Transcript
Tel: +44 (0)191 490 1547 Fax: +44 (0)191 477 5371 Email:
[email protected] Website: www.heattracing.co.uk www.thorneanderrick.co.uk
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Our journey to date has taken 25 years in the field of design, manufacture and installation of water leak detection and environmental monitoring systems. With the wealth of knowledge gained, J.A.M. can guide you through the design process, manufacture the products and carry out the installation to the exacting timescales of the contracting process and program. We +Arill also support the product and Client with after sales service and preventative maintenance contracts for years to come. J.A.M. Limited have also been involved with the design, supply, installation & commissioning of electric trace heating systems for a number of years, and have supplied equipment to a vast array of end users and Clients. Although originally taken on board as a supplementary product to our range of environmental monitoring systems, we rapidly gained the reputation of a professional, reliable and cost-effective supplier of trace heating in its own right. We feel the products within this brochure offer the most cost-effective solutions to current building services requirements and would encourage you to visit our website: www.jam.uk.corn to see our systems in action.
I have taken the step of releasing my personal e-mail address for anyone to contact me with comments or suggestions.
Paul Goodacre Managing Director
[email protected]
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Contents
Typical Applications
1
System Introduction
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Which System is Best for You? Aqualarm i-Zone System Design Guide .3 Control Panels Specification and Data............................................................S Detectors 7 'F' Gas Legislation 10 11 Zoned key Components LeakSense2i Leakigense
mcit dargl&P'ji
System Design Guide Specification and Data Locating Key Components
13 15 17
Aqualarm One Touch System Design Guide Specification and Data Key Components
19 21 24
Networking Systems
25
Universal Detectors
28
Trace Heating
29
Agents and Distributors
32
Our Credentials
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Typical Applications
Computer Suites LT./Sender Rooms Dealer Floors Data Centres Hotels Kitchen/Toilet & Vending Areas Hospitals (rv1Pli Plant Rooms) Leisure Complexes Supermarkets Listed Buildings Museums Art Galleries Archive Facilities
Sample of aCLialanTl Installations
Bank of England - London CitiGroup- Canary Wharf Barclays Trust- Dubai HSU( - Dubai Credit Suisse - London Microsoft - LondonMeading Dresdner Kleinwort - London 13.T.Centre - London Department of Education - Runcorn Department of Transport - London Hertfordshire Constabulary HQ Greater Manchester Police Global Switch - London, Australia & Hong Kong Natural History Museum - London Science Museum - London Victoria & Albert Museum - London RAF Benson • Oxford Postal Heritage - London
Chastleton House • Oxford Marlborough House London Asda Stores - .Glasgow Whittington Hospital - London Leeds University - Leeds DHL - Prague
Police Headquarters - Hong Kong
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T BANK
System Introduction
aTILalarin These produce are our lat est Zoned range of systems using art addressable method for irrstaliation. Each system will be easier to install with less interconnecting cable used. The control panels can simultaneously monitor our water, oil, refrigerant gas, temperature and humidity detectors The control panels are available as an i-Zone 5, capable of monitoring up to 5 detectors, or as an i-Zone 10/25 capable of monitoring between 10 and 25 detectors. Multiple i-Zane systems tan be networked together. monitored
by an 'Aqualarm' One-Touch system master control panel.
LeakAense2i
rem,rem LC.101.19r1U.71
A stand alone system capable of monitoring up to 1500rn of cable and able to display the meterage reading relating to the point of contact that water has made with the detection cable with an accuracy of .1- 1 metre. This system dS0 has the added advantage of displaying a meterage reading of any open
circuits caused by damage with the same accuracy. Now also available as a ZLM-500 zoned locating module. a simplified version to allow a network of these units to monitor multiple areas, all connected back to either a 'master' i-Zone panel which will display the
alarm conditions and meterage reading of each ZLM•500, or connected to an 'Aqualarrn' One-Touch system that can also display graphic maps of the alarm locations.
amiare.,1044' This is the most comprehensive system we have produced to date We have designed this system to be netvvorked to multiple 'Aqualarm' control panels as well as being able to function as a stand alone control panel. All system functions are displayed on a 12 inch colour touch screen monitor. Powered by a PC based operating system, using Windowste, protocol, all operating manuals, service information and as installed system maps can be stored for future reference. This system can monitor all 'Aqu alarm' control panels and the full range of 'Aqual arm dctcctors, to deliver the complete package.
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System Design Guide: Perimeter and Footprint Protection beneath access flooring, using zoned system
Connection to arr/SwiaVolt•Ire.e corMaS. R5-46
Mote CLI1 Flow CI lin Recommended one everyaS metres or where required WL/1 %Naming Labels. Recommended one
every 5 metres.
Drip Trays
CD-i€ 1,2, S and 1Cm
Interconnecting wiring to I-Zone Control Panel
ZEOL
CDRE-24
STDI-24 Interconnecting wiring to i Zone COMM.! Panel
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Boiler/Plant Room Application using Detecting Cable and Point Detection i•Zone Cararol Panel
Cormerticl to BUS via Volt-free contacts. I15 185
Conduit containing inKreonnOttinG wir6
Nom CD-K detecting cable 1711.11St lse lostalled on the outside of lagged pipework CD-1s held In place by I) ktt cableties.
Fuel Oils/Non-Conductive Liquids StorageTank Va Ivo
Iriteroonn,actingwiring to control panel Interconnecting wiring i-Zung control panel
Otani an! Tray
11,11:4-24
Float Detector Used in sump/tank applications Interconnecting wiring to i-baneconliol panel
4I IiQlerel PrpeWCel<
Overflow Detector Used in overflow pipework interccnrecrng wiring ltp E-Zone control panel
FLI-24
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Control Panel Mode i-Zone 5
ENVFROIRM€NrAL IliONITORN4 SY STE
hl
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The i-Zone Control Panel shall be wall mounted and be of a mild steel construction and powder coated. It will be capable of monitoring the full range of 'Aqua!arm' detectors for water, fuel oils, chemicals, temperature, humidity and refrigerant gases. The control panel is an addressable system capable of monitoring 5 detectors/ addresse5 SiMki taneously The default detector identification is 70110 -Zone2` etc, however these can be programmed to display customers requirements, up to 24 characters per zone i.e. 'Zone 1 - Room 5 2nd Floor'. This has to be carried out at time of manufacturing. The control panel can store a 100-alarm event history log into non-volatile memory_ During normal operation, the Green LCD screen will display the current time date together with SYSTEM CLEAR status. The i-Zone 5 Control Panel can also be linked to a maximum of 5 ZLNI-500 modules, resulting in a single system, monitoring 2500 metres of detecting cable, and in the condition of an alarm, will display a rneterage reading accurate to 14- 1 metre to the point of water contact with cable. The control panel will be provided with a TEST button, MUTE button and the facility to view the 100-event history log. In an aiarm state, the LCD will display the activated detector identification and a 97db (at 1 metre} audible alarm will sound. For remote signalling, the control panel will be supplied as standard with the following outputs: RS42,5, Common Alarm, Network Failure, Mains Fail, Rattery Fail A Service Required. For safety, the control panel is fitted with a key operated door lock and 'power off' door switch.
Main Features 114mm x 64mm Back-lit Green LCD Screen displayl ng: Current Tirr)e Si Data, System status, Alarm status & available Button functions. Power 'On'. Power Support System ',On'. Service. System will monitor 5 detectors/addresses or 21.M1.0-500's, simultaneously, Last 100 Event Memory_ Alarm Siren 97db IQ 1m. Alarm horn 'Mute', 'Test' & another functions displayed or LCD when required, Lockable mild steel cabinet. Powder Coated RAL7035. Door interlock safety switch. Mains Fail Battery Back Up. ill Hours) Outputs P.S4B5
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Volt -free outputs Common Alarm. Network Fall. Mains Fail. flattery Fa Service. Mains Voltage Ra rigs 120 or 240 volts A.C, 02 50 or 60 Hz. Normal Operating Voltage 24 volts D.C. internally supplied Operating Temperature Range 0 to 50 deg.C, A pprovals B5 EN ISO 14001 and ISO 9001: 1994. EMC Directive 89i3361EEC, CE Marked. Cabinet Dimensions Height 330mm Width 255 mm Depth BSmm
Control Panel Model i-Zone 10125
The i-Zone Control Panel shall be wall mounted and be of a mild steel construction and powder coated It will be capable of monitoring the full range of 'Aqua I arm' detectors for water, fuel oils, chemicals, temperature, humidity and refrigerant gases. The control panel is an addressable system capable of monitoring 10-25 detectors addresses simultaneously. The default detector identification is 'Zoner, 'Zone2' etc, however these can be programmed to display customers requirements, up to 24 characters per zone i.e. 'Zone I - Room 5 2nd Floor', This has to Oe carried out at time of manufacturing, The control panel can store a 100-alarm event history log into rion-volatile memory_ D Wring normal operation, the Blue LCD screen will display the current time & date together with SYSTEM CLEAR status. The i-Zone 10-25 Control Panel can also be linked to a maximum of 10-25 ZLM-500 modules, resulting in a single system. monitoring between 5000 and 12500 metres of detecting cable, and in the condition of an alarm, will display a mete rage reading accurate to 41- 1 metre to the point of water contact with cable. The control panel will be provided with a TEST button, MUTE button and the facility to view the 100-event history log. In an alarm state, the LCD will display the activated detector identification and a 97db at 1 metret audible alarm will sound. For remote signalling. the control panel will be supplied as standar d with the following outputs: 8S485., Common Alarm, Network Failure, Mains Fail, Battery Fail & Service Required. For safety, the control panel is fitted with a key operated door lack and 'power oft' door switch,
Main Features 114mm x 54rrim Back-lit Blue LCD Screen displaying: Current Time & Cate, System status, Alarm status & available Button functions_ Power 'On', Power Support System 'On'. Service. System will monitor 10-25 detectors or addresses or ZLM-590's., simultaneously. Last 100 Event Memory. Alarm Siren 97db 6:Jt 1m. Alarm ham 'Mute', 'Test' & all other functions displayed on LCD when required, Lockable mild steel cabinet. Powder Coated FiAL7435. Door interlock safely switch. Mains Fail Battery Back Up. (4 Hours)
Volt free outputs Common Alarm Network rail. Mains Fail. Battery Fail. Servi.ce Mains Voltage Range 120 or 240 volts A,C 5.1=I or 60 H2. Normal Operating Voltage 24 volts D.C. internally supplied. Operating Temperature Range G. to 50 deg C. Ap provals. as DI ISO 14091 and ISO 9001: 1994. EMC Directive 3g/336/EEC, CE Marked.
Outputs RS485
Cabinet Dimensions Height 330rrum Width 255mrn Depth 35mrit
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Detector Model STDi-24 The STDi-24 Point of Use Water Detector shall comprise of TWO components, the detector module and the point detector, connected together via a lm jumper cable. Roth the Detector • Module and the Point Detector shall be manufactured from STAREX General ABS (SD-0150) plastic. The Detector Module shall house the electronic circuitry and the Point Detector shall house the gold plated detection pins. The jumper cable shall be connected to the top of the Point Detector via a 3-pin plug and socket_ A stabilising bar shall be supplied as a means of fixing the Point Detector to the floor surface. Conductive fluid touching the two detection pins simultaneously will cause the detector to enter an alarm condition. Alarm status and monitoring is via a network, using a CAN bus system.
Normal Operating Voltage 24 volts d.c, Quiescent Current <10mA, per detector. Alarm Current 0DrnA per detector Detector oscillator frequency LrkFix
Voltage at detection cable outlet 2 volts e.c. Recommended interconnecting cable core 0_51nre) screened Twisted Pair tt 120 ohms, Line-out voltage drop 1.5mVim Approvals B5 EN l$C 9001:1994, EMC Directive 89/336dEEC CE Marked.
Detector Model CDBi-24 The 'Aqualarm' CORi-24 Zone Detector Module shall comprise a purpose -moulded ABS box, housing the electronic circuitry. At one end of the Module a locking fine socket is fitted to enable connection of the detecting cable. The other end is fitted with a gland for connection to the PCB. A red Alarm LED shall he incorporated in the top of the module. The red LED will glow to indicate an alarm condition. Alarm status and monitoring is via a network, using a CAN bus system.
Quiescent Current <10mA. per detector. Alarm Current <100mA, per deteceer. Detector oscillator frequency
6k -lr Voltage at detection cable outlet 2 volts a.c. Recommended interconnecting cable A cure D.StrenA screened Twisted Pair Q5l 170 ohms, Line-out voltage drop 1.SmWrn
Normal Operating Voltage 74 volts
Approvals BS EN ISO 9001:1994, EMC Directive 69/336/EEC CE Marked.
Detecting Cable Model CD-X The 'Aeualarm" water leak Detecting Cable shall comprise two flat tinned copper braids separated and protected by hlelegaine self extinguishing nylon 65 sleeves. This type of configuration gives protection to the sensing cores against duet and other types of conductive contamination and mechanical damage. The cable is available in modular lengths of 1, 2, 5 and 10m. Each cable is pre-terminated with a male and female locking line plug and socket. The Detecting Cable can be used on the i-Zone system (for use with CDEli-24) and LeakSense Systems . Installation Method Where protection Is required born a liquid leaking from pipework, the Detecting Cable should be secured to the underside of the pipework by cable ties after all vapour seal or thermal protection has been carried out or secured to the floor slab immediately below the pipework with suitable dips or ties. Where protection is required from a liquid leaking from eceepment, i.e. water cooled computers, chiller plant, air conditioning units etc., the Detecting Cable should be secured to the floor stab around the equipment.
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Voltage at Cable Not greater than 2 volts d.c. Overall cliarnetre of cable Bmm, Maximum Detecting Cable length Zoned System! 50rn not including interconnecting cable). LeakSense System: 150Drn iincluding leader/jumper cable). ZLM-500, 500m (including leaderjumper cable), Operating temperature range +1 deg C +85 dog C. Construction Self extinguishing Polyrnide 6.6 rnonohlaments to ISO 3 n5 with sensing cores of flat tinned copper braid. Colour Grey/blue Approvals BS EN ISO 9001:1594. EMC Directive 89/33DEEC CE Marked.
Detector Model FLi-24 The FLi-24 Liquid Level Detector shall comprise of TWO components. the detector module and the float switch, connected together via a lm jumper cable. Roth the Detector Module and the float switch shall be manufactured in high STAREX General A05 (SD-0150) plastic. The glass filled nylon float switch will be held in place by a sprung clip, secured to the wall at the level desired for the alarm to be activated The red LED on the detector module %fulll glow to indicate the alarm has activated. Alarm status and monitoring is via a network, using a CAN bus system.
Normal Operating Voltage 24 volts d.c.
Alarm Current i00rnA. per detector. Detector oscillator frequency 6kHa Voltage to float switch. 2 volts a e Float switch type
'make on rise or fall. Recommended interconnecting cable 4 core Li_Smir2 screened Twisted Pair ti2/ k2Clohms Line-out voltage drop 1,5mV/m Approvals BS El ISO 9001:1994, EMC Directive 69836/EEC CE Marked.
Quiescent Current <10mA. per detector.
Detector Model IRDI-24 The IRDi-24 Point of Use Oil Detector shall comprise of TWO components, the detector module and the Point of Use Detector, connected
Alarm status and monitoring is via a network, using a CAN bus system.
together via a 1 rn jumper cable. Roth
the Detector Module and the Point of Use Detector shall be manufactured from STAREX General ABS (SD-01S0) plastic, The Detector Module shall house the electronic circuitry and the Point of Use Detector shall house the Infra-Bed transrnitterireceiver, which shall extend from the bottom of the detector lts height above the reflective sensing area shall be set between 3-5rrm. A reflective area (50mrn dia.) must be painted on the -Floor with paint capable of reflecting light. (e.g. standard white gloss paint) The top of the Point of Use Detector shall be fitted with a sensitivity pot for calibrating the Intro-Red focal point, The jumper cable shall be connected to the top of the Point of Use Detector via a 3-pin plug and socket, A stabilising bar shall be supplied as a means of fixing the Point of Use Detector to the floor surface A red LED will glow to indicate the detection of a substance.
Normal Operating Voltage 24 volts d.C,
Quiescent Current <10rrIA. per derecriar. Alarm Current <100mA. per detector. Detector oscillator frequency 6kH7 Infra-Red probe type Gallium arsenide Recommended interconnecting cable 4 core acSrnrw' screened Twisted Pair r 120 ohms, Line-out voltage drop 1,5mWrin
Approvals ES EN ISO 9001:199.1r EMC Directive 8.9/3364EC CE Marked_
Detector Model OFDi-24 The 'Aqualarm' OFD1-24 Overflow Detector shall comprise a STAREX General ABS box (SD-0150) housing the electronic circuitry. The bottom of the ABS box is fitted with a 3/4" BSP threaded connector with two stain I ess ste el sensing probes extending from the end. The connector should be inserted into a 'tee' to enable the probes to sense any water passing through the main overflow pipe. A red LED shall also be incorporated and will glow to indicate the detection of water. Alarm monitoring and status is via a network, using a CAN bus system. Normal Operating Voltage 24 valks d
Alarm Current <100mA. per detector. Detector oscillator frequency 61.cRt Voltage at probes 2 volts a.c. Recommended interconnecting cable 4 corer:0.5mm' screened Twisted Pair 43 120 ohms, Line-out voltage drop 1.5rriVN Approvals ES EN ISO 9001;1994, EMC Directive 891325/EEC CE Marked.
Quiescent Current
04 aumidity 7M rcrnr
Wel De.lectod
zild.F7cle
Zara One
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Mahe Link
LLISI-24 N■ 4_17-x WE[Ef USIK.:1011 table
71 M•SPO ncoduteand
up
nr
Control Panel
tilt-24 rerripereltafe
rn-n rim wind CINr•
water Leo* Omura:, ]rid Flour
Male Toler - Zonal
01411fC:CIN
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at
111 .1J
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Yen Free-CoeTads, and I:15 485
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PIM•1 Touch 5 creen Monitor rPi egn Pro, rzeincp Unit
rrrirnwE had I ri
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mciLralarrn
Universal Detectors
JAM offer a range of detectors that can be linked directly onto other control systems, i.e. BMS systems, AC controls or any control system that can provide a 24v power supply {ac or tic) and receive a volt free signal in the condition of alarm, which we categorise under 'Universal Detectors'. The Universal Detectors do not require an "Aqua!arm' control panel to monitor them. All the detectors that are shown within this product guide are available in this format. The alarm volt free signal can be raised in either a Normally Open {h1.0.} or Normally Closed (N.C.) condition.
CD-x Water Detecting Cables
Detectors
UDP-211.
Point of use Detector.
UDOF-24 Overflow Detector.
Detecting Cable complete with maleffernale connections. CD-1 CD-2 CD-5 CD-10
F
UDC-24 gene tvladule.
1 metre 2 metre 5 metre 10 metre
Code: 6004 Code' 6005 Code' 6005 Code. 6007
UDR-24 Refrigerarrt Leak Detector.
The model numbers for the Universal Version of each detectors are as follows: U D111-24 Point of use Infra Red Detector.
UDF-24 Float Detector.
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UDT-24 2 Stage Temperature Detector.
IJDH-24 Humidity Detector.
Detector Description
Model Number
Point of usawaterdetector Cable zone detector module Detection cable Infra-Red detector {oil or diesel) Float detector Overflow detector Refrigerant gas detector Temperature detector Humidity detector
UDP-241 UDC-.241 CD-x UDIN-24 U0P-24 UOOF-24 UDR-24 UDT-24 UGH-24
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Our Credentials siia—Pe
Air -
J.A.M. Limited is an 1509001 & 14001 registered company. Technology All our electronics and components are Rol-1S Compliant in line with current legislation. Our PCB's are multi - layered and are PTH manufactured to meet UL Standards. All our finished products are Cr marked. Environment As pa rt of the government's WEEE Directive, J.A.M. Limited are registered for the safe disposal of electronic component waste, which is recycled. Using this procedure allows us to offer disposal of any redundant systems to our clientfenct users.
J.A.M. Limited ensures that any of our metal enclosures that are either damaged or do not meet our production standards, are returned to our fabricator for recycling,
1500001
WEE
ISO 141)01
W&H
„if rf 1.15141.
QM
of
Full size copies can be found on our website, wwwjarn,uk,corn
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Technical Datasheet
ulation Jacket
D or HBD L, 200L
cilities
Construction: High performance ceramic fibre thermal insulation contained within layers of Teflon coated polyester give the jacket a durable and industrial feel. Easy to fit with Velcro fixing strips and a moveable flap for ease of access makes the HIJD jacket the most convenient way to keep your products warm.
Technical Data: Jacket Material:
1100 deitex texturised Nylon Polyurethane coated
Insulation:
Glass filament blanket
Fixing:
Velcro Fixing
Custom Made: All HIJD heater jackets are manufactured to conform to the EEC low voltage and EMC directives and CE marked accordingly.
Health and Safety: All HIJD heater jackets are manufactured to conform to the EEC low voltage and EMC directives and CE marked accordingly.
Tel: +44 (0)191 490 1547 Fax: +44 (0)191 477 5371 Email: [email protected] Website: www.heattracing.co.uk www.thorneanderrick.co.uk
www.holroydcomponents.com
