detectors are prominent among the devices specified in the standard. Smoke detectors use photoelectric or ionization principles to detect smoke and signal an alarm, while heat detectors respond to temperature changes. Multi-sensor detectors combine both smoke and heat detection technologies to provide a more reliable response to fire conditions.

Another key characteristic of BS5839 is the emphasis on regular testing and maintenance. The standard outlines procedures to ensure that systems remain operational and effective over time. This includes routine system checks, functional testing, and more in-depth inspections at regular intervals. Ensuring that systems are maintained according to BS5839 is vital for compliance with insurance requirements and for safeguarding against potential legal liabilities.

Furthermore, BS5839 highlights the importance of staff training and awareness. It emphasizes that personnel responsible for fire safety must be adequately trained in the operation and response to fire alarm systems. This ensures that in the event of a fire, occupants are prompted to take appropriate action and evacuate safely.

In summary, System Sensor BS5839 provides a crucial framework for fire detection and alarm systems. Its classification of systems, incorporation of advanced technologies, and emphasis on maintenance all contribute to enhanced safety and compliance, protecting lives and property effectively.
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