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An Introduction to the R3 19 inch Rack

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Presentation on theme: "An Introduction to the R3 19 inch Rack"— Presentation transcript:

1 An Introduction to the R3 19 inch Rack
The R3 control system comprises a number of different plug in modules, each of which is dedicated to a particular function within the complete control panel. Modules cover all requirements - Fire detection Alarm signalling Gas detection Extinguishing Data transmission Plant control The modular approach means that the system is inherently reliable, easy to install and commission and easy to maintain, repair and fault find.

2 R3 19 inch Rack Approvals In addition to Control Equipment’s range of quality system and company approvals, the R3 rack panel is approved by a number of bodies to various rigorous standards. The R3 panel is type approved to BS 5839 Part 4 and Lloyds Test Specification No: 1 (ENV 2 level) by Lloyds Register. Approved to BS 3116 Part 4 by The Loss Prevention Certification Board. The R3 is also approved to carry the CE mark in accordance with European Union directives 91/263/EEC and 89/336/EEC. In addition, the rack panel has been fully tested and approved by the Shenyang Test Centre in the Peoples’ Republic of China.

3 System Capacity 42 Total 21 Total 21 Total
Module No Module Description Maximum Quantity K1412 Analogue addressable loop module 64 K1261 Conventional zone module 84 K1314 Gas detection module 42 K1219 Extinguishing module K1304 Alarm module K1205 Relay module K1222 Input module K1222L Input module with indications 42 K1222-1K Input module with 1 key-switch 42 K1222-2K Input module with 2 key-switches 42 K1225 Output module K1225L Output module with indications 21 K1316 Normally energised output module 21 K1316L Normally energised output module with indications 21 K1525 Annunciator driver module 21 K1525L Annunciator driver module with indications 21 K1223 Timer module K1224 Initial/reserve changeover module 128 K1241 Earth leakage detection module 1 42 Total 21 Total 21 Total

4 Construction Modules are located within a 3U high sub rack.
A legend plate may be located underneath each sub rack. Cabinet sizes are flexible within the constraints of the 19 inch rack. From 380mm high x 600mm wide x 369 deep for a single rack to 2000mm high x 800mm wide x 600mm deep for a system containing 10 racks.

5 Cabinets All standard cabinets are at minimum IP55.
Constructed of 1.5mm steel, coated with an electrophoresis primer and flint grey surface coat. Within the standard design, indications and controls are mounted in an aluminium framed lockable door and are visible behind a full sized polycarbonate window. The R3 rack system is very flexible and other cabinet constructions can be incorporated.

6 What We Need to Know Do you have any special cabinet requirements? for example - Special colour IP rating Sizes For the purposes of quotation we need the following information - Input and output requirements Power requirements Hardware requirements Approval and specification requirements

7 Planning the Design Up to fourteen 19inch racks may be incorporated into a system, subject to cabinet size limitations. When planning the design of the R3, the following should be considered - all racks, identification plates and special switch plates need to fit all internally mounted equipment, terminals, power supplies, special equipment etc. need to be fitted.

8 Capability of a large R3 Rack System
Smoke detection Heat detection Protection system monitoring Turbine fire system monitoring Plant control Alarm system via public address Visual alarms in noisy areas Infra-red flame detection Water deluge systems Automatic/manual CO2 systems Audible and visual alarms with personnel warning lamps Networking

9 Flexibility Networking capability with: - other R3 systems
wall mounted panels repeater and mimic panels Alarm Manager graphics package Standard 19 inch rack frame, each carrying a system backplane and the required function modules. Supremely flexible - during manufacture or after installation and commissioning. Modules may be added or removed without major modifications.

10 Common Control Module Every R3 system must contain a Common Control Module. This module incorporates all executive action user controls. There are two types - K Conventional systems only K Both analogue addressable and conventional systems The Common Control Module is always fitted in the right hand module position of its designated rack.

11 K1215 Decoding Module Used in second and all subsequent racks to control data flow between rack modules and the system common control module (K1339 or K1321)

12 Blank Sub-Rack Assembly
Space allocated for K1339 Common Control Module. This is the basic layout of a sub-rack assembly. Each rack must have 1 Common Control Module and a Decoding Module where more than 1 sub-rack is required. Maximum number of modules per rack - K1321 Common Control - 14 modules K1339 Common Control - 10 modules K1215 Decoding Module - 14 modules Space allocated for K1321 Common Control Module or K1215 Decoding Module.

13 K1412 Loop Module The K1412 uses the Apollo XP95 protocol and allows up to 126 devices per loop. A maximum of 32 K1412 loop modules are permitted per R3. An LED indicates loop isolations. The module has an engineer’s loop auto configuration switch. Configuration information is stored in non volatile memory. The K1412 module automatically reports loop configuration upon power up.

14 K1261 Zone Module 84 modules may be incorporated as maximum. Each module provides 3 zones. 2 Fire and Fault LEDs are incorporated per circuit. The user switch gives options for Normal, Isolate or Test. Engineer’s facilities - Zone 1 non latch Zone 1 Zener Barrier Zone 2 non latch Zone 2 Zener Barrier Zone 3 non latch Zone 3 Zener Barrier Zone 1 Fire delay ( seconds) Zone 2 Fire delay ( seconds) Zone 3 Fire delay ( seconds) Latching faults Fault signal to Common Control on “Isolate” Short circuit disable

15 K1314 Flammable Gas Detection Module
42 flammable gas detection modules are permitted as maximum. The gas sensor circuit is monitored for open and short circuits. The digital display shows - % LEL LED indications show the following - Alarm level1 Alarm level 2 Power on Fault

16 K1219 Extinguishing Module
Up to 128 modules are permitted per R3 rack system. LED indications - Discharged Auto / Manual Low Pressure Actuator Circuit Fault Pressure Switch Fault Actuator Discharge Signal Alarm Circuit Active The K1219 module incorporates an auto / manual key-switch. Engineer’s functions - Actuator Delay ( Seconds at 1 second intervals) Short Circuit Fault disable 2nd Stage NC / NO Select (normally closed / open) Latching / Non Latching fault indication. Remote Auto / Manual / Discharged / Locked Off

17 K1224 Initial / Reserve Module
A maximum of 128 initial/reserve modules is permitted. The K1224 is used in conjunction with the K1219 extinguishing module. Key-switch facilities - Initial / Reserve Selection of actuator outputs Isolate actuator outputs (lock off) LED indications - Initial Selected Reserve Selected Locked Off

18 K1304 Alarm Module Up to 84 modules are permitted and each module provides 3 alarm circuits at 2A 24V DC. LED indications - Alarm Circuit A Operated Alarm Circuit A Fault Alarm Circuit B Operated Alarm Circuit B Fault Alarm Circuit C Operated Alarm Circuit C Fault The K1304 module provides the following user controls - Isolate Normal Test Engineer’s functions - Short Circuit Fault Monitoring Disable User Test Disable User Isolate Disable Latching / Non Latching Faults

19 K1205 Relay Module Up to 84 relay modules may be incorporated.
Each K1205 module provides 3 double pole changeover contacts, each rated at 1A 24V DC. Relay coils are monitored. LED Indications - Relay A Operated Relay B Operated Relay C Operated Relay A Fault Relay B Fault Relay C Fault Engineer’s Functions via internal switch - Isolate Relay A Isolate Relay B Isolate Relay C

20 K1222 Input Module Up to 42 input modules are permitted per R3 system.
6 inputs are available on each module. A K1222 input operates when 0V is applied to the input terminals. The module may be supplied with LED indications which light when the input is active (K1222L). It may also be supplied with 1 or 3 keyswitches for control of critical functions (K1222-1K, K1222-3K).

21 K1225 Output Module Up to 21 K1225 modules are permitted and each module provides up to 12 open collector outputs. Each output is rated at 80mA. Outputs are normally inactive. The module switches to 0V when active. The K1225 is supplied as standard without LEDs. Other available options are as follows - With LEDs (K1225L) - as illustrated With normally energised outputs (K1316) With normally energised outputs and LEDs (K1316L)

22 K1525 Annunciator Driver Module
A maximum of 21 modules may be incorporated. Each module provides 12 open collector outputs, each rated at 100mA maximum. Test Lamps input (0V from an external switch) Accept input (0V from an external switch) First to Fire input select - means that more than one signal may be sent to the same output Flash rate synchronisation Engineer’s functions are as follows - Accept External only (Ignores Silence Alarms from Common Control) First to Fire Flash (Flashes first to fire LED dim when accepted) First to fire flash (normal no dim) External pulse to allow synchronisation from another K1525 Slow Flash of LEDs (1/2 speed) Dim / Bright Flash Brightness 1 & 2 allows specifying first fire signal brightness Available as an option with 12 LEDs (K1525L)

23 K1539Timer Module Up to 21 timer modules are permitted.
seconds delay function. LED delay indications - LED pulses when delay is active LED changes to continuous when delay ends

24 K1241 Earth Leakage Module One K1241 earth leakage module only may be incorporated per R3 system. This module is designed for the detection of earth faults on the panel and in the field wiring. Fault is identified by means of an LED indication.

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