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SECTION 3 - SYSTEM DESIGN

HYGOOD

FM-200

Installation Guide/11100/02.08.05/Issue 3.3

Maximum Limits in Pipe Work.

Figure 25a -

Figure 25b -

Figure 25c -

If nozzles are only located

above

the

container outlet, then the maximum elevation difference

between the container outlet and the furthest horizontal

pipe run or discharge nozzle (whichever is furthest) shall

not exceed 9��1m (30 ft)�� See figure 25a��

If nozzles are only located

below

the

container outlet, then the maximum elevation difference

between the container outlet and the furthest horizontal

pipe run or discharge nozzle (whichever is furthest) shall

not exceed 9��1m (30 ft)�� See Figure 25b��

If nozzles are located both

above and

below

the container outlet, then the maximum distance

between the furthest horizontal pipe runs, or discharge

nozzles (whichever is further) shall not exceed 9��1m (30

ft)�� See figure 25c��

Note

: If a system design violates

these limits, contact Macron Safety

Systems to determine what action

has to be taken��

Examples:

SECTION 3 - SYSTEM DESIGN

HYGOOD

FM-200

Installation Guide/11100/02.08.05/Issue 3.3

Maximum Limits in Pipe Work.

Figure 25a -

Figure 25b -

Figure 25c -

If nozzles are only located

above

the

container outlet, then the maximum elevation difference

between the container outlet and the furthest horizontal

pipe run or discharge nozzle (whichever is furthest) shall

not exceed 9��1m (30 ft)�� See figure 25a��

If nozzles are only located

below

the

container outlet, then the maximum elevation difference

between the container outlet and the furthest horizontal

pipe run or discharge nozzle (whichever is furthest) shall

not exceed 9��1m (30 ft)�� See Figure 25b��

If nozzles are located both

above and

below

the container outlet, then the maximum distance

between the furthest horizontal pipe runs, or discharge

nozzles (whichever is further) shall not exceed 9��1m (30

ft)�� See figure 25c��

Note

: If a system design violates

these limits, contact Macron Safety

Systems to determine what action

has to be taken��

Examples:

SECTION 3 - SYSTEM DESIGN

HYGOOD

FM-200

Installation Guide/11100/02.08.05/Issue 3.3

Maximum Limits in Pipe Work.

Figure 25a -

Figure 25b -

Figure 25c -

If nozzles are only located

above

the

container outlet, then the maximum elevation difference

between the container outlet and the furthest horizontal

pipe run or discharge nozzle (whichever is furthest) shall

not exceed 9��1m (30 ft)�� See figure 25a��

If nozzles are only located

below

the

container outlet, then the maximum elevation difference

between the container outlet and the furthest horizontal

pipe run or discharge nozzle (whichever is furthest) shall

not exceed 9��1m (30 ft)�� See Figure 25b��

If nozzles are located both

above and

below

the container outlet, then the maximum distance

between the furthest horizontal pipe runs, or discharge

nozzles (whichever is further) shall not exceed 9��1m (30

ft)�� See figure 25c��

Note

: If a system design violates

these limits, contact Macron Safety

Systems to determine what action

has to be taken��

Examples:

Maximum Limits (Elevation) in Pipe Work.

Examples:

If nozzles are only located above the container outlet, then the maximum elevation difference between the container

outlet and the furthest horizontal pipe run or discharge nozzle (whichever is furthest) shall not exceed 9��1 m (30 ft)�� See

Figure 35��

If nozzles are only located below the container outlet, then the maximum elevation difference between the container

outlet and the furthest horizontal pipe run or discharge nozzle (whichever is furthest) shall not exceed 9��1 m (30 ft)�� See

Figure 36��

If nozzles are located both above and below the container outlet, then the maximum distance between the furthest

horizontal pipe runs, or discharge nozzles (whichever is further) shall not exceed 9��1 m (30 ft)�� See Figure 37��

Figure 3 - Nozzles Located Above the Container Outlet

Figure 3 - Nozzles Located Below the Container Outlet

Figure 37 - Nozzles Located Above and Below the Container Outlet

Note: If a system design violates these

limits, contact the technical support centre

to determine what action has to be taken.

9.1 m (30 ft)

4. m (1 ft)

9.1 m (30 ft)

4. m (1 ft)

9.1 m (30 ft)

SECTION 3 - SYSTEM DESIGN

EQUIPMENT:

FM-200® (UL/FM)

PUBLICATION:

14A-07H

ISSUE No.

DATE:

2010-03

Summary of Contents for FM-200

Page 1: ...NEEREDSYSTEM DESIGNANDINSTALLATIONMANUAL UL FMVERSION FM 200 TOTAL FLOOD FIRE SUPPRESSION SYSTEMS 2010 Macron Safety Systems UK Limited EQUIPMENT FM 200 UL FM PUBLICATION 14A 07H ISSUE No 02 DATE 2010...

Page 2: ...9 80 mm 3 Discharge Hose Check Valve Assembly 20 80 mm 3 Discharge Hose 20 80 mm 3 Valve Single Tank Adaptors 21 Manifold Check Valve 21 Manifold 22 Table 6 Manifolds 22 Table 6 Manifolds Continued 23...

Page 3: ...les 58 Actuation Installation 59 Single Container Actuation 59 Multiple Container Actuation 61 Ancillary Equipment 63 Discharge Pressure Switch 63 Discharge Pressure Switch Continued 64 Low Pressure S...

Page 4: ...25 Temperature Correction Chart 84 Container Valve Assy leakage Test 85 Container Leak Test 85 SECTION 10 WARRANTY DISCLAIMERS LIMITATIONS Warranty 86 Disclaimers and Limitations 86 SECTION 11 APPENDI...

Page 5: ...lacement for existing Halon 1301 installations due to the difference in agent quantity and discharge characteristics The minimum FM 200 design concentration for Class A hazards is 6 4 for UL Listed sy...

Page 6: ...Refer to NFPA 2001 2008 edition Section 1 5 Safety for exposure requirements As with halons the US EPA and the National Fire Protection Association NFPA recommend that unnecessary exposure to any age...

Page 7: ...ing of FM 200 is that 80 of its fire fighting effectiveness is achieved through heat absorption and 20 through direct chemical means action of the fluorine radical on the chain reaction of a flame Com...

Page 8: ...Saturated vapour density 20 C 68 F 31 18 kg m 1 95 lb ft Reference NFPA 2001 2008 edition Table 2 Agent Physical Properties Chemical structure N2 Chemical name Nitrogen Molecular weight 28 0 Boiling...

Page 9: ...re containers are manufactured in accordance with DOT 4BW500 or 4BW450 the 343 litre container in accordance with DOT 4BW450 and the 40 67 5 and 80 litre containers in accordance with DOT 3AA 580 Mate...

Page 10: ...itre 8 0 to 16 0 18 to 35 25 1 502 19 8 254 10 18 4 40 6 303 205 017 32 litre 16 0 to 32 0 35 to 71 25 1 833 32 8 254 10 26 1 57 5 303 205 030 40 litre 20 0 to 40 0 44 to 88 50 2 1352 53 2 227 2 9 52...

Page 11: ...SUNLIGHT WARNING THE DISCHARGE OF CLEAN AGENT SYSTEMS TO EXTINGUISH A FIRE CAN RESULT IN A POTENTIAL HAZARD TO PERSONNEL FROM THE NATURAL FORM OF THE CLEAN AGENT OR FROM THE PRODUCTS OF COMBUSTION THA...

Page 12: ...t 1 8 NPT Overall Size 130mm L x 62mm Dia 5 12 L x 2 44 Dia Weight 2 96 kg 6 526 lbs Equivalent Length 6 096 m 20 ft 50 mm 2 Valve Body Material Brass CZ 121 Outlet Anti Recoil Cap Material CZ122 Max...

Page 13: ...orporates the following features A pressure operated safety release device burst disc Main outlet fitted with anti recoil cap A connection for a pneumatic mechanical or electrical actuator fitted with...

Page 14: ...t 0 087 kg 0 192 lbs Figure 6 Low Pressure Switch Part No 305 209 005 Low Pressure Switch Standard Open On Fall A low pressure warning switch is fitted to every container and must be ordered seperatel...

Page 15: ...able to fully support customers and installers Figure 7 Alternate Low Pressure Switch Part No 305 209 007 Option 1 Figure 8 Alternate Low Pressure Switch Part No 305 209 007 Option 2 Technical Informa...

Page 16: ...thylene powder Plascoat LDPE Mounting Unistrut Channel Weight 0 34 kg 0 75 lbs Part No 311 205 020 0 30 kg 0 66 lbs Part No 311 205 013 0 46 kg 1 01 lbs Part No 311 205 014 0 28 kg 0 62 lbs Part No 31...

Page 17: ...d to actuate the valve via small bore piping or a flexible hose Technical Information Body Brass CZ 121 Knob PVC Colour Red Safety Pin Stainless Steel 303 Piston Rod Brass CZ 121 Min Actuation Force 2...

Page 18: ...nised Overall Size 104mm L x 44mm Dia 4 09 L x 1 73 Dia Weight 0 95 kg 2 09 lbs Technical Information Body Mild Steel Dull Nickel Swivel nut Brass CZ121 Actuation Pin Stainless Steel ActuationType Lat...

Page 19: ...ivel Union Max Bend Angle 15 0 C 32 F Max Working Pressure 88 bar 1276 psi Overall Size 405mm L x 92mm W 15 95 L x 3 62 W Weight 1 25 kg 2 76 lbs Equivalent Length 3 14 m 10 3 ft 50 mm 2 Hose Hose Con...

Page 20: ...lbow Stainless steel UNS 30400 Valve Swivel Nut Stainless steel UNS 30400 CheckValve Swivel Nut Cadmium plated mild steel CheckValveBody Cadmium plated mild steel CheckValve Seal and Seat Brass UNS 36...

Page 21: ...t Length 6 66m 21 8 ft Figure 18 Manifold CheckValve Figure 17 80mm 3 Valve SingleTank Adaptor 80 mm 3 Valve SingleTank Adaptors When a single 343 litre container is being used without a manifold thre...

Page 22: ...150 6 4 5 L to 32 L 1000 39 4 BSPT 307 209 024 4 65mm 2 5 150 6 350 14 150 6 4 5 L to 32 L 1350 53 1 BSPT 307 209 001 2 65mm 2 5 150 6 350 14 150 6 4 5 L to 32 L 650 25 6 NPT 307 209 002 3 65mm 2 5 15...

Page 23: ...3 150mm 6 150 6 508 20 200 8 52 L to 180 L 1416 55 7 Flange 307 209 015 4 150mm 6 150 6 508 20 200 8 52 L to 180 L 1924 75 7 Flange 307 209 016 5 150mm 6 150 6 508 20 200 8 52 L to 180 L 2432 95 7 Fla...

Page 24: ...2010 03 PartNo Manifold PipeSize Container Size Overall Diameter Thread Connection Overall Height Weight mm mm kg 17036 65mm 2 4 5 L to 32 L 75 dia 2 95 1 in NPT 44 1 73 0 71 1 57 lbs 17037 80mm 3 52...

Page 25: ...3 in BSPT 3 in NPT 808 31 8 150 6 508 20 52 L to 180 L 17037 3 3 in BSPT 3 in NPT 1316 51 8 150 6 508 20 52 L to 180 L 17037 4 3 in BSPT 3 in NPT 1824 71 8 150 6 508 20 52 L to 180 L 17037 5 3 in BSP...

Page 26: ...6 711 28 343 L 15332 4 4 in BSPT 4 in NPT 2433 96 150 6 711 28 343 L 15332 2 6 in Flange 1061 42 150 6 711 28 343 L 15333 3 6 in Flange 1772 70 150 6 711 28 343 L 15333 4 6 in Flange 2483 98 150 6 71...

Page 27: ...ation Outer sheath Stainless Steel Braided Inner sheath PTFE to BS 4976 Max Working Pressure 190 bar 2755 psi Max Bend Radius 60 mm 2 4 0 C 32 F Connections Zinc Passivated Mild Steel 2 off 1 4 BSP Fe...

Page 28: ...nnector is used to connect two pilot hoses together for systems where a second container of a different size is used to protect a different enclosure For example a large container is protecting a room...

Page 29: ...T x 1 4 NPT Overall Size 28mm L x 18mm W 1 10 L x 0 71 W Weight 0 042 kg 0 09 lbs Figure 26 Street Elbow Part No 309 013 008 Street Elbow This elbow can be used to connect a pilot hose to an 80 mm 3 v...

Page 30: ...essure 450 bar 6527 psi Overall Size 28mm L x 25mm W 1 10 L x 1 00 W Weight 0 050 kg 0 11 lbs Technical Information Housing Die cast Aluminium Pressure Connection Nickel Plated Brass Switch Point 4 ba...

Page 31: ...izontal dis charge patterns Ports are drilled in 0 1mm 0 004 in in crements to the specified system design BSP nozzles are supplied as standard in Brass and Stainless Steel with NPT as optional Techni...

Page 32: ...3 4 7 Port 180 Brass NPT 310 205 220 20 mm 3 4 8 Port 360 Brass NPT 310 205 221 25 mm 1 7 Port 180 Brass NPT 310 205 222 25 mm 1 8 Port 360 Brass NPT 310 205 223 32 mm 1 7 Port 180 Brass NPT 310 205...

Page 33: ...ntering a protected area Figure 31 Door Notice Part No 314 205 001 Manual Release Notice A notice should be located at each manual release position Figure 32 Manual Release Sign Part No 314 205 003 Fo...

Page 34: ...e float is felt The tape will then remain in the up position allowing a reading at the top of the housing This measurement is accomplished without removing the tank from the fire suppression system Th...

Page 35: ...cal actuation manual actuator pressure switch 2 x low pressure switch flexible connections distribution pipework and nozzles Figure 34 Typical Manifold System 35 2010 Macron Safety Systems UK Limited...

Page 36: ...maximum anticipated enclosure temperature and compared to NOAEL LOAEL values see table 3 The FM 200 cupburner value is 6 7 for commercial grade Heptane Nozzle distribution test concentration 6 9 Calc...

Page 37: ...culation is based on an empty area the subsequent furniture and fittings having little effect on the actual concentration Similarly large equipment cabinets and control panels should not be considered...

Page 38: ...ety Hazard Fuels All fuels in the hazard must be identified and the corresponding agent concentration requirements assessed The design concentration percent by volume required for the hazard will be t...

Page 39: ...nd fill density 2 Agent containers must be located in a single row and spaced according to section 3 A connected reserve may be employed in some circumstances providing a secondary supply of agent 4 F...

Page 40: ...scharge has been completed there will be a short transition period followed by the delivery of the remaining FM 200 nitrogen mixture as a vapour This is due to flashing of the trailing edge of the flu...

Page 41: ...08 05 Issue 3 3 Maximum Limits in Pipe Work Figure 25a Figure 25b Figure 25c If nozzles are only located above the container outlet then the maximum elevation difference between the container outlet a...

Page 42: ...are shown in Figure 28 28 6ft 33ft 8 7m 10 05m Figure 38 Nozzle Discharge Radius Example Nozzle Selection Switch Room 120 7 m 4262 6 ft 1 x 7 port nozzle Computer Room 543 3 m 19237 1 ft 4 x 8 port n...

Page 43: ...Nitrogen due to FM 200 greater density The design would also be outside the parameters permitted by the calculation software See figures 42 and 44 IncorrectTee Splits CorrectTee Splits Minimum length...

Page 44: ...ner size must be equal to or greater then the weight of agent see Table 4 With the appropriate container selected the previous equation can be rearranged to determine the concentration based on the ac...

Page 45: ...er Room 19237 1 23499 7 81 9 of Agent Floor Void 2275 4 2275 4 100 of Agent Actual agent to switch Room 0 1814 x 3 x 276 150 2 lbs Agent to Computer room 3 x 276 150 2 677 8 The minimum enclosure conc...

Page 46: ...owable flow splits which are detailed on page 43 It should also be noted that system designers shall allow a minimum of 10 times the nominal pipe diameter around tee splits before any change of direct...

Page 47: ...ht Calculations Metric 47 2010 Macron Safety Systems UK Limited SECTION 4 FLOW CALCULATIONS EQUIPMENT FM 200 UL FM PUBLICATION 14A 07H ISSUE No 02 DATE 2010 03 Temp Specific Vapor Volume Weight Requir...

Page 48: ...0 0626 0 0691 0 0757 0 0825 0 0894 30 2 0210 0 0338 0 0372 0 0382 0 0430 0 0489 0 0550 0 0612 0 0675 0 0739 0 0805 0 0873 40 2 0678 0 0330 0 0364 0 0373 0 0421 0 0478 0 0537 0 0598 0 0659 0 0723 0 078...

Page 49: ...ill density Max liquid arrival time imbalance of 1 0 seconds Maximum liquid run out time of 2 0 seconds Maximum nozzle height is 4 87 m 16 0 ft Minimum of 10 agent in pipe before first tee Maximum of...

Page 50: ...4 0 52 1 6 0 7 2 1 2 29 7 0 0 24 0 7 40 1 1 31 4 0 0 61 1 7 0 82 2 5 2 65 8 0 0 27 0 8 50 2 1 68 5 1 0 79 2 4 1 06 3 2 3 41 10 4 0 37 1 1 65 2 2 01 6 1 0 94 1 5 1 25 3 8 4 08 12 4 0 43 1 3 80 3 2 5 7...

Page 51: ...itch Wiring Chart Fittings Data Installation drawings shall be submitted for approval to the appropriate authority prior to system installation On receipt unpack the supplied items and ensure that the...

Page 52: ...union coupling For 343 litre container 80 mm 3 valve Install single container adaptor onto the discharge outlet Either a grooved pipe NPT or BSPT threaded adaptor may be used See Figure 47 ELBOW PIPE...

Page 53: ...2 60 330 2 5 13 32 litre 16 0 to 32 0 kg 35 to 71 lbs 2 160 595 6 25 23 5 40 litre 20 0 to 40 0 kg 44 to 88 lbs 2 300 1000 11 75 39 25 52 litre 26 0 to 52 0 kg 57 to 115 lbs 2 110 343 4 25 13 5 67 5...

Page 54: ...figure 50 2 Locate and secure the cantilever brackets to each channel using M10 x 40 mm Hex Head screw and uninut long spring 10 mm 3 Locate manifold brackets in cantilever channel and unirax end cap...

Page 55: ...1932 76 1 52 26 0 to 52 0 kg 57 to 115 lb 50 2 80 3 1133 44 6 67 5 33 8 to 67 5 kg 75 to 149 Ib 50 2 80 3 2106 82 9 67 5 33 8 to 67 5 kg 75 to 149 Ib 50 2 100 4 2106 82 9 80 40 0 to 80 0 kg 88 to 176...

Page 56: ...0 of ANSI B16 3 or up to including 20 mm Forged Steel Screwed complying with gradeWPA orWPB of BS3799 or Forged Steel SocketWeld complying with grade WPA orWPB of BS3799 or Forged Steel ButtWeld compl...

Page 57: ...PUBLICATION 14A 07H ISSUE No 02 DATE 2010 03 Pipe Reference Connection PipeType Nominal Pipe Size ASTM A 106 seamless Grade C Threaded Schedule 40 3 8 69 NPS ASTM A 106 A 53 seamless Grade B Threaded...

Page 58: ...nearest part not at earth potential of an insulator supporting a live conductor Reference NFPA 2001 section 1 5 2 Nozzles Allnozzlesrequiretheinstallationofadirttrapcomprising 1 side tee 2 nipples and...

Page 59: ...ple Container Actuation Single Container Actuation Removable Electrical Actuator The removable electrical actuator is fitted to the top of the valve assembly as follows Check the actuator mechanism to...

Page 60: ...SULT IN THE POTENTIALLY HAZARDOUS DISCHARGE OF THE CONTAINER Electrical Actuator Bridge Rectifier The electrical signal from the detection and or control equipment is connected in accordance with the...

Page 61: ...ltaneously one container is designated as the master container andtheothersare slave containers The master container can be actuated electrically or manually The slave containers are actuated pneumati...

Page 62: ...end to the pilot line tee on the pneumatic actuator Connect a pilot hose between pilot line tees on all pneumatic actuators see Figure 62 The maximum number of slave actuated containers is 9 10 contai...

Page 63: ...63 Figure 63 Discharge Pressure Switch Installation Single Container System Multiple Container Systems Onmulti containerinstallationsthepressureswitchshould be located close to the last slave contain...

Page 64: ...are required at all exits and entrances to protected area ideally mounted on the door Plates may be drilled and screw fixed or attached using suitable adhesive Manual Release Notices Manual release no...

Page 65: ...tor is not present remove electrical connections from side mounted solenoid and check wiring voltage is correct for actuation when system is triggered During detection system actuation verify the foll...

Page 66: ...ppendix A for pressures at other container temperatures 2 Check container weight information label against system requirement If there is any doubt or if there has been a loss of weight then the conta...

Page 67: ...ELA which is the total of all cracks gaps and holes in the enclosure The leakage measurement achieved by taking air out of the enclosure depressurisation and then blowing air into the enclosure pressu...

Page 68: ...o close the ducts Sufficient time must be allowed for the plant to stop or dampers to close before discharge occurs Dampers should be installed in both supply and return air ducts as close as possible...

Page 69: ...st as the Predicted Retention Time is 10 1 minutes for the agent air interface to drop below the minimum protected height Witnessed By X____________________________________ Software Conforms to 1992 N...

Page 70: ...l If required assistance can be provided to help the user prepare procedures for safety and fire precautions Fully Automatic System Where a sensitive fire detection system is included for the automati...

Page 71: ...rmally occupied areas cannot be accomplished within one minute FM 200 total flooding systems shall be designed not to exceed 9 0 concentration Refer to NFPA 2001 Paragraph 1 5 1 2 1 for additional inf...

Page 72: ...ing the hazard area In the case of deep seated fires the hazard space should be kept tightly closed for at least 60 minutes after discharge of the FM 200 extinguishing agent It is essential that the f...

Page 73: ...heck storage container pressure gauges and ambient temperature compare these pressures to the Temperature Correction Chart to determine temperature corrected pressure If the container corrected pressu...

Page 74: ...inthecontainers may be achieved through either liquid level detection or container weighing If containers show a extinguishant loss of more than 5 or a pressure loss adjusted for temperature of more t...

Page 75: ...tape to disengage the magnetic interlock Then slide the tape into the housing and replace the protective cap 5 Using the Weight Conversion Table located in Appendix D determine the FM 200 weight of ch...

Page 76: ...correct automatic function 6 Monthly Pipe Network Check Externally check pipework to determine its conditions Replace or pressure test and repair as necessary Pipework showing corrosion or mechanical...

Page 77: ...back on line Mechanical Servicing Procedure a Remove valve actuator s from the container valve s b For master slave system complete the following steps to check the slave actuation system 1 Disconnect...

Page 78: ...all quantity of PTFE silicone grease into the bore of the valve body 9 Replace O ring seal for the top cap with new 25 mm 1 valve O ring Part No 12869 50 mm 2 valve O ring Part No 17035 80 mm 3 valve...

Page 79: ...URST DISC ASSEMBLY COLLAR O RING PRESSURE SWITCH PRESSURE GAUGE PLASTIC CAP SCHRADERVALVE TOP CAP SHUTTLE O RING SHUTTLE BOTTOM CAP O RING BOTTOM CAP TOP CAP O RING 1 8 PLUG 79 2010 Macron Safety Syst...

Page 80: ...CH BURST DISC ASSEMBLY 1 4 IN PIPE PLUG BODY O RING CAP PRESSURE GAUGE SCHRADER VALVE COLLAR O RING CHAIN SCREW SHUTTLE O RING SHUTTLE BOTTOM CAP O RING BOTTOM CAP ANTI RECOIL CAP GAUGE INSERT 80 SECT...

Page 81: ...cted Testing O E M Only On completion of a valve refurb the valve assy is subjected to two tests Valve Assy Pre dome and Leak Test Test required if burst disc was replaced The tests are conducted on a...

Page 82: ...ly 8 Slowly increase the nitrogen pressure on the approved pressure regulator to the stated pressure on the filling instruction sheet making the relevant allowances in pressure to compensate for the c...

Page 83: ...32 to 343 litre Container Label part No 314 205 022 Label part No 314 205 046 23 Adhere label to container 50 mm 2 below the container top fixing bracket height Table 24 FillToleranceTable For UL List...

Page 84: ...3 366 4 21 7 71 25 4 368 4 22 2 72 25 5 370 3 22 8 73 25 7 372 2 23 3 74 25 8 374 2 23 9 75 25 9 376 1 24 4 76 26 1 378 0 25 0 77 26 2 380 0 25 6 78 26 3 381 9 26 1 79 26 5 383 8 26 7 80 26 6 385 8 27...

Page 85: ...t of the bottle and open the hand valve fully 9 Place the Halotek probe into the calibration nozzle Within 5 seconds the pulse rate should start to increase and be a continuous tone within 15 seconds...

Page 86: ...ation refer to the company s Terms and conditions document Disclaimers and Limitations Whilst every care has been taken in the publication of this user s guide to describe our products accurately it i...

Page 87: ...87 2010 Macron Safety Systems UK Limited SECTION 11 APPENDICES EQUIPMENT FM 200 UL FM PUBLICATION 14A 07H ISSUE No 02 DATE 2010 03...

Page 88: ...88 APPENDIX A TEMPERATURE CORRECTION CHART FM 200 PRESSURISED TO 24 8 BAR 360 psig WITH NITROGEN AT 21 C FM 200 UL FM 14A 07H 02 2010 03...

Page 89: ...fety Systems UK Limited APPENDIX B HUGHES PROGRAM PRINTOUT FM 200 Calculation Program Computerprintout ExampleCalculation ConsolidatedReport 10pages EQUIPMENT FM 200 UL FM PUBLICATION 14A 07H ISSUE No...

Page 90: ...493 417 600 Contact Title Tim Broughton Engineering Manager Project Data Project Name Example Calculation Designer Tim Broughton Number Account Location Description 001 001 Example Computer Suite Cons...

Page 91: ...red Width Length Height Volume Non permeable Total Volume Adjusted Agent Required Number of Nozzles 6 400 60 4 kg 6 98 m 6 92 m 2 50 m 120 75 cubic m 0 00 cubic m 120 75 cubic m 60 6 kg 1 Copyright c...

Page 92: ...ed 6 422 Minimum Minimum Agent Required Width Length Height Volume Non permeable Total Volume Adjusted Agent Required Number of Nozzles 6 400 271 4 kg 12 00 m 16 00 m 2 83 m 543 36 cubic m 0 00 cubic...

Page 93: ...Floor Loading Per Container 1681 kg square m Pipe Network Part 1 Pipe Description Start End Type Diameter Length Elevation Pipe Main Cyl X 3 0 1 50 mm 1 63 m 1 63 m Manifold X 3 1 2 US40B TS 50 mm 0 7...

Page 94: ...TS 40 mm 4 00 m 0 00 m Pipe E2 N4 17 18 UK80G TS 40 mm 0 10 m 0 10 m Pipe 6 19 UK80G TS 40 mm 0 42 m 0 00 m Pipe 19 20 UK80G TS 40 mm 6 30 m 0 00 m Pipe E1 N1 20 21 UK80G TS 40 mm 0 10 m 0 10 m Part...

Page 95: ...0 0 0 0 00 m 7 62 m 20 21 1 0 0 0 0 0 00 m 1 40 m Part 3 Nozzles Start End Flow Name Size Type Nozzle Area 0 1 111 0 kg 1 2 111 0 kg 2 3 333 0 kg 3 4 333 0 kg 4 5 333 0 kg 5 6 333 0 kg 6 7 272 4 kg 7...

Page 96: ...er Nozzle Area Part Number E1 N1 180 BR BSP 40 mm 765 51 square mm 310 205 211 E2 N1 360 BR BSP 40 mm 760 27 square mm 310 205 212 E2 N2 360 BR BSP 40 mm 760 27 square mm 310 205 212 E2 N3 360 BR BSP...

Page 97: ...Adjusted Design Concentration 6 428 Predicted Concentration 6 479 Maximum Expected Agent Concentration 6 479 At 20 0 C Minimum Agent Required Nozzle Adjusted Agent Required Predicted Agent Delivered N...

Page 98: ...N1 67 9 kg 68 2 kg 68 5 kg 6 887 bar E2 N2 67 9 kg 68 2 kg 68 5 kg 6 887 bar E2 N3 67 8 kg 68 0 kg 67 5 kg 6 069 bar E2 N4 67 8 kg 68 0 kg 67 5 kg 6 069 bar Standard Isometric View Copyright c Hughes...

Page 99: ...Associates Inc Licensed to Tyco Fire Suppression and Building Products Page 10 10 of Calculation Date Time Sunday June 29 2008 12 24 17 PM 99 2010 Macron Safety Systems UK Limited APPENDIX B HUGHES PR...

Page 100: ...100 APPENDIX C FM 200 DATA SHEET FM 200 Material Safety Data Sheet MSDS 5 PAGES FM 200 UL FM 14A 07H 02 2010 03...

Page 101: ...3ULQW DWH 101 2010 Macron Safety Systems UK Limited APPENDIX C FM 200 DATA SHEET EQUIPMENT FM 200 UL FM PUBLICATION 14A 07H ISSUE No 02 DATE 2010 03...

Page 102: ...3ULQW DWH 102 APPENDIX C FM 200 DATA SHEET FM 200 UL FM 14A 07H 02 2010 03...

Page 103: ...3ULQW DWH 103 2010 Macron Safety Systems UK Limited APPENDIX C FM 200 DATA SHEET EQUIPMENT FM 200 UL FM PUBLICATION 14A 07H ISSUE No 02 DATE 2010 03...

Page 104: ...3ULQW DWH 104 APPENDIX C FM 200 DATA SHEET FM 200 UL FM 14A 07H 02 2010 03...

Page 105: ...3ULQW DWH 105 2010 Macron Safety Systems UK Limited APPENDIX C FM 200 DATA SHEET EQUIPMENT FM 200 UL FM PUBLICATION 14A 07H ISSUE No 02 DATE 2010 03...

Page 106: ...106 APPENDIX D FM 200 LIQUID LEVEL INDICATOR CHARTS FM 200 Liquid Level Indicator Charts 13 PAGES FM 200 UL FM 14A 07H 02 2010 03...

Page 107: ...178 6 177 0 174 9 172 9 170 9 168 9 166 3 163 7 160 1 15 25 182 2 180 9 179 2 177 2 175 1 173 1 171 0 168 4 165 8 162 1 15 5 184 6 183 2 181 5 179 4 177 4 175 3 173 2 170 5 167 8 164 2 15 75 186 9 18...

Page 108: ...09 1 18 75 239 3 237 6 235 5 232 6 229 7 226 6 223 6 220 4 217 3 211 2 19 241 8 240 1 237 9 235 0 232 0 228 9 225 8 222 6 219 4 213 4 19 25 244 3 242 5 240 3 237 3 234 3 231 1 228 0 224 8 221 6 215 5...

Page 109: ...1 6 5 230 2 228 6 226 6 224 7 222 9 221 4 219 9 215 9 211 8 205 2 6 75 232 7 231 1 229 0 227 1 225 2 223 7 222 2 218 1 214 0 207 3 7 235 2 233 6 231 4 229 5 227 6 226 0 224 4 220 3 216 1 209 5 7 25 23...

Page 110: ...353 1 348 9 344 5 340 0 334 4 328 7 320 8 20 5 366 2 363 3 359 6 355 3 351 1 346 6 342 1 336 4 330 7 322 8 20 75 368 5 365 6 361 9 357 6 353 3 348 7 344 2 338 5 332 8 324 9 21 370 9 367 9 364 2 359 8...

Page 111: ...515 0 506 2 497 3 488 5 479 6 16 5 553 8 548 6 542 1 535 6 529 1 520 2 511 3 502 3 493 4 484 5 16 75 559 4 554 1 547 5 540 9 534 3 525 3 516 3 507 4 498 4 489 4 17 565 1 559 7 552 9 546 2 539 4 530 4...

Page 112: ...52 5 52 9 24 57 6 57 3 56 9 56 4 55 8 55 3 54 9 54 5 54 0 53 2 53 7 24 5 58 5 58 1 57 8 57 2 56 6 56 1 55 7 55 2 54 7 53 9 54 4 25 59 3 59 0 58 6 58 0 57 4 56 9 56 5 56 0 55 5 54 6 55 1 25 5 60 2 59...

Page 113: ...103 2 102 3 101 3 100 3 99 2 97 7 95 9 94 4 94 4 53 106 5 105 3 104 0 103 1 102 1 101 0 100 0 98 5 96 6 95 1 95 1 53 5 107 4 106 1 104 8 103 9 102 9 101 8 100 7 99 2 97 4 95 8 95 9 54 108 2 106 9 105...

Page 114: ...7 113 5 112 1 110 7 109 2 107 7 105 9 104 1 53 5 118 8 117 8 116 8 115 5 114 3 112 9 111 5 110 0 108 5 106 6 104 9 54 119 7 118 6 117 6 116 3 115 1 113 7 112 3 110 8 109 2 107 4 105 7 54 5 120 5 119 5...

Page 115: ...7 92 5 90 8 88 8 86 8 13 98 3 97 5 96 8 96 1 95 5 94 9 94 5 93 3 91 6 89 6 87 5 13 5 99 2 98 4 97 7 97 0 96 3 95 8 95 3 94 1 92 4 90 4 88 2 14 100 1 99 3 98 5 97 8 97 2 96 6 96 1 94 9 93 1 91 1 89 0...

Page 116: ...0 6 138 3 135 6 132 1 43 5 152 1 150 7 149 3 147 9 146 5 145 0 143 4 141 4 139 0 136 4 132 9 44 152 9 151 5 150 1 148 7 147 3 145 7 144 1 142 1 139 8 137 1 133 6 44 5 153 7 152 3 151 0 149 5 148 1 146...

Page 117: ...182 1 179 1 75 5 182 8 179 8 76 180 6 76 5 181 3 77 182 0 77 5 182 8 78 78 5 79 79 5 343LTank LLI Temperature DegreesC cm 0 5 10 15 20 25 30 35 40 45 50 WeightofFM 200 kilograms 15 15 5 16 16 5 17 17...

Page 118: ...8 7 244 8 241 0 244 2 47 5 273 6 270 6 267 7 264 7 261 7 258 1 254 3 250 4 246 6 242 8 246 0 48 275 5 272 5 269 5 266 5 263 6 259 9 256 1 252 2 248 4 244 5 247 7 48 5 277 4 274 4 271 4 268 4 265 4 261...

Page 119: ...328 7 323 1 317 6 312 0 312 4 69 5 358 6 354 3 350 0 345 7 341 4 336 1 330 4 324 8 319 2 313 5 313 9 70 360 5 356 2 351 9 347 5 343 2 337 8 332 1 326 5 320 8 315 1 315 4 70 5 339 6 333 8 328 1 322 4...

Page 120: ...h supply except for the source Table 26 Primary and Secondary Supply System Components SystemComponent PrimarySupply PartNo SecondarySupply PartNo Manual Page Reference 25mm 1 Valve Assembly 302 209 0...

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Hygood FM-200, Installation Manual

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